Multi-vehicle mixed line conveying system

Abstract

The invention provides a multi-vehicle mixed line conveying system. The multi-vehicle mixed line conveying system comprises a machining conveying track, a switching conveying track, a storage conveying track, a clamp trolley, trailer wagons and a rotary switching mechanism, wherein the machining conveying track and the storage conveying track are connected through the switching conveying track; the rotary switching mechanism is arranged in the connection position of the machining conveying track and the storage conveying track; each conveying track comprises a sliding rail; at least one of the machining conveying track, the switching conveying track and the storage conveying track is provided with the clamp trolley; the trailer wagons are arranged on the conveying tracks and can drive the clamp trolley to slide on the sliding rails; rotary switching of the clamp trolley among the conveying tracks is achieved through the rotary switching mechanism. The conveying system can achieve multi-vehicle mixed line flexible production in the conveying process of second-level assembly sending bin, front and back bottom boards and left and right side walls in the welding field of vehicles according to the technological requirements, the vehicle machining cost is reduced, the conveying system can be popularized to logistics conveying of other fields, and the market prospects are wide.

Description

technical field [0001] The invention relates to a conveying system for automobile welding, in particular to a multi-vehicle mixed-line conveying system, in particular to a conveying system applied to the flexible production of automobile side panels, warehouses, and front and rear floor welding. Background technique [0002] In the current automobile welding process, for the welding conveying line of the secondary subassembly such as the side wall, floor, and warehouse of a certain model, the automobile complete machine manufacturer generally adopts a single model conveying line. The transmission line of a single model gradually shows some disadvantages as the replacement cycle of the new model is shortened. If a new model is built with a new conveyor line, it may cause large cost investment and low equipment utilization due to market uncertainty. Moreover, frequent replacement of conveying lines for new models that are changing with each passing day is not only difficult to...

AI Technical Summary

Problems solved by technology

The transmission line of a single model gradually shows some disadvantages as the replacement cycle of the new model is shortened. If a new model is built with a new conveyor line, it may cause large cost investment and low equipment utilization due to market uncertainty. Moreover, frequent replacement of conveying lines for new and ever-changing models is not only difficult to achieve in the short term, but also requires high investment costs, which in turn will cause a substantial increase in the cost of the vehicle and reduce the market competitiveness of the vehicle.

Images