CN213406932U - Nano thermal inductance massage plaster body, plaster and plaster - Google Patents
Nano thermal inductance massage plaster body, plaster and plaster Download PDFInfo
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- CN213406932U CN213406932U CN201920410391.2U CN201920410391U CN213406932U CN 213406932 U CN213406932 U CN 213406932U CN 201920410391 U CN201920410391 U CN 201920410391U CN 213406932 U CN213406932 U CN 213406932U
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Abstract
The utility model discloses a nanometer hot-sensing massage plaster body, paste and plaster. A nanometer thermal massage plaster body comprises beads with diameter of 1-9 mm. A nanometer thermal induction massage plaster comprises a substrate layer, a substrate layer and a protective layer, wherein the substrate layer is a plaster body, the substrate layer comprises a non-woven fabric with a non-setting adhesive on one surface, an anti-seepage pearlized film and a rubber or foam anti-leakage sealing ring, and the protective layer comprises a silk screen non-woven fabric and release paper. A nanometer thermal inductance massage cream is prepared by cooling and packaging paste body. The nano moxibustion plaster or the nano moxibustion plaster is suitable for being used in hospital physical therapy departments, traditional Chinese medicine clinics, health preserving halls, massage parlors and families, and has large market demand; the raw materials used for production are commercially available products, are easy to purchase and are suitable for industrial mass production.
Description
Technical Field
The utility model relates to the technical field of the manufacture of human body external application paste and plaster products, in particular to a nano thermal inductance massage plaster body, plaster and plaster.
Background
Firstly, with the development of market economy, the gradual improvement of the substance living standard of people and the health requirements of people, various health-care massages are generated at the same time, the health-care massage refers to stimulation information generated by operating at a proper part of a human body, the nerve body fluid adjusting function of the human body is influenced in a reflection mode, and the frequent health-care massage of the body not only can condition the health of the human body, but also can relax the mood and relieve the fatigue, thereby achieving the aims of strengthening the health-care physique and conditioning and relieving various sub-health diseases;
hot application: also known as a heat-generating patch and a warming patch, with the continuous and intensive research on heat application, the heat application is widely used for physical therapy, health care and relief of various disease symptoms. Chinese patent 201410019889.8A Chinese medicinal hot compress patch for improving microcirculation and relieving pain, which can generate heat within 5-10 min after the product is unsealed, wherein the heat generation temperature is 40-55 deg.C, and the duration is 10-15 hr; chinese patent 201420684248.X, a self-heating magnetic moxibustion patch, wherein one of carbon powder or iron powder is placed in the self-heating bag, and when the self-heating magnetic moxibustion patch is used, the oxygen-isolating adhesive patch at the bottom of the self-heating bag is uncovered, and the medicine bag is adhered to the bottom of the self-heating bag and is attached to an affected part or an acupuncture point of a human body; the existing Chinese medicinal hot compress patches or medicinal moxibustion patches are all iron powder heating bags made of iron powder, activated carbon, salt and other materials;
external application of the ointment: chinese patent 201510770850.4A Chinese medicinal hot compress preparation and its preparation method and application method, the preparation method comprises: grinding the raw materials into powder in proportion, and wetting with water, wherein the weight ratio of the powder to the water is 10 (1-2). The using method comprises the following steps: the Chinese medicinal hot compress paste is coated on the surface of the skin of a patient, hot compress is carried out for 1 hour and half, and the temperature is controlled within 45-50 ℃. The traditional Chinese medicine hot compress medicament is an artificial temperature-control hot compress medicament;
1. the existing human body external application ointment, traditional Chinese medicine hot application or medicinal moxibustion patch products have the defect that the moxibustion application position does not have the function of synchronously conditioning with massage when being spread or applied to human body moxibustion therapy, and finger massage and palm massage can be used for synchronously conditioning the human body external application ointment, traditional Chinese medicine hot application or medicinal moxibustion patch products to be developed;
2. the existing traditional Chinese medicine hot compress patch or medicinal moxibustion patch adopts an iron powder heating bag made of iron powder, activated carbon, salt and other materials, and the iron powder heating bag is not suitable for finger method and palm method massage patches; the traditional Chinese medicine hot compress medicament with artificial temperature control cannot keep comfortable constant temperature for a long time, is inconvenient to use, is not suitable for being applied to massage cream for finger massage and palm massage, and a new product needs to be developed;
therefore, there is a need for a hot compress cream which does not use iron powder heating pack and artificial temperature control, can generate comfortable heat feeling on the skin, has long heat feeling time and promotes blood circulation, and can be prepared into a patch or a cream which can be used by finger massage or palm massage at the moxibustion position when being spread or applied to human body for moxibustion.
Secondly, disclosing the data:
1. materials for bead applications are disclosed:
bian stone therapy is increasingly widely applied in clinical and household preventive health care, is one of the traditional Chinese medicine external treatment methods, and is guided by the traditional Chinese medicine theory, particularly the meridian theory, and the acting part of the Bian stone is mainly on the skin, so that the skin part theory of the meridian has a more direct guiding effect on the Bian stone therapy. The theory and the function of the skin part of the six meridians are analyzed, the application rule of the skin part theory in the stone needle therapy is explained primarily, and the meridian theory is further supplemented to guide the stone needle therapy.
The Chinese network negative ions and the health care effect thereof national medicine report/2007/3/23/002 th edition medical service chen tree birchleaf negative ions are proved by scientific research that the negative ions in the air have good medical care function to human bodies. Because it can directly act on promoting metabolism and relieving fatigue, etc.; negative ion powders such as chinese patent: 201210009268.2 making the coral fossil, tourmaline, opal, serpentine, Maifanitum, QIBINGSHI, BAITONGSHI, YIWANGSHI, shell, diatomaceous earth, ferric oxide, aluminum oxide, zirconium oxide and zirconium phosphate into ion powder for use in health product and cosmetic;
2. adsorbent carrier application materials publications:
(1) and attapulgite: the attapulgite clay has good adsorption and rheological properties and no toxicity to human body, and can be used as adjuvant for pharmaceutical preparations and pharmaceuticals of Zhongnan university college of medicine, Changsha 410013.
(2) And rectorite: the clay therapy of China, the China department of understanding, is that the Guangdong trace element science (two) treats diseases, the number of the article at 19 st volume, No. 1 of 2012, 1006446X (2012) 01000120 rectorite is the lubricating property, the thermal stability and the high temperature resistance of mica layer, and the hydrophilicity, the expansibility, the colloid property, the suspension property, the adsorbability, the cation exchange property and the like of montmorillonite. It can swell in water and be dissociated into paste. In addition, it also contains various elements beneficial to human body, such as Si, Ca, Mg, Na, S, P, Fe, Zn, Se, Co, Sr, La, etc.;
3. thermosensors for thermosensory substrates: a heat-sensitive agent (quality supervision and detection research institute in Guangzhou city, also called a heating agent) in a personal care product is measured by a Chinese national network analyzer 2014 phase 3 high performance liquid chromatography, the heat-sensitive agent is added to enable the product to generate heat on the skin and enable a human body to generate comfortable sensation, and the commonly used heat-sensitive agents comprise zingerone and vanillyl butyl ether, which are substitutes of natural heat-sensitive agents and can not burn the skin.
4. Ultrasonic Chinese medicine extract open data: for example, Chinese patent application No. 201210260414.9 discloses a novel mud therapy product for external application and fever of human body and application thereof; the traditional Chinese medicine raw materials are subjected to ultrasonic extraction and concentration process to obtain an extract, wherein the extract is used for conditioning and relieving difficult and complicated arthralgia symptoms such as cervical spondylosis, scapulohumeral periarthritis, lumbar intervertebral disc protrusion, rheumatism, rheumatoid arthritis, hyperosteogeny and the like;
5. published data on antioxidant and antibacterial of essential oils:
(1) chinese informed network patent paper classification number: s482.2 research on the oxidation resistance and antibacterial activity of the lavender essential oil, the synergistic effect of various antibacterial components of the lavender essential oil of the university of Quercia delavayi is endowed with a strong antibacterial effect, and the lavender essential oil also has good antioxidant activity as a common antioxidant;
(2) china's network of knowledge < journal >. social science II edition; engineering science and technology I edition, light industry and handicraft industry; talent intelligence, 2012, abstract of national institute of health and medicine university of Changchun, national institute of Life sciences of Changchun, national institute of health and medical sciences of Mingchun, of shallow analysis of tea polyphenols in 36: the main purpose of the present invention is to illustrate the bacteriostatic action and antioxidant function of tea polyphenols in combination with the research clues about tea polyphenols in the last decade. The main contents comprise: the physicochemical properties of the tea polyphenol are briefly introduced; the antibacterial effect and the antioxidant function of the tea polyphenol are explained.
Disclosure of Invention
In order to overcome the defects of the prior art, the utility model provides a nanometer thermal inductance massage plaster body, which is prepared into a paste or plaster that the moxibustion part can use fingering and palm massage when spreading or pasting human body moxibustion therapy.
The utility model adopts the following technical scheme:
a nanometer thermal inductance massage plaster body is provided, wherein the plaster body is provided with a ball with the diameter of 1-9 mm.
A nanometer thermal inductance massage plaster comprises a substrate layer, a substrate layer and a protective layer, wherein the substrate layer is a plaster body, the substrate layer comprises a non-woven fabric with a non-setting adhesive on one surface, an anti-seepage pearlized film and a rubber or foam anti-leakage sealing ring, and the protective layer comprises a silk screen non-woven fabric and release paper;
the anti-seepage sealing device comprises a base layer, a non-woven fabric with non-setting adhesive on one surface, an anti-seepage pearlized film adhered in the middle, a non-setting adhesive adhesion area outside the anti-seepage pearlized film, a rubber or foam anti-leakage sealing ring adhered on the anti-seepage pearlized film, and a base layer arranged in the rubber or foam anti-leakage sealing ring, wherein the height of the base layer is the same as that of the rubber or foam anti-leakage sealing ring;
the substrate layer is coated with silk screen non-woven fabric, the silk screen non-woven fabric is bonded on the rubber or foam leakage-proof sealing ring, and the release paper is bonded with a self-adhesive area reserved on the non-woven fabric with non-setting adhesive on one surface.
A nanometer thermal massage cream is prepared by cooling and packaging paste body containing 1-9mm diameter ball.
Secondly, the preparation method of the utility model comprises the following steps:
1. the beads with the diameter of 1-9mm are preferably nano ceramic beads or nano plastic beads:
A. the preparation method of the nano ceramic ball comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding one or more of 35-75 parts by weight of stone needle powder, 10-60 parts by weight of anion powder, 10-60 parts by weight of far infrared powder, 10-60 parts by weight of germanite powder, 10-60 parts by weight of tourmaline powder and 10-60 parts by weight of magnetite powder into the ground nano-scale powder, and then adding silica accounting for 18-28% of the total mass of the ingredients in parts by weight;
and (3) sintering: sintering the mixture into nano ceramic balls with the diameter of 1-9mm by using a ceramic sintering furnace and a ceramic sintering process;
B. the preparation method of the nano plastic ball bead comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding 25-30% by weight of polyvinyl chloride (pvc) or polypropylene (pp) or high-density polyethylene (HDPE), 3-5% by weight of triethyl citrate or epoxy soybean oil into the ground nano-scale powder according to one or more of 30-65 parts by weight of stone needle powder, 10-60 parts by weight of anion powder, 10-60 parts by weight of far infrared powder, 10-60 parts by weight of germanite powder, 10-60 parts by weight of tourmaline powder and 10-60 parts by weight of magnetite powder;
molding: the ingredients are plasticized and fused into a molding process, and a plastic ball molding machine is used for manufacturing nano plastic balls with the diameter of 1-9 mm;
2. preparation of the adsorption carrier:
grinding: respectively grinding attapulgite and rectorite to obtain nanoscale powder with particle size of less than 100 nm;
preparing materials: mixing the ground attapulgite and rectorite nanometer powder under stirring;
and (3) sterilization: sterilizing the mixed nano-scale powder by ionizing radiation at 50-90 deg.C for 40-60 min to obtain adsorbent carrier of rectorite and attapulgite nano-scale powder;
3. the heat-sensitive matrix is one or two of zingerone and vanillyl butyl ether;
4. chinese herbal medicine extracts: an ultrasonic traditional Chinese medicine extract is obtained by adopting an ultrasonic traditional Chinese medicine extraction method for an external treatment prescription approved by the existing national medicine standard;
5. auxiliary materials: adsorbing a carrier; the moisture retention solvent is one of glycerol, propylene glycol, sorbitol and medical vaseline; the antioxidant and antibacterial matrix is one or more of lavender essential oil, tea polyphenol essential oil, ginger essential oil, mint essential oil and clove essential oil; the preservative is one or more of methyl hydroxybenzoate, benzoic acid and sorbic acid; the transdermal absorption matrix is azone;
6. preparing a plaster body:
and (3) sterilization: sterilizing the beads by ionizing radiation at 50-60 deg.C for 40-60 min;
the ingredients comprise, by weight, 10-30 parts of beads, 10-20 parts of Chinese herbal medicine extracts, 1-5 parts of thermal matrix and auxiliary materials: 30-60 parts of adsorption carrier, 45-75 parts of moisturizing solvent, 5-12 parts of antioxidant and bacteriostatic matrix, 0.1-0.5 part of preservative and 0.1-0.5 part of transdermal absorption matrix;
mixing: using a full-automatic stirring type thermosol, adding a moisturizing solvent in auxiliary materials into a pot, heating to 80-85 ℃, cooling to 50-60 ℃, adding a Chinese herbal medicine extract, a thermal matrix, an antioxidant and bacteriostatic matrix, a preservative and a transdermal absorption matrix, stirring uniformly, then adding an adsorption carrier, setting the stirring speed at 150 r/min, stirring and mixing for 30 minutes, adding ball beads, setting the stirring speed at 50 r/min, stirring and mixing for 25 minutes, cooling to 35-45 ℃ to obtain a paste body, and putting the paste body into a heat-preservation feeding barrel for heat preservation and standby;
7. layer of basal : an anti-seepage pearlized film is bonded in the middle of the non-woven fabric with one surface provided with the non-setting adhesive, the part of the non-woven fabric with one surface provided with the non-setting adhesive, which is positioned outside the anti-seepage pearlized film, is an adhesive bonding area, and a rubber or foam anti-leakage sealing ring is bonded on the anti-seepage pearlized film for later use;
8. matrix layer: spreading the plaster body on layers of rubber or foam leakage-proof sealing rings to form a matrix layer, wherein the height of the matrix layer is the same as that of the leakage-proof sealing rings;
9. protective layer: and coating silk screen non-woven fabrics on the substrate layer and the rubber or foam anti-seepage sealing ring, and then bonding the release paper with the non-setting adhesive bonding area of the substrate layer to obtain the anti-seepage sealing gasket.
A nanometer thermal inductance massage cream comprises: putting the paste body obtained in the step 6 into a storage barrel, and naturally cooling to normal temperature for later use; the packaging container is made into a double-layer dark-color jar or barrel, and sterilized by ionizing radiation sterilization at 50-60 deg.C for 30-50 min; filling into sterilized bottle or barrel, and sealing.
The utility model has the advantages that (nanometer hot-induction massage paste is abbreviated as nanometer moxibustion paste, nanometer hot-induction massage cream is abbreviated as nanometer moxibustion cream):
1. the utility model relates to a plaster body with 1-9mm diameter ball, which is characterized in that a nanometer moxibustion plaster or a nanometer moxibustion plaster prepared from the plaster body is respectively spread or pasted on the fatigue parts of the shoulders, the necks, the waists and the backs of human bodies for thermal moxibustion, so that when people feel comfortable, the nanometer moxibustion plaster or the ball inside the nanometer moxibustion plaster is rubbed and pressed by a gentle finger method or a palm method, the penetration force of the moxibustion applying part by the rubbing and pressing of the ball is strong, the people can relieve fatigue and have a comfortable mood, and the defect that the moxibustion applying part does not have synchronous regulation with massage when the existing products of the plaster, the traditional Chinese medicine thermal plaster or the medicine moxibustion plaster for external application of the human bodies are used for moxibustion is solved;
2. the utility model relates to a plaster body with a thermal inductance matrix, and a nanometer moxibustion plaster or a nanometer moxibustion patch prepared from the plaster body, which can generate thermal inductance on human skin during moxibustion, wherein the thermal inductance is long in time and comfortable, thereby solving the defect that an iron powder heating bag is not suitable for finger massage and palm massage, and a traditional Chinese medicine hot compress plaster with artificial temperature control can not keep comfortable constant temperature for a long time, and the traditional Chinese medicine hot compress plaster is inconvenient to use and is not suitable for finger massage and palm massage; when the nanometer moxibustion patch is used, after the moxibustion part is cleaned, the release paper on the moxibustion patch is uncovered, and the nanometer moxibustion patch is applied to a human body to realize thermal moxibustion; when the nano moxibustion plaster is used, after the moxibustion application position is cleaned, the nano moxibustion plaster is spread and applied on the moxibustion application position of a human body, and a plastic film is covered for 30-40 minutes;
3. the nano moxibustion plaster or the nano moxibustion plaster of the utility model is suitable for the physical therapy department of hospitals, the traditional Chinese medical clinic, the health preserving house, the massage hospital and the family, and has large market demand; the raw materials used for production are commercially available products, are easy to purchase and are suitable for industrial mass production.
Drawings
FIG. 1 is a front view of the structure of the nano thermal-sensing massage patch of the present invention;
FIG. 2 is a bottom view of FIG. 1;
fig. 3 is a schematic structural view of the nano thermal inductance massage plaster body and the plaster of the utility model.
Detailed Description
The present invention will be further explained with reference to the accompanying drawings.
Example 1 as shown in fig. 3, a nano thermal massage plaster body 4, wherein the plaster body 4 has beads 8 with a diameter of 1-9 mm.
Is prepared from 8 beads with the diameter of 1-9mm, a thermal matrix, Chinese herbal medicine extracts and auxiliary materials, and the preparation method comprises the following steps:
1. the beads with the diameter of 1-9mm are preferably nano ceramic beads or nano plastic beads:
A. the preparation method of the nano ceramic ball comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding 18% of silicon dioxide in the mass of the ingredients according to the parts by weight, wherein the parts by weight of the ground nano-scale powder are 35 parts of stone needle powder, 10 parts of anion powder, 10 parts of far infrared powder, 10 parts of germanite powder, 60 parts of tourmaline powder and 60 parts of magnetite powder;
and (3) sintering: sintering the mixture into nano ceramic balls with the diameter of 1-9mm by using a ceramic sintering furnace and a ceramic sintering process;
B. the preparation method of the nano plastic ball bead comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding 25% of polyvinyl chloride and 3% of triethyl citrate by weight of the ingredients according to the parts by weight of one of 30 parts of stone needle powder, 10 parts of anion powder, 10 parts of far infrared powder, 10 parts of germanite powder, 60 parts of tourmaline powder and 60 parts of magnetite powder;
molding: the ingredients are plasticized and fused into a molding process, and a plastic ball molding machine is used for manufacturing nano plastic balls with the diameter of 1-9 mm;
2. preparation of the adsorption carrier:
grinding: respectively grinding attapulgite and rectorite to obtain nanoscale powder with particle size of less than 100 nm;
preparing materials: mixing the ground attapulgite and rectorite nanometer powder under stirring;
and (3) sterilization: sterilizing the mixed nano-scale powder by using an ionizing radiation sterilization method at the temperature of 50 ℃ for 40 minutes to obtain an adsorption carrier of the rectorite and attapulgite nano-scale powder for later use;
3. the heat-sensitive matrix is zingerone;
4. chinese herbal medicine extracts: an ultrasonic traditional Chinese medicine extract is obtained by adopting an ultrasonic traditional Chinese medicine extraction method for an external treatment prescription approved by the existing national medicine standard;
5. auxiliary materials: adsorbing a carrier; the moisturizing solvent is glycerol; the antioxidant and antibacterial matrix is one of lavender essential oil, tea polyphenol essential oil, ginger essential oil, peppermint essential oil and clove essential oil; the antiseptic is one of methyl hydroxybenzoate, benzoic acid, and sorbic acid; the transdermal absorption matrix is azone;
6. preparing a plaster body:
and (3) sterilization: sterilizing the beads by ionizing radiation at 50 deg.C for 60 min;
the ingredients comprise, by weight, 10 parts of ball beads, 10 parts of Chinese herbal medicine extract, 1 part of thermal matrix and auxiliary materials: 30 parts of adsorption carrier, 45 parts of moisturizing solvent, 5 parts of antioxidant and bacteriostatic matrix, 0.1 part of preservative and 0.1 part of transdermal absorption matrix;
mixing: a full-automatic stirring type thermosol is used, a moisturizing solvent is added into a pot and heated to 80 ℃, then the temperature is reduced to 50 ℃, then the Chinese herbal medicine extract, the thermal matrix, the antioxidant and bacteriostatic matrix, the preservative and the transdermal absorption matrix are added and stirred evenly, then the adsorption carrier is added, the stirring speed is set to be 150 r/min, the stirring and mixing are carried out for 30 minutes, the ball is added, the stirring speed is set to be 50 r/min, the temperature is reduced to 35 ℃ after the stirring and mixing are carried out for 25 minutes, and then the paste body is put into a heat-preservation feeding barrel for heat preservation and standby.
Example 2A nano thermal massage plaster body 4, in which there are 1-9mm diameter beads 8 in the plaster body 4.
Is prepared from 8 beads with the diameter of 1-9mm, a thermal matrix, Chinese herbal medicine extracts and auxiliary materials, and the preparation method comprises the following steps:
1. the beads with the diameter of 1-9mm are preferably nano ceramic beads or nano plastic beads:
A. the preparation method of the nano ceramic ball comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding silica accounting for 28% of the total mass of the ingredients in parts by weight into the ground nano-scale powder, wherein the two are 75 parts by weight of stone needle powder, 60 parts by weight of anion powder, 60 parts by weight of far infrared powder, 60 parts by weight of germanite powder, 10 parts by weight of tourmaline powder and 10 parts by weight of magnetite powder;
and (3) sintering: sintering the mixture into nano ceramic balls with the diameter of 1-9mm by using a ceramic sintering furnace and a ceramic sintering process;
B. the preparation method of the nano plastic ball bead comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding 30% of polypropylene and 5% of epoxidized soybean oil by weight of the total mass of the ingredients according to the parts by weight of two of 65 parts of stone needle powder, 60 parts of anion powder, 60 parts of far infrared powder, 60 parts of germanite powder, 10 parts of tourmaline powder and 10 parts of magnetite powder;
molding: the ingredients are plasticized and fused into a molding process, and a plastic ball molding machine is used for manufacturing nano plastic balls with the diameter of 1-9 mm;
2. preparation of the adsorption carrier:
grinding: respectively grinding attapulgite and rectorite to obtain nanoscale powder with particle size of less than 100 nm;
preparing materials: mixing the ground attapulgite and rectorite nanometer powder under stirring;
and (3) sterilization: sterilizing the mixed nano-scale powder by using an ionizing radiation sterilization method at 90 ℃ for 60 minutes to obtain an adsorption carrier of the rectorite and attapulgite nano-scale powder for later use;
3. the heat-sensitive matrix adopts vanillyl butyl ether;
4. chinese herbal medicine extracts: an ultrasonic traditional Chinese medicine extract is obtained by adopting an ultrasonic traditional Chinese medicine extraction method for an external treatment prescription approved by the existing national medicine standard;
5. auxiliary materials: adsorbing a carrier; the moisturizing solvent is propylene glycol; the antioxidant and antibacterial matrix is two of lavender essential oil, tea polyphenols essential oil, ginger essential oil, herba Menthae essential oil, and flos Caryophylli essential oil; the antiseptic is two of methyl hydroxybenzoate, benzoic acid, and sorbic acid; the transdermal absorption matrix is azone;
6. preparing a plaster body:
and (3) sterilization: sterilizing the beads by ionizing radiation at 60 deg.C for 40 min;
the ingredients comprise, by weight, 30 parts of beads, 20 parts of Chinese herbal medicine extracts, 5 parts of thermal matrix and auxiliary materials: 60 parts of adsorption carrier, 75 parts of moisturizing solvent, 12 parts of antioxidant and bacteriostatic matrix, 0.5 part of preservative and 0.5 part of transdermal absorption matrix;
mixing: a full-automatic stirring type thermosol is used, a moisturizing solvent is added into a pot and heated to 85 ℃, then the temperature is reduced to 60 ℃, then the Chinese herbal medicine extract, the thermal matrix, the antioxidant and bacteriostatic matrix, the preservative and the transdermal absorption matrix are added and stirred evenly, then the adsorption carrier is added, the stirring speed is set to be 150 r/min, the stirring and mixing are carried out for 30 minutes, the ball is added, the stirring speed is set to be 50 r/min, the temperature is reduced to 45 ℃ after the stirring and mixing are carried out for 25 minutes, and then the paste body is put into a heat-preservation feeding barrel for heat preservation and standby.
Example 3A nano thermal massage plaster body 4, wherein the plaster body 4 has beads 8 with a diameter of 1-9 mm.
Is prepared from 8 beads with the diameter of 1-9mm, a thermal matrix, Chinese herbal medicine extracts and auxiliary materials, and the preparation method comprises the following steps:
1. the beads with the diameter of 1-9mm are preferably nano ceramic beads or nano plastic beads:
A. the preparation method of the nano ceramic ball comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding 23% of silicon dioxide in the total mass of the ingredients in parts by weight according to three of 55 parts of stone needle powder, 35 parts of anion powder, 35 parts of far infrared powder, 35 parts of germanite powder, 35 parts of tourmaline powder and 35 parts of magnetite powder in parts by weight;
and (3) sintering: sintering the mixture into nano ceramic balls with the diameter of 1-9mm by using a ceramic sintering furnace and a ceramic sintering process;
B. the preparation method of the nano plastic ball bead comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding 28% by weight of high-density polyethylene and 4% by weight of triethyl citrate into the ground nano-scale powder according to three of 55 parts by weight of stone needle powder, 35 parts by weight of anion powder, 35 parts by weight of far infrared powder, 35 parts by weight of germanite powder, 35 parts by weight of tourmaline powder and 35 parts by weight of magnetite powder;
molding: the ingredients are plasticized and fused into a molding process, and a plastic ball molding machine is used for manufacturing nano plastic balls with the diameter of 1-9 mm;
2. preparation of the adsorption carrier:
grinding: respectively grinding attapulgite and rectorite to obtain nanoscale powder with particle size of less than 100 nm;
preparing materials: mixing the ground attapulgite and rectorite nanometer powder under stirring;
and (3) sterilization: sterilizing the mixed nano-scale powder by using an ionizing radiation sterilization method at 60 ℃ for 50 minutes to obtain an adsorption carrier of the rectorite and attapulgite nano-scale powder for later use;
3. the heat-sensitive matrix adopts vanillyl butyl ether;
4. chinese herbal medicine extracts: an ultrasonic traditional Chinese medicine extract is obtained by adopting an ultrasonic traditional Chinese medicine extraction method for an external treatment prescription approved by the existing national medicine standard;
5. auxiliary materials: adsorbing a carrier; the moisturizing solvent is sorbitol; the antioxidant and antibacterial matrix is three of lavender essential oil, tea polyphenol essential oil, ginger essential oil, mint essential oil and clove essential oil; the antiseptic is methyl hydroxybenzoate, benzoic acid and sorbic acid; the transdermal absorption matrix is azone;
6. preparing a plaster body:
and (3) sterilization: sterilizing the beads by ionizing radiation at 55 deg.C for 50 min;
the ingredients comprise, by weight, 20 parts of beads, 15 parts of Chinese herbal medicine extracts, 3 parts of thermal matrix and auxiliary materials: 45 parts of adsorption carrier, 60 parts of moisturizing solvent, 8 parts of antioxidant and bacteriostatic matrix, 0.3 part of preservative and 0.3 part of transdermal absorption matrix;
mixing: using a full-automatic stirring type thermosol, adding a moisturizing solvent into a pot, heating to 82 ℃, cooling to 55 ℃, adding the Chinese herbal medicine extract, the thermal matrix, the antioxidant and bacteriostatic matrix, the preservative and the transdermal absorption matrix, stirring uniformly, adding the adsorption carrier, setting the stirring speed at 150 r/min, stirring and mixing for 30 minutes, adding the ball beads, setting the stirring speed at 50 r/min, stirring and mixing for 25 minutes, cooling to 40 ℃, obtaining a paste body, and putting the paste body into a heat-preservation feeding barrel for heat preservation and standby;
example 4A nano thermal massage plaster body 4, in which there are 1-9mm diameter beads 8 in the plaster body 4.
Is prepared from 8 beads with the diameter of 1-9mm, a thermal matrix, Chinese herbal medicine extracts and auxiliary materials, and the preparation method comprises the following steps:
1. the beads with the diameter of 1-9mm are preferably nano ceramic beads or nano plastic beads:
A. the preparation method of the nano ceramic ball comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding silica accounting for 27% of the total mass of the ingredients in parts by weight into the ground nano-scale powder according to four of 65 parts by weight of stone needle powder, 40 parts by weight of anion powder, 40 parts by weight of far infrared powder, 40 parts by weight of germanite powder, 50 parts by weight of tourmaline powder and 50 parts by weight of magnetite powder;
and (3) sintering: sintering the mixture into nano ceramic balls with the diameter of 1-9mm by using a ceramic sintering furnace and a ceramic sintering process;
B. the preparation method of the nano plastic ball bead comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding polyvinyl chloride accounting for 28% of the total mass of the ingredients and triethyl citrate accounting for 3% of the total mass of the ingredients according to parts by weight, wherein the ground nano-scale powder comprises 65 parts of stone needle powder, 40 parts of anion powder, 40 parts of far infrared powder, 40 parts of germanite powder, 50 parts of tourmaline powder and 50 parts of magnetite powder;
molding: the ingredients are plasticized and fused into a molding process, and a plastic ball molding machine is used for manufacturing nano plastic balls with the diameter of 1-9 mm;
2. preparation of the adsorption carrier:
grinding: respectively grinding attapulgite and rectorite to obtain nanoscale powder with particle size of less than 100 nm;
preparing materials: mixing the ground attapulgite and rectorite nanometer powder under stirring;
and (3) sterilization: sterilizing the mixed nano-scale powder by using an ionizing radiation sterilization method at 55 ℃ for 55 minutes to obtain an adsorption carrier of the rectorite and attapulgite nano-scale powder for later use;
3. the heat-sensitive matrix is zingerone;
4. chinese herbal medicine extracts: an ultrasonic traditional Chinese medicine extract is obtained by adopting an ultrasonic traditional Chinese medicine extraction method for an external treatment prescription approved by the existing national medicine standard;
5. auxiliary materials: adsorbing a carrier; the moisturizing solvent is medical vaseline; the antioxidant and antibacterial matrix is four of lavender essential oil, tea polyphenol essential oil, ginger essential oil, mint essential oil and clove essential oil; the antiseptic is methyl hydroxybenzoate, benzoic acid and sorbic acid; the transdermal absorption matrix is azone;
6. preparing a plaster body:
and (3) sterilization: sterilizing the beads by ionizing radiation at 55 deg.C for 60 min;
the ingredients comprise, by weight, 25 parts of beads, 16 parts of Chinese herbal medicine extracts, 2 parts of thermal matrix and auxiliary materials: 40 parts of adsorption carrier, 60 parts of moisturizing solvent, 9 parts of antioxidant and bacteriostatic matrix, 0.4 part of preservative and 0.4 part of transdermal absorption matrix;
mixing: using a full-automatic stirring type thermosol, adding a moisturizing solvent into a pot, heating to 82 ℃, cooling to 59 ℃, adding the Chinese herbal medicine extract, the thermal matrix, the antioxidant and bacteriostatic matrix, the preservative and the transdermal absorption matrix, stirring uniformly, adding the adsorption carrier, setting the stirring speed at 150 r/min, stirring and mixing for 30 minutes, adding the ball beads, setting the stirring speed at 50 r/min, stirring and mixing for 25 minutes, cooling to 41 ℃, obtaining a paste body, and putting the paste body into a heat-preservation feeding barrel for heat preservation and standby;
example 5A nano thermal massage plaster body 4, wherein the plaster body 4 has beads 8 with a diameter of 1-9 mm.
Is prepared from 8 beads with the diameter of 1-9mm, a thermal matrix, Chinese herbal medicine extracts and auxiliary materials, and the preparation method comprises the following steps:
1. the beads with the diameter of 1-9mm are preferably nano ceramic beads or nano plastic beads:
A. the preparation method of the nano ceramic ball comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding silicon dioxide which accounts for 20% of the total mass of the ingredients in parts by weight into five of 70 parts of stone needle powder, 55 parts of anion powder, 55 parts of far infrared powder, 55 parts of germanite powder, 50 parts of tourmaline powder and 50 parts of magnetite powder;
and (3) sintering: sintering the mixture into nano ceramic balls with the diameter of 1-9mm by using a ceramic sintering furnace and a ceramic sintering process;
B. the preparation method of the nano plastic ball bead comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding 30% of polypropylene and 3% of epoxidized soybean oil by weight of the total mass of the ingredients according to the weight parts of five of 60 parts of stone needle powder, 55 parts of anion powder, 55 parts of far infrared powder, 45 parts of germanite powder, 45 parts of tourmaline powder and 50 parts of magnetite powder;
molding: the ingredients are plasticized and fused into a molding process, and a plastic ball molding machine is used for manufacturing nano plastic balls with the diameter of 1-9 mm;
2. preparation of the adsorption carrier:
grinding: respectively grinding attapulgite and rectorite to obtain nanoscale powder with particle size of less than 100 nm;
preparing materials: mixing the ground attapulgite and rectorite nanometer powder under stirring;
and (3) sterilization: sterilizing the mixed nano-scale powder by using an ionizing radiation sterilization method at 70 ℃ for 50 minutes to obtain an adsorption carrier of the rectorite and attapulgite nano-scale powder for later use;
3. the heat-sensitive matrix is zingerone and vanillyl butyl ether;
4. chinese herbal medicine extracts: an ultrasonic traditional Chinese medicine extract is obtained by adopting an ultrasonic traditional Chinese medicine extraction method for an external treatment prescription approved by the existing national medicine standard;
5. auxiliary materials: adsorbing a carrier; the moisturizing solvent is medical vaseline; the antioxidant and antibacterial matrix is lavender essential oil, tea polyphenols essential oil, ginger essential oil, herba Menthae essential oil and flos Caryophylli essential oil; the antiseptic is methyl hydroxybenzoate and benzoic acid; the transdermal absorption matrix is azone;
6. preparing a plaster body:
and (3) sterilization: sterilizing the beads by ionizing radiation at 50 deg.C for 60 min;
the ingredients comprise, by weight, 25 parts of beads, 15 parts of Chinese herbal medicine extracts, 3 parts of thermal matrix and auxiliary materials: 35 parts of adsorption carrier, 65 parts of moisturizing solvent, 7 parts of antioxidant and bacteriostatic matrix, 0.2 part of preservative and 0.2 part of transdermal absorption matrix;
mixing: using a full-automatic stirring type thermosol, adding a moisturizing solvent into a pot, heating to 80 ℃, cooling to 50 ℃, adding the Chinese herbal medicine extract, the thermal matrix, the antioxidant and bacteriostatic matrix, the preservative and the transdermal absorption matrix, stirring uniformly, adding the adsorption carrier, setting the stirring speed at 150 r/min, stirring and mixing for 30 minutes, adding the ball beads, setting the stirring speed at 50 r/min, stirring and mixing for 25 minutes, cooling to 35 ℃, obtaining a paste body, and putting the paste body into a heat-preservation feeding barrel for heat preservation and standby;
example 6A nano thermal massage plaster body 4, wherein the plaster body 4 has beads 8 with a diameter of 1-9 mm.
Is prepared from 8 beads with the diameter of 1-9mm, a thermal matrix, Chinese herbal medicine extracts and auxiliary materials, and the preparation method comprises the following steps:
1. the beads with the diameter of 1-9mm are preferably nano ceramic beads or nano plastic beads:
A. the preparation method of the nano ceramic ball comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking ground nano-scale powder, and adding silica which accounts for 21% of the total mass of the ingredients in parts by weight into the ground nano-scale powder, 40 parts of stone needle powder, 50 parts of anion powder, 30 parts of far infrared powder, 20 parts of germanite powder, 15 parts of tourmaline powder and 30 parts of magnetite powder;
and (3) sintering: sintering the mixture into nano ceramic balls with the diameter of 1-9mm by using a ceramic sintering furnace and a ceramic sintering process;
B. the preparation method of the nano plastic ball bead comprises the following steps:
grinding: respectively grinding stone needle powder, anion powder, far infrared powder, germanite powder, tourmaline powder and magnetite powder by using a grinder until the particle size of the powder is below 100 nanometers;
preparing materials: taking the ground nano-scale powder, and adding 26% by weight of high-density polyethylene and 3% by weight of triethyl citrate into the ground nano-scale powder according to the parts by weight of 45 parts by weight of stone needle powder, 28 parts by weight of anion powder, 35 parts by weight of far infrared powder, 35 parts by weight of germanite powder, 50 parts by weight of tourmaline powder and 50 parts by weight of magnetite powder;
molding: the ingredients are plasticized and fused into a molding process, and a plastic ball molding machine is used for manufacturing nano plastic balls with the diameter of 1-9 mm;
2. preparation of the adsorption carrier:
grinding: respectively grinding attapulgite and rectorite to obtain nanoscale powder with particle size of less than 100 nm;
preparing materials: mixing the ground attapulgite and rectorite nanometer powder under stirring;
and (3) sterilization: sterilizing the mixed nano-scale powder by using an ionizing radiation sterilization method at 80 ℃ for 50 minutes to obtain an adsorption carrier of the rectorite and attapulgite nano-scale powder for later use;
3. the heat-sensitive matrix is zingerone and vanillyl butyl ether;
4. chinese herbal medicine extracts: an ultrasonic traditional Chinese medicine extract is obtained by adopting an ultrasonic traditional Chinese medicine extraction method for an external treatment prescription approved by the existing national medicine standard;
5. auxiliary materials: adsorbing a carrier; the moisturizing solvent is medical vaseline; the antioxidant and antibacterial matrix is lavender essential oil, tea polyphenol essential oil and ginger essential oil; the preservative is methyl hydroxybenzoate; the transdermal absorption matrix is azone;
6. preparing a plaster body:
and (3) sterilization: sterilizing the beads by ionizing radiation at 60 deg.C for 45 min;
the ingredients comprise 18 parts of ball beads, 16 parts of Chinese herbal medicine extract, 4 parts of thermal matrix and auxiliary materials by weight: 55 parts of adsorption carrier, 65 parts of moisturizing solvent, 11 parts of antioxidant and bacteriostatic matrix, 0.2 part of preservative and 0.2 part of transdermal absorption matrix;
mixing: using a full-automatic stirring type thermosol, adding a moisturizing solvent into a pot, heating to 85 ℃, cooling to 60 ℃, adding the Chinese herbal medicine extract, the thermal matrix, the antioxidant and bacteriostatic matrix, the preservative and the transdermal absorption matrix, stirring uniformly, adding the adsorption carrier, setting the stirring speed at 150 r/min, stirring and mixing for 30 minutes, adding the ball beads, setting the stirring speed at 50 r/min, stirring and mixing for 25 minutes, cooling to 45 ℃, obtaining a paste body, and putting the paste body into a heat-preservation feeding barrel for heat preservation and standby;
embodiment 7 as shown in fig. 1 and 2, a nano thermal induction massage patch comprises a substrate layer, a substrate layer and a protective layer, wherein the substrate layer is a plaster body 4, the substrate layer comprises a non-woven fabric 1 with non-setting adhesive on one surface, an anti-seepage pearlized film 2 and a rubber or foam anti-leakage sealing ring 3, and the protective layer comprises a silk screen non-woven fabric 5 and release paper 6;
the anti-seepage pearlized film comprises a substrate layer, wherein an anti-seepage pearlized film 2 is bonded in the middle of a non-woven fabric 1 with self-adhesive on one surface, a self-adhesive bonding area 7 is arranged at the part, outside the anti-seepage pearlized film 2, of the non-woven fabric 1 with the self-adhesive on one surface, a rubber or foam anti-leakage sealing ring 3 is bonded on the anti-seepage pearlized film 2, a substrate layer is arranged in the rubber or foam anti-leakage sealing ring 3, and the height;
the substrate layer is coated by a silk screen non-woven fabric 5, the silk screen non-woven fabric 5 is bonded on the rubber or foam leakage-proof sealing ring 3, and the release paper 6 is bonded with a non-setting adhesive bonding area 7 on the non-woven fabric 1 with the non-setting adhesive on one surface.
The preparation method comprises the following steps:
1. layer of basal : an anti-seepage pearlized film 2 is bonded in the middle of a non-woven fabric 1 with non-setting adhesive on one surface, the part of the non-woven fabric 1 with the non-setting adhesive on one surface, which is positioned outside the anti-seepage pearlized film 2, is a non-setting adhesive bonding area 7, and a rubber or foam anti-leakage sealing ring 3 is bonded on the anti-seepage pearlized film 2 for later use;
2. matrix layer: adopting a spreading process to spread the plaster body on layers of rubber or foam leakage-proof sealing rings 3 to form a matrix layer 4, wherein the height of the matrix layer 4 is the same as that of the leakage-proof sealing rings 3;
3. protective layer: and (3) coating the silk screen non-woven fabric 5 on the substrate layer 4 and the periphery of the rubber or foam impermeable sealing ring 3, and then bonding the release paper 6 with the adhesive sticker bonding area 7 of the substrate layer to obtain the anti-seepage sealing gasket.
Example 8 as shown in fig. 3, a nano thermal massage cream is obtained by cooling and filling a paste body 4, wherein the paste body 4 has beads 8 with a diameter of 1-9 mm.
The preparation method comprises the following steps:
putting the paste body obtained in the embodiment 1-6 into a storage barrel, and naturally cooling to normal temperature for later use; the packaging container is made into a double-layer dark-color jar or barrel, and sterilized by ionizing radiation sterilization at 50-60 deg.C for 30-50 min; filling into sterilized bottle or barrel, and sealing.
The nano moxibustion ointment and the nano moxibustion plaster of the utility model are continuously observed for 9 months. The results show that the nanometer moxibustion plaster and the nanometer moxibustion plaster are respectively applied to the fatigue parts of the shoulders, the neck, the waist and the back of a human body for thermal moxibustion, so that the human body feels comfortable, meanwhile, the plaster is rubbed and pressed by a soft finger method or a palm method, the balls inside the plaster are pasted, the penetration force of the moxibustion part is exerted by the massage and pressing of the balls, and the human body relieves the fatigue and is comfortable;
the experience population is as follows:
1400 total experiences of male and female, with a mean age of 43.5 years, a maximum age of 55 years, and a minimum age of 25 years;
equipment: the health-care massage bed is used in a unified way; temperature: indoor temperature of 18-20 deg.c;
the moxibustion and health care massage method comprises the following steps: the experiential people firstly learn the character data or audio-video data provided by the utility model with the matching picture, and know the fingering, palm method and attention items used by the health massage of the nano moxibustion plaster and the nano moxibustion cream, including the fingering and palm method of a single hand or both hands of the health massage; the fingering method comprises the steps of acupressure and acupressure; the palm method comprises palm softening, palm rubbing and palm beating; the fingering and palming methods of one hand or both hands are simple, easy to learn and easy to operate; the moxibustion massage person and the experience person are alternately used as the moxibustion massage person and the experience person to carry out moxibustion health care massage experience.
The experience group and the control group have the same method;
the grouping is as follows:
the experience group 1, the moxibustion massage person and the experience person are 100 persons respectively, the experience person uses the nano moxibustion plaster, the nano moxibustion plaster is respectively pasted on fatigue parts of the shoulder, the neck, the waist and the back of the experience person for moxibustion treatment within 12 days, every person is used for twice, every time is 30-40 minutes, and 3 days are continuous, the moxibustion massage person helps to massage the ball inside the nano moxibustion plaster by a soft finger method or a palm method, and the ball rubs and presses the moxibustion application part; after the experience is finished, the moxibustion massage person and the experience person exchange roles for operation;
the experience group 2, the moxibustion massage person and the experience person are 100 persons respectively, the experience person uses the nano moxibustion cream, the nano moxibustion cream is respectively applied to the fatigue parts of the shoulder, the neck, the waist and the back of the experience person for moxibustion treatment within 12 days, every person is used twice, every time is 30-40 minutes, and 3 days are continuous, the plastic film is covered, the moxibustion massage person helps to massage the ball below the plastic film by a soft finger method or a palm method, and the ball rubs and presses the moxibustion application part; after the experience is finished, the moxibustion massage person and the experience person exchange roles for operation;
the experience group 3 is that the experience people use the nano moxibustion patch for 200 people within 12 days, each person is used twice, each time is 30-40 minutes, and 3 consecutive days, the nano moxibustion patch is respectively applied to the fatigue parts of the shoulder, neck, waist and back of the experience people for moxibustion, a massage teacher of a physical therapy department is called to help the massage of the ball inside the nano moxibustion patch by a gentle finger method or a palm method, and the ball is rubbed and pressed at the moxibustion application part;
the experience group 4, experience people use the nanometer moxibustion cream 200, each person uses the nanometer moxibustion cream twice within 12 days, each time is 30-40 minutes, 3 consecutive days, spread the nanometer moxibustion cream on the fatigue position of the shoulder, neck, waist, back of the experience people respectively and apply moxibustion, cover the plastic film, please the masseur of the physical therapy department, help to press the ball under the plastic film with gentle finger method or palm method, the ball is pressed and applied moxibustion;
in the control group 5, the experiential person uses the existing traditional Chinese medicine hot compress patch for 200 persons within 12 days, twice per person, 30-40 minutes each time, and continuously for 3 days, the glue patch at the bottom of the iron powder bag of the traditional Chinese medicine hot compress patch is uncovered when in use, and the medicine bag is pasted on the fatigue parts of the shoulder, neck, waist and back of the experiential person to perform moxibustion;
in the contrast group 6, the experiential person uses the existing self-heating magnetic moxibustion plaster for 200 persons, every person takes twice within 12 days, every time takes 30-40 minutes, and continuously takes 3 days, the plaster at the bottom of the iron powder bag of the self-heating magnetic moxibustion plaster is uncovered when in use, and the medicine bag is pasted on the fatigue parts of the shoulder, the neck, the waist and the back of the experiential person to perform moxibustion;
in the control group 7, the experiential person uses the traditional Chinese medicine hot compress ointment 200 persons, each person uses the traditional Chinese medicine hot compress ointment twice within 12 days, each time lasts for 30-40 minutes, and the traditional Chinese medicine hot compress ointment is continuously applied to the fatigue parts of the shoulder, neck, waist and back of the experiential person for moxibustion on the surface of the skin, and the hot compress temperature is controlled within 45-50 ℃;
none of the above groups were statistically significantly different, and the groups were balanced and comparable prior to use.
As a result: the symptoms of the control group of the experience group were changed, as shown in table 1,
TABLE 1 fatigue-relieving and mood-soothing contrast experiment data
The method has the following advantages: relieving fatigue, improving mood, or eliminating fatigue symptom;
and (4) invalidation: relieving fatigue, and having no effect on mood.
Claims (1)
1. A nanometer hot sense massage subsides which characterized in that: the anti-leakage plaster comprises a substrate layer, a substrate layer and a protective layer, wherein the substrate layer is a plaster body (4), balls (8) with the diameter of 1-9mm are arranged in the plaster body (4), the substrate layer comprises non-woven fabrics (1) with self-adhesive on one surface, an anti-leakage pearlized film (2) and a rubber or foam anti-leakage sealing ring (3), and the protective layer comprises screen non-woven fabrics (5) and release paper (6);
the anti-seepage sealing device comprises a base layer, wherein an anti-seepage pearlized film (2) is bonded in the middle of a non-woven fabric (1) with self-adhesive on one surface, a self-adhesive bonding area (7) is arranged on the part, outside the anti-seepage pearlized film (2), of the non-woven fabric (1) with the self-adhesive on one surface, a rubber or foam anti-leakage sealing ring (3) is bonded on the anti-seepage pearlized film (2), a matrix layer is arranged in the rubber or foam anti-leakage sealing ring (3), and the height of the matrix;
the substrate layer is coated by a silk screen non-woven fabric (5), the silk screen non-woven fabric (5) is bonded on the rubber or foam leakage-proof sealing ring (3), and the release paper (6) is bonded with a non-setting adhesive bonding area (7) on the non-woven fabric (1) with the non-setting adhesive on one surface.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109925184A (en) * | 2019-03-28 | 2019-06-25 | 尹昭军 | A kind of nanometer of thermal sensation massage cream mud ontology, patch, cream and preparation method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109925184A (en) * | 2019-03-28 | 2019-06-25 | 尹昭军 | A kind of nanometer of thermal sensation massage cream mud ontology, patch, cream and preparation method |
| CN109925184B (en) * | 2019-03-28 | 2024-01-16 | 尹昭军 | Nanometer thermal massage paste body, plaster and preparation method |
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