Automatic detonator assembly process and special related apparatus

Abstract

The present invention provides an automatic production line assembly process with functions of artificial detonator feeding, automatic bayonet assembly, laser marking, automatic detection and the like, and a special related apparatus. The simple process comprises that: at a feeding working position, a lot of igniters are fixed on a special transporting trolley in columns by a staff; the transporting trolley moves along a conveying track, and the integrated igniter and a detonator shell are integrally pressed by a bayonet at an automatic bayonet assembly working position; at a laser marking working position, the detonator is engraved and marked during advancing; the bayonet appearance and the laser marking quality are detected through the machine vision, and if the unqualified product exists, the unqualified product is automatically removed, the transporting trolley returns to the unloading working position, the finished product is taken out by the staff, the transporting trolley returns to the feeding working position so as to complete the one production process; and a plurality of the same transporting trolleys perform pipeline operations so as to form the automated detonator production line. The process of the present invention has characteristics of high automation degree, high production efficiency, human-machine isolation operation, high safety, and good application prospects.

Description

technical field [0001] The invention belongs to the field of pyrotechnics production technology and special devices, and is mainly used in the automatic assembly production line of detonators, including the production line process flow and related special devices with functions such as manual feeding, automatic assembly bayonet, laser marking, automatic detection and the like. technical background [0002] In the field of detonator production, a mechanized production line is often used to put the primary explosives, high explosives, and reinforcing caps required for detonation into the detonator shell, and then use a square container to temporarily store a plurality of such basic detonator bodies. At the bayonet station, put such a basic detonator shell into the bayonet manually or mechanically, and then put the igniter with sealing plug and foot line or plastic detonator (for convenience of description, hereinafter referred to as integrated igniter) ) into the detonator she...

AI Technical Summary

Problems solved by technology

Such bayonet equipment is more common, because it is a single manual operation by a single person, and employees cannot operate remotely, resulting in not only low production efficiency, but also frequent occurrence of safety accidents

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