CN113907249A

CN113907249A - Mixing method of phyllanthus emblica coarse cereal powder for tea therapy

Info

Publication number: CN113907249A
Application number: CN202111173535.5A
Authority: CN
Inventors: 杨绍泽
Original assignee: Puhongtianxia Guangdong Tea Technology Co ltd
Current assignee: Puhongtianxia Guangdong Tea Technology Co ltd
Priority date: 2021-09-30
Filing date: 2021-09-30
Publication date: 2022-01-11

Abstract

A method for mixing Yunnan olive coarse cereal powder for tea therapy comprises the steps of adopting a multi-powder synchronous mixing device, adding tea powder accounting for 10%, Yunnan olive powder accounting for 10% and health-care powder accounting for 10% into coarse cereal powder accounting for 70%, forming a mixing ratio of 7: 1, carrying out the mixing steps of coarse cereal powder preparation, tea powder preparation, Yunnan olive powder preparation, health-care powder preparation, powder suction, powder conveying, powder stirring, powder uniform screening and bag packaging, simultaneously sucking the coarse cereal powder, the tea powder, the Yunnan olive powder and the health-care powder by a powder suction device, mixing through the first conveying of a powder spiral conveying pipe, carrying out the second stirring and mixing of a powder stirrer, and carrying out the third uniform screening of the powder uniform screening to prepare the Yunnan olive coarse cereal powder for tea therapy with comprehensive nutritional ingredients and specific health-care effects such as dampness elimination, blood pressure reduction and the like. The raw materials are sufficient and easily available, the mixing process is simple, the popularization is easy, the tea-therapy health-care food can be widely applied to the production field of tea-therapy health-care foods, and the tea-therapy health-care food has the beneficial effect of benefiting the health of human beings.

Description

Mixing method of phyllanthus emblica coarse cereal powder for tea therapy

Technical Field

The invention relates to the technical field of tea therapy health food processing, in particular to a mixing method of tea therapy phyllanthus emblica coarse cereal powder.

Background

Tea therapy is a long-term source in China. The medicated tea for treating diseases belongs to a compound formula which is prepared by frequently using tea and other medicines in traditional Chinese medicines, so the medicated tea is also called as a tea therapy compound formula. The tea is compatible with medicinal and edible medicinal materials, and mainly aims at strengthening the targeted health care effect.

In the current market, a lot of coarse cereal powder is often seen, such as wheat powder, corn flour, buckwheat flour, soybean flour, sesame paste, walnut powder, peanut powder and the like, and the advantages of the coarse cereal powder are that the coarse cereal is made into fine powder, so that the coarse cereal powder is convenient to use in a large amount in more fields. However, the existing coarse cereal powder also has the defects of incomplete nutrient components and single health care effect.

Disclosure of Invention

The invention aims to provide a mixing method of phyllanthus emblica coarse cereal powder for tea therapy.

A multi-powder synchronous mixing device is adopted, tea powder accounting for 10%, phyllanthus emblica powder accounting for 10% and health-care powder accounting for 10% are added into coarse cereal powder accounting for 70%, a mixing ratio of 7: 1 is formed, four kinds of powder are simultaneously sucked by a powder sucking device, the four kinds of powder are conveyed to a powder stirrer through a spiral conveying pipe to be conveyed and mixed for the first time, the four kinds of powder are stirred and mixed for the second time by a powder stirrer, the four kinds of powder are uniformly sieved and mixed for the third time by a uniform sieve of a rotary sieve, and the four kinds of powder are mixed to form the phyllanthus emblica coarse cereal powder with comprehensive nutritional ingredients and specific health-care efficacy.

Furthermore, the coarse cereal powder is prepared by grinding preferably more than 1 kind of coarse cereals into fine powder. The whole grain crops are broadly referred to as food crops, and not "rice, millet, wheat, and soybean" in a narrow sense. The coarse cereals in a broad sense include: rice, millet, brown rice, corn, bright rice, glutinous rice, pearl barley, black rice, red rice, soybean, red bean, mung bean, black bean, buckwheat, oat, wheat, sorghum, sweet potato and the like.

Furthermore, the tea powder is pure tea powder prepared from black tea, green tea, dark tea and other tea leaves, or golden flower fungus tea powder prepared by inoculating golden flower fungus (eurotium cristatum) to the pure tea powder, or blended tea powder prepared by adding Fuzhuan tea powder with golden flower fungus into the pure tea powder.

The golden flower fungus is inoculated in the pure tea powder, and the purpose is to increase the health care effect of the pure tea powder by utilizing the health care effect that the golden flower fungus can regulate the metabolism of a human body, reduce blood pressure, regulate carbohydrate metabolism, reduce pesticide residues in the tea powder, inhibit the growth of other mixed bacteria in the tea powder, and effectively inhibit the expansion of intestinal cancer, gastric cancer and liver cancer cells, thereby increasing the health care effect of the tea therapy phyllanthus emblica coarse cereal powder.

Further, the fructus phyllanthi powder is prepared by removing tart and bitter taste from fructus phyllanthi (fructus phyllanthi) pulp and making into fine powder.

Furthermore, the health powder is prepared by mixing, crushing and grinding more than 1 medicinal and edible medicinal materials with corresponding health care effects into fine powder according to formula dosage according to the tea and medicine health care effects required by the Yunnan olive coarse cereal powder for tea therapy.

Furthermore, many powder synchronous mixing device comprises powder case, powder suction means, hose, auger delivery pipe, powder agitator, rotary screen, divide equipment such as bag packing, and through the preparation of coarse cereals powder, tea powder preparation, yunnan olive powder preparation, health care powder preparation, powder suction, powder transport, powder stirring, the even sieve of powder, the mixing step of branch bag packing, the yunnan olive coarse cereals powder is made into tea therapy yunnan olive powder to the mixture of coarse cereals powder, tea powder, yunnan olive powder, health care powder.

A mixing method of Yunnan olive coarse cereal powder for tea therapy comprises the following specific steps:

step 1: preparing coarse cereal powder: according to the requirements of the application, the nutritional ingredients, the taste and the like of the phyllanthus emblica coarse cereal powder for tea therapy, more than 1 kind of coarse cereals are preferably mixed, crushed and ground into fine powder according to the proportion, and the coarse cereal powder accounts for 70 percent of the total weight of the phyllanthus emblica coarse cereal powder for tea therapy.

Step 2: preparing tea powder: the tea powder is directly purchased from a professional manufacturer, and pure tea powder, golden flower fungus tea powder and blended tea powder can be respectively selected preferably. The tea powder accounts for 10% of the total amount of the Yunnan olive coarse cereal powder for tea therapy. Tea powder production and golden flower fungus inoculation prior art are not described herein.

The present invention will be further described below by explaining the reason why tea powder is used as one of the raw materials of the Yunnan olive coarse cereal powder for tea therapy.

The tea can be eaten directly. Tea contains nutrients such as catechin, vitamins, amino acids, carotene, dietary fibers, minerals, chlorophyll and the like, and people only can take a small part of nutrients when drinking tea by brewing. When the tea is eaten, not only the nutrient health-care components dissolved in the tea soup are eaten, but also the nutrient health-care components which are not dissolved or are indissoluble in the tea soup are eaten together. The Hangzhou delicious famous vegetable "Longjing shelled shrimp" is made by mixing Longjing tea and shelled shrimp soaked in boiling water and stir-frying, and eating the tea and shelled shrimp together.

The nutrition of the tea comprises two parts of water solubility and fat solubility, wherein the latter part is insoluble in water and always remains in the tea no matter how many times the tea is drunk. Therefore, the nutrition of the tea can be better absorbed only by eating the tea. The water-soluble nutrition in the tea mainly comprises catechin, vitamin C and amino acid; the fat-soluble nutrition mainly comprises vitamin E, carotene, dietary fiber, mineral substances and chlorophyll. Among water-insoluble substances, vitamin E has an anti-aging effect; catechin is an important nutrient. The tea polyphenols contained in catechin has strong effects of scavenging oxygen free radicals and resisting aging. Recent research also proves that the Chinese medicinal composition can eliminate color spots, lose weight, reduce cholesterol and blood fat, kill leukemia cells and prevent influenza. Therefore, appropriate "tea" consumption is advocated to remedy this drawback.

The tea contains water insoluble or water insoluble components, fat soluble vitamins A, E, D, K, inorganic substances such as calcium, magnesium, ferrum, sulfur, copper and iodine, and organic substances. Some substances needed by the body, such as vitamin E, carotene and the like, have high content and are beneficial to the body when being eaten. However, the content of carotene, a source of vitamin A, in tea leaves is higher than that of carrot, and the content of vitamin E per 100g of tea leaves is much higher than that of common vegetables and fruits. However, they are not soluble in water, and are not easy to absorb the nutrient elements by means of making tea with boiled water. Therefore, it is more beneficial to health to eat tea than to drink tea.

Tea leaves are made into tea powder, and the tea powder, the phyllanthus emblica powder and the health care powder are mixed to make the phyllanthus emblica coarse cereal powder for tea therapy, and the phyllanthus emblica coarse cereal powder can be widely applied to the field of production of health care food with homology of medicine and food to make tea therapy health care food. When the tea-containing food is eaten, fat-soluble vitamin nutrient components contained in the tea can be obtained, and the nutritional value of the tea can be better exerted.

And step 3: preparing phyllanthus emblica powder: the phyllanthus emblica powder is directly purchased from professional manufacturers, is prepared by applying the prior art of removing the acerbity and the prior art of preparing the phyllanthus emblica powder, firstly removes the acerbity and acerbity of phyllanthus emblica pulp, then prepares the phyllanthus emblica powder, and then stir-fries the phyllanthus emblica powder to be yellow and fried with fragrance at low temperature, so that the water content of the phyllanthus emblica powder is lower than 10 percent, and the proportion of the phyllanthus emblica powder in the total amount of the tea-therapy phyllanthus emblica coarse cereal powder is 10 percent. The prior art for removing the acerbity and acerbity taste of the Phyllanthus emblica powder is not repeated here.

The present invention will be further described below by explaining the reason why the phyllanthus emblica powder is preferred as one of the raw materials of the phyllanthus emblica coarse cereal powder for tea therapy.

Fructus phyllanthi, also known as phyllanthus emblica, contains 12 vitamins, 18 amino acids, 16 trace elements, and is particularly rich in vitamin C. Many food experts in China have been written on the back of Yunnan olive in many times, the Yunnan olive is rich in nutrition, particularly, the content of vitamin C is 470-680mg/100g pulp, the highest content is 1814mg/100g, the average content is 100 times of that of orange, and 160 times of that of apple (some data report that the content of vitamin C is 10-23 times higher than that of orange and 60-134 times higher than that of apple). The fruit is used as a medicine and has the effects of clearing heat, relieving sore throat, moistening lung, eliminating phlegm, promoting the production of body fluid, quenching thirst, refreshing, strengthening heart, promoting urination, protecting stomach, resisting aging and reducing blood pressure. Modern researches prove that the fructus phyllanthi also has the effects of resisting oxidation, removing free radicals, resisting tumors, preventing aging and the like.

The phyllanthus emblica coarse cereal powder for tea therapy is prepared by mixing the phyllanthus emblica powder with coarse cereal powder, tea powder and health-care powder, is widely applied to the field of production of tea therapy health-care food, and fully embodies the medicinal and edible values of the phyllanthus emblica.

And 4, step 4: preparing health powder: the Yunnan olive coarse cereal powder is prepared by mixing, crushing and grinding more than 1 medicinal and edible medicinal materials with corresponding health care effects into fine powder according to formula dosage according to the tea and medicine health care effects required by the Yunnan olive coarse cereal powder for tea therapy, for example, damp clearing health care powder, blood pressure lowering health care powder and the like can be prepared. The health powder accounts for 10% of the total weight of the Yunnan olive coarse cereal powder for tea therapy.

And 5: powder suction: according to the mixing ratio of 7: 1, 70% of coarse cereal powder, 10% of tea powder, 10% of phyllanthus emblica powder and 10% of health-care powder are respectively added into four powder boxes placed on the ground, and feed inlets of A, B, C, D four powder suction devices are communicated through hoses. The coarse cereal powder, the tea powder, the phyllanthus emblica powder and the health care powder are respectively and simultaneously sucked from the four powder boxes by the powder suction device to enter the spiral conveying pipe. The powder suction device mainly comprises a motor, a fan, a powder suction part, a powder suction accessory and the like, wherein the fan comprises a wind wheel and a fan cover.

Step 6: powder conveying: the four powder materials of coarse cereal powder, tea powder, phyllanthus emblica powder and health-care powder are mixed and conveyed to a powder stirrer through a spiral conveying pipe, and the four powder materials are conveyed and mixed for the first time. It comprises three parts including helical blade, helical conveyer pipe body, feed inlet and discharge port and driving device. The spiral blade is in a spiral suspension surface type, and has the function of stirring and mixing powder materials during the spiral conveying operation.

Step 7, stirring powder: the four powder materials of coarse cereal powder, tea powder, phyllanthus emblica powder and health-care powder are repeatedly stirred and mixed by a stirring impeller for stirring by a powder stirrer to carry out secondary stirring and mixing.

Furthermore, the powder stirrer is designed by applying the working principle of the stirrer and comprises a motor, a bearing seat, a bracket, a coupling, a stirring shaft, an impeller and a speed reducer.

Step 8, uniformly screening powder: coarse cereal powder, tea powder, phyllanthus emblica powder and health-care powder which enter a screen box from a powder stirrer are continuously stirred by a splitter blade, so that the coarse cereal powder is continuously and repeatedly pushed in the screen box to be repeatedly and uniformly screened and mixed, the coarse cereal powder meeting the quality requirement falls in a screen mesh, and directly enters a bag-dividing package of the next step, and coarse slag materials climb out from a slag discharging port. Thus completing the third uniform mixing of the coarse cereal powder, the tea powder, the phyllanthus emblica powder and the health-care powder.

Step 9, packaging in bags: the Yunnan olive coarse cereal powder for tea therapy is prepared by uniformly mixing coarse cereal powder, tea powder, Yunnan olive powder and health-care powder for three times, and is packaged in bags for delivery.

In conclusion, the coarse cereal powder, the tea powder, the phyllanthus emblica powder and the health-care powder are conveyed and mixed for the first time through the powder spiral conveying pipe, stirred and mixed for the second time through the powder stirrer and uniformly sieved for the third time through the powder uniformly sieved according to the mixing ratio of 7: 1 to prepare the phyllanthus emblica coarse cereal powder for tea therapy, so that the aim of the invention is achieved.

The invention is not concerned with parts, which are the same as or can be implemented using prior art.

Advantageous effects

The invention has the innovative characteristics that: adding tea powder accounting for 10%, phyllanthus emblica powder accounting for 10% and health-care powder accounting for 10% into coarse cereal powder accounting for 70% to form a mixing ratio of 7: 1, and carrying out primary conveying and mixing, secondary stirring and mixing and tertiary uniform screening and mixing to prepare the tea therapy phyllanthus emblica coarse cereal powder with comprehensive nutritional ingredients and targeted health-care efficacy. The raw materials are sufficient and easily available, the mixing process is simple, the popularization is easy, the tea-therapy health-care food can be widely applied to the production field of tea-therapy health-care foods, and the tea-therapy health-care food has the beneficial effect of benefiting the health of human beings.

Drawings

In order to more clearly illustrate the embodiments of the present invention, schematic diagrams to be used in the description of the embodiments will be briefly described below.

FIG. 1 is a schematic view of a multi-powder synchronous mixing device used in an embodiment of the present invention.

In fig. 1, 1 powder bin; 2, a hose; 3, a powder suction device; 4, spiral conveying pipe; 5, a powder stirrer; 6, rotating the sieve; 7, packaging equipment for bags; 8 motor.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail by the following embodiments with reference to the accompanying drawings. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The present invention will be further described with reference to the following examples in conjunction with the accompanying drawings.

Example 1, a dampness-eliminating tea therapy fructus phyllanthi coarse cereal powder:

in some embodiments, a multi-powder synchronous mixing device illustrated in fig. 1 is adopted, tea powder accounting for 10%, phyllanthus emblica powder accounting for 10% and dampness-eliminating health-care powder accounting for 10% are added into coarse cereal powder accounting for 70% of the coarse cereal powder to form a mixing ratio of 7: 1, and the tea-therapy phyllanthus emblica coarse cereal powder with comprehensive nutritional ingredients and dampness-eliminating health-care effects is prepared by first conveying and mixing, second stirring and mixing and third uniform sieving and mixing, wherein the mixing method comprises the following steps:

step 1, preparing coarse cereal powder: the coarse cereal powder is purchased from professional manufacturers, and is prepared from 50-70% of wheat flour, preferably 50%; barley flour 10-20%, preferably 10%; oat flour 10-20%, preferably 10%; corn flour accounts for 5-10%, preferably 5%; buckwheat flour 3-5%, preferably 5%; soybean flour 3-5%, preferably 5%; the walnut kernel powder accounts for 3-5%, preferably 5%; 3-5% of peanut powder, preferably 5%; the sesame powder accounts for 3-5%, preferably 5%, and is mixed to make into coarse cereal powder.

In order to improve the utilization rate of the Yunnan olive coarse cereal powder for dampness eliminating tea therapy in the production field of dampness eliminating tea therapy health-care food, wheat flour is used as a main material, oat, barley, buckwheat and corn flour are used as auxiliary materials, and peanut powder, walnut kernel powder and sesame powder are added to blend and season.

In the step of uniformly screening the powder, the purpose of uniformly screening the four kinds of powder is to uniformly mix the four kinds of powder and simultaneously screen out the rough powder slag. When the sieve is uniformly sieved, a sieve with 50-90 meshes can be selected to control the fineness of the dampness-eliminating tea therapy phyllanthus emblica coarse cereal powder according to the application of the dampness-eliminating tea therapy phyllanthus emblica coarse cereal powder.

Step 2, preparation of Pu' er tea powder: the tea powder is directly purchased from a professional manufacturer, is the prior art for preparing the tea powder, adopts high-quality Pu ' er tea to prepare the Pu ' er tea powder, and the preparation process of the Pu ' er tea powder is not repeated herein.

Step 3, preparing phyllanthus emblica powder: the phyllanthus emblica powder is directly purchased from a professional manufacturer, is prepared by applying the prior art of removing the tart and the astringent taste of the phyllanthus emblica pulp, processing the phyllanthus emblica pulp to remove the tart and the astringent taste, then preparing the phyllanthus emblica powder by adopting the prior art of preparing the phyllanthus emblica powder, and frying the phyllanthus emblica powder to be yellow and fragrant at low temperature to ensure that the water content is lower than 10 percent. The process for removing the sour and bitter taste of fructus phyllanthi pulp and the preparation process of fructus phyllanthi powder is not repeated here.

Step 4, preparing the dampness eliminating health-care powder: the dampness eliminating health care powder is directly purchased from professional manufacturers, and is prepared from 10-20% of coix seed powder, preferably 20%; the almond powder accounts for 10-20%, preferably 15%; the fructus Amomi rotundus powder is 10-20%, preferably 15%; 10-20% of yam powder, preferably 15%; 10-20% of hawthorn powder, preferably 15%; poria powder 3-5%, preferably 5%; 3-5% of magnolia officinalis pollen, preferably 5% of magnolia officinalis pollen, 3-5% of phyllostachys edulis leaf powder, preferably 5%; 5-10% of astragalus powder, preferably 5%; the licorice powder accounts for 5-10%, preferably 5%; 5 to 10 percent of orange peel, preferably 5 percent of orange peel, and grinding the orange peel into the damp-clearing health-care powder.

The dampness eliminating health-care powder is preferably prepared from medicinal and edible medicinal materials with dampness eliminating effects. The dampness eliminating health-care powder is uniformly mixed with the coarse cereal powder, the Pu' er tea powder and the phyllanthus emblica powder to prepare the phyllanthus emblica coarse cereal powder with dampness eliminating health-care efficacy, can be widely applied to the production of tea therapy dampness eliminating health-care food, such as damp eliminating noodles, damp eliminating cakes, damp eliminating pastry and other food, and meets the requirement that food therapy dampness elimination is frequently needed in regions with relatively serious moisture.

Step 5, powder suction: as shown in figure 1, according to the mixing ratio of 7: 1, 70% of coarse cereal powder, 10% of Pu 'er tea powder, 10% of Yunnan olive powder and 10% of damp-clearing health-care powder are respectively added into a powder box 1 arranged on the ground, the feeding holes of A, B, C, D four powder suction devices 3 are communicated through hoses 2, and the coarse cereal powder, the Pu' er tea powder, the Yunnan olive powder and the damp-clearing health-care powder are respectively and simultaneously sucked from the four powder boxes 1 by the powder suction devices 3 and enter a spiral conveying pipe 4.

Step 6, powder conveying: as shown in figure 1, the coarse cereal powder, the Pu' er tea powder, the phyllanthus emblica powder and the damp-clearing health-care powder which are sucked by the suction device 3 are respectively pushed and extruded by the helical blades to be conveyed and mixed for the first time in the helical conveying process of the powder stirrer 5 by adopting the helical conveying pipe 4.

Step 7, stirring powder: as shown in figure 1, the powder entering the powder stirrer 5 is stirred by the stirring impeller to realize the second stirring and mixing of the coarse cereal powder, the Pu-erh tea powder, the phyllanthus emblica powder and the dampness-eliminating health-care powder.

Step 8, uniformly screening powder: as shown in figure 1, coarse cereal powder, Pu' er tea powder, phyllanthus emblica powder and damp-clearing health-care powder which enter a screen box from a powder stirrer 5 are continuously and repeatedly pushed by a splitter blade to be repeatedly and uniformly screened and mixed by a rotating screen 6, the coarse cereal powder meeting the quality requirement falls down in a screen mesh, and directly enters the bag-splitting package of the next step, and coarse powder slag materials climb out from a slag discharge port. Therefore, the third mixing of the coarse cereal powder, the Pu-erh tea powder, the phyllanthus emblica powder and the dampness-eliminating health-care powder is completed.

Step 9, packaging in bags: as shown in figure 1, the dampness-eliminating tea therapy Yunnan olive coarse cereal powder is prepared by uniformly mixing coarse cereal powder, Pu' er tea powder, Yunnan olive powder and dampness-eliminating health-care powder for three times, and packaging the powder in separate bags for delivery.

Example 2, a blood pressure lowering phyllanthus emblica whole grain coarse cereal powder for tea therapy:

in some embodiments, a multi-powder synchronous mixing device illustrated in fig. 1 is adopted, 10% of golden flower fungus and poria cocos tea powder, 10% of phyllanthus emblica powder and 10% of blood pressure reducing health-care powder are added into 70% of whole coarse cereal powder to form a mixing ratio of 7: 1, and the mixture is conveyed and mixed for the first time, stirred and mixed for the second time and sieved and mixed for the third time to prepare the tea therapy phyllanthus emblica coarse cereal powder with comprehensive nutritional ingredients and blood pressure reducing health-care efficacy, wherein the mixing method comprises the following steps:

step 1, preparing whole coarse cereal powder: the whole grain flour is directly purchased from professional manufacturers, and is prepared by 20-30% of whole wheat flour, preferably 20%; the whole oat flour accounts for 20-30%, preferably 20%; the barley whole grain powder accounts for 20-30%, preferably 20%; the whole highland barley powder accounts for 10-20%, preferably 10%; the whole buckwheat powder accounts for 10-20%, preferably 10%; the whole soybean powder accounts for 5-10%, preferably 5%; the whole peanut powder accounts for 5-10%, preferably 5%; the whole walnut kernel powder accounts for 5-10%, preferably 5%, and the whole sesame powder is mixed, crushed and ground into fine powder, and the whole coarse cereal powder preparation process is not repeated herein.

In the embodiment, the whole grain powder with all nutritional ingredients of the five cereals kept is prepared by taking the whole wheat, oat and barley powder as a main raw material and the whole highland barley, buckwheat and soybean powder as an auxiliary raw material and adding the whole peanut, walnut kernel and sesame powder for flavoring.

Step 2, preparation of golden flower fungus Fu tea powder: the tea powder is directly purchased by a professional manufacturer, and is prepared by applying the existing preparation technology of the tea powder and preferably selecting the Fu tea with the golden flower fungus growing on the tea powder. The manufacturing process of the Fu tea powder is not repeated herein.

In this embodiment, the camellia nitidissima-poria tea powder is preferably prepared from the poria tea with the camellia nitidissima, so that the camellia nitidissima grown in the poria tea can soften blood vessels, cardiovascular and cerebrovascular diseases are effectively prevented, vascular walls can be loosened, the healthcare effects of reducing blood fat and blood pressure are achieved, and the healthcare effect of the antihypertensive tea on the whole coarse cereal powder of fructus phyllanthi is enhanced.

Step 3, preparing phyllanthus emblica powder: the phyllanthus emblica powder is directly purchased from a professional manufacturer, is the prior art for removing the sour and astringent taste of the phyllanthus emblica pulp, is prepared into the phyllanthus emblica powder by the prior art for preparing the phyllanthus emblica powder after the phyllanthus emblica pulp is subjected to the treatment for removing the sour and astringent taste, and is fried to be yellow and fried to be fragrant at low temperature, so that the water content is lower than 10 percent. The process for removing the acerbity and acerbity of the tip and the process for preparing the phyllanthus emblica powder are not repeated herein.

Step 4, preparing the blood pressure lowering health care powder: the blood pressure lowering health powder is produced by entrusted factories and is prepared by mixing, crushing and grinding 14 parts of salvia miltiorrhiza, 14 parts of hawthorn, 14 parts of cortex lycii radicis, 14 parts of radix puerariae, 14 parts of burdock, 8 parts of radix ophiopogonis, 8 parts of rhizoma anemarrhenae, 8 parts of orange peel and 6 parts of astragalus membranaceus into fine powder.

Step 5, powder suction: as shown in figure 1, 70% of whole coarse cereal powder, 10% of golden flower fungus Fu tea powder, 10% of Yunnan olive powder and 10% of blood pressure reducing health-care powder are respectively added into a powder box 1 arranged on the ground according to the mixing ratio of 7: 1, the feeding holes of A, B, C, D four powder suction devices 3 are communicated through hoses 2, and the whole coarse cereal powder, the golden flower fungus Fu tea powder, the Yunnan olive powder and the blood pressure reducing health-care powder are respectively and simultaneously sucked from the four powder boxes 1 by the powder suction devices 3 and enter a spiral conveying pipe 4.

Step 6, powder conveying: as shown in figure 1, the whole coarse cereal powder, the golden flower fungus Fu tea powder, the phyllanthus emblica powder and the blood pressure reducing health-care powder which are sucked by the suction device 3 at the same time are respectively pushed and extruded by the helical blades to be sent into the helical conveying process of the powder stirrer 5 for carrying out primary conveying and mixing on the four powder materials by adopting the helical conveying pipe 4.

Step 7, stirring powder: as shown in figure 1, the powder entering the powder stirrer 5 is stirred by the stirring impeller to realize the secondary stirring and mixing of the whole coarse cereal powder, the golden flower fungus Fu tea powder, the phyllanthus emblica powder and the blood pressure reducing health care powder.

Step 8, uniformly screening powder: as shown in figure 1, the whole coarse cereal powder, the golden flower fungus Fu tea powder, the phyllanthus emblica powder and the blood pressure reducing health care powder which enter a screen box from a powder stirrer 5 are continuously turned and repeatedly uniformly screened by a splitter blade by a rotary screen 6, the coarse cereal powder meeting the quality requirement falls down in a screen mesh, and directly enters a bag-dividing package of the next step, and coarse powder slag materials climb out from a slag discharge port. Therefore, the third mixing of the whole coarse cereal powder, the golden flower fungus Fu tea powder, the phyllanthus emblica powder and the blood pressure reducing health-care powder is completed.

In the embodiment, the whole coarse cereal powder, the golden flower fungus Fu tea powder, the phyllanthus emblica powder and the blood pressure reducing health-care powder are uniformly screened, and the aim is to uniformly mix the four powder materials and screen out wild powder residues. When the sieve is uniformly sieved, the fineness of the whole Yunnan olive coarse cereal powder for the blood pressure reducing tea therapy can be controlled by selecting a sieve with 30-60 meshes according to the application of the whole Yunnan olive coarse cereal powder for the blood pressure reducing tea therapy.

Step 9, packaging in bags: as shown in figure 1, the blood pressure reducing tea therapy phyllanthus emblica coarse cereal powder is prepared by uniformly mixing whole coarse cereal powder, golden flower fungus and poria cocos tea powder, phyllanthus emblica powder and blood pressure reducing health-care powder for three times, and is packaged in bags for delivery.

In the embodiment, the blood pressure reducing health care effects of the golden flower fungus and poria cocos tea powder and the blood pressure reducing health care powder are integrated, the whole Yunnan olive grain powder for tea therapy formed by mixing the golden flower fungus and poria cocos tea powder has the blood pressure reducing health care effect, and can be widely applied to production of blood pressure reducing health care foods, such as whole grain noodles for blood pressure reduction, whole grain cakes for blood pressure reduction, whole grain pastry for blood pressure reduction and the like, and the requirements of hypertension crowds are met.

Claims

1. A multi-powder synchronous mixing device is adopted, tea powder accounting for 10%, phyllanthus emblica powder accounting for 10% and health-care powder accounting for 10% are added into coarse cereal powder accounting for 70%, a mixing ratio of 7: 1 is formed, four kinds of powder are simultaneously sucked by a powder sucking device, the four kinds of powder are conveyed to a powder stirrer through a spiral conveying pipe to be conveyed and mixed for the first time, the four kinds of powder are stirred and mixed for the second time by a powder stirrer, the four kinds of powder are uniformly sieved and mixed for the third time by a uniform sieve of a rotary sieve, and the four kinds of powder are mixed to form the phyllanthus emblica coarse cereal powder with comprehensive nutritional ingredients and specific health-care efficacy.

2. The mixing method of the Yunnan olive coarse cereal powder for the tea therapy according to claim 1 is characterized in that: the coarse cereal powder is prepared by grinding preferably more than 1 kind of coarse cereals into fine powder, and the coarse cereals in a broad sense comprise: the coarse cereal powder accounts for 70 percent of the total amount of the Yunnan olive coarse cereal powder for tea therapy.

3. The mixing method of the Yunnan olive coarse cereal powder for the tea therapy according to claim 1 is characterized in that: the tea powder is pure tea powder prepared from black tea, green tea, dark tea and the like, or golden flower tea powder prepared by inoculating golden flower fungus (namely eurotium cristatum) to the pure tea powder, or blended tea powder prepared by adding Fuzhuan tea powder with the golden flower fungus in the pure tea powder, wherein the tea powder accounts for 10% of the total amount of the Yunnan olive coarse cereal powder for tea therapy.

4. The mixing method of the Yunnan olive coarse cereal powder for the tea therapy according to claim 1 is characterized in that: the phyllanthus emblica powder is prepared by applying the prior art of removing tart and astringent taste and the prior art of preparing the phyllanthus emblica powder, wherein the phyllanthus emblica pulp is subjected to the treatment of removing the tart and astringent taste and then is prepared into the phyllanthus emblica powder, and the proportion of the phyllanthus emblica powder in the total amount of the phyllanthus emblica coarse cereal powder for tea therapy is 10%.

5. The mixing method of the Yunnan olive coarse cereal powder for the tea therapy according to claim 1 is characterized in that: the health powder is prepared by mixing, crushing and grinding more than 1 medicinal and edible medicinal materials with corresponding health care effects into fine powder according to formula dosage according to the tea and medicine co-therapy health care effects required by the tea therapy phyllanthus emblica coarse cereal powder, wherein the health powder accounts for 10% of the total weight of the tea therapy phyllanthus emblica coarse cereal powder.

6. The mixing method of the Yunnan olive coarse cereal powder for the tea therapy according to claim 1 is characterized in that: the mixing step of the phyllanthus emblica coarse cereal powder for tea therapy comprises the steps of coarse cereal powder preparation, tea powder preparation, phyllanthus emblica powder preparation, health-care powder preparation, powder suction, powder conveying, powder stirring, powder uniform screening and bagging packaging; the powder suction is realized by sucking four powder materials of coarse cereal powder, tea powder, phyllanthus emblica powder and health care powder from four powder material boxes through hoses respectively and simultaneously by means of a powder suction device and feeding the four powder materials into a spiral conveying pipe; the spiral conveying is to mix and convey four kinds of powder of coarse cereal powder, tea powder, phyllanthus emblica powder and health care powder to a powder stirrer through a spiral conveying pipe; the powder stirring is to stir and mix four kinds of powder of coarse cereal powder, tea powder, phyllanthus emblica powder and health care powder by a powder stirrer; the powder homogenizing sieve is used for mixing four kinds of powder entering the sieve box from the powder stirrer by adopting a rotary sieve through a third homogenizing sieve which is continuously turned over by a splitter blade and repeatedly carried out by the homogenizing sieve.

7. The mixing method of the Yunnan olive coarse cereal powder for the tea therapy according to claim 1 is characterized in that: through the mixed step of coarse cereal powder preparation, pu ' er tea powder preparation, yunnan olive powder preparation, the health care powder preparation that dispels the damp, the powder is absorb, the powder is carried, the powder stirring, the even sieve of powder, divide the bag packing, according to coarse cereal powder account for 70%, pu ' er tea powder account for 10%, yunnan olive powder account for 10%, the health care powder that dispels the damp accounts for 10%, form 7: 1's mixing ratio, carry out the first time through the auger delivery and carry out the mixture of carrying on, carry out the second time through the powder agitator and stir the mixture, carry out the even sieve of third time through the rotary screen and mix, make a yunnan olive coarse cereal powder that dispels the damp tea.

8. The mixing method of the Yunnan olive coarse cereal powder for the tea therapy according to claim 1 is characterized in that: the preparation method comprises the steps of preparing whole coarse cereal powder, preparing golden flower fungus and Fu tea powder, preparing Yunnan olive powder, preparing antihypertensive health-care powder, absorbing powder, conveying the powder, stirring the powder, uniformly sieving the powder and packaging in bags, wherein the whole coarse cereal powder accounts for 70%, the golden flower fungus and Fu tea powder accounts for 10%, the Yunnan olive powder accounts for 10% and the antihypertensive health-care powder accounts for 10% to form a mixing ratio of 7: 1, the first conveying and mixing are carried out through spiral conveying, the second stirring and mixing are carried out through a powder stirrer, and the third uniform sieving and mixing are carried out through a rotary sieve, so that the Yunnan olive whole coarse cereal powder for treating the hypotensive tea is prepared.