Cantilevered top cap transport cart system

Abstract

The invention relates to a cantilevered top cap transport cart system. The cantilevered top cap transport cart system comprises a support. Two sliding rails are arranged on the side wall of a cross beam in parallel in the length direction of the cross beam. A power sliding vehicle is mounted on the sliding rails. A control cabinet is mounted on the power sliding vehicle. A moving cantilever is mounted on the power sliding vehicle. A cantilever cross beam is connected to the end portion of the outer side of the moving cantilever. A pneumatic hoist is arranged at the middle of the cantilever cross beam. A cart hanging tool is arranged under the cantilever cross beam. Guiding optical shafts are arranged at the two edges of the cart hanging tool. A plurality of vacuum sucking discs are arranged at the bottom of the cart hanging tool. The bottom of the cantilever cross beam is also provided with a top position anti-falling mechanism. The bottom of the cart hanging tool is further provided with a workpiece in-place detection mechanism. The four corners of the cart hanging tool are correspondingly provided with workpiece anti-falling mechanisms. The system is novel in overall structure design, small in occupied area and open in single side, and brings more convenience to single side opening and part taking, placing and maintaining, the operation speed can be substantially increased atthe same time, and large-takt (50JPH) process using requirements are further met.

Description

technical field [0001] The invention relates to the technical field of automatic mechanical equipment, in particular to a cantilever type roof conveying trolley system. Background technique [0002] At present, in the automobile assembly production line, many of them use automated electrified equipment for assembly and production. This kind of production line has very high requirements for the design and precision of the equipment. Naturally, its design and operation costs are also quite high. The goals of enterprises to reduce energy consumption and improve efficiency are contradictory; at the same time, the structure of the current automated electrified production line is quite complicated, maintenance is very inconvenient, and its adjustment flexibility and adaptability are not strong. Once different workpieces need to be assembled, the production line It is necessary to make a large adjustment, which is not good for cost control and improvement of production efficiency. ...

AI Technical Summary

Problems solved by technology

[0002] At present, in the automobile assembly production line, many of them use automated electrified equipment for assembly and production. This kind of production line has very high requirements for the design and precision of the equipment. Naturally, its design and operation costs are also quite high. The goals of enterprises to reduce energy consumption and improve efficiency are contradictory; at the same time, the structure of the current automated electrified production line is quite complicated, maintenance is very inconvenient, and its adjustment flexibility and adaptability are not strong. Once different workpieces need to be assembled, the production line It is necessary to make a large adjustment, which is not good for cost control and improvement of production efficiency.

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