Paper box lower portion folding and conveying mechanism of battery subsequent unmanned packing device

Abstract

The invention relates to battery processing equipment, particularly to a paper box bower portion folding and conveying mechanism of a battery subsequent unmanned packing device. The mechanism comprises a taking mechanism, a lower portion folding mechanism, a frame, an unpowered rolling table, two lateral belt conveying devices, a conveying frame rolling mechanism. The taking mechanism is mounted at the front end of the frame, the lower portion folding mechanism and the unpowered rolling table are mounted in the same straight line and arranged under the taking mechanism, the two lateral belt conveying devices are mounted on the left and the right of the frame and are higher than the unpowered rolling table, the conveying frame rolling mechanism is mounted at the rear end of the frame and comprises a horizontal conveying frame, a vertical conveying frame and a rotating air cylinder, and the horizontal conveying frame is level with the unpowered rolling table.

Description

technical field [0001] The invention relates to a battery processing equipment assembly, in particular to a carton lower folding transport mechanism for unmanned packaging equipment in the battery backtrack. Background technique [0002] In the process of battery processing, after the production of batteries is completed, batches of batteries need to be put into packing boxes, then wrapped with plastic tape, and then tied with packing tape. At present, domestic manufacturers use manual operations to complete the process. , due to the heavy weight of the storage battery itself, the efficiency is very low and consumes a lot of manpower. At present, the domestic battery production industry does not pay much attention to the packaging equipment in the back-end. Most of them are manually operated. The imported foreign production lines include unmanned packaging equipment in the back-end. For battery manufacturers, the cost is high and unacceptable. In recent years, some battery ...

AI Technical Summary

Problems solved by technology

[0002] In the process of battery processing, after the production of batteries is completed, batches of batteries need to be put into packing boxes, then wrapped with plastic tape, and then tied with packing tape. At present, domestic manufacturers use manual operations to complete the process. , due to the heavy weight of the battery itself, the efficiency is very low, and a lot of manpower is consumed

At present, the domestic battery production industry does not pay much attention to the packaging equipment in the back-end. Most of them are manually operated. The imported foreign production lines include unmanned packaging equipment in the back-end. For battery manufacturers, the cost is high and unacceptable. In recent years, some battery manufacturers have adopted simple mechanical equipment in the last process of bundling cartons. The manual operation still requires a lot of labor. In the latest access requirements of the battery industry, it is clearly stated that the processes involving a large amount of manpower in the production process need to use mechanical automation equipment, and the battery industry will gradually shift from traditional labor-intensive industries to Technology-rich assembly line processing industry

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