Device for separating button cells at equal intervals and loading button cells in plate

Abstract

The invention discloses a device for separating button cells at equal intervals and loading the button cells in a plate. The device is characterized by comprising a rack assembly, a cell limiting mechanism and a separating mechanism, wherein the rack assembly comprises a vertical plate and an air cylinder mounting plate, and the air cylinder mounting plate is fixed on the vertical plate; the cell limiting mechanism comprises a button cell left limiting plate and a button cell right limiting plate, and the button cell left limiting plate and the button cell right limiting plate are fixed on the vertical plate by screws at the two ends, so that the button cells are ensured to enter the limiting plates through a left inlet; the separating mechanism comprises a separating plate, a connection plate and an air cylinder, the separating plate is embedded in a slot of the vertical plate, the slot of the vertical plate supports the limiting and guiding functions, the connection plate is fixedly connected with the upper surface of the separating plate through threads, and the air cylinder is fixed on the air cylinder mounting plate and is connected with the separating plate through the connection plate.

Description

technical field [0001] The invention relates to the production technology of button batteries, in particular to a device for separating the button batteries at equal intervals for placing them on trays. Background technique [0002] The button battery is a high-performance battery developed in recent years, and it is a new product that has been upgraded internationally. With the widespread use of computers, calculators, Wenquxing and other high-end electrical appliances and electric toys, the consumer market for button batteries continues to expand, and the output continues to increase. With the increase of battery production, how to improve efficiency in the packaging stage after battery production is also a noteworthy issue. Since there is a fixed distance between each hole of the button battery finished tray, and the produced batteries are all next to each other, how to separate the adjacent batteries at equal intervals and load them into the finished tray is currently a...

AI Technical Summary

Problems solved by technology

Since there is a fixed distance between each hole of the button battery finished tray, and the produced batteries are all next to each other, how to separate the adjacent batteries at equal intervals and load them into the finished tray is currently a problem. There are two ways: one is manual operation by workers, and the batteries are loaded one by one into the finished button battery tray. It is not easy for workers to operate, the efficiency is naturally low, and the labor intensity of workers is high; Pick it up and put it into the finished product tray. This method has a high degree of mechanical automation, but due to the complicated structure, the price is expensive.

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