Tea seed continuous cycle cleaning technology for tea oil production and processing

Abstract

The invention relates to a tea seed continuous cycle cleaning technology for tea oil production and processing. Automatic cleaning equipment is used. The automatic cleaning equipment comprises a box body and a cleaning device. A specific method for cleaning tea seeds through the above automatic cleaning device includes the following steps that S1, feeding is conducted; S2, continuous cleaning is conducted; S3, discharging is conducted; S4, feeding is conducted again; and S5, classifying and collecting are conducted. A feeding port is formed in the upper end of the box body, a discharging portis formed in the lower end of the box body, and the cleaning device is installed in the box body. By means of the tea seed continuous cycle cleaning technology, a multistage continuous cycle manner isadopted for cleaning the tea seeds, the cleaning effect is obviously improved, the tea seeds and impurities such as grass scraps can be effectively separated, the size of screen holes can be adaptively adjusted according to the size of particles of to-be-cleaned materials, in addition, all the parts of the cleaning device are connected in a detachable manner, the parts can be conveniently replaced and maintained after the work duration reaches a certain limit.

Description

technical field [0001] The invention relates to the technical field of tea oil processing, in particular to a continuous cycle cleaning process for tea oil production and processing of tea seeds. Background technique [0002] Tea seeds are easily mixed with grass clippings, gravel, soil clods and other sundries during the collection process. If the above sundries are not separated from tea seeds, the quality of tea oil made from tea seeds will be reduced. Therefore the cleaning step is extremely important in the processing of camellia oil. [0003] At present, most of the cleaning of tea seeds needs to be completed by means of sieves, and there are the following problems in actual work: a. Since the size of the sieve openings in the sieves is fixed, the existing screening equipment is used to carry out tea seeds with different particle sizes. When cleaning, it is necessary to replace the screens with different mesh sizes, which further increases the operation steps and incr...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the cleaning of tea seeds needs to be completed by means of sieves, and there are the following problems in actual work: a. Since the size of the sieve openings in the sieves is fixed, the existing screening equipment is used to carry out tea seeds with different particle sizes. When cleaning, it is necessary to replace the screens with different mesh sizes, which further increases the operation steps and increases the complexity of the work; b. The screens are often installed inside the equipment, and after a long time of use, the screens are easy to stick to Tea seeds, grass clippings and other sundries need to be cleaned in time, otherwise the sundries will block the sieve holes, resulting in incomplete separation of tea seeds from grass clippings, gravel, etc. Before cleaning the screen, the screen should be Take it out from the inside of the device, the operation is complicated and time-consuming

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