Line feeding system and method for electronic ignition parts

Abstract

The invention discloses a line feeding system and method for electronic ignition parts. The system comprises a loading pallet information collector and a feeding channel, wherein the loading pallet information collector can collect RFID passive tags arranged on loading pallets, bind the collected RFID passive tags with the specifications and models of the electronic ignition parts on the corresponding loading pallets, transmit binding results to an assembly line control system at the same time and establish a management database so that a feeding room control door can identify the RFID passivetags of the loading pallets entering a feeding room, and consequently the loading pallets are distributed to corresponding channels of the feeding channel; the channels feed the loading pallets to aline, and the loading pallets are conveyed to a conveying belt connected with the next procedure; the feeding channel is arranged in the feeding room and comprises more than one pair of channels, andeach pair of channels comprises a left channel and a right channel which are redundant to each other; and the loading pallets are transferred from the loading pallet information collector to the feeding channel through a transfer device. The method has few procedures and high production efficiency.

Description

technical field [0001] The invention relates to the technical field of assembly and production of industrial electronic detonators in civil blasting equipment, in particular to a system and method for putting electronic igniters online. Background technique [0002] Industrial electronic detonators are assembled from basic detonators and electronic igniters, and electronic igniters are the basic components necessary for assembling industrial electronic detonators. Since the electronic igniter has feet of different lengths, the sources of the electronic control modules are different, the models and specifications are different, and the sizes are different, it must be strictly distinguished when used and the materials must be supplied to the assembly line in time according to the model and specification. At present, the commonly used production method of industrial electronic detonators is manual, shot-by-shot processing. [0003] The manual on-line process of electronic igni...

AI Technical Summary

Problems solved by technology

[0004] 1) Manual single-shot processing and multiple operations of multiple processes will easily lead to duplication of labor and waste of labor hours;

[0005] 2) Manually picking and placing and transferring the electronic igniter may easily lead to disorder and inconvenient use of the electronic igniter;

[0006] 3) Manual pick-and-place cannot provide real-time material supply status during process use, and cannot match the fully automatic and intelligent production mode;

[0007] 4) Manual pick-and-place, storage, and delivery, and the operators are continuously on duty, which cannot achieve the goal requirements of unmanned workshops and intelligent management

However, this kind of online production process has many processes, long circulation cycle, poor use flexibility, low production efficiency, no process redundancy, and any failure will cause the entire line to shut down. Requirements

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