An automatic keycap machine

Abstract

The invention discloses an automatic keycap inserting machine which comprises feeding devices, arrangement devices, a pressing device and a control device, the feeding devices and the arrangement devices are matched with one another, the feeding devices are divided into standard feeding device bodies and special feeding device bodies, the arrangement devices are divided into standard arrangement device bodies and special arrangement device bodies, a main conveying platform is sequentially provided with the arrangement devices and the pressing device in the main conveying direction, the standard arrangement device bodies are arranged in front of the special arrangement device bodies, standard keycaps slide into the standard arrangement device bodies freely in the standard feeding device bodies and enter keycap templates conveyed therein through the standard arrangement device bodies, the special feeding device bodies are arranged on the two sides of the main conveying platform, special keycaps enter keycap templates conveyed therein through the special arrangement device bodies, and then under the action of the pressing device, the keycaps in the keycap templates are inserted into a keyboard surface cover to form a keyboard. According to the automatic keycap inserting machine, standardized and modularized operation is achieved, the automatic keycap inserting machine is more standard and precise compared with traditional production, and human resources are greatly saved.

Description

technical field [0001] The invention belongs to the technical field of electronic product processing, and relates to a keyboard keycap assembly equipment, in particular to an automatic keycap insertion machine. Background technique [0002] Because the horizontal and vertical spacing between the keycaps of the keyboard is too small, generally less than 1mm, there are many types of special keycaps, the difference is not too small, it is difficult to distinguish, and the machining is difficult. Only large-scale precision instruments can realize automation. Production is generally difficult to implement for small and medium-sized enterprises. Therefore, in the prior art, small and medium-sized electronic original device manufacturers mostly use manual operations, and the keycaps are manually inserted into the corresponding keyholes one by one. The assembly of such a single product is a cycle, the process is simple and boring, time-consuming and laborious, the efficiency is low,...

AI Technical Summary

Problems solved by technology

[0002] Because the horizontal and vertical spacing between the keycaps of the keyboard is too small, generally less than 1mm, there are many types of special keycaps, the difference is not too small, it is difficult to distinguish, and the machining is difficult. Only large-scale precision instruments can realize automation. Production is generally difficult to implement for small and medium-sized enterprises. Therefore, in the prior art, most small and medium-sized electronic original device manufacturers use manual operations, and manually hold the keycaps and insert them into the corresponding keyholes one by one.

The assembly of such a single product is a cycle, the process is simple and boring, time-consuming and laborious, the efficiency is low, and the quality is difficult to guarantee

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