Aluminum pipe automatic cutting control device and method

Abstract

The invention discloses an aluminum pipe automatic cutting control device and method. The device comprises a computer numerical control controller, a positioning block, a feeding motor, a cutting device, a pressing device and a guide rail. The feeding motor is fixedly connected with one end of an aluminum pipe to be machined and conveys the aluminum pipe to be machined to make contact with the positioning block. The pressing device is arranged above the aluminum pipe to be machined. The cutting device comprises a saw web, a lifting solenoid valve and a rotation contactor, wherein the lifting solenoid valve controls the saw web to ascend and descend, and the rotation contactor controls the saw web to rotate. A feeding contactor is arranged on the feeding motor. A pressing solenoid valve is arranged on the pressing device. The computer numerical control controller is electrically connected with the positioning block, the lifting solenoid valve, the rotation contactor, the feeding contactor and the pressing solenoid valve. According to the aluminum pipe automatic cutting control device and method, the positioning process and the cutting process of the aluminum pipe to be machined are both automatically controlled by the computer numerical control controller, so that full automation of cutting work is realized; meanwhile, through the numeral control positioning by the positioning block, the aluminum pipe can be cut accurately; besides, the aluminum pipe automatic cutting control device has the advantages of being safe to use, high in cutting accuracy, stable in working performance, high in cutting efficiency and automation degree, and the like.

Description

technical field [0001] The invention relates to the technical field of cutting, in particular to an automatic cutting control device and method for aluminum tubes. Background technique [0002] Aluminum pipes often encounter cutting construction operations in production. At present, when cutting aluminum pipes, gas cutting or plasma manual cutting is mainly used to cut a single workpiece. This cutting method has the following defects: [0003] 1) The size and type of the cutting tube are relatively single, and only one aluminum tube can be cut at a time, resulting in slow cutting speed and low work efficiency. This method has the disadvantage of time-consuming and laborious. [0004] 2) The incision quality of manual cutting is poor and unstable, and it is difficult to meet the requirements of the production process, and there will be work-related accidents if the cutting equipment is not used properly, and there are hidden dangers of accidents. [0005] 3) The equipment ca...

AI Technical Summary

Problems solved by technology

[0003] 1) The size and type of the cutting pipe are relatively single, and only one aluminum pipe can be cut at a time, resulting in slow cutting speed and low work efficiency. This method has the disadvantage of time-consuming and laborious

[0004] 2) The incision quality of manual cutting is poor and unstable, and it is difficult to meet the requirements of the production process, and improper use of cutting equipment will cause work-related accidents, and there are hidden dangers of accidents

[0005] 3) The equipment cannot automatically adjust the clamping degree of the aluminum tube during work, so the cutting section is prone to burrs, round edges, flashes or horseshoes, etc. When cutting thin walls, the cutting surface of the aluminum tube will be damaged due to the uncertain cutting force easily transformed

[0006] 4) During the cutting process, the length of the remaining material of the aluminum tube cannot be clearly recorded, so there will be a phenomenon that the equipment is damaged and the service life is shortened due to the failure to replace the material in time

[0007] Based on the above description, the existing cutting methods can no longer meet the needs of the market, and there is an urgent need for a cutting machine with high efficiency, energy saving, safety, high degree of automation and high cutting precision

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