Case conveying device

Abstract

The invention discloses a case conveying device which comprises a flow conveying line. The flow conveying line is formed by splicing multiple case line bodies end to end. The upper ends of the case line bodies are provided with two speed chains which are arranged in parallel, and multiple case tool plates are arranged between the two speed chains, wherein the case tool plates can move along the speed chains. A carrier is fixed to the end face of the upper end of each case tool plate. Each carrier is provided with a main plate fixing mechanism, and a blocking mechanism is arranged at one end ofeach carrier. The lower ends of the case line bodies are provided with a speed transition chain parallel to the speed chains, and the two ends of the speed transition chain are fixed to the case linebodies. The upper conveying parts and the lower conveying parts of the case line bodies are connected through circulation lifting mechanisms. The circulation lifting mechanisms are fixed to the two ends of the flow conveying line. The case conveying device can be recycled, the purpose of stably fixing cases is achieved through the synergistic effect between blocking mechanisms and the main platefixing mechanisms.

Description

technical field [0001] The invention relates to the technical field of non-standard automation equipment, in particular to a chassis conveying device. Background technique [0002] In the production process of the desktop computer mainframe, the mainframe chassis is generally placed on the chassis line body. With the movement of the assembly line, the manipulator accurately puts the parts in the mainframe into the mainframe chassis and performs other processes (such as locking screws, Spraying code, spraying silver paint, etc.), the transmission of the host chassis is mainly realized by the double-speed chain body, and the modular splicing of multiple double-speed chains forms a production line, and the chassis is assembled on the production line according to a specific process. However, in the prior art, the assembly line for the mainframe chassis is still immature, and its fixing method cannot be well adapted to the chassis, and the stability is poor. [0003] Furthermore...

AI Technical Summary

Problems solved by technology

However, in the existing technology, the assembly line for the mainframe chassis is not yet mature, and its fixing method cannot be well adapted to the chassis, and the stability is poor

[0003] Furthermore, the position of the host computer must be relatively accurate in order to ensure product quality. However, when the conveying device in the prior art stops when the double-speed chain conveys, on the one hand, due to inertia, the position of the carrier carrying the chassis will shift, resulting in inaccurate positioning. Accurate; on the other hand, the instability of the conveying parts itself makes the transportation position of the chassis inaccurate, which will affect the assembly effect and increase the defective rate

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