Blocking cap feeding mechanism used for battery processing

Abstract

The invention relates to a blocking cap feeding mechanism used for battery processing. The blocking cap feeding mechanism comprises a feeding rack, a vibration feeding disc and a feeding trough. A feeding interception air cylinder and a feeding clamping air cylinder are arranged on the portion, located below the feeding trough, of the feeding rack. A feeding interception inserting block capable ofpenetrating through an interception opening formed in a lower bottom plate of the feeding trough is connected to the feeding interception air cylinder. A feeding clamping device capable of penetrating through a clamping opening formed in the lower bottom plate of the feeding trough is connected to the upper portion of the feeding clamping air cylinder, and the size of the clamping opening is consistent with that of an inner hole of a blocking cap. The feeding clamping device cooperates with an inner hole of a second blocking cap intercepted by the feeding interception inserting block in an inserted and sleeved manner. A feed device cooperates with a first blocking cap intercepted by the feeding interception inserting block is arranged above the feeding rack. According to the blocking capfeeding mechanism, a conveying trough cooperates with the feeding interception inserting block and the feeding clamping device at the same time, interception is achieved, meanwhile, blocking caps except for the first blocking cap are clamped, the blocking caps descend by cooperating with the feed device and the feeding interception block, and the single blocking caps are fed one by one.

Description

technical field [0001] The invention relates to the field of battery processing equipment, in particular to a sealing cover feeding mechanism for battery processing. Background technique [0002] During the production and processing of lead-acid batteries, a certain amount of sulfuric acid needs to be injected, so its structure is mostly as Image 6 As shown, the battery box 12 is included, and the battery box is a battery cavity. The positive and negative plates are arranged in the battery cavity. At the same time, the battery cavity is connected with a liquid injection port 13. Seal the cover well, and then cover the battery cover. Most of the existing sealing covers are put in manually, and some are sent in the form of a conveying trough, but the structure of the existing conveying trough is difficult to be fed one by one. Then there will be the interference of adjacent plugging caps, which will result in low feeding effect and efficiency. Contents of the invention [...

AI Technical Summary

Problems solved by technology

[0002] During the production and processing of lead-acid batteries, a certain amount of sulfuric acid needs to be injected, so its structure is mostly as Image 6 As shown, the battery box 12 is included, and the battery box is a battery cavity. The positive and negative plates are arranged in the battery cavity. At the same time, the battery cavity is connected with a liquid injection port 13. Seal the cover well, and then cover the battery cover. Most of the existing sealing covers are put in manually, and some are sent in the form of a conveying trough, but the structure of the existing conveying trough is difficult to be fed one by one. Then there will be interference between adjacent plugging caps, which will lead to low feeding effect and efficiency

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