A fully automatic spiral capsule dryer

Abstract

The invention discloses a fully automatic spiral capsule dryer, which comprises a box body, a rotating shaft, a drying cylinder mounting snap ring, a blanking plate, a drying cylinder, a spiral guide plate, a rotating shaft motor, a conveying belt, a feeding pipe, and an air duct Expansion board, electric heating fan, material outlet, connecting rod, eccentric wheel, motor, hinge, negative pressure fan control device, filter screen, powerful negative pressure fan, material inlet, material feeding port, material storage box, negative pressure fan storage box , electric fan control device, vacuum cleaner and temperature sensor, the present invention adopts a mesh drying cylinder with both ends open, and adds a mesh spiral guide plate inside the mesh mesh drying cylinder, thereby greatly improving the capsule The drying efficiency is high, thereby effectively avoiding the phenomenon of capsule deformation, melting, adhesion and partial hardening of the capsule due to uneven heating. The invention also installs a vacuum cleaner on the feeding pipe, so that while drying the capsule, Realized the dedusting work to capsule again.

Description

【Technical field】 [0001] The invention relates to the technical field of capsule production equipment, in particular to the technical field of a fully automatic screw capsule dryer. 【Background technique】 [0002] Soft capsules made by pressing method or dripping method need to be dried after the soft capsule is formed to facilitate long-term storage of the capsule. The traditional soft capsule drying device mainly relies on a heating plate to heat and dry the capsule. , so often due to the high temperature of the heating plate, capsule deformation, melting, and adhesion; or partial hardening of the outer surface of the capsule due to uneven heating; traditional soft capsule drying devices generally do not have a feeding device, and need The operator continues to add materials, so the labor intensity of the whole work process is relatively high. 【Content of invention】 [0003] The purpose of the present invention is to solve the problems in the prior art, and to propose a...

AI Technical Summary

Problems solved by technology

[0002] Soft capsules made by pressing method or dripping method need to be dried after the soft capsules are formed to facilitate long-term storage of capsules. The traditional soft capsule drying device mainly relies on a heating plate to heat and dry the capsules. , so often due to the high temperature of the heating plate, capsule deformation, melting, and adhesion; or partial hardening of the outer surface of the capsule due to uneven heating; traditional soft capsule drying devices generally do not have feeding devices, and need The operator continues to add materials, so the labor intensity of the whole work process is relatively high

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