Battery automatic disk-assembling machine

Abstract

The invention discloses a battery automatic disk-assembling machine. The battery automatic disk-assembling machine comprises a rack, a rotating mechanism is arranged on the rack, a battery loading position, a battery code-scanning position, a battery blanking position, and a NG sorting position are orderly arranged along an edge of the rotating mechanism; a battery loading mechanism is arranged onthe rack at one side of the battery loading position, a battery code-scanning mechanism is arranged above the battery code-scanning position, a NG sorting mechanism is arranged on the rack at one side of the NG sorting position, a lug shaping mechanism is arranged on at least one side of the battery blanking position, a battery steering mechanism for enabling the battery to rotate along a horizontal direction is arranged at one side of each lug shaping mechanism, a battery overturning mechanism for overturning the battery in a vertical direction is arranged at one side of each battery steering mechanism, and up-down material box mechanisms are arranged by the side of the battery overturning mechanisms. The running is stable, the product consistency is improved, the one-to-one correspondence of the battery and the QR code on the material box is guaranteed, thereby guaranteeing the smooth performing of the next step of process.

Description

technical field [0001] The invention relates to the technical field of battery production, in particular to an automatic battery assembly machine. Background technique [0002] Most 3C batteries on the market need to be inserted into the specified material frame after double-folding to prepare for the next step of the process. This requires that the QR code on the material frame corresponds to the QR code on the battery. At present, most battery pack companies use manual plate assembly, and a small number of companies develop semi-automatic or fully automatic equipment plate assembly. Due to the diversification of battery sizes and specifications, it is difficult to ensure the battery and material frame in the actual assembly process. The two-dimensional code on the website is completely corresponding, the product consistency is low, the operation is unstable, and the expected effect is far from being achieved, which will affect the next process operation. Contents of the ...

AI Technical Summary

Problems solved by technology

At present, most battery pack companies use manual plate assembly, and a small number of companies develop semi-automatic or fully automatic equipment plate assembly. Due to the diversification of battery sizes and specifications, it is difficult to ensure the battery and material frame in the actual assembly process. The two-dimensional code on the website is completely corresponding, the product consistency is low, the operation is unstable, and the expected effect is far from being achieved, which will affect the next process operation

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