CN101647608B - Nano far infrared belt - Google Patents
Nano far infrared belt Download PDFInfo
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- CN101647608B CN101647608B CN2008102132137A CN200810213213A CN101647608B CN 101647608 B CN101647608 B CN 101647608B CN 2008102132137 A CN2008102132137 A CN 2008102132137A CN 200810213213 A CN200810213213 A CN 200810213213A CN 101647608 B CN101647608 B CN 101647608B
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Abstract
The invention discloses a nano far infrared belt. Fibers and threads in a plurality of warp thread units of the belt and a plurality of weft threads which are interlaced with the warp thread units are provided with nano far infrared rays and anions, irradiation of nano far infrared rays to human bodies can multiply when the belt is worn on lumbar part no matter what the belt is telescopic or not, thus achieving better medical care function, and the generated anions have actions of sterilization and antibiosis; further more, a plurality of weft threads of the belt are vertically interwoven above and under a plurality of fibers, nano far infrared anion threads and nano far infrared anion fibers of the warp thread units respectively to obtain better structural strength.
Description
Technical field
The present invention relates to belt, specifically is a kind of nano far infrared belt.
Background technology
Common in the market belt only has simple belt function of use usually.
And the treatment of present human body slight illness 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, produces the pin of misplaying, eats medical tangle such as wrong medicine yet aforementioned various therapeutic modality has the irritated or artificial careless mistake of easy drug derivative.
Moreover 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 near infrared ray and the wavelength of 0.75～4 micron of wavelength; Wherein with 8～14 microns far infrared to the tool good action of human body; Because it has " sympathetic response absorption " and " 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, has directly, the character of light such as complications, reflection; Have penetration, and be prone to be absorbed and produce the lonizing radiation of thermal response by many materials.Nano-meter far infrared being applied on the health care is very safe, not only do not have histoclastic danger, and warmth sensation also can reach inside deeply, because its photo-thermal is radiant heat, so warmth sensation is comparatively stable, contains the hot spring of mineral seemingly, lets the people that happy sensation is arranged.The effect of nano-meter far infrared health care is generally known by everybody; Far infrared is a kind of wavelength at 4～1000 microns electromagnetic wave; This electromagnetic wave has been through having produced the effect of 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 through 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 form acts on the maximum two kinds of molecules of carbon dioxide in subcutaneous hydrone and the blood capillary that are still.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, and the small water molecule of these activations can combine with deleterious material, discharges through the sweat gland of expanding because of heat absorption then; Perhaps the hydrone of these activations also can promote the generation of other activation ferment and reach healthy effect.Secondly; Except hydrone, carbon dioxide molecule can also absorb the far infrared of different wave length in the blood capillary, and these molecules can impel vasodilation through strengthening the energy that is 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 to the importance of health, if can correct Application nano-meter far infrared special efficacy can make our life more happy and healthy in daily life.And also can produce special role to human body and make human body healthy more owing to nano-meter far infrared; But foregoing " molecular resonance heat-absorbing action " theory; Nano-meter far infrared health care should be still preferable with the comprehensive effect that lets health absorb, and preferably can be convenient to simultaneously for a long time and health generation effect.
Further investigation reveals that some personnel of this area with the mode of printing or coating with the far infrared thing attached to textile, underwear, underwear top; Reach the purpose that helps health through nano-meter far infrared irradiation; Yet it still has nano-meter far infrared irradiation dose deficiency perhaps can not be lasting, using a period of time promptly to lose maybe and can not get a desired effect easily.
In addition, I277429 number " nano far-infrared ray sticking cloth " patent of same inventor's of the present invention TaiWan, China patent of invention is inappropriate for the cause of wearing because of it, so its practicality is not enough.
Summary of the invention
The object of the present invention is to provide a kind of nano far infrared belt, have good medicinal health care function.
For realizing above-mentioned purpose; Nano far infrared belt of the present invention; Comprise belt carcass, be linked to leather belt head and the magnetic tape trailer that is linked to the rear end of belt carcass of the front end of belt carcass; Said belt carcass comprises several knitting zone; Each knitting zone of said several knitting zone is formed by several warp unit and the braiding of the parallel vertical interlaced more than several; Said warp unit comprise the elastomeric yarn that is positioned at front end or cellosilk, several cellosilks, the nano-meter far infrared negative-ion fiber silk more than and the nano-meter far infrared anion suture more than be staggered constitute, said several above parallels are woven in the top and the below of unitary elastomeric yarn of said warp or cellosilk, several cellosilks, the nano-far-infrared negative-ion fiber silk more than and the nano-far-infrared anion suture more than respectively vertical interlaced.
Nano far infrared belt of the present invention; Several warps of its belt carcass unitary wherein cellosilk and suture and all have nano-meter far infrared and anion with parallel more than several of the staggered braiding in this warp unit; No matter belt carcass flexible or not flexible; The human body that when wearing the waist that is used in human body, can double is accepted nano-meter far infrared irradiation, and then reaches better medicinal health care function, and has degerming and antimicrobial effect through the anion that produces; Moreover the above parallel of several of belt carcass is woven in the top and the below of unitary several cellosilks of each warp, nano-meter far infrared anion suture and nano-meter far infrared negative-ion fiber silk respectively vertical interlaced, to obtain preferable structural strength.
Description of drawings
Fig. 1 is the axonometric chart of the embodiment of the invention.
Fig. 2 is the wherein braiding structure plane enlarged drawing of belt carcass of the embodiment of the invention.
Fig. 3 is the staggered upper and lower relation sketch map that weaves of elastomeric yarn, suture and each parallel in pin border area before the embodiment of the invention wherein shows in the braiding structure of belt carcass.
Fig. 4 is the staggered upper and lower relation sketch map that weaves of elastomeric yarn, cellosilk, suture and each parallel that the embodiment of the invention wherein shows knitting zone in the braiding structure of belt carcass.
Fig. 5 is the staggered upper and lower relation sketch map that weaves of suture, elastomeric yarn and various parallel that the embodiment of the invention wherein shows crochet district, back in the braiding structure of belt carcass.
The specific embodiment
Extremely shown in Figure 2 like Fig. 1; Nano far infrared belt of the present invention; Comprise belt carcass 1, be linked to leather belt head 2 and the magnetic tape trailer 3 that is linked to the rear end of belt carcass of the front end of belt carcass 1, wherein this leather belt head 2 has alligator 21, can supply to insert one of them of several locating holes 32 of magnetic tape trailer 3.
This belt carcass 1 has elasticity and can stretch or do not have elasticity and not flexible, comprise one before pin border area 11 and several knitting zone 12, wherein:
Pin border area 11 before being somebody's turn to do; By elastomeric yarn more than that is positioned at the front side or the nano-meter far infrared anion suture 113,114 of cellosilk more than 111,112 and one; Staggered top and the below that is knitted to several above parallels 101 constitutes; Please cooperate in addition with reference to shown in Figure 3; Can find out elastomeric yarn or cellosilk 111,112; The upper and lower relation of nano-meter far infrared anion suture 113,114 and the 101 staggered braidings of each parallel; For example elastomeric yarn or cellosilk 111 are in Fig. 3 shown in (left side count first row) " high and low high and low "; Promptly represent this elastomeric yarn or cellosilk 111 lay respectively at article one and second parallel 101 the top, be positioned at the 3rd and the 4th parallel 101 the below, be positioned at the 5th and the 6th parallel 101 the top, be positioned at the below of the 7th and the 8th parallel 101; And nano-meter far infrared anion suture 114 lays respectively at the below of the below of article one parallel 101, the top of second parallel 101, the below of the 3rd parallel 101, the top of the 4th parallel 101, the below of the 5th parallel 101, the top of the 6th parallel 101, the 7th parallel 101, the top of the 8th parallel 101, and these preceding pin border area 11 front ends also have one to incorporate sideline 115 with several above parallels 101 into own forces around what weave in addition;
These several knitting zone 12; Pin border area 11 before the knitting zone 12 of its front side continues; And each knitting zone 12 is wherein formed by several warp unit 121 and the braiding of parallel 101 vertical interlaceds more than several; This warp unit 121 comprises the cellosilk 1212,1214,1216,1218 of the elastomeric yarn that is positioned at front end or cellosilk 1211, several stretch-prooves; Article one, the nano-meter far infrared negative- ion fiber silk 1213,1219 more than; And the nano-far- infrared anion suture 1215,1217 more than be staggered constitute; These several above parallel 101 is woven in elastomeric yarn or the cellosilk 1211 of aforementioned warp unit 121, the nano-meter far infrared negative- ion fiber silk 1213,1219 of cellosilk more than 1212,1214,1216,1218, one of several stretch-prooves respectively vertical interlaced, and the top and the below of the nano-meter far infrared anion suture 1215,1217 more than; Please cooperate in addition with reference to shown in Figure 4; Can find out elastomeric yarn 1211, the cellosilk 1212,1214,1216,1218 of several stretch-prooves, nano-meter far infrared negative- ion fiber silk 1213,1219; Nano-meter far infrared anion suture 1215,1217; With the upper and lower relations of each parallel 101 staggered braidings, for example wherein a stretch-proof cellosilk 1212 can directly be found out the below, the 4th, the 5th, the 6th, the 7th of the below that is positioned at article one parallel 101, the top of second parallel 101, the 3rd parallel 101 and the top of the 8th parallel 101 from Fig. 4, to obtain preferable structural strength.
Moreover; Aforementioned belt carcass 1 further comprises the back crochet district 13 that is positioned at rear side; By elastomeric yarn or cellosilk 133,134 vertical interlaceds of the nano-meter far infrared anion suture more than more than 131,132 and one be woven in the parallel 101 more than several top and below constitute; Please cooperate in addition with reference to shown in Figure 5; Can find out nano-meter far infrared anion suture 131,132; The upper and lower relations of elastomeric yarn or cellosilk 133,134 and each parallel 101 staggered braidings, for example wherein a nanometer infrared negative ion suture 131 be positioned at article one parallel 101 the top, be positioned at second parallel 101 the below, be positioned at the 3rd parallel 101 the top, be positioned at the 4th parallel 101 the below, be positioned at the 5th parallel 101 the top, be positioned at the 6th parallel 101 belows, be positioned at the 7th parallel 101 the top, be positioned at the below of the 8th parallel 101.
And; The cellosilk 1212,1214,1216,1218 of several stretch-prooves of the warp unit 121 of the knitting zone 12 of aforementioned belt carcass 1 can be artificial cellosilk or natural fiber silk; 1213,1219 of the nano-meter far infrared negative-ion fiber silks more than one of this warp unit 121 are that natural fiber silk or artificial cellosilk have nano-meter far infrared and anion after processing; The suture more than one 1215,1217 of this warp unit 121 is for having nano-meter far infrared and anion after natural fiber silk or the processing of artificial cellosilk's process, and these several 101 above in parallel is respectively after processing to have nano-meter far infrared and natural fiber silk or artificial cellosilk anion.
In addition, the nano-meter far infrared anion suture more than 113,114 in the preceding pin border area 11 of aforementioned belt carcass 1 adopts after processing and has nano-meter far infrared and artificial cellosilk or natural fiber silk anion.
Moreover the nano-meter far infrared anion suture more than 131,132 in the back crochet district 13 of aforementioned belt carcass 1 adopts after processing to have nano-meter far infrared and artificial cellosilk or natural fiber silk anion.
In addition, the sewing binding in its back-end of aforementioned belt carcass 1 has a magnetic tape trailer 3, and this magnetic tape trailer 3 adopts plastic cement materials, and the one injection molding has opening 31, can be convenient to link with belt carcass 1 sewing.
In sum, the present invention can conclude and have following beneficial effect:
1, the cellosilk wherein 1213,1219 of several warp unit 121 of belt carcass 1; All has nano-meter far infrared and anion with suture 1215,1217 and with this parallel 101 more than warp unit 121 staggered several that weave; Therefore no matter belt carcass 1 flexible or not flexible of nano far infrared belt of the present invention; When wearing the waist that is used in human body; The human body that can double is accepted nano-meter far infrared irradiation, and then reaches better medicinal health care function, and has the antimicrobial effect of degerming through the anion that produces.
2, magnetic tape trailer 3 can adopt plastic cement material and the one injection molding, and through its opening 31, can be easily links with the rear end sewing of belt carcass 1, reaches relatively to make and produces advantage quickly and easily, and then also can be convenient to make production operation.
3, several above parallels 101 of belt carcass 1 are woven in several cellosilks 1211,1212,1214,1216,1218 of each warp unit 121 respectively vertical interlaced; Nano-meter far infrared anion suture 1215,1217,1216,1218; The top and the below of nano-far- infrared anion suture 1215,1217 and nano-far-infrared negative- ion fiber silk 1213,1219 are to obtain preferable structural strength.
4, nano-meter far infrared characteristic capable of using emits on the human body, can reach very dark position, and skin surface can not stay any vestige; The temperature of subcutaneous deep is risen, expansion blood capillary, blood circulation promoting; Strengthen the metabolism between blood and other tissue; And promote tissue regeneration ability and spasmolytic ability, and can suppress the exaltation of sensory nerve simultaneously, the adjustment of autonomic nerve function is also produced effect; Therefore not only can be used as healthy and helpful infrared therapy, even can be used as the substitute of other medical device.
5, have easy to use safe and can not produce the disappearance of traditional medical modes such as drug allergy, medical careless mistake.
6, after user is worn, can when motion or work, use, have allaying tiredness, reduce or avoid the advantage of pain.
Claims (8)
1. nano far infrared belt comprises belt carcass, is linked to leather belt head and the magnetic tape trailer that is linked to the rear end of belt carcass of the front end of belt carcass, it is characterized in that:
Said belt carcass comprises several knitting zone; Each knitting zone of said several knitting zone is formed by several warp unit and the braiding of the parallel vertical interlaced more than several; Said warp unit comprise the elastomeric yarn, several cellosilks, the nano-meter far infrared negative-ion fiber silk more than and the nano-meter far infrared anion suture more than that are positioned at front end be staggered constitute, said several above parallels are woven in the top and the below of the unitary elastomeric yarn of said warp, several cellosilks, the nano-far-infrared negative-ion fiber silk more than and the nano-far-infrared anion suture more than respectively vertical interlaced.
2. nano-far-infrared belt according to claim 1; It is characterized in that: the knitting zone that is positioned at front side of several knitting zone of the said belt carcass pin border area before of continuing, said before the pin border area constitute by elastomeric yarn more than that is positioned at the front side and staggered top and the below that is knitted to the parallel more than several of the nano-meter far infrared anion suture more than.
3. nano far infrared belt according to claim 2 is characterized in that: before said the front end in pin border area also have one with the incorporate sideline of several above parallels around braiding.
4. nano far infrared belt according to claim 1; It is characterized in that: said belt carcass further comprises the back crochet district that is positioned at rear side, said back crochet district by nano-meter far infrared anion suture more than and the elastomeric yarn vertical interlaced more than be woven in the parallel more than several top and below constitute.
5. nano far infrared belt according to claim 1; It is characterized in that: the cellosilk of unitary several stretch-prooves of warp of the knitting zone of said belt carcass is artificial cellosilk or natural fiber silk; The unitary nano-meter far infrared negative-ion fiber silk more than of said warp then is that natural fiber silk or artificial cellosilk have nano-meter far infrared and anion after processing; The unitary suture more than of said warp is that natural fiber silk or artificial cellosilk have nano-meter far infrared and anion after processing, and said several above parallels then are respectively after processing to have nano-meter far infrared and natural fiber silk or artificial cellosilk anion.
6. nano far infrared belt according to claim 2 is characterized in that: the nano-meter far infrared anion suture more than in the preceding pin border area of said belt carcass adopts after processing to have nano-meter far infrared and artificial cellosilk or natural fiber silk anion.
7. nano far infrared belt according to claim 4; It is characterized in that the nano-meter far infrared anion suture more than in the back crochet district of said belt carcass adopts after processing to have nano-meter far infrared and artificial cellosilk or natural fiber silk anion.
8. nano far infrared belt according to claim 1 is characterized in that: said belt carcass has elasticity and can stretch or do not have elasticity and not flexible.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008102132137A CN101647608B (en) | 2008-08-14 | 2008-08-14 | Nano far infrared belt |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008102132137A CN101647608B (en) | 2008-08-14 | 2008-08-14 | Nano far infrared belt |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101647608A CN101647608A (en) | 2010-02-17 |
| CN101647608B true CN101647608B (en) | 2012-05-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008102132137A Expired - Fee Related CN101647608B (en) | 2008-08-14 | 2008-08-14 | Nano far infrared belt |
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| Country | Link |
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| CN (1) | CN101647608B (en) |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1470682A (en) * | 2002-07-26 | 2004-01-28 | 上海弘康科技发展有限公司 | Method for preparing fiber with negative ion far infrared antibacterial health-care function and product thereof |
| CN201039955Y (en) * | 2007-04-29 | 2008-03-26 | 上海弘康科技发展有限公司 | Multifunctional towel |
-
2008
- 2008-08-14 CN CN2008102132137A patent/CN101647608B/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1470682A (en) * | 2002-07-26 | 2004-01-28 | 上海弘康科技发展有限公司 | Method for preparing fiber with negative ion far infrared antibacterial health-care function and product thereof |
| CN201039955Y (en) * | 2007-04-29 | 2008-03-26 | 上海弘康科技发展有限公司 | Multifunctional towel |
Non-Patent Citations (3)
| Title |
|---|
| JP平1-155866A 1989.06.19 |
| JP特开2003-52837A 2003.02.25 |
| JP特开2007-185492A 2007.07.26 |
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| Publication number | Publication date |
|---|---|
| CN101647608A (en) | 2010-02-17 |
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