Button engraving device

Abstract

The invention provides a button engraving device. The button engraving device comprises an engraving tooling capable of fixing a button workblank, a detector, a laser emitting device and a control device, wherein the detector is used for detecting a hole position of the button workblank on the engraving tooling and capable of sending a detection signal, the laser emitting device is used for emitting laser to engrave the button workblank on the engraving tooling, and the control device is used for receiving the detection signal sent by the detector and comparing the detection signal with preset standard position data so that the laser emitted by the laser emitting device can be adjusted to an engraving position on the button workblank. According to the button engraving device, the detector and the control device are cooperated so as to change laser emitting angles instead of manual movement and correction of the button workblank, automatic production of the button workblank during engraving can be achieved, manual interference is avoided, the producing efficiency of buttons is greatly increased, the workload of an operator is reduced, and economic benefits of button production can be further improved.

Description

technical field [0001] The invention relates to the technical field of button manufacturing, and more specifically, relates to a button engraving device. Background technique [0002] Buttons are common items in people's daily life. With the continuous improvement of living standards, people have higher and higher requirements for the use and aesthetics of daily necessities. [0003] At present, the more common buttons on the market are metal buttons and unsaturated polyester resin buttons. Among them, unsaturated polyester resin buttons are more popular because of their beautiful appearance. [0004] According to different actual situations, it is necessary to use laser to engrave fonts or patterns on the surface of buttons. In the existing technology, the cooperation of laser machine and button making machine can only meet the automatic laser engraving of button blanks without holes. production, but cannot meet the automatic production of button blanks with punched holes,...

AI Technical Summary

Problems solved by technology

[0004] According to different actual situations, it is necessary to use laser to engrave fonts or patterns on the surface of buttons. In the existing technology, the cooperation of laser machine and button making machine can only meet the automatic laser engraving of button blanks without holes. production, but cannot meet the automatic production of button blanks with punched holes, because when the button blanks are automatically fed on the button making machine, due to the movement of the button blanks, the holes distributed on the button blanks are relatively large compared to the laser machine. The laser head is in any position, and the laser head can adjust the angle to correct the position before engraving, but after the engraving position is corrected, it always remains at a fixed position when engraving multiple button blanks , so it is impossible to meet the requirements of engraving the button blank with the hole in any position relative to the laser head. Or the pattern can be distributed around the hole at the right angle and distance

[0005] However, in the actual production process, most of the holes on the button blanks do not correspond to the laser head, so it is necessary to manually operate a large number of buttons frequently, so this kind of manual production method greatly affects the The production efficiency of buttons also makes the operator's labor burden larger, so that the economic benefits of button production cannot be further improved

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