Integral suction filtration and distribution device for manufacturing initiating explosives

Abstract

The invention provides an integral suction filtration and distribution device for manufacturing initiating explosives. The integral device comprises a suction filtration part, a distribution part and a controller, wherein the suction filtration part comprises a lifting air cylinder, a suction filtration tank body, a suction filtration hopper, filter cloth, a lifting device and the like; the distribution part comprises a discharging hopper, a receiving plate, a rotary plate, a weighing device and the like. According to the integral device, suction filtration and distribution processes are controlled by virtue of the controller and can be automatically carried out; the suction filtration hopper, the discharging hopper, the filter cloth and the lifting part cooperate with each other, so that the initiating explosives after suction filtration can quickly enter the discharging hopper and the working efficiency is improved; the tail end of the discharging hopper is connected with the lifting air cylinder, and the lifting air cylinder is connected with a vibrator, so that a certain slope can be formed by taking a discharging hole of the discharging hopper as the lowest end after the initiating explosives are transferred to the discharging hopper and the initiating explosives can be further transferred conveniently; the rotary plate, the weighing device, a rotary indexing device and the controller are combined, so that the initiating explosives can be distributed according to the set weight, the operation is convenient, and the working efficiency is greatly improved.

Description

technical field [0001] The invention relates to the field of explosive manufacture, in particular to an integrated device for suction, filter and sub-disk manufacturing of primary explosive. Background technique [0002] Separating the priming powder is an important process in the production of priming powder. In the past, the commonly used processes were all done manually. The filter bag of the detonating powder after washing and dehydration was carried to the distribution room manually, and then the priming powder was scooped out manually with a wooden spoon. To the medicine tray, portion the primer. During this process, people have to come into direct contact with the primer frequently, and it is easy to cause the primer to spill on the ground. Since the primer is a kind of high sensitivity, friction and static electricity will cause it to explode, so there is a great safety hazard in the manual operation process. , Once an explosion occurs, it will inevitably cause casu...

AI Technical Summary

Problems solved by technology

The advantage is that the splitting work of the detonating charge is automatically completed by the splitting machine in the anti-knock room, and no one is involved, which ensures the safety of production operators and reduces labor intensity. The disadvantage is that the overall structure of the equipment is complex and the cost is high.

[0004] The existing disc-distributing device and the suction filtration device are completely separated, and it is necessary to transfer the priming charge after suction filtration to the disc-distributing device, which requires heavy workload and high production cost.

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