Electronic cutting device and metal fusing agent grain

Abstract

The invention discloses an electronic cutting device, which comprises a cavity casing provided with a plug in at an opening end, wherein the cavity is separated divided into a control cavity and a grain cavity; the grain cavity is arranged at the opening end; a metal fusing reagent grain is built in the grain cavity; a resistance wire is arranged at a the cavity opening; a driving circuit is builtin the control cavity, and comprises a battery and a switch; the battery is connected in series with the resistant wire; the switch is embedded in the wall of the control cavity wall; the metal fusing agent grain consists of the following materials in percentage by mass: 60 to 70 percent of oxidizing agents, 15 to 25 percent of reducing agents, 4 to 8 percent of igniting agents and 4 to 8 percentof gas generating forming agents in percentage by mass. The heat is provided through igniting the igniting agents by the resistance wire; oxidizing agents and reduction reducing agents react to generate fusion metal which is sprayed out by gas obtained after the gas generating agents are heated; , so that the cutting effect is further achieved. The cutting device does not need additional power supplies and air sources, and can be used in special environments such as underwater environments and land environments; the carrying is convenient; the operation is simple; high practicability and wideapplicability are realized.

Description

technical field [0001] The invention relates to an electronic cutting device, in particular to an electronic cutting device and a metal fuse powder column. Background technique [0002] Cutting operation is a necessary means to remove metal obstacles in special occasions such as emergency rescue and demolition. [0003] Common thermal cutting methods include flame cutting, plasma cutting, CNC plasma cutting, etc. However, these cutting methods often require the help of power sources above kW and heavy electric welding machines. These traditional cutting methods will become unsuitable if the power supply and welding machine cannot be effectively provided in the event of a power outage, or in special environments such as the wild, snowstorm or underwater. [0004] Moreover, for operations in emergency environments or in small spaces, the current cutting tools cannot be carried quickly and operated effectively. [0005] Therefore, it is necessary to develop a small, inexpensi...

AI Technical Summary

Problems solved by technology

[0003] The usual thermal cutting methods include flame cutting, plasma cutting, CNC plasma cutting, etc. However, these cutting methods often require a power supply of more than one kilowatt and a heavy electric welding machine

These traditional cutting methods will become inapplicable if the power supply and electric welding machine cannot be effectively provided in the event of a power outage or in special environments such as the field, snowstorm or underwater

[0004] And for operations in an emergency environment or in a small space, the current cutting tools cannot be carried quickly and effectively

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