Automatic ferrite ring magnet unstacking and transferring device

Abstract

An automatic ferrite ring magnet unstacking and transferring device comprises a ferrite ring magnet blank storage and transferring track, a lifting platform, an automatic unstacking and transferring device body and a grinding machine which are connected in sequence. The automatic unstacking and transferring device comprises a manipulator, a transfer worktable and a transfer table rear end conveying mechanism; the conveying mechanism at the rear end of the transfer table is connected with a feeding port of the grinding machine. The mechanical arm is arranged at the tail end of the lifting platform and one side of the transfer table. A transfer table front-end conveying mechanism, a sheet pushing mechanism, a turnover mechanism, a ring magnet front and back visual recognition device, a reverse sheet removing and collecting device and a transfer table rear-end conveying mechanism are sequentially arranged on the transfer workbench; the turnover mechanism comprises a guide rail and a belt, and the guide rail comprises a tiled section and an inclined section. By means of the automatic feeding device, manual feeding can be replaced to achieve automatic feeding of grinding, and the production efficiency is improved by 60% or above; intermediate inventory is reduced, collision and chipping of products are avoided in the conveying process, and the product percent of pass is increased by more than 40%.

Description

technical field [0001] The invention relates to an unstacking and transferring device, in particular to a ferrite ring magnet automatic unstacking and transferring device. Background technique [0002] In the ferrite magnetic material industry, the current production process of the feeding process of the ring magnet grinding process is: the ferrite ring magnet is sintered in the kiln to form a blank, and the blank is placed neatly on the setter manually, and the manual The transfer is assigned to the corresponding grinding line. In the grinding process, the operator takes out the blank from the setter and puts it into the grinding machine line for grinding in turn. [0003] The main disadvantages of the existing transfer method are: the feeding process of the grinding process requires manual removal of the process products, and then sequentially put them into the feeding port of the grinding equipment. The labor intensity of transfer and grinding loading is high. In the pr...

AI Technical Summary

Problems solved by technology

[0003] The main disadvantages of the existing transfer method are: the feeding process of the grinding process needs to manually remove the process products, and then put them into the feeding port of the grinding equipment in turn. The transfer and grinding loading are labor-intensive. In the process, the front and back of the ring magnetic blank will be reversed, resulting in unqualified grinding, and the blank will be bumped and dropped during the transfer process, which will affect the final product qualification rate

At the same time, due to the low labor efficiency, the inventory of intermediate semi-finished products is large

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