A mechanism for quantitatively injecting bright beads

Abstract

The invention belongs to the technical field of production technology for filling bright beads in a combined fireworks inner tube, and in particular relates to a mechanism for quantitatively injecting bright beads. It includes a base, a rotating drive mechanism, a rotating cylinder, a turning plate and blanking mechanism and a medicine box, wherein the rotating cylinder is rotatably installed on the base, and the turning plate and blanking mechanism is arranged on the rotating cylinder for feeding to the rotating cylinder. Drugs are injected inside, the medicine box is arranged on the turning plate and blanking mechanism for storing medicines, and the rotation driving mechanism is arranged on the base for driving the rotation of the rotating cylinder. The invention adopts flip-type retrieving, quantitative feeding, no shearing, no extrusion, no friction, can realize automatic production, and liberate manpower for high-risk operations.

Description

Technical field [0001] Technical Field The present invention belongs to the production process of the combination of fireworks bright beads packed tube, particularly to a mechanism dosed bright beads. Background technique [0002] Currently, fireworks filled the inner cylinder filled all rely on manual, which severely restricted all fireworks production capacity of enterprises, enhance product quality and production safety standards. A variable number of artificial loading of drugs, and poor consistency. Not only to living in harsh hazardous working conditions when workers filling, and workers in a large number of repeated mechanical action is difficult to ensure product quality and production safety. Artificial pull easily form an electrostatic cartridge loader, triggered accidents. Rough aids and backward mode of production of the fireworks industry. Inventive content [0003] For the above problems, an object of the present invention to provide a quantitative means of bright ...

AI Technical Summary

Problems solved by technology

[0002] At present, the filling of fireworks inner tubes is all done manually, which seriously restricts the improvement of production capacity, product quality and production safety level of all fireworks manufacturers.

The amount of drugs manually loaded is variable and the consistency is poor

Not only do workers have to be in a harsh and dangerous working environment when loading, but it is also difficult for workers to ensure product quality and production safety in a large number of repetitive mechanical actions.

Manually assisted pull-out charging boxes are prone to static electricity, which can lead to production accidents

Rough auxiliary tools and backward production methods have restricted the development of the fireworks industry

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