Design Logic of AGV Floating Chassis Structure
The core structure of the floating chassis
The AGV floating chassis flexibly connects the carrying platform with the walking chassis through the elastic connection component, which can realize the floating adjustment within a certain range. This design breaks the limitation of the traditional rigid chassis, and can automatically adjust the chassis attitude according to the actual conditions of the working ground, laying the foundation for the stable operation of the equipment.
The core advantages of the floating chassis structure
Adapt to complex operating ground environments
In warehousing and logistics or industrial production scenarios, there are often slight bumps and unequal joints on the working ground, and the rigid chassis is prone to bumps or even unable to pass smoothly. The floating chassis can be adjusted by its own elasticity to fit the ground ups and downs, maintain the level of the bearing platform, avoid the tilt and fall of goods, and effectively improve the safety of the operation.
Improve the stability of handling operations
During the driving and handling of the AGV, the bumps on the ground can easily cause equipment vibration, which may not only damage the goods, but also accelerate the wear of mechanical parts. The buffering effect of the floating chassis can greatly reduce the vibration transmission, protect the integrity of goods, especially fragile and precision items, and reduce the loss of parts and prolong the service life of the equipment.
Enhanced multi-scenario job adaptation
Whether it is the precise handling of narrow passages or the transportation of heavy-duty goods, the flexible adjustment ability of the floating chassis allows the AGV to better adapt to different operation needs. It can adjust the floating range according to the load weight and ground conditions, ensuring that the equipment can maintain stable operation in various scenarios and reduce work interruptions caused by ground problems.
Reduce routine maintenance costs
Due to the fact that the floating chassis effectively alleviates the impact of vibration on equipment components, the wear rate of the mechanical structure is significantly slowed down, and the frequency and cost of daily maintenance are reduced, which further enhances the input-output ratio of AGV equipment and saves operating costs for enterprises.
