Detonator automatic chemical dispensing system

Abstract

The invention provides a detonator automatic chemical dispensing system. The detonator automatic chemical dispensing system comprises a worktable, a man-machine interaction module, one or more chemical dispensing modules, a dosage control module, a stepping module and a control module, wherein the worktable is used for fixing detonator ignition parts to be subjected to chemical dispensing; the man-machine interaction module is used for setting and displaying working parameters and a working process flow of the chemical dispensing system; one or more chemical dispensing modules are used for performing chemical dispensing on the detonator ignition parts; the dosage control module is used for controlling the single chemical dispensing amount of each chemical dispensing module; the stepping module is used for controlling the relative movement of each chemical dispensing module and the worktable to enable each chemical dispensing module to dispense chemicals into the detonator ignition part; and the control module is used for controlling the working of the chemical dispensing modules, the dosage control module and the stepping module according to the working parameters and the working process flow. The chemical dispensing system realizes the accurate positioning and the precise quantification of chemical dispensing operation; automated batch chemical dispensing of the detonator ignition parts is realized, thereby being conductive to improving production efficiency; and by controlling the single chemical dispensing amount, the amount of the chemicals dispensed into the ignition parts is kept consistent, thereby being conductive to improving the consistency of the ignition parts, the product quality of the detonator ignition parts and the qualification rate of finished products.

Description

technical field [0001] The invention relates to the technical field of pyrotechnics manufacture, in particular to an automatic dispensing system for a detonator. Background technique [0002] In the existing detonator production process, the process of dipping the powder is usually used to complete the production of the ignition part of the detonator. There are following defects in this production method: [0003] (1) During the process of dipping the igniter, the igniter hangs upside down, and the gravitational effect during the moving process and when hanging upside down may easily cause the tip of the igniter to fall off, thereby reducing the pass rate of the igniter. [0004] (2) With the above-mentioned process, it is difficult to control the amount of igniting agent dipped on the single-shot igniter, resulting in poor consistency of the produced igniter, which in turn affects the firing reliability of the detonator. [0005] (3) The production process is cumbersome, ...

AI Technical Summary

Problems solved by technology

[0003] (1) During the process of dipping the igniter, the igniter hangs upside down, and the gravitational effect during the moving process and when hanging upside down may easily cause the tip of the igniter to fall off, thereby reducing the qualified rate of the igniter

[0004] (2) With the above-mentioned process, it is difficult to control the amount of igniting agent dipped on the single-shot igniter, which leads to poor consistency of the produced igniter, which in turn affects the ignition reliability of the detonator

[0005] (3) The production process is cumbersome, the production efficiency is low, and it is difficult to realize the automatic mass production of detonators and ignition parts

[0006] (4) Poor safety, prone to production safety accidents and serious consequences

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