CN112022496A - Method for manufacturing plant negative oxygen ion heating cloth - Google Patents

Abstract

The invention provides a method for manufacturing plant negative oxygen ion heating cloth, which is characterized in that high-heat energy materials such as pepper powder, garlic oil, chilli powder, dry turmeric powder, taxus chinensis branches and leaves, glutinous rice powder and the like are made into plant raw pulp by a specific process, then the plant raw pulp is perfectly blended into high-grade elastic cloth, so that high-concentration negative oxygen ions are released for a long time, the negative oxygen ions are released for a long time, after the plant raw pulp is contacted with the skin surface of a human body, under the action of self energy and plant raw pulp energy, the energy is permeated into the deep part of the skin, the blood circulation of cells is promoted, the activity of muscle tissue cells is enhanced, local muscles are in a relaxation and active state, skin pores are fully opened, the negative oxygen ions are deeply absorbed, the negative oxygen ions enable the human body cells to be activated, the cell movement speed of the part is rapidly accelerated, the muscles are rapidly scalded for more than one hour, the blood circulation, the magic effects of dredging channels and collaterals, repairing cells, eliminating congestion, relieving pain and recovering fatigue are realized.

Description

Method for manufacturing plant negative oxygen ion heating cloth

The technical field is as follows:

the technology belongs to the technical field of health care, and relates to a manufacturing method of plant negative oxygen ion heating cloth.

Background art:

in recent years, the moving rhythm is rapidly increased, the fast rhythm life brings more benefits to people, and meanwhile, a new problem is brought to a large number of people.

More and more patients with cervical vertebra pain, lumbar vertebra pain and joint pain, and some patients also seriously affect normal work and life. In view of the above, the invention discloses a method for manufacturing a plant negative oxygen ion heating cloth, which is characterized in that a special plant protoplasm is implanted on an elastic cloth by a special method to release negative oxygen ions for a long time, after the plant protoplasm is contacted with the surface of human skin, under the action of self energy and the energy of the plant protoplasm, the energy is permeated into the deep part of the skin to promote the blood circulation of cells, enhance the activity of muscle tissue cells, enable local muscles to be in a relaxed and active state, fully open pores of the skin, deeply absorb the negative oxygen ions, enable the cells of the human body to be activated, and rapidly accelerate the cell movement speed of the part, so that the muscles are rapidly scalded for more than one hour, the blood circulation of the muscles, meridians and bones is accelerated, and the miraculous effects of dredging meridians, repairing the cells, eliminating congestion, relieving pain and recovering fatigue are realized.

The invention content is as follows:

aiming at the problems, the invention provides negative plant negative oxygen ion heating cloth. The plant raw pulp is prepared from high-heat-energy materials such as pepper powder, garlic oil, chilli powder, dry turmeric powder, taxus chinensis branches and leaves, glutinous rice powder and the like by a specific process, and is perfectly blended into high-grade elastic cloth to release high-concentration negative oxygen ions for a long time. By the action of negative oxygen ions, the blood circulation of the affected part can be accelerated, the living environment of cells can be improved, and the regeneration of the cells can be promoted.

Can repair cells, promote the metabolism of the cells and is beneficial to the normal metabolism of human bodies.

In order to achieve the purpose, the invention adopts the following technical scheme:

1. the plant negative oxygen ion heating cloth of the technology: the plant raw pulp is prepared from high-heat-energy materials such as paprika powder, garlic oil, chilli powder, dry turmeric powder, taxus chinensis branches and leaves, glutinous rice powder and the like by a specific process, and is perfectly blended on high-grade elastic cloth fabric, so that negative oxygen ions are efficiently released, the negative oxygen ions directly reach focuses, channels and collaterals are relieved, blood circulation of corresponding parts is promoted, the pain is relieved, and the body of a user is relaxed, comfortable and strong.

The beneficial effect of this patent technique lies in:

1. all raw materials and all plant components of the technology are nontoxic, harmless and free of radiation pollution.

2. Through the neutralization of negative oxygen ions on cells, free radicals in vivo are removed, the activity of the cells of a human body is activated, the metabolism of the cells of the human body is enhanced, the living environment of the cells is improved, the regeneration of the cells is promoted, the metabolism of the cells is promoted, and the normal metabolism of the human body is facilitated. Meanwhile, the formaldehyde can be removed to hurt human body, kill harmful bacteria and virus and enhance the disease resistance of human body. Under the action of the self energy of the human body and the energy of the plant protoplasm, the energy permeates into the deep part of the skin, when the heat of the human body is induced to the functional layer, particles such as atomic molecules in the layer and the like move irregularly, the piezoelectric and thermoelectric effects are stronger, and the local temperature is increased.

Description of the drawings:

FIG. 1 shows a process chart for manufacturing plant negative oxygen ion heating cloth

In the figure: s1-stock S2-branch leaves S3-leaf powder preparation

S4 extraction essence S5 preparation of glutinous rice flour S6 preparation of emulsion,

S7-making raw stock S8-preparing fabric S9-implanting raw stock S10-drying

The specific implementation mode is as follows:

the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1, the present invention provides the following technical solutions:

1. the plant raw pulp comprises the following components:

the composition comprises the following components in percentage by weight: 10% of pepper powder, 5% of garlic oil, 10% of chilli powder, 5% of dry turmeric powder, 30% of taxus chinensis essence, 10% of taxus chinensis leaf powder, 30% of sticky rice emulsion and 10% of purified water;

2. the manufacturing steps are as follows:

s1-preparing materials: the following raw materials were prepared:

10 percent of Sichuan Chinese Sichuan pepper powder is ground to 800 meshes,

10 percent of Yunnan capsicum frutescens and grinding to 800 meshes,

5% of garlic oil, 5% of dry yellow ginger powder, 500% of fresh sequoia branches 300 and 10% of glutinous rice;

one stainless steel net with the aperture of 2mm and the hole distance of 6mm and a plurality of high-grade elastic cloths are reserved;

s2-branched leaves: separating the leaves and the branches of the taxus chinensis branches;

s3-leaf powder: crushing the taxus chinensis leaves of the S2 and grinding the crushed taxus chinensis leaves to 1250 meshes to obtain taxus chinensis leaf powder;

s4-extracting essence: and (3) placing the taxus chinensis branches and trunks of S2 into high-temperature puffing extraction equipment, closing an air inlet valve, heating to 60-65 ℃, keeping the temperature for 24 hours, cooling at a speed of reducing the temperature by 10-12 ℃ per hour, keeping the temperature for 3 hours when the temperature is reduced to 3-5 ℃, and opening an equipment cover, wherein the liquid in a liquid storage tray is the taxus chinensis essence.

S5-glutinous rice flour: crushing and grinding glutinous rice to 1250 meshes;

s6-making emulsion: taking 85 parts of purified water and 15 parts of glutinous rice flour of S5, uniformly stirring, heating to 100 ℃ (taking attention that uniform stirring is required in the heating process), keeping the temperature for 30 minutes, and cooling to normal temperature for later use;

s7-making primary pulp: taking 30 parts of S6 emulsion and 20 parts of S4 essence, sequentially adding 10 parts of S1 pepper powder, 10 parts of pepper powder and 5 parts of dry yellow ginger powder, stirring uniformly, adding 10 parts of S3 taxus chinensis leaf powder, adding 5 parts of garlic oil, stirring uniformly, and adding 100 parts of purified water to obtain plant primary pulp;

s8-preparing fabric: cutting the high-grade stretch cloth fabric of S1 according to the size of the stainless steel net (5 CM process edge is reserved on each edge) and processing the edges;

s9-implanting protoplasm: printing the plant raw pulp of S7 on the cloth of S8 through a stainless steel net;

s10-drying: s9, placing the cloth printed with the plant raw stock into a drying box, heating to 60 ℃, drying at constant temperature, and cooling to normal temperature;

thus obtaining the finished product plant negative oxygen ion heating cloth with the negative oxygen ion release amount of 1000-.

Claims (2)

1. A method for manufacturing plant negative oxygen ion heating cloth is characterized in that: 10% of pepper powder, 5% of garlic oil, 10% of chilli powder, 5% of dry turmeric powder, 30% of taxus chinensis essence, 10% of taxus chinensis leaf powder, 30% of sticky rice emulsion and 10% of purified water.

2. The method for manufacturing the plant negative oxygen ion heating cloth according to claim 1, wherein the method comprises the following steps: the method comprises the following steps:

s1-preparing materials: the following raw materials were prepared:

10 percent of Sichuan Chinese Sichuan pepper powder is ground to 800 meshes,

10 percent of Yunnan capsicum frutescens and grinding to 800 meshes,

5% of garlic oil, 5% of dry yellow ginger powder, 500% of fresh sequoia branches 300 and 10% of glutinous rice;

one stainless steel net with the aperture of 2mm and the hole distance of 6mm and a plurality of high-grade elastic cloths are reserved;

s2-branched leaves: separating the leaves and the branches of the taxus chinensis branches;

s3-leaf powder: crushing the taxus chinensis leaves of the S2 and grinding the crushed taxus chinensis leaves to 1250 meshes to obtain taxus chinensis leaf powder;

s4-extracting essence: and (3) placing the taxus chinensis branches and trunks of S2 into high-temperature puffing extraction equipment, closing an air inlet valve, heating to 60-65 ℃, keeping the temperature for 24 hours, cooling at a speed of reducing the temperature by 10-12 ℃ per hour, keeping the temperature for 3 hours when the temperature is reduced to 3-5 ℃, and opening an equipment cover, wherein the liquid in a liquid storage tray is the taxus chinensis essence.

S5-glutinous rice flour: crushing and grinding glutinous rice to 1250 meshes;

s6-making emulsion: taking 85 parts of purified water and 15 parts of glutinous rice flour of S5, uniformly stirring, heating to 100 ℃ (taking attention that uniform stirring is required in the heating process), keeping the temperature for 30 minutes, and cooling to normal temperature for later use;

s7-making primary pulp: taking 30 parts of S6 emulsion and 20 parts of S4 essence, sequentially adding 10 parts of S1 pepper powder, 10 parts of pepper powder and 5 parts of dry yellow ginger powder, stirring uniformly, adding 10 parts of S3 taxus chinensis leaf powder, adding 5 parts of garlic oil, stirring uniformly, and adding 100 parts of purified water to obtain plant primary pulp;

s8-preparing fabric: cutting the high-grade stretch cloth fabric of S1 according to the size of the stainless steel net (5 CM process edge is reserved on each edge) and processing the edges;

s9-implanting protoplasm: printing the plant raw pulp of S7 on the cloth of S8 through a stainless steel net;

s10-drying: s9, placing the cloth printed with the plant raw stock into a drying box, heating to 60 ℃, drying at constant temperature, and cooling to normal temperature;

thus obtaining the finished product plant negative oxygen ion heating cloth with the negative oxygen ion release amount of 1000-.

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