Equipment and control method for automatically feeding, broaching grooves and drawing lines

Abstract

The device discloses equipment for automatically feeding, broaching grooves and drawing lines. The equipment comprises a machine frame, a workbench at the top of the machine frame, a feeding device, an electric saw device, a baffle device and a first adjusting device; and the equipment further comprises a brush device and a control device, the baffle device comprises a baffle plate and a first aircylinder which is fixed on the baffle plate in the horizontal direction, and the output shaft of the first air cylinder is connected with the vertical face of the machine frame; the brush device comprises a conductive silver pen and a second adjusting device; and the control device comprises a controller, a first contact and a second contact; and the controller is electrically connected with thefirst contact, the second contact, the first air cylinder and the feeding device. According to a control method of the equipment, the first contact and the second contact are in contact with the linewhich is drawn by the conductive silver pen, and signals are given to the controller, so that the action of the first air cylinder is controlled, and the groove position of a saw blade is fixed; and according to the equipment, the precision of manual grooving is reduced, the straightness and depth of a groove can be controlled, and the automation degree is high.

Description

technical field [0001] The invention relates to a slotting machine in woodworking machinery, in particular to a device for automatically feeding slots and drawing lines and a control method thereof. Background technique [0002] The wood slotting machine is used in the process of furniture manufacturing to quickly slot and score wood boards. It has the advantages of small machine, high processing precision and fast processing speed. [0003] In the prior art, when the craftsman performs groove processing on the wooden board, manual operation is mainly used, and a series of operations such as manual measurement, alignment, and scribing must be performed on each wooden board in turn before the groove processing can be performed. Greatly reduces the work efficiency of the master workers: when the master workers use the slotting machine to slot the wood boards along a straight line, they mostly use their eyes to locate, and the accuracy is not high. For large-scale processing, d...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, when the craftsman performs groove processing on the wooden board, manual operation is mainly used, and a series of operations such as manual measurement, alignment, and scribing must be performed on each wooden board in turn before the groove processing can be performed. Greatly reduces the work efficiency of the master workers: when the master workers use the slotting machine to slot the wood boards along a straight line, they mostly use their eyes to locate, and the accuracy is not high. For large-scale processing, due to human Influenced by subjective factors, the distance between the groove and the edge of each board is deviated, which affects the molding effect of the furniture

[0004] Comparison document, application number: CN201420507629.0, name: a wood slotting machine, this invention can automatically feed and slot wood boards, but the screw that fixes the baffle can only be adjusted manually, so that the wood board and saw Adjust the position between the pieces to get the relative distance between the groove and the plank. The process involves a very high degree of manual participation, and the straightness of the groove is not high, and the depth of the groove cannot be adjusted. Both the front and back of the plank need When slotting, manual adjustments are required for many times, and the efficiency is very low

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