Vacuum puffing rapid extraction system and extraction method

Abstract

The invention relates to a vacuum puffing rapid extraction system and an extraction method, the vacuum puffing rapid extraction systemcomprises a vacuum puffing extraction tank, a water supplementing unit, an air compressor, a vacuum pump and a steam pressure tank, a filtering material cup is arranged at the lower opening end of the vacuum puffing extraction tank, and a top sealing cover is arranged at the upper opening end of the vacuum puffing extraction tank; an opening is formed in the middle of the top end of the top sealing cover and used for containing a steam pressure tank stretching into the vacuum puffing extraction tank, an elastic normally-open sealing door is arranged at the opening portion of the bottom end of the steam pressure tank, and an elastic door holder assembly is arranged at the outer bottom of the steam pressure tank. The output end of the water replenishing unit is respectively communicated with the steam pressure tank and the vacuum puffing extraction tank, the output end of the air compressor is communicated with the top end of the vacuum puffing extraction tank, and the vacuum pump is communicated with the top end of the steam pressure tank and the top end of the steam pressure tank. The nutrient components of raw materials can be rapidly and efficiently extracted by using low-temperature water, and meanwhile, a large amount of raw materials, energy and time are saved.

Description

technical field [0001] The invention belongs to the field of extracting nutritional components of beverage raw materials, in particular to a vacuum puffing rapid extraction system and an extraction method. Background technique [0002] Making tea and decocting traditional Chinese medicine is a tradition with a history of thousands of years in our country. The method of making tea or decocting Chinese medicine has always been to soak or boil the raw materials in hot water. This method not only consumes time, but also consumes raw materials. The utilization rate of nutrient components is also very low, resulting in a large amount of waste of raw materials and energy. Although the newly emerging ultrafine pulverization method can improve the utilization rate of raw materials after soaking in hot water, there is also a large amount of energy and time consumption. In modern society, people's demand for health and fast-paced life, and the requirements for the quality and productio...

AI Technical Summary

Problems solved by technology

[0002] Making tea and decocting traditional Chinese medicine is a tradition with a history of thousands of years in our country. The method of making tea or decocting Chinese medicine has always been to soak or boil the raw materials in hot water. This method not only consumes time, but also consumes raw materials. The utilization rate of nutrients is also very low, resulting in a lot of waste of raw materials and energy, although the newly appeared ultra-fine crushing method can improve the utilization rate of raw materials after soaking in hot water, but there is also a large amount of energy and time consumption

In modern society, people's demand for health and fast-paced life, and the requirements for the quality and production speed of coffee and milk tea and other beverages are getting higher and higher. The traditional high-temperature and rapid extraction of coffee and tea will cause serious bitterness and a large amount of aroma. The traditional low-temperature extraction takes a long time, and it is difficult to meet people's requirements for high-quality beverages.

For example, a Chinese patent titled: Vacuum extraction brewing system, application number: 201810629149.4, also proposed a new technology of vacuum extraction, and now there are vacuum extraction products such as vacuum negative pressure extraction machines on the market, but these products Neither has the function of vacuum puffing, and the cell wall of the raw material is not broken during the extraction process. Although there is a negative pressure effect, the speed and effect of extraction are not much improved compared with conventional methods, and there is still no way to solve the above problems

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