Full-automatic compressed tea dissolving recovering machine

Abstract

The invention relates to a full-automatic compressed tea dissolving recovering machine which is characterized by consisting of a stander, a barrel box body, a feeding port, a central rotating shaft, a fixed hinge tooth, a rotating hinge tooth, a receiving port, a motor, a receiving platform and a bearing seat; the barrel box body is arranged in the central position of the stander, the feeding port is arranged on the top of the barrel box body, the receiving port is arranged on the bottom of the barrel box body, the motor is arranged right above the barrel box body, the central rotating shaft is arranged right in the center inside the barrel box body, the motor is directly connected to the top end of the central rotating shaft, the other end of the central rotating shaft is arranged in the bearing seat, the bearing seat is arranged right below the barrel box body and connected with the stander, the bearing seat is fixed on the stander, and the receiving platform is arranged on one side of the stander. The defective goods of the compressed tea are dissolved and scattered by the machine, so that not only can the dissolving efficiency of the compressed tea be enhanced, but also the dissolving quality is guaranteed, the labor intensity is alleviated, the full-automatic industrialized operation is realized, the production efficiency is improved, and the product quality is improved.

Description

technical field [0001] The invention relates to a fully automatic compressed tea dismantling and recycling machine, especially a mechanized dismantling and recycling technology for unqualified products that are not up to standard due to shape, weight, etc. produced in the production, transportation, storage and other process links of compressed Pu'er tea. . It belongs to tea processing equipment. Background technique [0002] At present, the dismantling and recycling process of Pu-erh compressed tea defective products has been using the traditional manual operation method, that is, steaming with high-temperature steam to soften them first, and then manually kneading them for reprocessing. [0003] This traditional process of recycling and processing defective products has the following disadvantages: 1. The labor intensity is relatively high. According to actual measurements, after high-temperature steam, the highest temperature of pressed tea is nearly 107°C; 2. The effici...

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Problems solved by technology

[0003] This traditional process of recycling and processing defective products has the following disadvantages: 1. The labor intensity is relatively high. According to actual measurements, after high-temperature steam, the highest temperature of pressed tea is nearly 107°C; 2. The efficiency of manual kneading is low, Invisibly increases labor costs and reduces production efficiency. According to data, based on 357g cake tea, it takes 1 minute to knead a cake of conventional tea leaves. With the rise of the Pu-erh tea industry, some Pu-erh pressed tea manufacturers are defective every year. The product will reach hundreds of tons, and as consumers have higher and higher requirements for product quality, the proportion of defective products in the production process will gradually increase; 3. The traditional manual method of loosening is easy to cause damage to tea Pollution affects the quality of food hygiene and safety; 4. The quality of manual kneading is not high, and human factors are large, which cannot reach a unified standard

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