Formation equipment and method for battery plate formation

Abstract

The invention relates to the technical field of formation of battery pole plates, in particular to a formation equipment and method for battery pole plates, including a formation pool, a connecting seat, a Z-shaped frame plate, a fixing frame and a fixing mechanism. When the present invention fixes the polar plate entering the chemical formation pool, the upper and lower sides of the polar plate are fixed by means of line contact and point contact through the supporting roller and the pressing ball on the pressing block, so that the polar plate can be fully The formation treatment avoids the problem of insufficient formation when the pole plate is fixed, and at the same time, the pole plate in the present invention is always located in the middle of the card placement frame under the guidance of the left and right inclined guide plates, thereby improving the accuracy of the pole plate placement position , when the pressing block and the pole plate continue to move downward, the push plate pushes the inclined guide plates on the left and right sides to move to both sides respectively, so that the inclined guide plate and the pole plate are separated, preventing the inclined guide plate from contacting the pole plate and affecting the pole. The plate undergoes a chemical conversion reaction.

Description

technical field [0001] The present invention relates to the technical field of battery electrode plate formation, in particular to a battery electrode plate formation device and a formation method. Background technique [0002] The formation of battery plates refers to the process of using chemical and electrochemical reactions to convert the plates into positive and negative plates with electrochemical characteristics. It is composed of lead, lead sulfate and other substances, and there is no positive and negative pole. [0003] At present, when fixing the battery pole plate before it is formed, it adopts the method of fixing from the side wall of the pole plate or clamping it from both sides. Such a fixing method leads to the following problems when the battery pole plate is formed: 1. The contact area between the electrode plate and the fixed structure is large, which easily leads to insufficient formation of the electrode plate and affects the quality of the electrode p...

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Problems solved by technology

[0003] At present, when the pole plate is fixed before the formation of the battery pole plate, the method of fixing from the side wall of the pole plate or clamping from both sides is adopted. This fixing method leads to the following problems during the formation of the battery pole plate: 1. The contact area between the electrode plate and the fixed structure is large, which may easily lead to insufficient formation of the electrode plate and affect the quality of the electrode plate after formation

[0004] 2. When fixing the polar plates, most of them are not guided, so that the polar plates may be shifted when placed, resulting in poor fixing effect of some polar plates, and the contact of the polar plates with other structures will affect the formation effect of the polar plates

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