A kind of automatic cutting method of aluminum alloy automatic cutting sawing machine

Abstract

The invention provides an automatic cutting method for an aluminum alloy automatic cutting sawing machine, which includes a controller and a frame. A support platform is set on the frame, a positioning and clamping mechanism is set on one side edge of the support platform, and a positioning and clamping mechanism is set on the other side edge. Mobile clamping mechanism, the bottom of the mobile clamping mechanism is equipped with a clamping sliding mechanism, and the lower part of the supporting platform is equipped with a cutting sliding mechanism. The cutting sliding mechanism is slidingly connected to the rotary cutting mechanism. Hinged disc cutter, the disc cutter is driven and connected by a cutting motor, a cutting slit is set on the supporting platform, and the top of the disc cutter protrudes from the cutting slit, and a number of teeth are evenly set on the periphery of the disc cutter At least one side surface of the disc cutter is protruded with a ring-shaped grinding blade, the grinding blade is located on the inner circumference of several tooth blades, a measuring guide chute is set outside the edge of one side of the supporting platform, and the sliding card in the measuring guide chute Connect the measuring slider, and connect the photoelectric sensor to the measuring slider.

Description

technical field [0001] The invention belongs to the technical field of machinery, and relates to metal plate cutting equipment, in particular to an automatic cutting method for an aluminum alloy automatic cutting saw machine. Background technique [0002] Aluminum alloy plate or profile parts need to be cut according to the required size. The existing cutting equipment does not have the function of adjusting and fixing plates of different specifications. Therefore, the existing equipment has limitations and cannot adapt to the cutting operation of plates of more specifications. In addition, in the existing equipment, the cutting by the cutter can only be completed from the initial point to the end point. When encountering a plate with a small size, the cutter will continue to cut the plate after cutting the plate, resulting in no-load operation, not only It increases the extra consumption of the power source, wastes time, reduces work efficiency, and affects economic benefit...

AI Technical Summary

Problems solved by technology

[0002] Aluminum alloy plate or profile parts need to be cut according to the required size. The existing cutting equipment does not have the function of adjusting and fixing plates of different specifications. Therefore, the existing equipment has limitations and cannot adapt to the cutting operation of plates of more specifications.

In addition, in the existing equipment, the cutting by the cutter can only be completed from the initial point to the end point. When encountering a plate with a small size, the cutter will continue to cut the plate after cutting the plate, resulting in no-load operation, not only It increases the extra consumption of the power source, wastes time, reduces work efficiency, and affects economic benefits

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