Numerical control detonator dissection machine tool and dissection method thereof

Abstract

The invention discloses a numerical control detonator dissection machine tool and a dissection method thereof. The machine tool comprises a numerical control machine body, and a dissection machine body fixedly mounted on the side surface; the numerical control machine body is integrated with the dissection machine body; a digital system is positioned in the digital machine body, and is provided with a key area and a display area; the side surface of the numerical control machine body is electrically connected with an electronic hand vein through an electric wire; a slide rail is fixedly mounted in the dissection machine body, and a Z axle is in the direction of the slide rail; a slide sleeve slidingly sleeves the slide rail; a first chassis is fixedly mounted at one end of the slide rail;and the bottom of the first chassis is fixedly connected with the bottom of an inner cavity of the dissection machine body. A tool bit is adjusted to move on the Z axle and an X axle through a first motor and a second motor by the electronic hand vein; the position of the tool bit is adjusted to correspond to the positions of fixed detonators; then, a rotating motor is started to rotate the detonators; a cutter is controlled to dissect the detonators during moving on the X axle, so that the operation is simple and convenient; and the manual touch of the detonators is not needed during dissecting, so that the safety is guaranteed.

Description

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AI Technical Summary

Benefits of technology

This technology allows for precise control over both axes (X-axis) and Y-axis movements of an electric saw blade used with explosives or other dangerous materials. It uses two motors - one controlling its motion while another adjusts it based upon certain criteria like distance from the fixed part being exploded. By doing this, there're fewer steps needed than traditional methods involving moving parts around them. Additionally, when the blades break down they don’t harm anyone else who may come into contact with their body. Overall, these technical features improve efficiency and security measures for machinery tools such as sabers.

Problems solved by technology

This patented describes different types of industrial detonsector systems for use during excavations or demolitions operations. These include electrical and hydraulic type detronizers, which require manual operation by operators who must move their tools around frequently when they exit from workplaces. Additionally, there exist other specialized instruments called NC/Electric Detor Anatomic Machine Tool ("CDA"). They also involve moving parts like electronics inside them while still being able to perform certain functions effectively without requiring human labor. However these conventional methods lack flexibility due to limitations caused by factors including poor quality controllers, limited battery life time, and unreliable communication protocol between sensors themselves. Therefore, new solutions are needed to improve upon this problem.

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