Coupling and middle chucking, conduction testing, encoding and die arraying device of detonator and automatic control method

Abstract

The invention provides a coupling and middle chucking, conduction testing, encoding and die arraying device of a detonator and an automatic control method and relates to the field of production of industrial explosive materials. According to the coupling and middle chucking, conduction testing, encoding and die arraying device, a protective board (11) is divided into a workpiece conveying mechanism and an operation station, wherein the workpiece conveying mechanism comprises a horizontal conveying device and a vertical conveying device; the operation station is a coupling and middle chucking station (14) and a conduction testing and die arraying station (20). The horizontal conveying device is provided with a coupling and middle chucking die splitting device and a conduction die splitting device; the coupling and middle chucking die splitting device is composed of a first port door (5), a cutting die plate (8) and a real die lateral pushing air cylinder (4); the conduction die splitting device is composed of a second port door (23), an empty encoding box die cutting air cylinder (22) and an empty encoding box lateral pushing air cylinder (12). The horizontal conveying device is used for automatically distributing and conveying a real die provided with the detonator and an empty encoding box on a belt conveyor to the operation station; the vertical conveying device is used for automatically conveying an empty die and a real encoding box back to the belt conveyor and intensive control is realized by a central processing unit; the coupling and middle chucking, conduction testing, encoding and die arraying device of the detonator has the positive effects of high efficiency, low cost and high safety guarantee coefficients.

Description

technical field [0001] The invention relates to the field of production of civil blasting equipment, in particular to an automatic conveying and production device for detonator bayonet buckle processing, conduction testing, and coded die arranging, and a method for automatically controlling it. Background technique [0002] On the current detonator production line, the stations of each process on the production line are mainly connected by manual transfer or conveyor belt. The loaded detonators are placed in the module together, transported by the conveyor belt, and arrive at the bayonet card waist processing station. The module is manually removed and placed on the station, and then the detonator is taken out for processing, and the empty module is placed on the return journey of the conveyor belt. Back on belt. After a process operation is completed, the semi-finished products formed by this process are manually collected, and then passed to the next process for processin...

AI Technical Summary

Problems solved by technology

It can be seen that the above-mentioned process has a low degree of automation, slow efficiency, and many elements of human participation, which n

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