技术引见

　　在铅酸蓄电池消费过程中，需求将多联板栅经过滚剪机分切为单片极板。请参阅图1，其为蓄电池单片极板的构造表示图。所述电池极板的边框包括极耳、左肩、右肩、左边框、右边框和底边框。极板四边会呈现毛边、变形、边缘不划一等现象，形成极板质量降落，严重影响蓄电池的质量和寿命。因而需求对滚切后的极板停止刷边以保证蓄电池质量。传统的刷边方式为半手工刷边，刷边时力道不易掌控，易形成极板变形，板耳疏松，极板质量降落，产品合格率低，消费效率低，产生的粉尘污染环境，对人体伤害大。并且由于每个工人的纯熟水平，手法不分歧，对极板的刷亮效果也不平均，并容易形成极板变形，报废，从而影响蓄电池的后续装配组焊功用，减短了电池的运用寿命。并且招致消费效率低，本钱高，极板报废率高，不契合国度环保请求。

　　The invention relates to a battery plate brushing device, which comprises a frame, a feeding mechanism, brush brush mechanism, shoulder ear mechanism, brush bottom mechanism and a sheet taking servo mechanism; the frame comprises a feeding frame, a main frame and a feeding rack, the feeding rack and rack are respectively provided with reclaimer on both sides of the main frame; the brush ear shoulder mechanism is arranged on the main frame near the side feeding rack; wherein the brush mechanism is arranged on one side of the main frame to frame the reclaimer; side brush mechanism is arranged on the main frame, and between the shoulder and bottom brush brush ear mechanism the mechanism; the piece of servo mechanism is arranged in the material rack, and is connected with the feeding chain.