Steel plate heat treatment machining equipment capable of achieving different cooling modes

Abstract

The invention discloses steel plate heat treatment machining equipment capable of achieving different cooling modes. The steel plate heat treatment machining equipment is provided with a first fixingdevice and a second fixing device for extruding two corresponding sides of a steel plate, so that the steel plate is fixed to the top of a base. A guide valve is opened, fuel in a fuel tank enters a spray head through an air guide pipe and then is further sprayed out of a nozzle to be combusted to heat the steel plate, a first motor rotates to drive a second screw to rotate, movement of second sliding blocks on second sliding rails is achieved, and therefore the height of the nozzle is adjusted. Steel plates with different thicknesses can be heated conveniently, a second motor rotates to drivea first screw rod to rotate, then a first sliding block moves on a first sliding rail, the purpose of heating the different positions of the steel plates is achieved, the steel plates do not need tobe moved, and the heating effect and efficiency are improved.

Description

technical field [0001] The invention relates to the technical field of heat treatment processing, in particular to a steel plate heat treatment processing equipment capable of realizing different cooling methods. Background technique [0002] Since the 20th century, the development of metal physics and the transplantation and application of other new technologies have made the metal heat treatment process more developed. A remarkable progress is that from 1901 to 1925, the rotary furnace was used for gas carburizing in industrial production; the dew point potentiometer appeared in the 1930s, which made the carbon potential of the atmosphere in the furnace controllable, and later developed the carbon dioxide infrared instrument. , oxygen probe and other methods to further control the carbon potential of the furnace atmosphere; in the 1960s, the heat treatment technology used the plasma field to develop the ion nitriding and carburizing process; the application of laser and el...

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Problems solved by technology

A remarkable progress is that from 1901 to 1925, the rotary furnace was used for gas carburizing in industrial production; the dew point potentiometer appeared in the 1930s, which made the carbon potential of the atmosphere in the furnace controllable, and later developed the carbon dioxide infrared instrument. , oxygen probe and other methods to further control the carbon potential of the furnace atmosphere; in the 1960s, the heat treatment technology used the plasma field to develop the ion nitriding and carburizing process; the application of laser and electron beam technology made the metal obtain new Su

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