CN101274122A - Nano far-infrared ray sticking cloth - Google Patents
Nano far-infrared ray sticking cloth Download PDFInfo
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- CN101274122A CN101274122A CNA2007100389560A CN200710038956A CN101274122A CN 101274122 A CN101274122 A CN 101274122A CN A2007100389560 A CNA2007100389560 A CN A2007100389560A CN 200710038956 A CN200710038956 A CN 200710038956A CN 101274122 A CN101274122 A CN 101274122A
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Abstract
The invention provides a nanometer far infrared ray sticking cloth, comprising a surface layer and a nanometer far infrared ray substrate; wherein, the surface layer is a plastic film or release paper; the nanometer far infrared ray substrate is formed by that nanometer far infrared ray powders and liquid silicon pressure-sensitive glue or liquid acryl resin are uniformly mixed, heated, and gradually solidified and hardened on a cotton elastic cloth; furthermore, the nanometer far infrared ray substrate is provided with a cloth layer and a viscous thin glue layer which is arranged at one side of the cloth layer; the surface can be bonded by the viscous thin glue layer which is arranged at one side of the cloth layer; when in use, the plastic film or the release paper on the surface layer is torn off and the nanometer far infrared ray sticking clotch can be bonded to the positions of neck or waist on the back surface of human body corresponding to a central nervous by the viscous thin glue layer of the nanometer far infrared ray substrate; therefore, the human body can gradually receive the irradiation of the nanometer far infrared ray which is penetrated and emitted into the central nervous further, thus leading the diseased positions of human body to achieve the functions of treatment and health care.
Description
Technical field
The invention belongs to the medical health care products field, specifically, is about a kind of nano far-infrared ray sticking cloth.
Background technology
The treatment of human body slight illness at present is nothing more than two kinds of therapeutic modalities of Chinese and Western medicine, and the traditional Chinese medical science is wherein cured slight illness nothing more than modes such as adopting acupuncture, massage or oral Chinese medicine; Medical mode as for doctor trained in Western medicine then mostly adopts oral western medicine, have an injection or mode such as subcutaneous injection.Yet through look into aforementioned various therapeutic modality still exist easy drug derivative irritated or because of artificial careless mistake generation misplay pin, eat medical tangle such as wrong medicine.
80% of solar energy is an infrared ray, and ultrared 80% be 10～20 microns wavelength, and solar energy is 10～20 microns infrared ray more than 60%, and the infrared ray of this wavelength is the most useful to human body.And infrared ray can be divided into the far infrared of 4～1000 microns of the near infrared ray of 0.75～4 micron of wavelength and wavelength; Wherein with 8～14 microns far infrared to the tool good action of human body, because having " sympathetic response absorption ", it reaches " penetration " two kinds of functions, and radiation is the most balanced, therefore can be defined as a kind of eyes and cannot see nano-meter far infrared, the character of light such as tool directly advances, complications, reflection, the tool penetration, and easily absorbed by many materials and produce the lonizing radiation of thermal response.
Nano-meter far infrared being applied on the health care is very safe, not only do not have histoclastic danger, and warmth sensation can also reach inside deeply, because its photo-thermal is radiant heat, so warmth sensation is comparatively stable, the Buddhist of walking back and forth contains the hot spring of mineral, allows the people that happy sensation is arranged.Secondly, nano-meter far infrared medicinal health care function has been commonly common people and has been familiar with, far infrared is a kind of wavelength at 4～1000 microns electromagnetic wave, this electromagnetic wave is by the effect that has produced health care with a kind of main effect of human body, this effect be exactly with human body in " resonance heat absorption " effect of molecule.The intravital molecule of many people all can by with nano-meter far infrared resonance heat-absorbing action, with far-infrared absorption and produce power and heat; But because the relation of nano-meter far infrared penetration power and molecular vibration kenel, effect is maximum is still two kinds of molecules of carbon dioxide in subcutaneous hydrone and the blood capillary.Subcutaneous hydrone has absorbed the energy of far infrared, the various vibration modes of hydrone are increased, at this moment just can break up and be condensed into a glob of hydrone that loses activity with motoricity, generation has the small water molecule of free radical, these activatory small water molecules can combine with deleterious material, discharge by the sweat gland of expanding because of heat absorption then; Perhaps these activatory hydrones also can promote the generation of other activation ferment and reach healthy effect.Secondly, except hydrone, carbon dioxide molecule also can absorb the far infrared of different wave length in the blood capillary, and these molecules can impel vasodilation through strengthening the energy and the heat that are produced after the vibration, and strengthen microvascular exchange and conveying capacity, avoid all diseases that produce because of congestion.
Hence one can see that, and far infrared is very important to health, if can correctly nano-meter far infrared special efficacy be applied in the daily life, can make our life more happy and healthy.Also can produce special role and make human body healthy more owing to nano-meter far infrared human body, and foregoing " molecular resonance heat-absorbing action " theory, nano-meter far infrared health care should be still preferable with the comprehensive effect that allows health absorb, and preferably can be convenient to simultaneously for a long time and health generation effect.
Summary of the invention
The objective of the invention is to be applied on the healthcare products, thereby a kind of nano far-infrared ray sticking cloth is provided nano-meter far infrared.
Nano far-infrared ray sticking cloth of the present invention comprises top layer and nano-meter far infrared basic unit, wherein, this top layer is plastic sheeting or strippable paper, this nano-meter far infrared basic unit then by after nano-meter far infrared powder and liquid-state silicon pressure-sensing glue or liquid acryl resin uniform mixing and the heating gradually setting and hardening constitute in a cotton elastical cloth, and make this nano-meter far infrared basic unit have layer of cloth and be positioned at layer of cloth one lateral stickiness thin adhesive layer, by the layer of cloth one lateral stickiness thin adhesive layer aforesaid top layer of can fitting.
When using, desire only needs the plastic sheeting or the strippable paper on top layer are torn off, can utilize the stickiness thin adhesive layer of nano-meter far infrared basic unit to stick in the cervical region of human body behind or the position that waist corresponds to nervus centralis, and then make people's physical ability slowly accept nano-meter far infrared irradiation, and infiltration is irradiated into the central nervous system and make the ailing position of health reach treatment and health care.
Description of drawings
Fig. 1 is the plane enlarged diagram of nano far-infrared ray sticking cloth of the present invention.
Fig. 2 is the floor map that nano far-infrared ray sticking cloth of the present invention is affixed on the human body back side.
Fig. 3 is fit the in addition plane enlarged diagram of layer of plastic film of nano far-infrared ray sticking cloth of the present invention.
The specific embodiment
Below in conjunction with accompanying drawing, the invention will be further described with specific embodiment.Should be understood that following examples only are used to the present invention is described but not are used to limit scope of the present invention.
As Fig. 1～shown in Figure 2, a kind of nano far-infrared ray sticking cloth 1 of the present invention, this patch 1 comprises top layer 11 and nano-meter far infrared basic unit 12, its mesexine 11 is plastic sheeting or strippable paper, nano-meter far infrared basic unit 12 then be by after nano-meter far infrared powder (Nano Far Infrared Powder) and liquid-state silicon pressure-sensing glue (Liquid Silicone PressureSensitive Adhesive) or liquid acryl resin (Liquid States Acrylic Resins) uniform mixing and the heating gradually setting and hardening constitute in a cotton elastical cloth, and make this nano-meter far infrared basic unit 12 have layer of cloth 121 and be positioned at layer of cloth 121 1 lateral stickiness thin adhesive layers 122, by the layer of cloth 121 1 lateral stickiness thin adhesive layers 122 aforesaid top layer 11 (for example plastic sheeting or strippable paper) of can fitting; When desire is used, only need the plastic sheeting or the strippable paper on top layer 1 are torn off, can utilize the stickiness thin adhesive layer 122 of nano-meter far infrared basic unit 12 to stick in the cervical region 21 of human body 2 (in addition with reference to figure 2) behind or the position that waist 22 corresponds to nervus centralis, and then make people's physical ability slowly accept nano-meter far infrared irradiation, and infiltration is irradiated into the central nervous system and make the ailing position of health reach treatment and health care function, and is unlikely and causes inconvenience in life.
Moreover, aforementioned nano-meter far infrared basic unit 12 is earlier with the liquid-state silicon pressure-sensing glue or the liquid acryl resin of the nano-meter far infrared powder uniform mixing of proper proportion (for example 20%) specific concentrations in 80%, nano-meter far infrared powder is scattered in liquid-state silicon pressure-sensing glue or the liquid acryl resin fully, and then be filled in die casting (figure does not show) and cover one deck cotton elastical cloth, utilize the hollow shape of die casting can produce different thickness, size and shape; Be subjected to the heating (for example 120 ℃～130 ℃) of certain hour when die casting, under pressure and heat effect, make liquid-state silicon pressure-sensing glue or liquid acryl resin gradually setting and hardening be shaped to nano-meter far infrared basic unit 12, this nano-meter far infrared basic unit 12 has layer of cloth 121 and is positioned at layer of cloth 121 1 lateral stickiness thin adhesive layers 122, the nano-meter far infrared basic unit 12 that takes out molding from die casting can borrow its aforesaid top layer 11 of stickiness thin adhesive layer 122 applyings, and this top layer 11 can be plastic sheeting or strippable paper.
In addition, aforesaid liquid acryl resin can with before the nano-meter far infrared powder mixes not dilute with the toluene (Toluene) of trace and the ethyl acetate (Ethyl Acetate) of trace earlier as yet separately.
And aforesaid nano-meter far infrared powder is synthesized by zinc powder, aluminium powder, titanium valve and antimony powder.
In addition, aforementionedly account for that 20% nano-meter far infrared powder can reduce its shared percentage ratio and substitute with the photocatalyst powder or the negative ion powder of suitable percentage ratio in addition, for instance, the nano-meter far infrared powder of former preemption 20% can account for 14% nano-meter far infrared powder, account for 1% photocatalyst powder and account for 5% negative ion powder substitutes, perhaps substituted to account for 18% nano-meter far infrared powder and 2% photocatalyst powder, nano-meter far infrared powder that perhaps can also 15% and 5% negative ion powder substitute.
Moreover, in addition with reference to shown in Figure 3, layer of cloth 121 bottom surfaces of aforementioned nano-meter far infrared basic unit 12 layer of plastic film 120 of can fitting in addition.
Therefore, the present invention has following enhancement effect:
1, the present invention can be affixed on the neck at the human body back side or waist easily by the patch with nano-meter far infrared basic unit With respect to the position of nervous centralis, make the nano-meter far infrared irradiation of people's physical efficiency acceptance slowly, and then reach health care Effect.
2, the present invention utilizes its characteristic radiation by nano-meter far infrared being added in the patch contacted closely naturally with health To human body, can reach very dark position, and skin surface can not stay any vestige, can make the temperature rise of subcutaneous deep, The expansion capilary stimulates circulation, and strengthens metabolism between blood and other tissue, and promotes the regeneration ability to reach Anti-spasm ability can suppress simultaneously the exaltation of sensory nerve, the adjustment of autonomic nerve function is not also produced effect, therefore not Only can be used as healthy and helpful infrared therapy, even can be used as the substitute of other medicine equipment.
3, the plastic sheeting on top layer 1 or strippable paper being torn off can be by the stickiness thin adhesive layer 122 of nano-meter far infrared basic unit 12 Be affixed on human body and have easy to use, safe and can not produce the disappearance of the traditional medical modes such as drug allergy, medical careless mistake.
Moreover aforesaid medical health effect can further be summarized as follows:
A, allaying tiredness: can at short notice tired material and the aging refuse that accumulates in the body be excreted allaying tiredness and pressure.
B, the stiff and lumbago of improvement shoulder fat: blood circulation promoting, the muscle blood flow is increased, improve the stiff and pain of muscle, also effective to bursitis of shoulder.
C, elimination sport injury, recovery function of joint: too Ji Lie motion is the reason that various diseases is disintegrated, formed in the equilibrium that makes health.The nano-meter far infrared drainage that promotes lactic acid and aging refuse improves metabolism, blood circulation promoting.
D, blood circulation promoting, the high hypotension of improvement: blood is inherent around the mediator between the bodily tissue organ, is responsible for nutrient and oxygen are delivered to each tissue, if this function generation obstacle will work the mischief to health.Nano-meter far infrared can blood circulation promoting, what the prevention angiopathy was health care with treatment is basic.
E, enhance metabolism, eliminate superabundant fats: but nano-meter far infrared cholesterol reducing and neutral fat, pre-anti-aging, tool beauty treatment and fat-reducing effect also have good effect to arteriosclerosis.
F, drainage harmful heavy metal: exist 55 kinds of mineral to regulate physiological function in the human body,, then can cause disease if the too much or necessary mineral of toxic mineral matter is very few; And the nano-meter far infrared body discharges toxic mineral matter that helps makes human body keep health status.
In sum, nano far-infrared ray sticking cloth of the present invention, not only easy to use, and can to all class diseases such as the healing of the recovery of the improvement of pressure disease, pain, Fengshi Guanjie disease, paralysis, sport injury rehabilitation, surgical wound and pain relieving, back knee joint pain, gastrointestinal disease, high hypotension, asthma obvious curative effects be arranged all by infrared ray; And have eliminate body odor, detoxifcation, warming summer in winter nice and cool, remove effects such as dampness and beauty treatment.
Claims (5)
1. nano far-infrared ray sticking cloth, comprise top layer and nano-meter far infrared basic unit, wherein this top layer is plastic sheeting or release paper, and this nano-meter far infrared basic unit has layer of cloth and the lateral stickiness thin adhesive layer that is positioned at layer of cloth, by layer of cloth one lateral stickiness thin adhesive layer the fit plastic sheeting or the release paper on aforementioned top layer;
It is characterized in that:
This nano-meter far infrared basic unit by nano-meter far infrared powder and liquid acryl resin uniform mixing and heating after the setting and hardening lateral stickiness thin adhesive layer that forms a layer of cloth and be positioned at layer of cloth in a cotton elastical cloth gradually, and wherein aforesaid liquid acryl resin and can be in advance diluting with the toluene of trace ethyl acetate with trace.
2. nano far-infrared ray sticking cloth, comprise top layer and nano-meter far infrared basic unit, wherein this top layer is plastic sheeting or release paper, and this nano-meter far infrared basic unit has layer of cloth and the lateral stickiness thin adhesive layer that is positioned at layer of cloth, by layer of cloth one lateral stickiness thin adhesive layer the fit plastic sheeting or the release paper on aforementioned top layer;
It is characterized in that:
This nano-meter far infrared basic unit is the setting and hardening lateral stickiness thin adhesive layer that forms a layer of cloth and be positioned at layer of cloth in a cotton elastical cloth gradually by photocatalyst powder and the liquid-state silicon pressure-sensing glue uniform mixing of the negative ion powder of nano-meter far infrared powder, trace, trace and after heating.
3. nano far-infrared ray sticking cloth, comprise top layer and nano-meter far infrared basic unit, wherein this top layer is plastic sheeting or release paper, and this nano-meter far infrared basic unit has layer of cloth and the lateral stickiness thin adhesive layer that is positioned at layer of cloth, by layer of cloth one lateral stickiness thin adhesive layer the fit plastic sheeting or the release paper on aforementioned top layer;
It is characterized in that:
This nano-meter far infrared basic unit by negative ion powder and the liquid-state silicon pressure-sensing glue uniform mixing of nano-meter far infrared powder, trace and after heating gradually setting and hardening form a layer of cloth and be positioned at layer of cloth one lateral stickiness thin adhesive layer in a cotton elastical cloth.
4. nano far-infrared ray sticking cloth, comprise top layer and nano-meter far infrared basic unit, wherein this top layer is plastic sheeting or release paper, and this nano-meter far infrared basic unit has layer of cloth and the lateral stickiness thin adhesive layer that is positioned at layer of cloth, by layer of cloth one lateral stickiness thin adhesive layer the fit plastic sheeting or the release paper on aforementioned top layer;
It is characterized in that:
This nano-meter far infrared basic unit by photocatalyst powder and the liquid-state silicon pressure-sensing glue uniform mixing of nano-meter far infrared powder, trace and after heating gradually setting and hardening form a layer of cloth and be positioned at layer of cloth one lateral stickiness thin adhesive layer in a cotton elastical cloth.
5. nano far-infrared ray sticking cloth, comprise top layer and nano-meter far infrared basic unit, wherein this top layer is plastic sheeting or release paper, and this nano-meter far infrared basic unit has layer of cloth and the lateral stickiness thin adhesive layer that is positioned at layer of cloth, by layer of cloth one lateral stickiness thin adhesive layer the fit plastic sheeting or the release paper on aforementioned top layer;
It is characterized in that:
This nano-meter far infrared basic unit by nano-meter far infrared powder and liquid-state silicon pressure-sensing glue uniform mixing and heating after gradually setting and hardening form aforesaid layer of cloth and be positioned at layer of cloth one lateral stickiness thin adhesive layer in a cotton elastical cloth, and the bottom surface of this layer of cloth and the plastic sheeting of fitting in addition.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007100389560A CN101274122B (en) | 2007-03-30 | 2007-03-30 | Nano far-infrared ray sticking cloth |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2007100389560A CN101274122B (en) | 2007-03-30 | 2007-03-30 | Nano far-infrared ray sticking cloth |
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| Publication Number | Publication Date |
|---|---|
| CN101274122A true CN101274122A (en) | 2008-10-01 |
| CN101274122B CN101274122B (en) | 2012-08-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2007100389560A Expired - Fee Related CN101274122B (en) | 2007-03-30 | 2007-03-30 | Nano far-infrared ray sticking cloth |
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| Country | Link |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101524305B (en) * | 2009-04-03 | 2012-08-22 | 蓝婉金 | Far-infrared pain-relieving magnetic therapy patch |
| WO2020103115A1 (en) * | 2018-11-23 | 2020-05-28 | 杨胜宪 | Time-release acid pain-relief nursing patch and manufacture method therefor |
| CN111282158A (en) * | 2020-03-13 | 2020-06-16 | 福建省立东信科技发展有限公司 | Far infrared ray luminous device and method for processing product by using same |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1087374A (en) * | 1992-11-24 | 1994-06-01 | 宋凯旋 | Far infrared emitting material and contain Chinese medicine far infrared rays emplastrum |
| CN2740648Y (en) * | 2004-09-24 | 2005-11-16 | 周祖全 | Composite environmental protective material |
-
2007
- 2007-03-30 CN CN2007100389560A patent/CN101274122B/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101524305B (en) * | 2009-04-03 | 2012-08-22 | 蓝婉金 | Far-infrared pain-relieving magnetic therapy patch |
| WO2020103115A1 (en) * | 2018-11-23 | 2020-05-28 | 杨胜宪 | Time-release acid pain-relief nursing patch and manufacture method therefor |
| CN111282158A (en) * | 2020-03-13 | 2020-06-16 | 福建省立东信科技发展有限公司 | Far infrared ray luminous device and method for processing product by using same |
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| Publication number | Publication date |
|---|---|
| CN101274122B (en) | 2012-08-08 |
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Granted publication date: 20120808 Termination date: 20170330 |