CN218851891U

CN218851891U - Edible nine-system sealwort replaces apparatus for producing of meal

Info

Publication number: CN218851891U
Application number: CN202223481305.8U
Authority: CN
Inventors: 程鸿财; 汪芳; 李凤娇
Original assignee: Zhjiang Wanglin Biological Technology Co ltd
Current assignee: Zhjiang Wanglin Biological Technology Co ltd
Priority date: 2022-12-26
Filing date: 2022-12-26
Publication date: 2023-04-14
Anticipated expiration: 2032-12-26

Abstract

The utility model provides an edible nine system sealwort are production device of meal instead, production device includes the device body, the device body is separated into 4 parts through the baffle: cleaning and fumigating part, pulping and grinding part, mixing part and drying and briquetting part; the device is characterized in that a polygonatum raw material inlet, a purified water inlet, a waste outlet, an air inlet, an air outlet, a moisture exhaust port, a tap water inlet, a purified water inlet, a pine needle raw material inlet, a hibiscus flower raw material inlet, a chrysanthemum raw material inlet, a maltodextrin inlet, a plant carbon black inlet, a citric acid inlet, an edible nine-process polygonatum outlet, a power supply interface and a controller are arranged outside the device body; the production device for replacing meal with nine edible rhizoma polygonati can thoroughly remove the pungent taste of rhizoma polygonati, and auxiliary additives, namely plant carbon black and dextrin, are added into rhizoma polygonati powder, so that the side effect of nine-processed rhizoma polygonati on a human body is thoroughly eliminated. The production device has high integration level, and integrates all processing procedures of rhizoma Polygonati for meal replacement.

Description

Edible nine-system sealwort replaces apparatus for producing of meal

Technical Field

The invention belongs to the field of food processing equipment, and particularly relates to a production device for an edible nine-system sealwort meal replacement.

Background

Rhizoma Polygonati (Polygonatum sibiricum) is dried rhizome of Polygonatum kingianum, polygonatum kingianum or Polygonatum cyrtonema of Polygonatum of Liliaceae (Liliaceae) of perennial herb. Named as Xianren Yu Liang, laohu Jiang, jitou Shen, etc., it is also called "rhubarb essence", "Jitou Huang Jing" and "Jiang-shaped Huang Jing", depending on their shapes. Rhizoma polygonati is a traditional Chinese medicine in China, belongs to a Chinese herbal medicine with homology of medicine and food, and has the rhizome shape like sweet potato, can be eaten raw and stewed, can allay hunger and has a health-care function. The rhizome of sealwort contains polysaccharide, glycan, flavone, lignin, alkaloid, amino acid and other substances, and modern pharmacological research shows that the sealwort is sweet in taste and neutral in nature and has various effects of tonifying qi and yin, tonifying spleen, moistening lung, tonifying kidney, preventing and treating cardiovascular diseases, resisting aging, resisting tumors, reducing blood sugar, enhancing human immunity and the like. It is commonly indicated for deficiency of spleen-stomach qi, fatigue, stomach yin deficiency, dry mouth, poor appetite, lung deficiency, dry cough, hemoptysis, essence and blood deficiency, soreness and weakness of waist and knees, premature graying of hair, internal heat and diabetes.

Sealwort has a long history of eating in China, and the most common processing method is nine times steaming and nine times drying, and is also the traditional processing method since ancient times in China. According to the ancient method, the nine-process sealwort is obtained after nine-steaming and nine-processing sealwort, and the effects of reducing toxicity and improving efficiency can be achieved.

However, the nine-process sealwort has some disadvantages. The nine-process sealwort has slight stimulation to the tongue in taste, and can cause gastrointestinal discomfort after long-term use, and gastrointestinal discomfort such as abdominal pain, diarrhea, stomachache, abdominal fullness, large stool odor, no molding and the like can occur. Meanwhile, in the processing process of the polygonatum sibiricum food, the obtained polygonatum sibiricum powder is dark and unattractive and is easy to agglomerate.

Aiming at the problems, the plant carbon black can play a good auxiliary supplement role on the nine-process sealwort. The plant charcoal is a solid substance which is rich in carbon and is generated by cracking or incomplete combustion of biomass rich in carbon under the anaerobic or anaerobic condition, is an insoluble colorant, and is high-quality pure natural edible melanin which is prepared by carbonizing and refining plants serving as raw materials. Plants are mainly composed of cellulose, hemicellulose and lignin, and also contain nutrients such as proteins, amino acids, fats, sugars, minerals (such as potassium, sodium, calcium, magnesium, zinc, manganese, iron, copper, selenium, silicon, etc.), and plant carbon black products obtained by treatment are also produced. The characters include black powder particles, no odor, and no solubility in water and organic solvent. The plant carbon black is a natural food pigment with large usage amount in China, is a pure natural pigment and is synthesized by a non-chemical method, and a large number of animal experiments prove that acute and chronic poisoning phenomena are not found in foods containing the plant carbon black and products thereof, and mutation-causing effect is not generated. The plant carbon black is a very safe edible pigment because the plant carbon black has pure color and luster and does not participate in human metabolism, and in addition, the plant carbon black also has physiological activities of adsorbing harmful substances in vivo, expelling toxin, beautifying, clearing up the night soil, inhibiting bacteria, preventing corrosion, keeping fresh, resisting oxidation and the like, so the plant carbon black has multiple advantages of being natural, safe and multifunctional, and is suitable for being added as a pigment when various foods are prepared.

Therefore, the plant carbon black can be completely used as an auxiliary additive of the nine-process sealwort and added into the nine-process sealwort product to prevent the side effect of the nine-process sealwort on human bodies. The plant carbon black added into the nine-process rhizoma polygonati can adjust the maladaptive symptoms caused by diarrhea, inhibit the odor in excrement, provide the proliferation of intestinal weakly acidic bacteria and reduce harmful bacteria. Meanwhile, the plant carbon black has a very fine structure, large specific gravity, more pores and black color, can effectively avoid agglomeration of the nine-process sealwort, and covers the color of the nine-process sealwort.

However, in the prior art, a production device for replacing meals by nine-system sealwort containing plant carbon black is lacked, and the existing production equipment for nine-system sealwort is modified, so that the processing of the plant carbon black is not facilitated.

The analysis of the prior art shows that a production device which has high integration level, can simultaneously process nine-process polygonatum and plant carbon black and finally mix the nine-process polygonatum for meal replacement needs to be designed to overcome the problems.

Disclosure of Invention

Based on the defects of the prior art, the invention provides the production device for the edible nine-process polygonatum sibiricum meal replacement, the device can process polygonatum sibiricum, remove the pungent taste of the polygonatum sibiricum, eliminate the adverse reaction to a human body by adding the plant carbon black, prepare the polygonatum sibiricum meal replacement, and has the advantages of simple operation and lower cost.

The production device for replacing meals with nine edible sealwort is characterized by comprising a device body, wherein the device body is divided into 4 parts through a partition plate: cleaning and fumigating part, pulping and grinding part, mixing part and drying and briquetting part; the device is characterized in that a polygonatum raw material inlet, a purified water inlet, a waste outlet, an air inlet, an air outlet, a moisture exhaust port, a tap water inlet, a purified water inlet, a pine needle raw material inlet, a hibiscus flower raw material inlet, a chrysanthemum raw material inlet, a maltodextrin inlet, a plant carbon black inlet, a citric acid inlet, an edible nine-process polygonatum outlet, a power supply interface and a controller are arranged outside the device body;

the cleaning and fumigating part is externally provided with 1 polygonatum raw material inlet, 1 purified water inlet, 1 waste material outlet, at least 1 air inlet, at least 1 air outlet, at least 1 moisture outlet, 1 tap water inlet, 1 purified water inlet, 1 pine needle raw material inlet, 1 hibiscus flower raw material inlet and 1 chrysanthemum raw material inlet; the washing and fumigating part is internally provided with a fumigator and a decocting machine, the fumigator is cylindrical and is composed of edible stainless steel, the fumigator is communicated with a rhizoma polygonati raw material inlet, a waste material outlet, a moisture discharging port and a tap water inlet through a pipeline, the lower part of the fumigator is provided with a material outlet and a waste material outlet, the waste material outlet of the fumigator is communicated with the waste material outlet of the device body through a pipeline, a roller driven by a motor is arranged inside the fumigator, the side wall of the roller is provided with a plurality of water draining holes, a plurality of nylon brushes are arranged inside the side wall of the roller, the bottom of the roller is of a movable opening/closing structure, an electric heating device is arranged below the fumigator, and the material outlet of the fumigator is communicated with the pulping and grinding part through a pipeline; the decocting machine is communicated with a purified water inlet, a pine needle raw material inlet, a hibiscus flower raw material inlet and a chrysanthemum raw material inlet through pipelines, an electric heating device is arranged inside the decocting machine, a material outlet is arranged below the decocting machine, a funnel is arranged below the material outlet of the decocting machine, an inclined filter screen is arranged inside the funnel, a pipeline communicated with a waste material outlet of the device body is arranged on one side of the filter screen, and the lower part of the funnel is communicated with the pulping and grinding part through a pipeline; the fumigation machine and the medicine decocting machine are electrically connected with the power interface and are in communication connection with the controller;

the external part of the pulping and grinding part is provided with 1 plant carbon black inlet, the internal part of the pulping and grinding part is provided with a pulping machine and a closed ball mill, the pulping machine is communicated with a pipeline connected with a material outlet of the fumigator, a pipeline connected with the lower part of the funnel and the plant carbon black inlet, the lower part of the pulping machine is provided with a material outlet, the material outlet of the pulping machine is communicated with the material inlet of the closed ball mill through a pipeline, the internal part of the closed ball mill is made of food-grade stainless steel, the lower part of the closed ball mill is provided with a material outlet, and the material outlet of the closed ball mill is communicated with the mixing part through a pipeline; the pulping machine and the closed ball mill are electrically connected with a power interface and are in communication connection with the controller;

the external part of the mixing part is provided with 1 maltodextrin inlet and 1 citric acid inlet, the internal part of the mixing part is provided with a mixer, the mixer is communicated with a pipeline arranged on a material outlet of the closed ball mill, the maltodextrin inlet and the citric acid inlet, the lower part of the mixer is provided with a material outlet, and the material outlet of the mixer is communicated with the drying and briquetting part through a pipeline; the mixing machine is electrically connected with the power interface and is in communication connection with the controller;

an air inlet, an air outlet, a moisture discharge port and an edible nine-process polygonatum rhizome outlet are formed in the outer part of the drying and briquetting part, a freeze dryer and a food briquetting machine are arranged in the drying and briquetting part, the freeze dryer is communicated with a pipeline and the moisture discharge port which are formed in the material outlet of the mixing machine, a material outlet is formed in one side of the freeze dryer, the material outlet of the freeze dryer is communicated with the material inlet of the food briquetting machine through a pipeline, and the material outlet of the food briquetting machine is communicated with the edible nine-process polygonatum rhizome outlet of the device body; the freeze dryer and the food briquetting machine are electrically connected with the power interface and are in communication connection with the controller.

According to the above production apparatus for edible nine-process sealwort, preferably, the mixer is a horizontal ribbon mixer or a trough mixer made of food grade stainless steel.

The production device for replacing meal with edible nine-process sealwort provided by the invention can fumigate the sealwort raw material for multiple times, can mix the decocted pine needle, hibiscus flower and chrysanthemum extracting solution with the sealwort, thoroughly remove the pungent taste of the sealwort, and add auxiliary additives, namely carbon black and dextrin, into the sealwort powder, so as to thoroughly eliminate the side effect of the nine-process sealwort on human bodies. This apparatus for producing integrated level is high, and all manufacturing procedure integration that meal was replaced to sealwort are in the same place, and the user can calculate the proportion of raw materials and other materials as required, puts into equipment with raw materials and other materials, carries out nine system sealwort meal replacement production to can adjust processing environment, parameter and raw materials proportion as required, adjust final product, the meal replacement product of pressing the piece that the customer required is directly output in the processing equipment exit.

Drawings

FIG. 1 is a sectional view of an apparatus for producing an edible nine-process rhizoma Polygonati meal replacement of the present invention;

FIG. 2 is a schematic view of the external structure of the device for producing an edible nine-process sealwort meal replacement of the present invention;

reference numerals

1-device body, 2-sealwort raw material inlet, 3-cleaning fumigation part, 4-pulping grinding part, 5-mixing part, 6-drying briquetting part, 7-purified water inlet, 8-waste outlet, 9-air inlet, 10-air outlet, 11-moisture outlet, 12-tap water inlet, 14-pine needle leaf raw material inlet, 15-hibiscus flower raw material inlet, 16-chrysanthemum raw material inlet, 17-maltodextrin inlet, 18-plant carbon black inlet, 19-citric acid inlet, 20-edible nine-process sealwort outlet, 21-power interface, 22-controller, 31-fumigator, 32-decocting machine, 41-pulping machine, 42-closed ball mill, 51-mixing machine, 61-freeze-drying machine, 62-food briquetting machine.

Detailed Description

In order to make the technical content of the present invention more easily understood, the technical solution of the present invention is described in detail below with reference to the embodiments.

Example 1

The utility model provides an edible nine system sealwort are for production device of meal which characterized in that, production device include device body 1, and device body 1 separates into 4 parts through the baffle: the cleaning and fumigating part 3, the pulping and grinding part 4, the mixing part 5 and the drying and briquetting part 6 correspond to four processes of preparing the nine-process sealwort meal replacement respectively: cleaning and fumigating, pulping and grinding, mixing raw materials and drying and briquetting processes. The device body 1 is externally provided with a rhizoma polygonati raw material inlet 2, a purified water inlet 7, a waste outlet 8, an air inlet 9, an air outlet 10, a moisture exhaust port 11, a tap water inlet 12, a purified water inlet 7, a pine needle raw material inlet 14, a hibiscus flower raw material inlet 15, a chrysanthemum raw material inlet 16, a maltodextrin inlet 17, a plant carbon black inlet 18, a citric acid inlet 19, an edible nine-process rhizoma polygonati outlet 20, a power supply interface 21 and a controller 22.

In this embodiment, the exterior of the cleaning and fumigating portion 3 is provided with 1 sealwort raw material inlet 2, 1 purified water inlet 7, 1 waste outlet 8, 1 air inlet 9, 1 air outlet 10, 1 moisture outlet 11, 1 tap water inlet 12, 1 purified water inlet 7, 1 pine needle raw material inlet 14, 1 hibiscus flower raw material inlet 15, and 1 chrysanthemum raw material inlet 16. The cleaning and fumigating part 3 is used for cleaning, fumigating and drying the rhizoma Polygonati raw material for multiple times, and decocting folium Pini raw material, flos Hibisci raw material and flos Chrysanthemi raw material with water to obtain decoction. A fumigator 31 and a medicine decocting machine 32 are arranged inside the cleaning and fumigating part 3, and the fumigator 31 is used for cleaning, fumigating and drying rhizoma polygonati raw materials for multiple times. Fumigator 31 is cylindrical, constitute by food grade stainless steel, fumigator 31 passes through pipeline and sealwort raw materials entry 2, waste outlet 8, hydrofuge mouth 11, running water entry 12 intercommunication, fumigator 31 lower part is equipped with material export and waste outlet 8, fumigator 31's waste outlet 8 passes through pipeline and device body 1's waste outlet 8 and passes through the pipeline intercommunication, the inside cylinder that is driven by the motor that is equipped with of fumigator 31, the cylinder lateral wall is equipped with a plurality of waterlogging caused by excessive rainfall holes, the inside nylon brush that is used for wasing the sealwort raw materials that is equipped with of cylinder lateral wall, the cylinder bottom is the activity and opens/closed structure, the inside below of fumigator 31 is equipped with electric heater unit, fumigator 31's material export passes through pipeline and the 4 intercommunications of beating grinding part. After the rhizoma polygonati raw material enters the fumigation machine 31, the tap water inlet 12 is opened, tap water is input into the fumigation machine 31, then the roller is driven by the motor to rotate, and bristles in the roller repeatedly scrub the rhizoma polygonati raw material, so that the effect of cleaning the rhizoma polygonati raw material is achieved. After the rhizoma polygonati raw material is repeatedly cleaned, the waste outlet 8 is opened, and the sewage generated by cleaning is discharged out of the production device. Then the waste outlet 8 is closed, the tap water inlet 12 is opened again, tap water required for fumigation is input into the fumigation machine 31, then the electric heating device of the fumigation machine 31 is opened to heat the tap water and begin to fumigate the polygonatum sibiricum raw material, after the fumigation is finished, the waste outlet 8 is opened to discharge waste water to the outside of the production device, and the electric heating device continues to heat the interior of the production device for drying. After repeated fumigation and drying, the bottom of the roller is opened, the material outlet is opened, and the sealwort raw material is conveyed to the pulping and grinding part 4. The medicine decocting machine 32 is communicated with the purified water inlet 7, the pine needle raw material inlet 14, the hibiscus flower raw material inlet 15 and the chrysanthemum raw material inlet 16 through pipelines, an electric heating device is arranged inside the medicine decocting machine 32, a material outlet is arranged below the medicine decocting machine 32, a funnel is arranged below the material outlet of the medicine decocting machine 32, an inclined filter screen is arranged inside the funnel, one side of the filter screen is provided with a pipeline communicated with the waste outlet 8 of the device body 1, and the lower part of the funnel is communicated with the pulping grinding part 4 through a pipeline. After the pine needle leaf raw material, the hibiscus flower raw material and the chrysanthemum raw material enter the decocting machine 32 through the pine needle leaf raw material inlet 14, the hibiscus flower raw material inlet 15 and the chrysanthemum raw material inlet 16, the purified water inlet 7 is opened, purified water for decocting water is input into the decocting machine 32, then an electric heating device of the decocting machine 32 is started to start the decocting, after the decocting is finished, the decocting machine 32 conveys the whole mixture in the decocting machine 32 to a funnel through a material outlet, the mixture is filtered through a filter screen in the funnel to obtain a water decoction, and the water decoction is conveyed to a pulping and grinding part 4 through a pipeline. The fumigator 31 and the decocting machine 32 are electrically connected to the power source 21 and are in communication connection with the controller 22, and the controller 22 can control the reaction conditions and reaction parameters of the devices such as the input amount of the rhizoma polygonati raw material, the pine needle leaf raw material, the hibiscus flower raw material and the chrysanthemum raw material, the cleaning time of the fumigator 31, the fumigation time, the fumigation times, the water decoction time of the decocting machine 32, and the like.

The pulping and grinding part 4 is used for mixing the sealwort raw material, the water decoction and the plant carbon black, pulping and grinding the mixture. The external part of the pulping and grinding part 4 is provided with 1 plant carbon black inlet 18, the internal part of the pulping and grinding part 4 is provided with a pulping machine 41 and a closed ball mill 42, the pulping machine 41 is communicated with a pipeline connected with a material outlet of the fumigator 31, a pipeline connected with the lower part of the funnel and the plant carbon black inlet 18, the lower part of the pulping machine 41 is provided with a material outlet, and the material outlet of the pulping machine 41 is communicated with the material inlet of the closed ball mill 42 through a pipeline. After the fumigated rhizoma polygonati raw material, the water decoction and the plant carbon black are washed and put into the beater 41, the raw material, the water decoction and the plant carbon black are continuously mixed in the beating process to obtain mixed slurry, and the mixed slurry is conveyed to the closed ball mill 42 through a pipeline. The inside of the closed ball mill 42 is made of food-grade stainless steel, a material outlet is formed in the lower portion of the closed ball mill 42, the material outlet of the closed ball mill 42 is communicated with the mixing portion 5 through a pipeline, the mixed slurry is fully ground in the closed ball mill 42 to obtain grinding fluid, and the grinding fluid is conveyed to the mixing portion 5 through a pipeline. The beater 41 and the closed ball mill 42 are electrically connected to the power interface 21 and communicatively connected to the controller 22, and the controller 22 may control, for example, a beating time period of the beater 41, a grinding time period of the closed ball mill 42, and the like.

The mixing part 5 is used for thoroughly mixing the grinding fluid, maltodextrin for improving mouthfeel and citric acid for improving taste and preserving. The mixing part 5 is externally provided with 1 maltodextrin inlet 17 and 1 citric acid inlet 19, the mixing part 5 is internally provided with a mixer 51, the mixer 51 is communicated with a pipeline arranged on a material outlet of the closed ball mill 42, the maltodextrin inlet 17 and the citric acid inlet 19, the lower part of the mixer 51 is provided with a material outlet, the material outlet of the mixer 51 is communicated with the dry briquetting part 6 through a pipeline to obtain a fully mixed mixture, and the mixture is conveyed to the dry briquetting part 6 through a pipeline. The mixing machine 51 is electrically connected to the power interface 21 and is communicatively connected to the controller 22, and the controller 22 is used to control the mixing duration and the like of the mixing machine 51. In this embodiment, mixer 51 is selected from a horizontal ribbon mixer made of food grade stainless steel.

The dry briquetting section 6 is used to effect final freeze drying of the mixture and to compact the dried food powder into small pieces for storage and consumption. The outside of the drying and briquetting portion 6 is provided with an air inlet 9, an air outlet 10, a moisture exhaust port 11 and an edible nine-process sealwort outlet 20, the inside of the drying and briquetting portion 6 is provided with a freeze dryer 61 and a food briquetting machine 62, the freeze dryer 61 is communicated with a pipeline arranged at a material outlet of the mixer 51 and the moisture exhaust port 11, and one side of the freeze dryer 61 is provided with a material outlet. The material outlet of the freeze dryer 61 is communicated with the material inlet of the food briquetting machine 62 through a pipe, and the mixture powder dried by the freeze dryer 61 is conveyed to the food briquetting machine 62. The material outlet of the food briquetting machine 62 is communicated with the edible nine-system sealwort outlet 20 of the device body 1, and the mixture which is pressed into small blocks is the nine-system sealwort meal replacement finished product. The freeze dryer 61 and the food briquetting machine 62 are electrically connected to the power source 21 and are in communication connection with the controller 22, and the controller 22 is used for controlling the drying time period and the like.

Finally, the above embodiments are only intended to illustrate the technical solutions of the present invention and not to limit the present invention, and although the present invention has been described in detail with reference to the preferred embodiments, it will be understood by those skilled in the art that modifications or equivalent substitutions may be made on the technical solutions of the present invention without departing from the spirit and scope of the technical solutions, and all of them should be covered by the claims of the present invention.

Claims

1. The production device for the edible nine-system sealwort meal replacement is characterized by comprising a device body (1), wherein the device body (1) is divided into 4 parts through a partition board: a cleaning and fumigating part (3), a pulping and grinding part (4), a mixing part (5) and a drying and briquetting part (6); the device is characterized in that a polygonatum raw material inlet (2), a purified water inlet (7), a waste material outlet (8), an air inlet (9), an air outlet (10), a moisture exhaust port (11), a tap water inlet (12), a purified water inlet (7), a pine needle raw material inlet (14), a hibiscus flower raw material inlet (15), a chrysanthemum raw material inlet (16), a maltodextrin inlet (17), a plant carbon black inlet (18), a citric acid inlet (19), an edible nine-process polygonatum outlet (20), a power supply interface (21) and a controller (22) are arranged outside the device body (1);

the cleaning and fumigating part (3) is externally provided with 1 sealwort raw material inlet (2), 1 purified water inlet (7), 1 waste material outlet (8), at least 1 air inlet (9), at least 1 air outlet (10), at least 1 moisture exhaust port (11), 1 tap water inlet (12), 1 purified water inlet (7), 1 pine needle raw material inlet (14), 1 hibiscus flower raw material inlet (15) and 1 chrysanthemum raw material inlet (16); a fumigation machine (31) and a medicine decocting machine (32) are arranged inside the cleaning and fumigation part (3), the fumigation machine (31) is cylindrical and is composed of edible stainless steel, the fumigation machine (31) is communicated with a rhizoma polygonati raw material inlet (2), a waste material outlet (8), a moisture discharge port (11) and a tap water inlet (12) through pipelines, a material outlet and a waste material outlet (8) are arranged at the lower part of the fumigation machine (31), the waste material outlet (8) of the fumigation machine (31) is communicated with the waste material outlet (8) of the device body (1) through a pipeline, a roller driven by a motor is arranged inside the fumigation machine (31), a plurality of water draining holes are arranged on the side wall of the roller, a plurality of nylon brushes are arranged inside the side wall of the roller, the bottom of the roller is of a movable opening/closing structure, an electric heating device is arranged below the fumigation machine (31), and the material outlet of the fumigation machine (31) is communicated with the pulping part (4) through a pipeline; the decocting machine (32) is communicated with the purified water inlet (7), the pine needle raw material inlet (14), the hibiscus flower raw material inlet (15) and the chrysanthemum raw material inlet (16) through pipelines, an electric heating device is arranged inside the decocting machine (32), a material outlet is arranged below the decocting machine (32), a funnel is arranged below the material outlet of the decocting machine (32), an inclined filter screen is arranged inside the funnel, a pipeline communicated with the waste outlet (8) of the device body (1) is arranged on one side of the filter screen, and the lower part of the funnel is communicated with the pulping and grinding part (4) through a pipeline; the fumigation machine (31) and the medicine decocting machine (32) are electrically connected with the power interface (21) and are in communication connection with the controller (22);

the external of the pulping and grinding part (4) is provided with 1 plant carbon black inlet (18), the internal of the pulping and grinding part (4) is provided with a pulping machine (41) and a closed ball mill (42), the pulping machine (41) is communicated with a pipeline connected with a material outlet of the fumigation machine (31), a pipeline connected with the lower part of the funnel and the plant carbon black inlet (18), the lower part of the pulping machine (41) is provided with a material outlet, the material outlet of the pulping machine (41) is communicated with the material inlet of the closed ball mill (42) through the pipeline, the internal of the closed ball mill (42) is made of food-grade stainless steel, the lower part of the closed ball mill (42) is provided with a material outlet, and the material outlet of the closed ball mill (42) is communicated with the mixing part (5) through the pipeline; the beater (41) and the closed ball mill (42) are electrically connected with the power interface (21) and are in communication connection with the controller (22);

the outer part of the mixing part (5) is provided with 1 maltodextrin inlet (17) and 1 citric acid inlet (19), a mixer (51) is arranged in the mixing part (5), the mixer (51) is communicated with a pipeline arranged on a material outlet of the closed ball mill (42), the maltodextrin inlet (17) and the citric acid inlet (19), a material outlet is arranged at the lower part of the mixer (51), and the material outlet of the mixer (51) is communicated with the drying and briquetting part (6) through a pipeline; the mixing machine (51) is electrically connected with the power interface (21) and is in communication connection with the controller (22);

an air inlet (9), an air outlet (10), a moisture discharging port (11) and an edible nine-process polygonatum rhizome outlet (20) are formed in the outer portion of the drying and pressing part (6), a freeze dryer (61) and a food pressing machine (62) are arranged in the drying and pressing part (6), the freeze dryer (61) is communicated with a pipeline and the moisture discharging port (11) which are formed in a material outlet of the mixer (51), a material outlet is formed in one side of the freeze dryer (61), the material outlet of the freeze dryer (61) is communicated with a material inlet of the food pressing machine (62) through the pipeline, and the material outlet of the food pressing machine (62) is communicated with the edible nine-process polygonatum rhizome outlet (20) of the device body (1); the freeze dryer (61) and the food briquetting machine (62) are electrically connected with the power interface (21) and are in communication connection with the controller (22).

2. The apparatus for producing an edible nine-process sealwort meal replacement according to claim 1, wherein the mixer (51) is a horizontal ribbon mixer or a trough mixer made of food grade stainless steel.