Dispersing type conveying mechanism for tablet packer

Abstract

A distributed conveying mechanism for a tablet packaging machine, comprising a cylindrical material receiving trough and a bracket for supporting the material receiving trough, the material receiving trough is provided with a material distribution mechanism, and is also provided with The feeding mechanism is a driving mechanism that rotates in the feeding chute. The power shaft of the driving mechanism is connected with the feeding mechanism through the rotating shaft. There is a through hole for dropping tablets at the bottom of the feeding chute. A conveyor belt that accepts and transmits tablets; the material distributing mechanism is composed of a conical distributing cone and a ring-shaped distributing pan arranged at the lower end of the distributing cone. The gap is smaller than the thickness of the dispersed tablets, and a number of drop-off holes are uniformly arranged on the distribution tray, and a blocking mechanism for blocking part of the drop-off holes is also provided on the tank wall of the receiving trough. The structure of this scheme is simple, and through the mutual cooperation of the distributing mechanism and the receiving tank, the dispersed delivery of the tablets to the dispensing system is realized, and the production efficiency is improved.

Description

technical field [0001] The invention relates to a conveying mechanism for a tablet packaging machine, in particular to a decentralized conveying mechanism for a tablet packaging machine. Background technique [0002] At present, when pharmaceutical companies produce tablets, they generally adopt an overall assembly line operation. The process generally includes the following aspects: tablet forming, demoulding, drying, transporting, and packaging. As we all know, the above processes are the most difficult. The main link is from conveying to sub-packaging. The main reasons are as follows: First, during the conveying process, many tablets are easily piled up and stick together, making it difficult to disperse them; second, most of the conveying equipment is vibrating. Screening equipment or relatively simple transmission belts are more likely to cause accumulation during the conveying process; based on the above factors, due to the imperfect design of the existing equipment, m...

AI Technical Summary

Problems solved by technology

[0002] At present, when pharmaceutical companies produce tablets, they generally adopt an overall assembly line operation. The process generally includes the following aspects: tablet forming, demoulding, drying, transporting, and packaging. As we all know, the above processes are the most difficult. The main link is from conveying to sub-packaging. The main reasons are as follows: First, during the conveying process, many tablets are easily piled up and stick together, making it difficult to disperse them; second, most of

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