Automatic positioning system for cylindrical dry battery shell detection production line

Abstract

The invention discloses an automatic positioning system for a cylindrical dry battery shell detection production line. The automatic positioning system for the cylindrical dry battery shell detection production line comprises a chain locating conveyer belt, and a positioning device capable of arraying battery shells at equal distances side by side in a continuously progressive way and enabling shell openings to be with orientation consistency. The positioning device comprises a first unit capable of adjusting a plurality of stacked battery shells to be single-layer spreading and pushing, a second unit capable of adjusting the spread battery shells to be coaxial aligned and pushing in parallel, a third unit capable of sequentially separating the coaxially aligned battery shells at intervals and pushing serially, a fourth unit capable of adjusting a serially pushed battery shell array to sequentially translate along the battery shells in a side direction at equal distances with adjustable speed, a fifth unit capable of adjusting the battery shells translated in the side direction at equal distances to have the orientation consistency of the shell openings, and a sixth unit capable of coaxially aligning the battery shells with the orientation consistency of the shell openings and serially pushing the battery shells to a chain locating conveyer belt inlet. The positioning function is more comprehensive, the automation degree is higher, the positioning efficiency is higher, and the qualification rate cannot be reduced during the positioning process.

Description

technical field [0001] The invention belongs to the technical field of machinery, and relates to an automatic positioning system for a detection assembly line of a cylindrical dry battery case. Background technique [0002] The detection of battery steel shells needs to keep the opening orientation of the battery shells in the same direction and continuously push them side by side for detection. Therefore, continuous positioning is required before entering the testing equipment. The main function of the positioning equipment currently used is to orient the opening of the battery shells. Automatic positioning is to set the ejector rods that are repeatedly stretched at intervals on one side of the chain conveyor belt to perform the selection action. When the opening of the battery steel case faces the direction of the ejector rod, it will not be pushed out of the chain conveyor belt. When the battery steel case opens The direction of the bottom towards the ejector bar will be ...

AI Technical Summary

Problems solved by technology

[0003] Although the chain conveyor belt with such technology and the selection device of the ejector pin can play the role of positioning, the ejector pin collides frequently with the battery case, and when the battery steel case ejected from the chain conveyor belt falls to the bypass channel, it will collide with the battery case. The friction and collision of the equipment is also frequent, which can easily lead to damage to the steel shell of the battery and reduce the pass rate, and the positioning function is single, there is no positioning function for the battery shells to be arranged side by side and the continuous progressive link, the pushing efficiency is not high enough, and the use effect is not good. not ideal

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