Intelligent board machining center with embedded part mounting device

Abstract

The invention provides an intelligent board machining center with an embedded part mounting device. The intelligent board machining center comprises a clamping mechanism, an edge cleaning mechanism, an upper drilling mechanism, a lower drilling mechanism and the embedded part mounting device, wherein the clamping mechanism is used for clamping and moving a to-be-machined wood board, the edge cleaning mechanism is used for machining adjacent reference surfaces in the Y-axis direction and the X-axis direction of the to-be-machined wood board, the upper drilling mechanism is used for machining the front, rear, left, right and upper flat surfaces of the to-be-machined wood board, the lower drilling mechanism is used for machining the lower flat surface of the to-be-machined wood board, and theembedded part mounting device is used for mounting an embedded part into a machined and formed hole in the wood board. By arranging the embedded part mounting device and cooperating with an upper drilling bag and a whole intelligent machining center, the embedded part can be intelligently and accurately mounted in the machined and formed hole in the wood board, time and labor are saved, meanwhile, the phenomenon of mounting omission can be avoided, and the whole machining process of the wood board is completed at a time.

Description

technical field [0001] The invention relates to the technical field of woodworking equipment, in particular to an intelligent board processing center with a device for punching embedded parts. Background technique [0002] When drilling wood boards, drilling tools are generally used to drill holes, and then subsequent processing work is carried out; traditional processing tools are generally manual electric drills, which manually punch holes one by one on the wood boards. The hole method needs to measure the size in advance on the wooden board, and then manually punch the hole after positioning the hole position. The processing efficiency is low; The advantage is that the punching position can be set through the automatic control system without measuring the punching positions one by one, which can save labor more effectively and speed up the punching speed; moreover, because the punching is controlled by the automatic control system, it is more convenient It can effectivel...

AI Technical Summary

Problems solved by technology

[0002] When drilling wood boards, drilling tools are generally used to drill holes, and then subsequent processing work is carried out; traditional processing tools are generally manual electric drills, which manually punch holes one by one on the wood boards. The hole method needs to measure the size in advance on the wooden board, and then manually punch the hole after positioning the hole position. The processing efficiency is low; The advantage is that the punching position can be set through the automatic control system without measuring the punching positions one by one, which can save labor more effectively and speed up the punching speed; moreover, because the punching is controlled by the automatic control system, it is more convenient It can effectively control the accuracy of punching and prevent holes from being skewed or deviated

[0003] However, the current punching machine in the prior art can only punch holes on the front of the board. If the back of the board needs to be punched, it is necessary to manually turn the board over or turn the board over by a machine to punch holes on the back; but this method is cumbersome to operate , and even if the front and back of the board can be punched, the side of the board cannot be punched, and subsequent manual processing is required;

[0004] On the other hand, it is generally necessary to install embedded parts in the holes of processed wooden boards, but manual installation of embedded parts is not only time-consuming and laborious, but also likely to cause missing installations.

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