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Hydraulic anchor drill truck: The prospects of coal mine anchor drill RIGS in China There are over 3,000 tunneling faces in state-owned coal mines alone every year. The construction of anchor bolt support requires a considerable number of anchor bolt drilling machines. The market demand has led many research and manufacturing units to invest in the development and production of anchor bolt drilling machines and their supporting equipment. There are various product types, and similar products keep emerging and being repeatedly tested. The anchor drill rig is an objective need for the development of anchor support technology. It is bound to move forward according to certain laws. After a period of competition, it will gradually get on the right track. After analyzing domestic and foreign anchor drill RIGS, it is believed that the development trend of coal mine anchor drill RIGS will have the following characteristics: (1) As coal mine anchor support will be widely applied in large quantities of coal roadways and semi-coal rock roadways, for a considerable period of time, single anchor drill RIGS will be the mainstream of anchor drill rig product development. In some roadways where integrated tunnel boring machines are used, hydraulic single-unit anchor drilling RIGS will gradually be adopted, and the hydraulic power source of the tunnel boring machines will be shared. To further enhance the mechanization level of anchor bolt support for comprehensive excavation equipment, we will continue to explore how to widely utilize airborne anchor bolt drills. Airborne anchor drill RIGS still mainly use hydraulic rotary drilling methods, but they will still seek reasonable drilling methods to solve the problem of drilling rocks with high compressive strength and strong abrasiveness. In large-section rock tunnel excavation, the use of hydraulic drilling vehicles will further demonstrate their superiority in drilling anchor bolt holes and installing anchor bolts, while the application of dedicated anchor bolt drilling vehicles will not be put on the agenda in the short term. (2) Hydraulic rotary anchor drill RIGS will develop in the direction of further increasing output torque to meet the needs of high-speed drilling of anchor holes and installation of anchor rods. The hydraulic anchor drill rig will not only further improve its technical performance but also enhance its reliability, with a focus on addressing the durability of hydraulic components and the long-term stability of underground operation. It will also seek ways to share power sources with existing underground equipment. To broaden the application scope of hydraulic anchor bolt hole drilling, people will explore the issue of high-torque rotation combined with low-energy impact anchor bolt hole drilling. (3) The pneumatic anchor drill rig has good torque-speed characteristics, is lightweight and has a large stall torque. However, the reliability of the product and the stability of product quality will attract more attention for a period of time. In order to use pneumatic anchor drill RIGS more widely, coal mine sites will consciously adjust the compressed air system and gradually pay attention to the application of mobile air compressors underground. (4) Electric anchor drill RIGS have low costs, simple main engine power and low energy consumption. People will continue to make efforts to improve the reliability of electric anchor drill RIGS and reasonably solve the problem of outrigger methods. Given the problems of hard torque characteristics and poor motor reliability of electric anchor drill RIGS, when using pressure water to flush anchor holes, the key to motor reliability will lie in overload capacity and waterproof and sealing performance. Only after the two issues are fundamentally resolved can electric anchor drill RIGS be more widely used in underground operations. (5) The pneumatic impact type anchor bolt hole drill is used in conjunction with the pneumatic rotary anchor bolt drill and the pneumatic rotary drill (side anchor bolt hole drill), making the underground power system single and achieving good results. People will further improve the pneumatic impact rock drilling method to better match the pneumatic rotary drilling method. (6) The drilling tools used in rotary drilling for anchor bolt holes are consumable and vulnerable parts with large consumption. With the normalization of anchor drill rig products, the performance and quality of drilling tools will be given more attention. The structure, materials and processing techniques of drilling tools will gradually become more reasonable, and the application range of rotary drilling methods will be expanded. (7) The further development of anchor drill RIGS requires a further improvement in the standardization level of anchor drill RIGS and their supporting equipment. In this technology, product competition will mainly lie in quality, service and price. For this reason, some manufacturers of anchor drill RIGS and drilling tools will make efforts in scientific management and gradually and consciously implement the ISO 9000 series standards to make their products more competitive. (8) The research on the performance parameters of anchor drill RIGS is the foundation for the product development and quality control of anchor drill RIGS. The competition among several products will gradually enhance the recognition of the importance of fundamental research on anchor drill RIGS. In the competition of anchor drill rig products, manufacturers will compete for technology, talent and the construction of conditions. (9) The development of anchor drill RIGS has certain technical difficulties, and its application effect is related to the on-site usage and maintenance conditions. The coal mine site will seek to apply scientific management methods for anchor drill RIGS, attach importance to and strengthen the maintenance and upkeep of anchor drill RIGS, and establish maintenance points for anchor drill RIGS. (10) The level and quality of anchor drill RIGS affect the comprehensive benefits of anchor support. On-site coal mines will gradually pay attention to the comprehensive economic benefits of using anchor drill RIGS and drilling tools, and take it as an important basis for choosing anchor drill RIGS and drilling tools.   Tag

Maintenance and management issues of hydraulic coal mine anchor drill RIGS   In general, the selection of hydraulic system oil should meet the following requirements: It must not contain steam, air or other impurities that are prone to vaporization or vaporization. It has excellent lubricating performance and a very high liquid film strength. Has a high degree of chemical stability; Appropriate viscosity and good viscosity-temperature performance. For drilling rig hydraulic oil, it iS recommended to use Lanchou or Shangchou hydraulic oil (200 40n1m ² /iS). In cases where the source is difficult, 30 # mechanical oil can be used in summer and 20# mechanical oil in winter. The hazards and preventive measures of oil contamination in hydraulic systems Hydraulic system contamination is a major cause of hydraulic failures. Contaminants mixed into the system will accelerate the wear, abrasion, burning and even damage of hydraulic parts, or cause valve malfunction or noise. Contaminants can clog the throttle holes or throttling gaps of hydraulic components, alter the working performance of the hydraulic system, cause malfunction or even complete failure, and lead to misoperation and accidents. Dust particles in the hydraulic cylinder will accelerate the damage of seals, scratch the inner surface of the cylinder barrel, increase leakage, cause insufficient thrust or unstable operation, crawling, reduced speed, and produce abnormal sounds and vibrations. It may also cause the filter screen to clog, making it difficult for the hydraulic pump to draw in oil, resulting in poor oil return and causing cavitation, vibration and noise. When the clogging is severe, the filter screen will be punctured due to excessive resistance, completely losing its filtering function and creating a vicious cycle in the hydraulic system. Therefore, it is necessary to strengthen management, prevent oil contamination, and ensure the safe and reliable operation of the hydraulic system. (1) The hazards of oil contamination to the hydraulic system: blocking the fit clearances between the relatively moving parts of hydraulic components such as pumps and valves, blocking the throttle holes, damping holes and valve ports in hydraulic components, and preventing the components from working normally; When dirt enters the fit clearance between the relatively moving parts of hydraulic components, it will scratch the mating surfaces, damage the accuracy and surface roughness of the mating surfaces, accelerate wear, increase component leakage, and sometimes cause the valve core to get stuck, resulting in component failure. Excessive dirt in the oil causes the oil pump to suck oil: (1) The oil filter screen at the suction point is clogged, resulting in excessive suction resistance, which makes the oil pump unable to work normally, generating noise and vibration; The dirt in the oil will cause it to deteriorate. When water mixes into the oil, it will cause the oil to emulsify, reduce its lubricating performance, increase its acid value, shorten the service life of components and increase leakage. (2) Measures to prevent oil contamination. Among the common faults in hydraulic systems, many are caused by unclean oil. Therefore, keeping the oil clean is an important aspect of maintaining hydraulic equipment. The measures to prevent oil contamination are as follows: The area around the oil tank should be kept clean and the oil tank should be covered and sealed. The oil in the fuel tank should be replaced regularly. Generally, the oil should be changed after a cumulative operation of 1,000 hours. When oiling, it should pass through a filter with a mesh size of 120 or more. Regularly inspect and clean the filter; Regularly clean the hydraulic components with kerosene and unblock the pipelines. Regularly inspect the pipe joints and sealing devices between pipelines and components. 3. Hazards of Air Entering Hydraulic Systems and Preventive Measures: The oil used in hydraulic systems has very low compressibility, but the compressibility of low-pressure air is very high, approximately 10,000 times that of the oil. Even if there is a small amount of air in the system, its impact is significant and can cause system malfunctions. (1) Hazards of air entering the hydraulic system. The air dissolved in the hydraulic fluid will escape from the oil when the pressure is low, causing noise in the hydraulic system and creating bubbles and cavitation. When reaching the high-pressure area, under the impact of the pressure oil, the bubble skin is shattered, causing a sharp increase in pressure and generating noise in the system. When the vaporization in the oil is rapidly compressed, it releases a large amount of heat, causing local overheating and damaging the hydraulic components and hydraulic oil. The air in the oil is highly compressible, causing the working components to crawl and vibrate, thus disrupting the smoothness of operation. A large number of air bubbles mixed in the oil will deteriorate the oil, reduce its service life and accelerate the wear of components. (2) Measures to prevent air from entering the hydraulic system. Depending on the different reasons for air entering the hydraulic system, the following points should be noted during use and maintenance: Regularly check the oil level in the oil tank to ensure there is sufficient oil in the tank. 4: Maintain from the appearance, such as whether the joints are loose, whether there is oil leakage, and whether there are cracks in the pipeline, etc. Before starting the pump, check whether the oil is added as required and whether the oil temperature is normal. When the temperature is below 10℃, it should be operated without load for more than 20 minutes (especially in winter). Pump start-up and post-start-up inspection: When starting the pump, it should be started in a start-stop manner to raise the oil temperature and ensure the smooth operation of the driving device before entering normal use. After the pump starts, it is also necessary to check whether there are any adverse phenomena such as cavitation, overheating and bubbles.

The Hydraulic Anchor Drilling Rig is a kind of equipment specifically used for support operations in geotechnical engineering, and is widely applied in fields such as mining, tunnel excavation, and underground engineering support. Its main function is to install anchor bolt support through drilling holes to ensure the stability of underground projects or mines. Under complex geological conditions, the performance of hydraulic anchor bolt drilling vehicles is particularly important, as it directly affects construction efficiency, operation safety and project quality. Complex geological conditions usually refer to geological environments with factors such as variable rock strata, faults, groundwater, and weak rock strata. These factors pose severe challenges to the operational performance of the drilling vehicle. How the hydraulic anchor drill truck maintains effective and stable performance under complex geological conditions is a manifestation of its technical and performance advantages. The following is an analysis of the performance of the hydraulic anchor drill truck under complex geological conditions. I. Structural Features of the Hydraulic Anchor Bolt Drilling Vehicle The core working principle of the hydraulic anchor bolt drilling vehicle is to use the hydraulic system to drive the drilling tool for drilling operations, and it is also equipped with an anchor bolt installation system. Compared with traditional mechanical drilling vehicles, the main advantages of hydraulic anchor bolt drilling vehicles lie in their strong adaptability and effectiveness. Its structural features usually include: Powerful hydraulic system: The hydraulic system can provide strong power, enabling the drilling vehicle to drill holes under different geological conditions. The hydraulic system can automatically adjust the output power according to the hardness of the formation, thereby ensuring the depth and quality of the borehole. Flexible drilling tool configuration: The hydraulic anchor drill truck is equipped with a variety of drill bits and drilling tools, and different drilling tools can be selected according to the changes in geological conditions. This enables the drilling vehicle to adapt to rock layers of different hardness and softness and quickly adapt to complex geological environments. High stability and load-bearing capacity: Hydraulic anchor bolt drilling vehicles typically adopt crawler or wheeled chassis designs, which can maintain stability on uneven ground, especially in construction environments such as mines and tunnels, where stability is of vital importance. The automatic control system: The automatic control system of the hydraulic anchor drill truck can monitor and adjust parameters such as depth, Angle and pressure in real time during the drilling process, ensuring construction accuracy and avoiding errors caused by unstable equipment performance. Ii. Adaptability of Hydraulic Anchor Drill Trucks under complex geological Conditions In complex geological conditions, common challenges include significant differences in stratum hardness, abundant groundwater, weak layers, and unstable rock strata. The adaptability of the hydraulic anchor drill truck is reflected in the following aspects: 1. Cope with the hardness of different strata In mining and tunnel construction, rock layers of different hardness are often encountered, such as sandstone, shale, granite, etc. The hardness of different rock strata directly affects the drilling speed and efficiency of the drilling vehicle. The hydraulic system through which the hydraulic anchor drill truck passes can automatically adjust the pressure and rotational speed during drilling according to the hardness of the rock layer. In soft rock or sedimentary rock, the hydraulic anchor drill truck can ensure rapid drilling by adjusting the drilling rate and adapting the soft rock drill bit. For hard rocks such as granite and limestone, the hydraulic system can provide greater power output and, in combination with high-hardness drill bits, ensure drilling efficiency and hole quality. This automatic adjustment capability enables the hydraulic anchor drill truck to quickly adapt to rock layers of different hardness and maintain high operational efficiency.   2. Adapt to complex faults and unstable strata Faults, folds and other phenomena in geological structures often lead to the instability of underground rock strata. When encountering these complex geological conditions, traditional drilling vehicles may encounter operational difficulties due to the difficulty in controlling the drilling speed or the damage of the drill bit. The hydraulic anchor drill truck, through its powerful hydraulic system, can adjust the pressure and speed required during the drilling process, especially demonstrating strong adaptability in geological environments such as fault zones and weak rock layers. Stability improvement: The hydraulic anchor drill truck can enhance its stability in faults and weak layers by adjusting the operating system, avoiding equipment damage or stuck drill caused by unstable strata. Flexibility in drill bit selection: The drilling vehicle is equipped with various types of drill bits, such as three-cone drill bits and hob drill bits, which can be flexibly selected according to geological conditions to ensure the durability and adaptability of the drill bit when encountering hard rock and faults. 3. Dealing with groundwater and moist soft layers In areas rich in groundwater, drilling operations often encounter challenges such as soil erosion, borehole collapse and weak strata. The hydraulic anchor bolt drilling vehicle can effectively address these issues. Its hydraulic system and drilling control technology make the operation process safer. Preventing borehole collapse: In areas with abundant groundwater, the drilling vehicle can be used in conjunction with the water injection system for continuous flushing to ensure that the borehole is not blocked by sediment and prevent the problem of borehole wall collapse when operating in weak or wet soft layers. Waterproof control system: Some advanced hydraulic anchor drill trucks are equipped with a waterproof control system, which can perform stable operations in wet and soft layers or areas with abundant groundwater, ensuring the support effect of the borehole. 4. Adapt quickly to complex environments In tunnel construction and mining, complex geological conditions and narrow working Spaces often pose significant challenges to the operation of equipment. Hydraulic anchor drill trucks are usually compactly designed and highly flexible, enabling them to perform drilling operations in confined Spaces. Moreover, its hydraulic drive system not only has strong power but also can control actions, ensuring the operation of the equipment in complex environments. Adaptability to small Spaces: The hydraulic anchor drill truck can complete operations in narrow tunnels, mines or complex construction sites through flexible layout and adjustable drill arm design. High-precision operation: The automatic control system of the hydraulic anchor bolt drilling vehicle can adjust the drilling Angle and depth according to the on-site conditions, ensuring that each hole meets the design requirements and improving the construction accuracy. Iii. Technological Innovation of Hydraulic Anchor Drill Trucks With the development of technology, the performance of hydraulic anchor drill trucks under complex geological conditions has been continuously improving. The following are some manifestations of technological innovation: 1. Intelligent control system Modern hydraulic anchor drill trucks are equipped with intelligent control systems that can monitor various data during the drilling process in real time, including drilling depth, drill bit pressure, rotational speed and other parameters. Through data collection and analysis, the drilling strategy can be adjusted in real time to ensure the stability of the drilling vehicle's operation under complex geological conditions. 2. Automated drilling technology The automated drilling technology of hydraulic anchor bolt drilling vehicles is constantly evolving. Nowadays, hydraulic drilling vehicles can not only perform automated drilling but also automatically install anchor bolts after drilling is completed, further enhancing operational efficiency. Especially in complex geological environments, they can avoid errors caused by manual operations and improve the overall construction quality. 3. Multi-functional integrated design Many hydraulic anchor bolt drilling vehicles have achieved a multi-functional integrated design, such as the combination of drilling, support, pile driving and other functions. This design enables the hydraulic anchor bolt drilling vehicle to perform more tasks under complex construction conditions, enhancing the utilization rate of the equipment and reducing the construction period. Iv. Conclusion The hydraulic anchor drill truck performs exceptionally well in complex geological conditions, thanks to its powerful hydraulic system, flexible drill bit configuration and automatic control technology. Whether in hard rock, weak layers, faults, or environments rich in groundwater, the hydraulic anchor drill truck can ensure the safety and stability of operations by adjusting the drilling parameters. With the continuous innovation of technology, hydraulic anchor drill trucks will play a significant role in a wider range of application fields and become indispensable key equipment in modern geotechnical engineering construction.

Anchor bolt drilling vehicles are commonly used mechanical equipment in modern mines, tunnels and underground engineering. They are mainly used for geological reinforcement, support and enhancing the stability of underground structures. In high-risk environments such as mining and tunnel construction, anchor drill trucks play a crucial role. This article will delve into the working principle of the anchor bolt drilling vehicle and analyze how it enhances geological stability through effective anchor bolt support technology. I. Overview of Anchor Bolt Drilling Vehicle The anchor drill truck is a kind of mechanical equipment specifically designed for drilling operations, mainly applied in the support construction of tunnels, mines and underground projects. It integrates multiple functions such as drilling, grouting and anchor bolt installation, and is capable of achieving effective and accurate operations. The anchor bolt drilling vehicle drills holes in the rock layer through drilling equipment, then installs the anchor bolts into the holes and consolidates the anchor bolts through grouting, thereby providing the necessary geological reinforcement and support. Ii. Working Principle of Anchor Bolt Drilling Vehicle The working process of an anchor bolt drilling vehicle usually includes the following steps: drilling, anchor bolt installation, grouting reinforcement and anchor bolt tensioning. The specific steps are as follows: 1. Drilling The anchor drill truck first drills holes in rocks or soil layers through its powerful drilling device. During the rotation of the drill bit, the drilling car provides sufficient torque and power through the drive system to ensure that the drilling depth and diameter meet the design requirements. During the drilling process, the positioning system of the drilling vehicle ensures the accuracy of the hole position and avoids the deviation of the drilling. The depth and Angle of the borehole are determined based on the actual engineering requirements and geological conditions. The diameter and depth of the borehole may vary in different geological environments. The accuracy of drilling directly affects the installation effect of the subsequent anchor rods. Therefore, when drilling, it is necessary to ensure the stability of the drilling vehicle equipment and the sharpness of the drill bit. 2. Anchor bolt installation After the drilling is completed, the anchor bolt drilling vehicle will push the anchor bolt into the hole. Anchor rods are usually made of steel bars or high-strength alloy steel, featuring excellent tensile strength and bending resistance, and can effectively form a firm connection with the surrounding rocks or soil layers. Anchor bolt installation is divided into two types: Static anchor bolts: This type of anchor bolt is usually inserted into the borehole by the mechanical arm of the anchor bolt drilling vehicle, and the front end of the anchor bolt is fixed in the hole. The reinforcement principle of static anchor rods mainly relies on the frictional force between the anchor rods and the surrounding rock strata to provide support. Dynamic anchor rods: Dynamic anchor rods are generally fixed by high-pressure air flow or grouting methods. They can generate a stronger bonding force between the anchor rods and the rock strata through the effect of dynamic pressure. The installation process of anchor rods requires the equipment to accurately control the insertion depth, Angle and position of the anchor rods to ensure the reinforcement effect.   3. Grouting reinforcement After the anchor rods are installed, the anchor rod drilling vehicle still needs to carry out grouting operations, injecting slurry to firmly bond the anchor rods with the surrounding rock layers. The materials used for grouting are usually cement slurry or high-strength chemical slurry. After being injected into the holes, these slurries will solidify and form a solid cementing layer. Grouting not only enhances the bonding force between anchor rods and rocks, but also further reinforces the surrounding soil or rock layers, improving geological conditions. During the grouting process, the drilling rig can accurately control the grouting volume, pressure and grouting time to ensure the best grouting effect. 4. Anchor bolt tensioning After the grouting has solidified, in order to increase the tensile force of the anchor rods, the anchor rod drilling vehicle will also tensify the already installed anchor rods. Through mechanical tensioning devices, anchor rods can further generate a tight tensile force with the rock layer, thereby enhancing the supporting force. This process is particularly important for geological stability, especially in weak or loose rock strata, where the tension of anchor rods can significantly enhance the geological support capacity. Iii. How can anchor bolt drilling vehicles enhance geological stability The anchor bolt drilling vehicle plays a significant role in improving geological stability through its effective drilling, installation and reinforcement functions. Specifically, the anchor bolt drilling vehicle enhances geological stability in the following aspects: 1. Improve the supporting force of the rock strata structure The stability of rock strata is usually influenced by a variety of factors, such as stress, temperature changes, and hydrological conditions. Especially during the process of mine exploitation or tunnel construction, changes in the external environment may cause the sliding or collapse of rock strata. The anchor bolt drilling vehicle can effectively improve the supporting force of rock strata through drilling and anchor bolt support. Anchor rods form a strong physical connection with rock strata through anchoring technology, significantly enhancing the stability of the rock strata and preventing deformation or collapse of the rock strata caused by external stress. 2. Prevent geological disasters Geological disasters, such as rockbursts, earthquakes or ground subsidence, usually have a serious impact on underground projects. The anchor bolt support of the anchor bolt drilling vehicle can not only enhance the anti-deformation capacity of the rock layer, but also provide additional support force when geological disasters occur, avoiding the occurrence of disasters or reducing their impact. By effectively reinforcing rock strata, anchor drill vehicles can significantly reduce the risk of geological disasters and ensure the safety of underground projects such as mines and tunnels. 3. Enhance the stability of the working face At construction sites such as tunnels and mines, the working face is often affected by unstable geological factors, making it prone to problems such as rock strata falling off and collapsing. Through accurate support design and construction, the anchor bolt drilling vehicle can form a stable support structure at the working face, ensuring the safety of construction personnel. The reinforcing effect of anchor rods enables the rock strata to evenly bear external pressure, thereby avoiding cracking or deformation caused by excessive compressive stress in local areas. 4. Enhance the shear resistance of soil or rock strata The anchor bolt drilling vehicle significantly enhances the shear resistance of soil or rock layers by reinforcing them. Especially in weak geological environments, traditional support measures may not be able to provide sufficient shear resistance. However, the anchor bolt drilling vehicle can make the rock layer more stable when subjected to external shear force through the tensile force of the anchor bolt and the consolidation effect of grouting. The main function of anchor bolts is to disperse the external shear force into a larger area of rock strata around, thereby reducing stress concentration at a single location and enhancing overall stability. 5. Enhance the bearing capacity of underground structures such as mines and tunnels In complex underground projects, the application of anchor bolt drilling vehicles can significantly enhance the load-bearing capacity of underground structures. Especially in relatively loose or weak rock strata, anchor rods, through their fixing and reinforcing functions, can effectively enhance the underground structure's capacity to bear external loads and reduce geological accidents caused by excessive loads. Iv. Application Prospects of Anchor Drill Vehicles With the continuous development of underground engineering, the technology of anchor bolt drilling vehicles is also constantly innovating and improving. Modern anchor drill trucks are not only limited to traditional mining operations but are also widely used in tunnel construction, subway construction, large-scale underground projects, and dam reinforcement, among other fields. With the introduction of intelligent technology, future anchor bolt drilling vehicles will be able to achieve more effective and accurate operations, while enhancing operational safety and construction efficiency. Conclusion As a multi-functional and effective mechanical equipment, the anchor drill truck plays a crucial role in underground engineering, mining and tunnel construction. Through operations such as drilling, anchor bolt installation, grouting and tensioning, the anchor bolt drilling vehicle can effectively enhance geological stability and prevent the occurrence of rock layer collapse, sliding and other geological disasters. With the continuous advancement of technology, anchor drill trucks will play a more significant role in enhancing the safety of underground projects, improving production efficiency and reducing the accident rate.

Anchor bolt drilling vehicles are important equipment in underground engineering, tunnel construction, mining and other fields. As mechanical equipment for high-load and high-intensity operations, their working condition directly affects the safety and efficiency of the project. Therefore, it is of vital importance to carry out regular maintenance and servicing of the anchor bolt drilling vehicle. Reasonable maintenance and care can not only extend the service life of equipment, improve operational efficiency, but also reduce the occurrence of faults and enhance safety. This article will delve into the key points of maintenance and upkeep for anchor bolt drilling vehicles. I. Basic Structure and Working Principle of Anchor Bolt Drilling Vehicle To better understand the maintenance and repair requirements of anchor bolt drilling vehicles, it is first necessary to know their basic structure and working principle. The anchor bolt drilling vehicle is a mechanical equipment integrating multiple functions such as drilling, grouting, and anchor bolt installation. It mainly includes: Power system: It usually includes diesel engines, electric motors or hydraulic systems, providing power for the entire equipment. Drilling system: Mainly composed of drill bit, spindle, electric motor, hydraulic drive device, etc., it is responsible for drilling operations. Feed system: It is used to control the drilling depth and Angle, and can be precisely adjusted through hydraulic or electric mechanisms. Grouting system: Grouting operations are carried out through hydraulic pumps or pneumatic systems to ensure a tight bond between the anchor rods and the rock strata. Operating system: It includes the control console, hydraulic valves, control levers, etc. Workers operate and adjust the equipment through this system. Ii. Common Faults of Anchor Bolt Drilling Vehicles and Their Causes After understanding the structure of the anchor bolt drilling vehicle, we can more clearly identify its common faults and causes. Common faults include: Severe wear or damage of the drill bit: Frequent use of the drill bit can easily lead to wear, especially when drilling in hard rock strata, the service life of the drill bit may be greatly shortened. Power system failure: A malfunction of the engine or electric motor can prevent the drilling vehicle from starting or operating normally. Common causes include fuel or battery problems, poor lubrication, excessively high temperatures, etc. Hydraulic system failure: The hydraulic system is one of the core systems of the anchor drill vehicle. Faults may manifest as insufficient pressure, oil leakage from the hydraulic pump, pipeline blockage or damage to the hydraulic cylinder. Grouting system failure: Blockage or leakage of the grouting system can lead to uneven grouting, affecting the fixation effect of anchor rods and further impacting the geological reinforcement effect. Control system failure: Problems with the operating system may lead to improper setting of working parameters or inaccurate operation actions, affecting the overall performance of the drilling vehicle. Iii. Key Points for Maintenance and Repair of Anchor Bolt Drilling Vehicles To ensure the normal operation of the anchor bolt drilling vehicle and reduce the occurrence of faults, regular maintenance and upkeep are necessary. The following will conduct a detailed analysis from six aspects: power system, hydraulic system, electrical system, drilling system, grouting system and daily inspection.   1. Maintenance and repair of the power system The power system is the core part of the anchor bolt drilling vehicle. Ensuring its normal operation is the foundation for the stable operation of the equipment. The maintenance of the power system mainly includes the following points: Regularly change the lubricating oil: The lubricating oil of diesel engines or electric motors needs to be replaced at the time intervals recommended by the manufacturer. Expired lubricating oil can cause wear and tear on engine components and increase the failure rate of the power system. Clean the air filter: The function of the air filter is to filter out dust and impurities in the air and prevent them from entering the engine. If the filter is clogged, it will lead to a reduction in the engine's intake air volume and lower the power output. Regular cleaning or replacement is required. Check the fuel system: Regularly inspect the fuel filter, fuel pump, fuel lines, etc., to ensure the smooth operation of the fuel supply system and prevent engine stalling or power reduction caused by insufficient fuel supply. Check the battery and electrical connections: For electric drive systems, regularly check the battery's power and voltage to ensure it is within the normal operating range. At the same time, check whether the electrical connections are loose to avoid poor electrical contact. Exhaust system inspection: Exhaust pipes and exhaust valves are prone to blockage by pollutants such as coal dust and oil stains, and need to be inspected and cleaned regularly to ensure normal engine exhaust. 2. Maintenance and upkeep of hydraulic systems The hydraulic system is an important component of the anchor drill vehicle. Components such as hydraulic pumps, hydraulic valves, hydraulic cylinders and pipelines are the key to ensuring the working accuracy of the drill vehicle. The key points for maintaining a hydraulic system include: Regularly check the quality of the oil: The quality of the hydraulic oil directly affects the working efficiency of the hydraulic system. The oil should be kept clean and the oil level within the specified range. The replacement cycle of hydraulic oil is usually every 1,000 hours or half a year, and it should be adjusted in a timely manner according to different working environments. Replace the hydraulic filter element: The hydraulic filter element filters impurities and dirt in the oil to prevent them from entering the hydraulic pump and valves. Regular replacement of hydraulic filter elements can prevent clogging and overheating of the hydraulic system. Inspect the hydraulic pipelines: Regularly check the hydraulic pipes, joints and valves for any leakage or looseness to prevent hydraulic oil leakage from causing system failure. Exhaust system inspection: Air and moisture in the hydraulic system can affect its working effect. Regularly remove the air from the system to maintain its effective operation. 3. Maintenance and repair of the electrical system The electrical system of the anchor bolt drilling vehicle is responsible for controlling key functions such as the start and stop of the equipment and the adjustment of operation parameters. Key points for the maintenance and upkeep of electrical systems include: Regularly inspect cables and joints: Cables and joints in the electrical system need to be kept in good condition. Check if the cables are aged, worn or damaged to avoid short circuits or power outages. Check the control panel and operation buttons: The operation panel and buttons may have poor contact or malfunction due to frequent use. Regularly inspect these components to ensure the sensitivity of the operating system. Clean electrical components: Relays, switches and other parts in the electrical system are prone to dust accumulation. Regular cleaning of these components can extend their service life and improve their working stability. 4. Maintenance and upkeep of the drilling system The drilling system is responsible for drilling operations and is the main working component of the anchor bolt drilling vehicle. The key points for maintaining the drilling system include: Regularly inspect the drill bit: The drill bit is a component that is prone to wear during the drilling process. Depending on different geological conditions, drill bits need to be inspected regularly for wear, cracks or fractures, and replaced when necessary. Check the connection between the main shaft and the motor: The connection part between the main shaft and the motor should be kept tight to avoid loosening or damage, which may affect the drilling accuracy and efficiency. Adjust the drilling feed system: The accuracy of the feed system directly affects the depth and Angle of the borehole. Regular inspection and calibration are required to ensure the accuracy of the borehole. 5. Maintenance and upkeep of grouting systems The function of the grouting system is to enhance the bonding force between the anchor bolt and the rock layer by injecting grout. The key points of its maintenance include Inspect the grouting pump: The grouting pump is the core component of the grouting system. It is necessary to regularly check the pump's sealing performance, pressure and flow rate to ensure its normal operation. Clean the grouting pipeline: Grouting pipelines and nozzles are prone to clogging by slurry deposits. Regular cleaning of the pipelines and nozzles can prevent uneven grouting or clogging. Check the grouting pressure: Regularly inspect the working pressure of the grouting system to ensure it is within the normal range and avoid excessively high or low pressure affecting the grouting effect. 6. Daily inspection and maintenance In addition to the specific checks of the above-mentioned systems, daily maintenance and inspection are equally important, mainly including: Equipment appearance inspection: Before starting work every day, conduct an appearance inspection of the equipment to check for obvious oil leakage, cracks or loose parts, and promptly identify potential problems. Clean the equipment: After work is completed, clean the equipment, especially the drill bit, hydraulic system and electrical parts, to prevent the accumulation of dirt and affect the performance of the equipment. Regular lubrication: Regularly lubricate all moving parts of the equipment to prevent excessive wear caused by lack of lubrication. 4. Conclusion As a high-intensity operation equipment, the maintenance and upkeep of anchor bolt drilling vehicles are crucial for ensuring the long-term stable operation of the equipment. By regularly inspecting and maintaining components such as the power system, hydraulic system, electrical system, drilling system, and grouting system, the service life of equipment can be effectively prolonged, the failure rate can be reduced, and the operational efficiency and safety can be enhanced. Regular preventive maintenance and repair are the key to ensuring the effective and stable operation of the anchor bolt drilling vehicle.

As a key piece of equipment in coal mine support operations, the coal mine anchor drill rig is responsible for the task of drilling anchor bolts, ensuring the safety and stability of coal mine roadways and working faces. To ensure the long-term safe and effective operation of the anchor drill rig, it is crucial to do a good job in the maintenance and upkeep of the equipment. This article will systematically introduce the key steps for the maintenance and upkeep of coal mine anchor drill RIGS, including daily inspections, regular maintenance, lubrication management, electrical system maintenance, fault detection, and safety protection measures, helping mining enterprises extend equipment lifespan, reduce failure rates, and enhance operational efficiency. I. The Importance of Maintenance and Upkeep The coal mine anchor drill rig operates in the harsh mine environment and is constantly affected by dust, moisture, vibration and shock. Once the equipment malfunctions, it not only affects the production progress but also may bring potential safety hazards. Therefore, scientific and reasonable maintenance and care can: Ensure the normal operation of equipment and reduce downtime due to faults; Extend the service life of key components; Ensure construction quality and safety; Reduce maintenance costs; Improve work efficiency and economic benefits.   Ii. Key Steps for the Maintenance and Upkeep of Coal Mine Anchor Drill RIGS 1. Daily inspection and maintenance 1.1 Equipment appearance inspection Check the machine body for any cracks, deformations or rust. Check whether the connecting bolts and fasteners are loose. Confirm that the operation handle and control buttons of the drilling rig are flexible and reliable. Check whether the hydraulic hoses and cables are intact. 1.2 Lubricating Oil Inspection Check whether there is lubricating oil at each lubrication point and whether the supply of grease is sufficient. Check whether the lubricant meets the specified standards and avoid using inferior lubricating oil. The lubrication cycle shall be strictly carried out in accordance with the manufacturer's regulations. 1.3 Hydraulic System Inspection Observe whether the hydraulic oil level is normal and replenish or replace the hydraulic oil. Check whether there is any leakage in the hydraulic hoses and interfaces. When operating the hydraulic system, check whether the movements are flexible and there are no abnormal noises. 1.4 Electrical System Inspection Check whether the cables and terminal blocks are firm and whether the insulation layer is intact. Check whether the actions of the switches and buttons are normal. Confirm that the motor operates smoothly without abnormal vibration or noise. 1.5 Inspection of drill pipes and drill bits The threads at the connection of the drill pipe should be kept clean and undamaged. Check the wear of the drill bit in a timely manner and replace it if necessary. There are no obvious scratches or bending deformations on the surface of the drill pipe. 2. Regular maintenance 2.1 Comprehensive maintenance of the lubrication system Regularly clean the lubricating oil circuit to prevent impurities from blocking it. Replace the lubricating oil and grease at the prescribed intervals. Use the recommended type and specification of lubricating oil. 2.2 Maintenance of Hydraulic System Regularly change the hydraulic oil to maintain its cleanliness and viscosity. Clean the hydraulic oil filter to prevent impurities from entering the system; Inspect and replace aged or worn seals and valves. 2.3 Electrical System Maintenance Regularly test the insulation resistance to prevent leakage and short circuits. Check the motor bearings and add oil or replace them if necessary. Test the sensitivity and response performance of electrical components. 2.4 Maintenance of mechanical Components Check and adjust the clearance between the guide rails and the transmission mechanism of the drilling rig. Check the wear of transmission components such as gears and chains, and repair or replace them if necessary. Maintain the support system of the drilling rig to ensure its stability and safety. 3. Lubrication management The good operation of the lubrication system is the key to ensuring the smooth operation of all moving parts of the anchor drill rig. Note: Select lubricants that meet the manufacturer's requirements; Arrange the lubrication cycle reasonably based on the operating time and working intensity of the equipment. Key lubrication points include the main shaft bearings, hydraulic cylinder piston rods, gear transmission parts, guide rails, etc. Prevent lubricating oil contamination and keep the lubrication environment clean. 4. Key points for Electrical System maintenance Regularly clean the dust inside the electrical cabinet to prevent a decline in insulation performance. Check the tightness of the terminal blocks and connecting parts. Test whether the electrical protection device functions properly; Regularly conduct tests on motor overload protection and control systems. 5. Fault Diagnosis and Elimination The possible faults that may occur during the operation of coal mine anchor drill RIGS include insufficient power, drill bit slippage, hydraulic failure, electrical faults, etc. Maintenance personnel should: Be familiar with the structure and working principle of the equipment, and master the common symptoms of faults. Accurately locate the problem by using fault diagnosis tools and methods; Handle the situation in an orderly manner according to the troubleshooting process to avoid blind disassembly. Establish fault handling files for common problems to facilitate subsequent maintenance. 6. Safety Protection and Environmental Management Regularly check whether the safety protection devices of the equipment are complete and effective. Ensure the work site is clean and tidy to prevent dust and debris from blocking the equipment. Operators must receive safety training and abide by operating procedures. Regularly conduct safety drills to enhance emergency response capabilities. Iii. Precautions for Maintenance and Care Strictly abide by the maintenance manual of the equipment manufacturer and avoid blind operation. Maintenance and upkeep should be handled by designated personnel, and a standardized work process should be established. Maintenance records should be detailed and timely to facilitate subsequent tracking. Use original factory accessories and recommended materials to ensure the performance of the equipment. Regularly organize technical training to enhance the skill levels of maintenance personnel. During the maintenance of the drilling rig, the power supply should be cut off to ensure safety. Iv. Summary As an important piece of equipment for mine support, the maintenance and upkeep of coal mine anchor drill RIGS are directly related to the safety and production efficiency of the mines. Through meticulous daily inspections, scientific regular maintenance, strict lubrication management, professional maintenance of the electrical system, as well as timely fault diagnosis and elimination, the service life of the equipment can be effectively prolonged, ensuring its effective and stable operation.

The hydraulic anchor bolt drilling vehicle is an important mechanical equipment widely used in engineering fields such as mining, tunnels, and slope reinforcement. It is mainly used for anchor bolt drilling construction in rock mass reinforcement. Due to its complex working environment, large equipment structure and strong power, the safe operation of the hydraulic anchor drill truck is particularly important. Reasonable and standardized operation not only ensures the life safety of construction workers, but also effectively extends the service life of equipment, improves construction efficiency and avoids economic losses. This article will focus on the structural features and operation procedures of the hydraulic anchor drill truck, systematically sort out the safety matters that must be followed during its operation, covering equipment inspection, personnel protection, operation norms, environmental requirements, and emergency response, etc., providing comprehensive safety guidance for relevant personnel. I. Structural Features and Safety Risk Analysis of Hydraulic Anchor Drill Truck The hydraulic anchor drill truck is mainly composed of the power system, hydraulic system, drill pipe and drill bit system, slewing mechanism, outriggers and chassis, control system, etc. Its power is transmitted through the hydraulic system to drive the drill bit for drilling operations. The equipment is relatively large in size, with obvious vibration and noise during operation. Moreover, it is mostly operated in narrow and complex terrain construction site environments. The main security risks include: Mechanical injury risk: Rotating parts, hydraulic components and lifting mechanisms are at risk of being pinched or collided. Hydraulic system leakage risk: High-pressure oil leakage may cause fire or slip accidents. Environmental risks: The working area is mostly composed of unstable rock masses, posing risks of collapse and landslides. Operator risk: Improper operation or insufficient protective measures may lead to accidents. Therefore, the awareness of safe operation and standardized operation procedures are of vital importance. Ii. Safety Preparations Before Operation 1. Qualification requirements for operators Operators must undergo professional training and hold relevant certificates to work. Be familiar with the structure and performance of the equipment and master emergency handling skills. 2. Comprehensive inspection of the equipment Hydraulic system inspection: Confirm that the oil is sufficient, there is no leakage, and the oil pipes are firmly connected. Mechanical component inspection: The drill pipe and drill bit are intact and undamaged, and rotate flexibly. Safety device inspection: The emergency stop button, limit device and alarm are functioning properly. Electrical system inspection: The cable insulation is good and the grounding is reliable.   Lubrication system inspection: Sufficient and evenly distributed lubricating grease. 3. Construction environment assessment Assess the stability of the operation site and eliminate the risk of collapse. Ensure that there are no open flames or flammable and explosive items in the construction area. Obvious safety warning signs are set up at the construction site. Iii. Safety Precautions during the Operation of Hydraulic Anchor Bolt Drilling Vehicles 1. Preparations before startup Before starting the equipment, it should be ensured that all personnel are away from dangerous areas. The startup program should be operated in the prescribed sequence to avoid mechanical shock. When starting up, pay attention to the operating status of the equipment. If any abnormality is found, stop the machine in time for inspection. 2. Safety of drilling operations It is strictly prohibited to adjust the drill pipe or touch the rotating parts when the equipment is in operation. During the drilling process, the hydraulic pressure and temperature should be monitored to prevent system overload. Control the drilling speed to avoid mechanical failure caused by excessive speed. After the drilling is completed, the lifting action of the drill pipe should be slow and steady to prevent injury to personnel. 3. The outriggers operate safely When the outriggers are extended or retracted, it is strictly prohibited for personnel to loiter under the outriggers or in the areas affected by them. Make sure the outriggers are stable to prevent the equipment from tilting or sliding. 4. Equipment mobility security Before moving the vehicle, make sure the surrounding environment is cleaned up and all personnel have evacuated. Keep a low speed while moving and avoid sharp turns and sudden braking. After moving to the construction site, the legs should be re-supported and fixed. 5. Personal Protective Equipment (PPE Operators must wear safety helmets, protective gloves, protective shoes, dust masks and goggles. According to the requirements of the working environment, noise-canceling earplugs, shock-absorbing clothing, etc. should be provided. Iv. Safety Matters in Hydraulic System and Mechanical Maintenance Maintenance of the hydraulic system Before maintenance, the power source must be cut off and the system pressure released completely. Use qualified hydraulic oil to avoid oil contamination. Regularly check whether the hydraulic pipelines are aged or damaged and replace them in a timely manner. Avoid hydraulic oil leakage. Repair it immediately if leakage is found. 2. Maintenance of mechanical components When the drill bit and drill pipe are severely worn, they should be replaced in time. The lubrication system maintains good lubrication to reduce mechanical wear. Check all the fasteners to prevent loosening. V. Safety Management at Construction Sites 1. Division of safe operation areas Clearly demarcate the operation area, hazardous area and safety passage. Non-operation personnel are not allowed to enter the dangerous area. 2. On-site environmental monitoring Monitor the stability of rock masses in real time and take measures promptly when any abnormality is detected. Maintain good ventilation at the construction site to reduce the accumulation of harmful gases. 3. Safety signs and warnings Prominent safety warning signs and operation specification prompts are set up at the construction site. Operators must strictly abide by the on-site safety regulations. Vi. Emergency Response Plan and Accident Handling 1. Emergency response plan formulation Formulate emergency plans for various emergencies, including fires, mechanical failures, and personal injuries. Regularly organize emergency drills to enhance the emergency response capabilities of personnel. 2. Accident Handling principles Immediately cut off the power supply and hydraulic power after the accident and stop the operation of the equipment. Evacuate the people on the scene quickly and provide medical treatment to the injured. Keep the scene and wait for professional personnel to investigate and handle it. Vii. Summary As an effective rock mass reinforcement equipment, the hydraulic anchor drill truck has various safety risks during operation. Only through standardized operation procedures, strict equipment inspections, comprehensive personnel training and scientific on-site management can construction safety be maximized and accidents be avoided. Operators should always maintain a sense of safety, strictly follow safety operation procedures, and adhere to the principle of prevention first to nip potential problems in the bud, providing a solid guarantee for the smooth progress of the project and the safety of personnel.

As a common underground construction equipment, the anchor drill truck is widely used in anchoring operations in projects such as mines, tunnels, and subways. It can effectively and accurately complete the anchor bolt drilling operation, improving the construction efficiency and project quality. As the anchor bolt drilling vehicle involves multiple complex systems and components, long-term high-intensity operation is prone to cause wear and failure of the equipment. Therefore, conducting scientific and reasonable daily maintenance and upkeep can effectively extend the service life of the anchor bolt drilling vehicle, ensure its normal operation, and prevent production accidents and delays. This article will provide a detailed introduction to the key points of daily maintenance and care for anchor bolt drilling vehicles, covering aspects such as routine inspections, equipment cleaning, lubrication maintenance, hydraulic system maintenance, electrical system maintenance, fault diagnosis and repair, etc. The aim is to help operators improve the efficiency of equipment usage and ensure construction safety. I. The Necessity of Daily Maintenance The daily maintenance of anchor bolt drilling vehicles is not merely a matter of extending the service life of the equipment, but also the foundation for ensuring construction safety and project progress. During the operation of anchor bolt drilling vehicles, faults are prone to occur due to long-term high-load operation, environmental factors, improper operation and other reasons. Common faults include oil leakage in the hydraulic system, electrical component failure, mechanical part wear, etc. If not maintained in a timely manner, it may lead to serious safety hazards and construction halts. Therefore, regular inspection and maintenance of the anchor bolt drilling vehicle are the key to ensuring the effective and stable operation of the equipment. Ii. Daily Maintenance Contents of Anchor bolt Drilling Vehicles 2.1 Regular Inspection Regular inspection of anchor bolt drilling vehicles is the foundation of daily maintenance. Operators must strictly follow the equipment maintenance manual and operating procedures provided by the manufacturer to regularly inspect each system and component of the equipment. Visual inspection: Inspect the appearance of the equipment, especially the frame, bracket, vehicle body and other parts, to ensure there are no cracks, deformations or looseness. Focus on inspecting the welding areas to confirm that there are no fractures or local damages. Fastener inspection: Regularly inspect all types of fasteners on the equipment, such as screws, nuts, bolts, etc., to ensure that all connecting parts are tight and reliable. Loose fasteners may cause problems such as vibration, jamming or detachment of the equipment during operation, affecting the construction accuracy and safety. Hydraulic system inspection: Inspect components such as the hydraulic oil tank, oil pipes, hydraulic pump, and hydraulic cylinder to check for any leakage, loosening, or aging. The oil level and quality of the hydraulic oil should be checked in a timely manner, and replaced if necessary. Electrical system inspection: Check whether the wiring, switches, and protective devices of the electrical system are in good condition, whether the cable lines are damaged or aged, and whether the electrical control panel is working normally. Power system inspection: Check whether the engine, engine connection parts, fuel system and air filter, etc. are in good condition to ensure smooth engine operation. Check the fuel level and quality to prevent unstable engine operation caused by poor fuel quality or insufficient fuel. 2.2 Cleaning and Clearing Cleaning is an indispensable part of the maintenance of anchor bolt drilling vehicles. During long-term operation, equipment is prone to accumulate dust, debris, soil, etc., which can affect its normal operation. External cleaning: After each operation, the exterior of the equipment should be cleaned to remove soil, weeds and other debris, and keep the exterior of the equipment clean. When cleaning, avoid directly flushing the equipment with a high-pressure water gun to prevent water from entering the electrical components and power system.   Cooling system cleaning: The anchor drill rig is equipped with a cooling system to ensure the heat dissipation of the engine and hydraulic system. Regularly inspect and clean the dust and debris on the cooler to prevent poor heat dissipation from affecting the operation of the equipment. Filtration system cleaning: Clean the air filter, oil filter, oil-water separator and other filtration devices to prevent engine or hydraulic system failures caused by improper filtration. The filter should be replaced or cleaned regularly to ensure that the air, oil and water impurities in the system are filtered out thoroughly. 2.3 Lubrication and Oil Replacement The lubrication system is crucial for the normal operation of the anchor drill car. Lubricating oil can reduce friction, lower part wear and extend the service life of the equipment. Regular replacement of lubricating oil: According to the working time and usage conditions of the equipment, replace the lubricating oil regularly. Different seasons and working environments require the selection of different types of lubricating oil. Under normal circumstances, the replacement cycle of engine oil and hydraulic oil is around 500 hours, but it should also be appropriately adjusted according to the operating conditions of the equipment. Lubricating oil addition: Check whether the lubricating oil in each component of the equipment is sufficient, especially in the hydraulic pump, cylinder, gearbox and other components. Add lubricating oil in time to avoid excessive wear of parts or system jamming due to lack of oil. Grease cleaning and application: Regularly clean the grease storage tank and lubrication pipes to prevent long-term accumulation of grease from causing equipment overheating or blockage. 2.4 Maintenance of Hydraulic System The hydraulic system is one of the core components of the anchor bolt drilling vehicle, and maintaining the normal operation of the hydraulic system is of vital importance. The hydraulic system includes hydraulic pumps, hydraulic cylinders, oil pipes and hydraulic control valves, etc. Inspection and replacement of hydraulic oil: Regularly check the oil level, quality and temperature of the hydraulic oil. Deterioration of hydraulic oil or an excessively low oil level can cause abnormal operation of the hydraulic system and even lead to malfunctions. The replacement cycle of hydraulic oil is usually carried out every 500 hours of operation, but the cycle should be adjusted according to the working environment. Inspection of hydraulic components: Check whether there is any leakage, wear or aging in the hydraulic pump, hydraulic cylinder, oil pipe and other parts. In particular, vulnerable parts such as seals, filter elements and oil seals should be inspected regularly and replaced in a timely manner. Clean the hydraulic system: Clean the hydraulic oil tank, oil pipes and oil filter to prevent oil stains and impurities from entering the hydraulic system, which may lead to reduced efficiency or damage of the hydraulic system. 2.5 Electrical System maintenance The electrical system of the anchor bolt drilling vehicle involves multiple components such as engine electronic control, sensors, display screens and protection devices. Faults in the electrical system may cause equipment to shut down or lead to operational errors, so regular maintenance and inspection are required. Battery inspection: Check the battery's power and voltage to prevent insufficient battery power from affecting the normal start-up and operation of the equipment. Clean the battery contact terminals when necessary to prevent corrosion or loosening. Electrical circuit inspection: Check whether the electrical circuits are in good condition, especially whether there is any damage, aging or short circuit in the high-voltage wires. Repair faults in electrical circuits in a timely manner to ensure the normal operation of the electrical system. Electrical connector inspection: Check whether the electrical connectors and terminals are in good contact to avoid unstable electrical signal transmission due to poor contact. 2.6 Inspection of the operating System and control Panel The operating system and control panel of the anchor bolt drilling vehicle are the main interactive interfaces between users and equipment. Operators need to check various display information on the control panel in a timely manner. Control panel function check: Ensure that all operation buttons, display screens, indicator lights, alarm systems, etc. are working properly. When an alarm signal appears, operation should be stopped immediately and the cause checked. Inspection of the joystick and buttons: Regularly check the flexibility and response speed of the joystick and switch buttons to prevent operation from being affected due to key failure or jamming. Sensor inspection: Check the sensitivity and accuracy of the sensors in the control system to ensure that the data during the operation of the equipment is accurate and error-free. Iii. Common Faults and Troubleshooting In daily maintenance, operators need to master the diagnosis and elimination methods of common faults to avoid prolonged downtime of the equipment. 3.1 Difficulty in starting the engine Cause analysis: It might be a fuel system failure, insufficient battery power or damage to the starting motor. Troubleshooting method: Check the fuel quality, clean the fuel system, confirm that the battery power is sufficient, and check whether the starting motor is working properly. 3.2 Abnormal hydraulic system Cause analysis: Insufficient hydraulic oil, excessively high oil temperature, and hydraulic oil contamination. Troubleshooting method: Check the hydraulic oil level and replenish it in time. Replace the hydraulic oil, clean the hydraulic oil tank and filter element, and check whether the oil pipe connection is loose. 3.3 Electrical System failure Cause analysis: Low battery power, damaged wiring, sensor failure. Troubleshooting methods: Check the battery power, check if there is any open circuit or short circuit in the electrical circuit, and check if the sensor is damaged. Iv. Summary The daily maintenance and upkeep of anchor bolt drilling vehicles are the key to ensuring the effective and stable operation of the equipment. Operators need to regularly inspect, clean, lubricate and maintain the equipment, especially the hydraulic system, electrical system and power system, to prevent equipment failure. Regular maintenance work not only extends the service life of equipment, but also enhances construction safety and operational efficiency. Therefore, operators should strictly follow the operating procedures to carry out daily maintenance and promptly eliminate faults when any abnormalities are found to ensure that the equipment is always in the best working condition.

The anchor bolt drilling vehicle is a key piece of equipment used in underground engineering and tunnel construction, mainly for drilling, installing anchor bolts, and providing support work. It plays a significant role in ensuring the quality of engineering projects. Through operational and technical support, it guarantees the safety and stability of the engineering structure. The following is a detailed analysis of how the anchor bolt drilling vehicle ensures the quality of the project 1. Equipment accuracy and stability a. High-precision drilling system The anchor bolt drilling vehicle is equipped with a high-precision drilling system to ensure that the depth, Angle and position of the borehole all meet the design requirements. A drilling system typically consists of high-precision drill bits, measuring devices and control systems. These devices work together to ensure the accuracy and consistency of the drilling. Drilling is conducive to the effective installation of anchor rods and enhances the stability of the support structure. b. Stable maneuvering platform The stability of the drilling vehicle directly affects the quality of drilling. The anchor bolt drilling vehicle is designed with a stable support platform and chassis to ensure that the vehicle body will not tilt or move during the drilling process. This stability is achieved through the center of gravity design, hydraulic support system and level adjustment device, avoiding drilling deviation caused by equipment shaking or instability. 2. Construction management a. Automatic control system Modern anchor drill trucks are usually equipped with advanced automatic control systems that can monitor the drilling process in real time. The control system includes automatic drilling depth control, Angle adjustment, and real-time data recording functions. These systems can reduce human operation errors, ensure that each borehole meets the design requirements, and can automatically adjust operation parameters to cope with different geological conditions. b. Construction Data Recording and analysis The drilling vehicle can record construction data in real time, such as the depth, Angle and speed of the borehole. These data can be used for subsequent analysis and optimization of the construction plan to ensure the quality of each borehole. In addition, data recording also helps to identify problems that arise during construction and make timely adjustments. 3. Quality Control and Inspection a. Regular maintenance and inspection To ensure the normal operation of the equipment and the quality of drilling, the anchor bolt drilling vehicle needs regular maintenance and inspection. Regularly inspect the wear of the drill bit, the pressure of the hydraulic system, the functions of the control system, etc., to ensure that the equipment is always in good working condition. Maintenance and repair can prevent the impact of equipment failure on construction quality. b. Drilling quality inspection During the construction process, drilling quality inspection is required, including the depth of the hole, the diameter of the hole, and the condition of the hole wall, etc. A variety of detection tools and technologies, such as laser rangefinders and hole diameter measuring instruments, can be used to ensure that the boreholes comply with design specifications and quality standards. If any problems are found, the construction parameters can be adjusted in time or new drilling can be carried out to ensure the quality of the project. 4. Adaptability to geological conditions a. Adjustment of drilling parameters Different geological conditions have different requirements for drilling parameters. The anchor bolt drilling vehicle can adjust the drilling parameters according to the on-site geological conditions, such as drilling speed, pressure, and the use of coolant, etc. The ability to adapt to different geological conditions ensures the quality of boreholes and reduces problems caused by geological changes. b. Geological exploration and data Analysis Conduct thorough geological exploration before construction to obtain geological data. These materials can help determine the appropriate drilling plan and construction parameters. Through the analysis of geological data, the operation mode of the anchor bolt drilling vehicle is adjusted to cope with various geological conditions. 5. Quality of anchor bolt installation a. Quality and specifications of anchor rods Ensure that the anchor rods used meet the design requirements and quality standards. The material, specification, length and other aspects of the anchor rods must all comply with the specifications. Qualified anchor rods can effectively support and reinforce underground structures, enhancing the stability and safety of the project. b. Anchor bolt installation After drilling, the anchor bolt drilling vehicle will install the anchor bolts. The installation process requires controlling the position, depth and Angle of the anchor rods to ensure they are in close contact with the hole wall and form effective support. The installation quality of anchor rods directly affects the support effect and the long-term stability of the project. 6. Skills and training of construction personnel a. Professional training Personnel operating anchor bolt drilling vehicles need to undergo professional training and master knowledge in drilling techniques, equipment operation, quality control and other aspects. Training can enhance the skill level of construction personnel, reduce operational errors and improve the quality of the project. b. Experience accumulation and skill enhancement Experienced construction workers can better deal with various problems that arise during construction, such as geological changes and equipment malfunctions. Through continuous practice and learning, construction workers can enhance their ability to handle complex problems and ensure the smooth progress of the project. 7. Safety and environmental protection a. Safety Operation specifications Adhering to strict safety operation norms is the foundation for ensuring construction quality. Operators of anchor bolt drilling vehicles must wear appropriate safety equipment and abide by operating procedures to prevent accidents. Safety warning signs should be set up at the construction site to ensure the safety of personnel during the construction process. b. Environmental protection measures Environmental protection measures should be taken during the construction process to minimize the impact on the environment. For instance, controlling noise, reducing the discharge of waste and sewage, and protecting the surrounding environment. Environmental protection measures not only comply with relevant regulations but also reduce the potential impact on construction quality. 8. Construction organization and coordination a. Construction Planning and Scheduling Formulate reasonable construction plans and scheduling arrangements to ensure the use of anchor drill vehicles. The construction plan should take into account factors such as on-site conditions, construction progress and resource allocation to avoid engineering quality problems caused by improper construction organization. b. Coordination and Communication During the construction process, good communication and coordination need to be maintained among various departments and construction workers. Solve the problems encountered during construction in a timely manner to ensure that the operation of the drilling vehicle and the installation of anchor rods comply with the design requirements and quality standards. Conclusion Anchor bolt drilling vehicles play a crucial role in underground engineering and tunnel construction. The guarantee of their engineering quality involves multiple aspects such as equipment accuracy, construction management, quality control, geological adaptability, anchor bolt installation quality, personnel skills, safety and environmental protection, as well as construction organization. Through operation, management, strict quality control and safety and environmental protection measures, the reliability of the anchor drill vehicle during construction can be ensured, thereby guaranteeing the overall quality and safety of the project.

Anchor bolt drilling vehicles play a crucial role in underground engineering and tunnel construction. Their main tasks are to drill holes and install anchor bolts to provide necessary support. The operation requirements at different depths pose different challenges to the anchor bolt drilling vehicle. Whether these demands can be met depends on the design, technical specifications and operating conditions of the anchor bolt drilling vehicle. The following elaborates on several key aspects of how anchor drill trucks meet the operational requirements at different depths: Equipment design and specifications a. Drilling depth capability The design of the anchor bolt drilling vehicle needs to have the ability to handle drilling at various depths. Modern anchor drill trucks are usually equipped with drilling systems, which are designed to allow drilling depths ranging from a few meters to tens of meters. The drilling depth capacity of the equipment depends on the length of the drill bit, the configuration of the drill pipe, and the performance of the hydraulic system. To meet the requirements of different depths, the following factors need to be considered in the design of drilling vehicles: Drill pipe length: The length of the drill pipe determines the maximum drilling depth of the drilling vehicle. Longer drill pipes can achieve deeper drilling, but it is also necessary to ensure that the drill pipes do not bend or deform during the drilling process. Hydraulic system: The hydraulic system of the drilling vehicle must be powerful enough to provide the necessary thrust and rotational force, thereby supporting deep drilling. Power system: A powerful power system ensures that the drill bit can maintain its drilling speed under high load and long-term working conditions. b. Structural stability The drilling vehicle needs to remain stable during deep hole operations. When the drilling depth increases, the stability of the drilling vehicle becomes a key issue. Modern anchor drill trucks are usually equipped with stable support devices and chassis to prevent tilting or shaking when the drilling depth increases. A stable system typically includes: Hydraulic support device: It can provide additional support force on uneven ground and keep the drilling vehicle in a horizontal state. Adjustment system: Allows for the adjustment of the horizontal and vertical angles of the drilling vehicle to ensure the accuracy of the drilling. 2. Operational techniques and adaptability a. Drilling technology Drilling at different depths requires different techniques and methods. To meet the operational requirements of various depths, anchor drill trucks need to be equipped with a variety of drilling techniques and tools, such as: Drill bit selection: Choose the appropriate drill bit based on geological conditions and the depth of the borehole. For hard rocks or complex geological conditions, more powerful or specially designed drill bits may be required. Cooling and lubrication system: In deep hole drilling, the drill bit generates a large amount of heat, so a cooling and lubrication system is necessary to prevent the drill bit from overheating or wearing out. b. Adaptive operation The anchor bolt drilling vehicle needs to have the ability to adapt to different geological conditions and operation depths. This includes: Geological adaptability: The drilling vehicle needs to be capable of handling various geological conditions, such as soft soil, hard rock, mixed strata, etc. Modern drilling RIGS are usually equipped with the function of adjusting drilling parameters to meet the requirements of different geological conditions. Depth adjustment function: The control system of the drilling vehicle should have the function of adjusting the drilling depth and be able to provide real-time feedback on the drilling progress to ensure that the drilling depth meets the design requirements. 3. Equipment maintenance and repair a. Regular inspection Deep hole operations have higher requirements for equipment. Regular equipment inspection and maintenance are crucial for ensuring the performance of the drilling vehicle. This includes the inspection of drill bits, drill pipes, hydraulic systems and power systems to prevent equipment failures from affecting deep drilling. b. Troubleshooting In deep hole operations, equipment failure may lead to drilling interruption or quality problems. A well-designed anchor bolt drilling vehicle should be equipped with self-diagnosis and troubleshooting functions to quickly solve problems and reduce downtime. 4. On-site environment and operating conditions a. Construction environment Operations at different depths may encounter different construction environmental problems, such as groundwater and gas accumulation. When designing anchor bolt drilling vehicles, these factors should be taken into account and corresponding equipment and measures, such as waterproofing systems and gas exhaust systems, should be equipped to adapt to the complex construction environment. b. Operator training The skills and experience of the operators are crucial to the success of deep hole operations. Training operators to master the techniques and equipment operation methods of deep hole drilling proficiently can effectively improve the quality and efficiency of drilling. 5. Technological Innovation and Development a. Technological progress With the continuous advancement of technology, the design and functions of anchor bolt drilling vehicles are also constantly improving. For instance, the application of new drilling technologies, new materials and intelligent control systems can enhance the accuracy and efficiency of deep hole operations. b. Automation and Intelligence The introduction of automation and intelligent technologies has made deep hole operations more efficient. For instance, the intelligent control system can monitor the drilling process in real time, automatically adjust the drilling parameters, and record and analyze the data. These technologies can enhance the reliability and stability of deep hole operations. 6. Comprehensive solution a. Scheme Design To meet the operational requirements at different depths, the design of the anchor bolt drilling vehicle should be combined with the specific engineering requirements to formulate a comprehensive solution. This includes choosing the appropriate equipment configuration, technical parameters, operation methods and maintenance plans. b. Customer Requirements Based on specific engineering requirements and on-site conditions, we provide customized equipment and technical support to ensure that the anchor bolt drilling vehicle can meet the operation requirements of various depths. Conclusion The anchor bolt drilling vehicle can meet the operation requirements at different depths, which depends on its design specifications, technical configuration, operational capabilities, maintenance measures and technological progress. Through a high-precision drilling system, stable structural design, adaptive operation techniques, regular maintenance, on-site environment adaptation and technological innovation, the anchor drill truck can reliably perform deep hole drilling and anchor installation. With the continuous advancement of technology, future anchor drill vehicles will become more intelligent and automated, further enhancing their capabilities in various depth operations.

Fifteen years of striving for dreams and moving forward with determination, fifteen years of adhering to integrity and persisting in innovation. At 18:58 on the evening of May 22nd, the 15th anniversary celebration of Jiangsu Zhonggui Industry Co., Ltd. was grandly held at the Junlan Grand Hotel of Jiangsu Port Government. The celebration was honored to have the leaders of many coal mine customers of Zhonggui Gong, the former leaders and old friends who have given help and support to Zhonggui Gong, representatives of sales agents, and some representatives of cooperative suppliers attend the event.   At the celebration ceremony, GUI Bugen, the chairman of Zhonggui GUI Gong, delivered a speech. In his speech, Chairman GUI introduced the company's fifteen-year entrepreneurial journey and its plans for future development.   In the radiance of time, fifteen years is a long and arduous journey. It is precisely because of a group of Zhonggui teams that remain true to their original aspirations and forge ahead with determination that Zhonggui Gonggong has achieved its current development and accomplishments. At the same time, they have also witnessed Zhonggui Gonggong's growth from nothing to something, from small to large. To express our gratitude for their contributions and efforts to China Precious Metals Industry over the years, we are honored to present them with the "15-Year Veteran Award" and the "Ten-Year Merit Award", and to learn from and pay tribute to them! Subsequently, the families of the employees who have made outstanding contributions to the work of Zhonggui were commended. On this special day, Chairman GUI specially prepared a thoughtful souvenir for all the guests present, expressing his deep gratitude for everyone's continuous support and care.   The sumptuous delicacies at the dinner party left a lingering aftertaste in the mouth, the wonderful performances immersed everyone in it, and the fine wine filled in the cups bestowed blessings for Zhonggui's future! The dinner party also specially arranged a raffle to quickly ignite the atmosphere of the dinner.   The wind is favorable, making it the perfect time to set sail. Row hard and brave the waves towards the future. Zhonggui Gong will strive to be the first and forge ahead with determination in the tide of The Times' progress, creating a new future worthy of The Times with wisdom and strength!

On November 15, 2023, Tang Rujun, the vice mayor of Yancheng City, and his delegation visited our company for a research on technological innovation. Chairman GUI Bugen reported to Vice Mayor Tang Rujun on the overall operation of the company. Vice General Manager Li Qinbin made a report on the company's efforts in school-enterprise cooperation, research and development innovation, intellectual property rights, and the construction of the R&D team.   During the research process, Vice Mayor Tang Rujun kindly inquired about some detailed issues related to scientific and technological innovation, gained a thorough understanding of the company's development history, technological research and development, current business situation and future layout, and highly affirmed the development and scientific and technological innovation work of Zhonggui Heavy Industry. He encouraged Zhonggui Heavy Industry to continue to adhere to and carry forward the spirit of innovation, and make greater contributions to the economic development of Yancheng City.

At 14:30 on the afternoon of October 13, 2023, the founding ceremony of Zhonggui Gong Growth Business School was grandly held in the company's campus, and all the employees of the company participated in this ceremony. The company's chairman, GUI Bugen (Dean of the Business School), Vice President Li Qinbin (Executive dean), President of Zhongxu Education's East China Region, Han Zhengming (honorary dean), and all the staff witnessed this significant moment together.   The Zhonggui Gong Growth Business School aims to create a learning platform with the core concept of "building a learning organization". The launch of the business school means that every employee of Zhonggui will have more promotion opportunities and challenges, and continuously improve their qualities and abilities in the process of learning and practice.   Chairman (Dean of the Business School) GUI Bugen delivered an important speech on the existing problems of the enterprise, the future development direction of the company and the significance of establishing the business school. Vice President (Executive Dean) Li Qinbin stated that they would comprehensively promote the relevant work of the Business school.   Chairman GUI Bugen and Han Zhengming, President of the East China Region of Zhongxu Education, jointly unveiled the plaque for the Zhonggui Gonggong Growth Business School. Thunderous applause erupted throughout the venue, marking the official establishment of the Zhonggui Gonggong Growth Business School. All the students of the school will embark on a new journey and write a new chapter.     All the company's leaders and employees raised their right fists together and solemnly took an oath, marking the setting sail of the educational journey of Zhonggui Gong Growth Business School. In the future, Zhonggui Gong Growth Business School will closely follow the company's development direction, enhance core management skills, strengthen the core competitiveness of the team, forge the backbone of the enterprise, and contribute to the sustained and rapid development of the enterprise!

From October 25th to 28th, 2023, the 20th China International Coal Mining Technology Exchange and Equipment Exhibition grandly opened at the China International Exhibition Center in Beijing. Adhering to the development concept of "Intelligence Leading the Future · Green and Shared Development", exhibitors from 18 countries and regions around the world participated. Nearly a thousand exhibitors showcased the development achievements, cutting-edge technologies and the latest results in the domestic and international mining field.   Every participation in the exhibition is a witness to the growth of Zhonggui Gonggong. At this exhibition, GUI Gong showcased six products, including the anchor bolt transfer unit, the sliding double-arm anchor bolt drilling vehicle, the swing arm double-arm anchor bolt drilling vehicle, the track beam auxiliary installation vehicle, the mine pipeline installation drilling vehicle, and the on-board anchor bolt drilling machine, at booth E3207, which made a stunning appearance. The company's chairman, GUI Bugen, vice president Li Qinbin, and a group of R&D and sales elites warmly received industry experts and leaders from all over the world. The company's exhibits have received high recognition and unanimous praise from everyone in terms of safety, innovation, advancement, and manufacturing techniques!   This exhibition was a complete success. It not only enhanced the company's reputation in the industry but also deepened the understanding with both new and old customers, laying a solid foundation for further in-depth cooperation in the future.   "Zhonggui" values persistence, innovation, integrity, quality and service! Zhonggui Gong will keep pace with The Times, continuously innovate, and repay the trust and support of our customers with better products, more advanced technologies and more enthusiastic services.

On September 5, 2023, District Head Ma Zhenghua of Yandu District Government and his team came to our company for research and inspection. Comrade Li Qinbin, the deputy general manager of our company, accompanied the inspection.   General Manager Li introduced the company's development history, current production and operation, product research and development innovation, talent introduction and other situations to District Chief Ma and his team. District Chief Ma pointed out that the enterprise should further optimize the industrial structure layout, strengthen infrastructure construction, increase the cultivation and introduction of technical talents, and emphasized that the enterprise should timely understand and grasp the policies and directions of government support for enterprises. Encourage our company to promote higher development of the enterprise through continuous research and development innovation.

On June 18th, 2023, the China Guizhou International Energy Industry Expo and Trade Fair grandly opened in Guiyang. With the theme of "High-End Leadership, Intelligent Victory for the Future", it attracted a large number of enterprises to participate in the exhibition and conference. Zhonggui Construction was invited to participate in the exhibition and showcased its independently developed coal mine equipment at the Guiyang International Conference and Exhibition Center.   During the exhibition, many leaders and experts from major domestic coal mining groups visited the site for inspection and exchange. They highly praised the equipment exhibited by our company, which also laid a solid foundation for future win-win cooperation between both sides.   While meeting the existing customer demands, Zhonggui Gong constantly innovates and delves into research, grasping industry trends, and develops more and better products for both new and old customers as well as the coal mining industry. It provides technical support and solutions for the coal mining industry, contributing to its high-quality development.   The road ahead is bumpy, but we always face it calmly! By forging ahead through thorns and brambles, Zhonggui Heavy Industry is bound to carve out a blue sky of its own in the coal mining machinery industry.

Year after year, the anniversary celebration has arrived. Time records the journey, and the journey records the glory. At this moment, we gather together, under the wonderful speech of General Manager GUI, to celebrate the company's anniversary together with all the members of Zhonggui.   Looking back on the company's development over the years, we have walked hand in hand with brilliance, carrying hope and taking one solid step after another. We have gathered into a force that drives the company's growth and development. At the anniversary celebration, everyone was beaming with smiles, drinking heartily and showing off their talents. This not only demonstrated the outstanding talents of our Zhonggui members but also reflected the company's spirit and demeanor. It is precisely because of their hard work that This enabled the company to successfully complete all its tasks.   Looking to the future, we remain calm and composed because we firmly believe that under the leadership of General Manager GUI, the future is not a dream! Let's, as always, remain true to our original aspiration, redouble our efforts and create more wonderful moments for the future of Zhonggui.

On April 12th, Jiangsu Zhonggui Gong Co., Ltd. made its appearance at the 2023 Hong Kong International Innovation and Technology Fair held at the Hong Kong Convention and Exhibition Centre. Vice Governor Fang Wei carefully inquired about the product uses and innovative features at the booth, listened to the reports from the company's technical personnel, and learned that the company is a provincial R&D enterprise and a provincial gazelle enterprise. The ten-arm anchor drill truck is a world start-up, the first of its kind in China, and has the highest unit price. Over ten million yuan. I'm very satisfied.

From April 11th to 13th, 2023, the China International Mining Equipment and Technology Exhibition was held in the ancient capital Xi 'an, where Zhonggui Heavy Industry made a grand appearance. Zhonggui Construction brought three pieces of equipment, namely the five-arm anchor bolt transfer unit, the sliding double-arm anchor bolt drilling vehicle and the track beam auxiliary installation vehicle, to the exhibition. At the scene, they attracted groups of leaders and experts in the coal mine and mining field to stop by for visits, investigations, exchanges and experiences. The China Precious Metals Industry Exhibition Hall has successively received a number of important clients such as the National Energy Group, Shaanxi Coal Industry Group, Huaibei Mining Group, Wanbei Coal and Electricity Group, Huaneng Group, Shaanxi Yanchang Petroleum Group, and Shandong Energy Group for visits and exchanges. Through this exhibition, the company's strength and brand image were fully demonstrated.

On February 9th, under the guidance of the Provincial Department of Science and Technology, the Provincial Productivity Promotion Center released the assessment results of Jiangsu's unicorn enterprises and unicorn and gazelle enterprises in high-tech zones in 2022:26 unicorn enterprises, 266 potential unicorn enterprises and 739 gazelle enterprises in high-tech zones in Jiangsu. Jiangsu Zhonggui Gong has been successfully selected as a "Gazelle Enterprise" in Jiangsu High-tech Industrial Development Zone (14 enterprises from Yancheng City were selected this time).   On December 6th, the Science and Technology Bureau of Yancheng City, based on procedures such as recommendations from various regions and expert reviews, determined the list of the top 100 high-tech enterprises in Yancheng City for 2021. Jiangsu Zhonggui Gong Co., Ltd. is honored to receive this award, which will surely inject vitality into the company's further enhancement of its independent innovation capabilities.   Jiangsu Zhonggui Construction Co., Ltd. is located in the National High-tech Zone of Yancheng City, Jiangsu Province. It is a national high-tech enterprise specializing in the research and development, manufacturing and sales of coal mine and mining equipment such as anchor bolt support, rock drilling, drilling and special vehicles. In recent years, the company has been developing steadily and at a high speed. Its production capacity and sales have increased significantly every year, and it has become one of the well-known suppliers of coal mine anchor protection equipment in China.   The rapid development of the company hinges on seizing the "bull by the horns" of innovation. All along, the company has adhered to the development concept of "Technology first, innovation as the soul", attached great importance to the development of new technologies and new products, and persisted in taking the path of independent innovation and technological innovation. Thanks to its tireless pursuit of innovation, the company's innovation achievements have always been at the forefront of the industry. It has been successively recognized as a Jiangsu Provincial Industrial Design Center, a Jiangsu Provincial Engineering Technology Research Center, a Jiangsu Provincial R&D Enterprise, a Jiangsu Provincial Enterprise Technology Center, a Jiangsu Provincial Specialized, Refined, Unique and Innovative Enterprise, and a Jiangsu Provincial Gazelle Enterprise. In recent years, the company has been granted over 50 national patents, including 4 invention patents, which have injected tremendous impetus into its development.