Quantitative reciprocating conveying mechanism for firework inner barrel charging equipment

Abstract

The invention provides a quantitative reciprocating conveying mechanism for firework inner barrel charging equipment. The quantitative reciprocating conveying mechanism comprises a rack, a powder storehouse, a powder quantifying component, a falling hopper, a powder hopper and a powder hopper conveyor, wherein the powder storehouse is arranged on the top of the rack, and the powder quantifying component and the falling hopper are arranged under a discharging port of the powder storehouse in sequence; the powder hopper conveyor is fixedly arranged on one side of the rack, and the powder hoppermoves back and forth along the powder hopper conveyor; and when the powder hopper moves near the rack side, the powder hopper communicates with the falling hopper and the powder quantified by the powder quantifying component is transferred into the powder hopper. The quantitative reciprocating conveying mechanism for the firework inner barrel charging equipment is used in an automatic production line of firework inner barrel charging and can quantitatively discharge the powder, the conveying efficiency is high, and powder supplement can be carried out for the next station in time. Moreover, the time of direct contact of workers and the powder can be shortened, the harm of the dust and powder to a human body is reduced, and the quantitative reciprocating conveying mechanism is safe and efficient.

Description

technical field [0001] The invention belongs to the technical field of fireworks inner tube charging equipment, and in particular relates to a quantitative reciprocating conveying mechanism for fireworks inner tube charging equipment. Background technique [0002] Drugs used in the production of fireworks, such as high-potassium, silver powder, bright beads, etc., are flammable and explosive. determining factor. Most of the existing solutions for the delivery of drugs loaded in the inner tube of fireworks are that a special person allocates the amount of drug required for a certain working hour, and then the special person transports it from the drug storage area to the assembly station. This method is inefficient and has certain risks. . At present, there is an urgent need for a drug delivery device that can be fully automated in the drug distribution production line of fireworks inner tubes to improve delivery efficiency and safety, so as to fill the vacancy of automatio...

AI Technical Summary

Problems solved by technology

Most of the existing solutions for the delivery of drugs loaded in the inner tube of fireworks are that a special person allocates the amount of drug required for a certain working hour, and then the special person transports it from the drug storage area to the assembly station. This method is inefficient and has certain risks.

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