Horizontal detonator full-automatic bayonet machine

Abstract

The invention relates to a horizontal detonator full-automatic bayonet machine. The horizontal detonator full-automatic bayonet machine is composed of 10 independent bayonet units and a stepping mould conveyer. One bayonet action comprises following steps: a detonator shell is delivered into a detonator shell guide groove 14; a detonator shell push-out cylinder 10 is pushed by a shell pushing cylinder 11, so that the detonator shell is delivered to a preset bayonet position; at the same time a detonator explosive head on an explosive head mould 4 is delivered into the detonator shell by an explosive head delivering cylinder 5; a connecting rod 3 is driven by piston telescoping of a bayonet action cylinder 1, a reciprocating seat 15 is driven to move for lateral extrusion of a collet chuck 21, and so that detonator bayonet is completed; the detonator shell push-out cylinder 10 is protruded so as to push the detonator treated via detonator bayonet out of the collet chuck 21, and convey the detonator into the explosive head mould 4; at the same time, a mould blocking cylinder 12 is protruded so as to block the explosive head mould 4; a positioning plate of the mould blocking cylinder 12 is driven by a stepping cylinder so as to convey the explosive head mould 4 to a next station; and then the cylinders are all driven back to initial positions. According to the horizontal detonator full-automatic bayonet machine, pipeline operation is completed via motions of the stepping mould conveyer.

Description

technical field [0001] The invention relates to a fully automatic bayonet machine for horizontal detonators, which belongs to the field of civil blasting equipment. Background technique [0002] With the accelerated pace of structural adjustment and technological progress of the civilian explosives industry, the Ministry of Industry and Information Technology has put forward higher requirements for the production safety of civilian explosives manufacturers and issued guidance on related technological progress. According to the spirit of the guiding opinions, industrial detonator production enterprises should strengthen safety precautions in the production process of various detonators, improve the basic conditions for safe production, strive to realize isolated operation, human-machine isolation, achieve automation and intelligence, and reduce or eliminate detonator loading. , The positions of manual operation of dangerous goods in the assembly line, improve the safety, reli...

AI Technical Summary

Problems solved by technology

The traditional pneumatic bayonet device needs to manually put the ignition powder into the mouth of the detonator for bayonet, which is easy to bring danger to the operator. At the same time, its production efficiency is low, and the production capacity is completely determined by the proficiency of the workers, which cannot meet the growing market. It is against this background that in order to improve the market competitiveness of enterprises, speed up the elimination of backward production equipment and technology, and ensure the safety of life and property of production line operators, it is necessary to invent a mechanical device that can automatically perform detonator bayonet operations. To replace the current manual bayonet equipment

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