Speed-adjustable tooling plate rack capable of automatically turning over tooling plates

Abstract

The present invention relates to the field of wire harnesses, in particular to a tooling plate frame that can be automatically flipped and adjusted for speed, including a circular guide rail and a circular suspension rail. There are several load-bearing vehicles on the circular guide rail. The load-carrying vehicles are erected on the circular guide rail. The circular suspension rail Two driving trolleys are hoisted correspondingly to each load-carrying car; the carrying car is provided with a tooling plate body, the tooling plate body is provided with three rectangular panels, and a driving motor is also provided on the carrying car, and the driving motor passes through a chain. It is connected with the transmission of the tooling plate body. The design of the three rectangular panels of the present invention can add a production category of wire harnesses to the production line. The main body of the tooling board is turned over by chain drive, thereby replacing manual turning and increasing production efficiency. The driving trolley drives it to travel, and the traveling speed of the carrying vehicle is controlled by adjusting the traveling speed of the driving trolley to ensure that the traveling speed of the carrying vehicle can keep up with the turning speed of the tooling plate body.

Description

technical field [0001] The invention relates to the field of wire harnesses, in particular to a tooling plate frame with automatic overturning and speed regulation of the tooling plate. Background technique [0002] With the continuous advancement of automotive electronics technology, the production of wire harnesses is becoming more and more complex, and the difficulty and man-hours are increasing. In the production process of wire harnesses, post-engineering assembly takes the largest amount of time, and wiring accounts for nearly one-third of the assembly time. One to one-half. Due to the large number of wires in the wiring harness, the lengths are different, and they are relatively long, it is easy to twist and twist the wires during wiring. At present, it is usually done on the assembly line. There are several tooling boards on the assembly line. Firstly, the connectors must be fixed on the tooling boards, and then the wires are inserted into the connectors, and finall...

AI Technical Summary

Problems solved by technology

The disadvantage of this processing mode is that manual flipping is laborious and inefficient, and most of the tooling racks are driven by constant-speed motors. During the processing, it may move to another part of the stroke so that the revolution plate cannot be flipped to the back in time, thus affecting the Subsequent production

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