Mobile turnover device used for battery assembly line

Abstract

The invention discloses a mobile turnover device used for a battery assembly line. The device comprises a platform, a base, a grabbing part used for fixing a battery, a horizontal force applying assembly and a turnover mechanism, wherein the turnover mechanism comprises a gear and a rack, the base is located on the platform, the grabbing part is connected with the gear, the grabbing part and the gear are jointly installed on the base, the base is connected with the horizontal force applying assembly, the rack is horizontally arranged on the platform, and the gear is meshed with the rack. Compared with a traditional mobile turnover device, two sets of independent automatic mechanical devices are adopted to respectively achieve the turnover and carrying functions of the battery. According to the mobile turnover device, the battery can be turned over in the moving process, and the operation time of the assembly line is shortened. The two sets of independent automatic mechanical devices are integrated, and therefore the structure is compact, and parts of the device can be reduced. The gear and the rack which are low in cost are used for replacing a complex turnover device, and the cost for manufacturing the device is low.

Description

technical field [0001] The invention relates to an actuator on a battery assembly line, in particular to a moving and turning device used on a battery assembly line. Background technique [0002] Chinese patent specification CN200810120895.7 discloses a 9V lithium battery, which is composed of three 3V single lithium batteries connected in series. Three lithium batteries are fixed side by side in the square battery case, and the two adjacent lithium batteries face opposite. The positive terminal and the negative terminal of the lithium battery are connected by nickel strips between two adjacent lithium batteries, and the three lithium batteries are connected together by two nickel strips. The two nickel strips are respectively located on both sides of the prismatic battery casing. After the first nickel strip is welded, the prismatic battery needs to be turned over and transported to the second welding point for welding the second nickel strip. [0003] The work of carryi...

AI Technical Summary

Problems solved by technology

[0003] The work of handling and turning over the 9V lithium battery is generally completed by manual operation. This working method has the following problems: 1. The efficiency of manually turning over and moving the battery is low

2. Manual operation for a long time is prone to errors

Two sets of independent devices are used to carry and turn over. Although the work is mechanized and the error rate of work is reduced, there are still some problems: 1. Two sets of independent automatic mechanical devices respectively realize the turning and moving of the battery. There is a front-to-back sequence in the execution time of actions, which increases the operation time of the pipeline

2. The production cost of two independent devices is relatively high

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