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　　Ensure the stability of the container spreader during use is the key to ensuring operational safety and improving work efficiency. The following are some key measures:

　　Reasonable selection of materials: It is crucial to choose the right materials for different parts of the spreader. For components with large length and thin ratios, ordinary materials can be used; for medium-length rods or small flexibility rods, high-quality and high-strength materials should be used to improve their load-bearing capacity and deformation resistance.

　　Optimized structural design: When designing, the overall stability and local stability of the spreader should be fully considered. Through reasonable structural layout and cross-sectional shape selection, the flexibility is reduced and the moment of inertia of the cross-section is increased, thereby improving stability. At the same time, strengthen the reinforcement of local structures to prevent overall failure caused by local instability.

　　Set up a stabilization device: Set up necessary stabilization devices on the spreader, such as various overflow valves, boom amplitude stabilization devices, boom elastic stabilization devices, etc. in the hydraulic system. These devices can respond quickly in unexpected situations, lock the oil circuit or limit the movement of the boom, thereby ensuring the stability of the spreader.

　　Strictly control operations: During use, the operator should strictly follow the operating procedures to avoid improper operations such as overloading, speeding, emergency stop and emergency start. At the same time, pay close attention to the working status of the spreader and stop the machine immediately if it is found.

　　Routine inspection and maintenance: Regular comprehensive inspection of the spreader, including structural integrity, connection fastening, lubrication, etc. When defects such as cracks, wear and other defects are found, they should be repaired or replaced in time to ensure that the spreader is in a good working condition.

　　To sum up, through reasonable selection of materials, optimized structural design, set up stability devices, strictly control operations, and regular inspection and maintenance, the stability of the container spreader during use can be ensured.

　　Ensure the stability of the container spreader during use is the key to ensuring operational safety and improving work efficiency. The following are some key measures:

　　Reasonable selection of materials: It is crucial to choose the right materials for different parts of the spreader. For components with large length and thin ratios, ordinary materials can be used; for medium-length rods or small flexibility rods, high-quality and high-strength materials should be used to improve their load-bearing capacity and deformation resistance.

　　Optimized structural design: When designing, the overall stability and local stability of the spreader should be fully considered. Through reasonable structural layout and cross-sectional shape selection, the flexibility is reduced and the moment of inertia of the cross-section is increased, thereby improving stability. At the same time, strengthen the reinforcement of local structures to prevent overall failure caused by local instability.

　　Set up a stabilization device: Set up necessary stabilization devices on the spreader, such as various overflow valves, boom amplitude stabilization devices, boom elastic stabilization devices, etc. in the hydraulic system. These devices can respond quickly in unexpected situations, lock the oil circuit or limit the movement of the boom, thereby ensuring the stability of the spreader.

　　Strictly control operations: During use, the operator should strictly follow the operating procedures to avoid improper operations such as overloading, speeding, emergency stop and emergency start. At the same time, pay close attention to the working status of the spreader and stop the machine immediately if it is found.

　　Routine inspection and maintenance: Regular comprehensive inspection of the spreader, including structural integrity, connection fastening, lubrication, etc. When defects such as cracks, wear and other defects are found, they should be repaired or replaced in time to ensure that the spreader is in a good working condition.

　　To sum up, through reasonable selection of materials, optimized structural design, set up stability devices, strictly control operations, and regular inspection and maintenance, the stability of the container spreader during use can be ensured.