Novel battery supporting cup arraying device

Abstract

The invention provides a novel battery supporting cup arraying device, belongs to the technical field of battery arraying equipment and solves the problem that existing battery supporting cup arraying devices are low in arraying efficiency, high in noise and large in occupied area. The novel battery supporting cup arraying device comprises a bearing platform and a net belt mounted on the bearing platform, a plurality of battery supporting cups are placed on the net belt, a main conveying chain plate is mounted on the bearing platform, the main conveying chain plate and the net belt are positioned on a same horizontal plane, are communicated and are in included-angle arrangement, and the main conveying chain plate only can allow a row of battery supporting cups to pass. The novel battery supporting cup arraying device has the advantages of low noise, small occupied area and high arraying efficiency.

Description

technical field [0001] The invention belongs to the technical field of battery arranging equipment, and relates to a novel battery holder cup arranging device. Background technique [0002] In modern automated battery production lines, most alkaline batteries are cylindrical, and some are square. The battery holder is a device used to hold batteries. On the battery production line, after the batteries are manufactured, they are put into the battery holder and arranged in a disorderly manner on a section of mesh belt. During the slow movement on the mesh belt, the battery inside the battery The electrolyte is fully absorbed after a delay. In the modern automated battery production line, the battery holder cup alignment device is often used to organize the battery holder cups into a row and supply them to subsequent equipment. [0003] In the prior art, generally two kinds of devices for arranging battery cups are used, one is to achieve the effect of aligning battery cups t...

AI Technical Summary

Problems solved by technology

[0005] The battery support cup alignment device of this structure mainly has the following disadvantages: First, the "one"-shaped channel can only accommodate a row of battery support cups to pass through, and the cylinder continuously reciprocates to push the inner baffle. The cups have to pass through the "one"-shaped channel first. Due to the uncertain extrusion effect, it is easy to form a blockage at the entrance of the "one"-shaped channel, and the efficiency of the whole row is low; The gap is not fixed. When the battery holder is pressed by the outside, the friction between the battery holder and the battery holder will cause the battery holder to fall easily, which will also cause jamming and blockage. The battery holder itself will also be damaged. It is easy to wear and reduce work efficiency; third, during the process of the cylinder continuously reciprocatingly pushing the inner baffle to squeeze, there will be a lot of noise during the collision between the battery holder cup and the battery holder cup, and the electrolyte in the battery will Spills easily during squeeze impact

[0007] The battery cup arrangement device with this structure mainly has the following disadvantages: first, the turntable is relatively large, generally with a diameter of about 800mm, and the equipment occupies a large area; There is a blockage between the battery cups and the battery cups, and the efficiency of the alignment is not high; Third, some battery cups at the outlet end of the turntable will never enter the turntable until all other battery cups are turned out. In this way, retention is easy to occur at the outlet end of the turntable, and the first-in first-out of the battery holders cannot be realized, and the long-term retention of some battery holders will affect the quality of battery products

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