Boxing device used for batteries

Abstract

The invention discloses a boxing device used for batteries. The boxing device is suitable for being arranged at the downstream portion of a film sleeving machine used for film sleeving of the batteries. The boxing device comprises a material guide device, a distance separation device, a first material moving device, a boxing platform and a second material moving device; the material guide device comprises a conveying device and an arranging device used for arranging the multiple batteries side by side; the conveying device is suitable for being arranged at the lower end of a discharging outletof the film sleeving machine so as to convey the batteries at the discharging outlet to the arranging device; the distance separation device is used for separating the distance of the multiple batteries arranged side by side; the first material moving device is used for moving the multiple batteries arranged side by side to the distance separation device from the arranging device; the boxing platform is suitable for bearing packaging boxes used for packaging the batteries; and the second material moving device is used for moving the multiple batteries at the distance separation device into the packaging boxes. The boxing device used for the batteries can improve the battery boxing efficiency, greatly reduce the labor and save the production cost.

Description

technical field [0001] The invention relates to the field of battery production equipment, in particular to a box packing device for batteries. Background technique [0002] In the current battery production process, the battery is coated and coded after the battery is left standing. After the existing coating machine is coated, a coding device is directly installed at the back end of the coating machine for coding. After the coding is completed, there must be The serial number (according to the coded digital serial number) is loaded into the special battery packaging box, so that the next process can be divided into components. In the actual production process, the batteries that have been coated with inkjet codes flow into the conveyor belt and are manually boxed. At the same time as the boxes are packed, it is necessary to visually check whether the coatings and inkjet codes meet the requirements. This requires the production personnel to be skilled in operation, otherwis...

AI Technical Summary

Problems solved by technology

In the actual production process, the batteries that have been coated with inkjet codes flow into the conveyor belt and are manually boxed. At the same time as the boxes are packed, it is necessary to visually check whether the coatings and inkjet codes meet the requirements. This requires the production personnel to be skilled in operation, otherwise it is easy to accumulate, resulting The confusion of battery sorting makes the next process impossible to produce in a normal and orderly manner

Moreover, when the existing coding equipment is installed on the coating equipment, the identification code will be confused due to the vibration generated during the production of the coating machine, and when it is placed alone, it will stop production due to the accidental collision of the production personnel.

Therefore, this manual boxing process is labor-intensive, inefficient, and labor-intensive.

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