Automatic material taking mechanism for material particles

Abstract

The invention discloses an automatic material taking mechanism for material particles, wherein a feeding bin, a discharging hopper and a material taking rod are sequentially arranged on the horizontalaxis of the same plane; the material feeding bin is provided with a through feeding channel along the direction perpendicular to the axis, a material taking port communicated with the feeding channelis arranged on the side surface of the feeding bin, a material taking groove is arranged on the material taking rod, the material taking rod reciprocates on the material taking port and the discharging hopper, along the direction of the horizontal axis,when the end part of the material taking rod is in the material taking port, the material taking groove faces upwards, and the material taking groove is downwards when the end part of the material taking rod is above the discharging hopper; according to the invention, compared with a prior mode, the automatic material taking process for the powder particles is realized through the reciprocating mechanical structure design, the structure is simple, independent program control is not needed, the two steps of material taking and discharging are realized through a simple positioning column, the current working environment and mode can be greatly improved.

Description

technical field [0001] The invention relates to the field of gunpowder, in particular to an automatic feeding mechanism for material particles. Background technique [0002] Gunpowder is a substance that can burn or decompose very quickly, and can generate a large amount of heat and gas in a short period of time; under normal circumstances, gunpowder cannot be violently impacted, otherwise it will undergo a rapid chemical reaction, burn and explode. [0003] Granular gunpowder is generally made by extruding powder in a special environment, and the powder is obviously harmful to the human body. Therefore, in the production site, operators need to carry gas masks to work. For the produced particles, random inspection is required to check whether the particles meet the production requirements. The traditional inspection method is to use a small spoon to manually take a few grains from the production line, and then use a micrometer to measure them through physical measurement. ...

AI Technical Summary

Problems solved by technology

[0004] Obviously, the traditional measurement method has great disadvantages. First, the working environment is very harsh. The environment of gunpowder dust is generally toxic and will harm the body; There are collisions and extrusions, which will bring potential safety hazards. Finally, this purely manual measurement cannot meet actual needs, especially for automated production lines.

At present, no solution has been found to solve the problem of automatic retrieving of gunpowder.

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