Base of full-automatic swing arm type cutting machine

Abstract

The invention provides a base of a full-automatic swing arm type cutting machine. The base comprises a bottom plate, two parallel slide plates identical in height are arranged on two sides of the bottom plate respectively, and a slide plate driving device is arranged on each slide plate and mounted on the bottom plate. The bottom plate comprises supporting areas at two ends and a middle cutting area, and a plurality of supporting devices are mounted in the cutting area. Each supporting device comprises a foundation, a horizontal moving device, an air cylinder, a piston rod and an ejection plate, wherein the horizontal moving device is mounted on the foundation, the air cylinder is fixed to the horizontal moving device, one end of the piston rod is fixed to a piston in the air cylinder, and the other end of the piston rod penetrates the top end of the air cylinder to be fixed to the ejection plate. The ejection plates of the supporting devices are positioned on the same horizontal plane. The base of the full-automatic swing arm type cutting machine has advantages of reasonable structural design, full automation in operation, convenience in operation through program control, effectiveness in operation control of cutting materials and high cutting precision.

Description

technical field [0001] The invention relates to a base of a fully automatic swing arm cutting machine, which is mainly used for cutting parts of wind power generators. Background technique [0002] The components of wind turbines are made of metal materials. They are generally flat and circular parts of different sizes, and there are also other types of small parts. The width (diameter) of the parts is generally 3 to 150 cm, and the thickness is generally 1 to 2 cm. The fully automatic swing arm cutting machine is mainly used for cutting the parts of the wind power generator, and the bottom plate is used for placing metal materials to be cut. The present invention is mainly used for moving the metal materials on the bottom plate for cutting. The control of metal materials in the prior art is generally not fully automatic, and sometimes requires manual adjustment, which is inconvenient to control. [0003] When cutting, the two ends of the metal material are generally placed...

AI Technical Summary

Problems solved by technology

It will be more troublesome to remove the cut material in this way. In the prior art, it is generally separated by hitting with a hammer, so that it is easier to damage the material

[0004] If the metal material is thin, when the two ends of the material rest on the bottom plate, the middle will sink after being suspended, and it will shake during cutting, which will affect the cutting accuracy

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