Fully-automatic capsule drying process method and drying device applying method

Abstract

The invention relates to a fully-automatic capsule drying process method and a drying device applying the method. After being dipped with glue through a glue dripping machine, each to-be-dried plate mould with a capsule is conveyed to an inlet of a multi-layer upper drying tunnel arranged on a drying frame; one plate mould conveyed in the upper drying tunnel on each layer is pushed to an outlet direction of the upper drying oven on the layer through a front plate mould, and is dried in a pushing process; the plate mould pushed out from the outlet of the upper drying tunnel on each layer is ascended to a rear lifting mechanism at the height of the upper drying tunnel on the layer, is descended to the height of the inlet of a lower drying tunnel arranged on the drying frame through the rearlifting mechanism, and is dragged and pushed into the lower drying channel through a lower dragging mechanism; and one plate mould which enters the lower drying channel pushes the front plate mould tothe outlet direction of the lower drying tunnel, and is dried in the pushing process. Drying time in the upper drying channel of the mould is increased on the basis of the original production line length, so that drying process requirements of starch capsules are adapted.

Description

technical field [0001] The invention belongs to the field of capsule drying, in particular to a fully automatic capsule drying process and a drying device for implementing the method. Background technique [0002] The current production materials for medicinal capsules are animal gelatin and vegetable gelatin, and now there is a starch material that can produce medicinal capsules, and the price of starch materials is much lower than that of gelatin. [0003] Existing fully automatic production lines for animal gelatin and vegetable gelatin such as figure 1 As shown, two sets of upper and lower drying channels are used, that is, one upper drying channel 3 and one lower drying channel 4. After the molds of each plate are dipped in glue by the glue dipping machine 1 in turn, they are dragged to the upper drying channel by the upper dragging mechanism 2 in turn. In lane 3, the last plate mold dragged forward pushes the upper plate mold dragged forward in the upper drying lane u...

AI Technical Summary

Problems solved by technology

The existing drying equipment cannot meet the drying process requirements of starch capsules

Because the inherent characteristics of gelatin and starch materials are different, gelatin capsules can be dried quickly after being dipped in glue, and the drying time is short; while starch capsules cannot be dried quickly after being dipped in glue, and the capsules will be deformed if the drying strength is high. , requiring slow drying speed, lengthening the drying time

Due to the limitation of the length of the workshop and production line, it is impossible to make the production line too long, which limits the drying time of starch capsules

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