CN209492246U - A kind of warming diablement fort material that keeps out the cold - Google Patents
A kind of warming diablement fort material that keeps out the cold Download PDFInfo
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Abstract
The utility model relates to linen-cotton cloth fields, more particularly to a kind of warming diablement fort material that keeps out the cold, the warming diablement fort material that keeps out the cold is four-layer structure, heat generating fiber layer including pro-skin, needle pierces the heat storage layer on heat generating fiber layer, needle pierces the one-way heat conduction layer on heat storage layer, and needle pierces the insulating layer on one-way heat conduction layer.The utility model can generate heat by heat generating fiber layer, realize from heat supply, realize good resisting cold effect；One-way heat conduction layer can dramatically weaken heat transfer process of the high temperature to low temperature；Four temperature gradients are generated between heat generating fiber layer, heat storage layer, one-way heat conduction layer and insulating layer four-layer structure, it is within the temperature range of most warm most suitable human body with the heat generating fiber layer of skin contact, and insulating layer has then been gradually decreased to ambient temperature, can reduce heat transmitting power.
Description
Technical field
The utility model relates to linen-cotton cloth field more particularly to a kind of warming diablement fort material that keeps out the cold.
Background technique
Linen-cotton cloth is ingredient of the cotton containing fiber crops, also known as cotton hemp interweaving cloth.Diablement fort has ramie-cotton and linen cotton
Etc..Linen-cotton cloth has following general advantage: 1, gas permeability, having a good sweat property are good, and diablement fort can adsorb sweat on human skin
Water and micro- sweat, keep body temperature back to normal rapidly, are really achieved ventilative, absorbing sweat effect, cool in summer and warm in winter, are suitable for personal use；2,
Comfortably, antipruritic, affine skin, pH value is in acidity, non-stimulated to skin, meets environmental protection and human health requirement；3, antistatic, no
Pilling, do not frustrated, crimping, diablement fort are sewed with pure cotton, without free charge, cotton fiber is unlikely to deform, not pilling；4, certainly
So environmental protection is made into cloth from plantation is in one's hands, is sewn into sheet, and without using pesticide and chemical stain, textile is without formaldehyde, azo etc.
Chemical heavy metal ion complies fully with the requirement for " disabling carcinogenic-azo dyes " as defined in European Community's textile physicochemical specifications,
Make real green ecological weaving treasure；5, sleep can be improved, so that human body is generated thermogenetic effect using diablement fort, increase human body
Microcirculation blood flow, effectively adjusts nervous system, and dredging the channel improves sleep quality.
But in fact, the features such as by the had highly-breathable of linen-cotton cloth, high-hygroscopicity, warming effect extremely has
Limit, or even only setting larger thickness sacrifice gas permeability to a certain extent, sacrifice its own advantage to improve linen-cotton cloth
Warming effect, but still it is extremely limited.Or fabric is improved by other corpus fibrosums.
Such as a kind of Patent Office of the People's Republic of China's application for a patent for invention of mould-proofing warm-keeping textile disclosed on 2 22nd, 2012, Shen
It please notification number CN102356935A comprising the fiber bottom that linen-cotton is blended, needle pierce the cotton on the fiber bottom that linen-cotton is blended
Flower heat preservation layer, needle pierce the cotton fiber layer on cotton heat preservation layer, and needle pierces the spandex fibre layer on cotton fiber layer, the spandex
Mould inhibitor is added in fibrous layer.One cotton fibriia is as bottom fabric, and acupuncture cotton flower heat preservation layer is on it to improve its guarantor
Warm effect, but it is also simply to make improvement to thermal property from the angle for improving fabric thickness.
A kind of for another example Patent Office of the People's Republic of China's invention of thermal insulating and water-proof Chinese fiber crops double-layer and double-side fabric disclosed on January 7th, 2015
Notification number CN104256979A is applied in patent application, successively includes outer layer, middle layer and inner layer, and outer layer and middle layer press,
Wherein outer layer is windproof waterproof breathable film, and inner layer is heat preservation layer, and inner layer is bonded with middle layer.The middle layer is made of fabric,
The fabric includes upper and lower Chinese linen-cotton yarn layer, and setting connects the transverse direction of upper and lower Chinese linen-cotton yarn layer between upper and lower Chinese linen-cotton yarn layer
Elastica.It is by the ventilated membrane of setting wind and water preventing, and wind-shielding function sacrifices its gas permeability to a certain extent, by subtracting
Few air-flow flows caused heat exchange and reduces heat dissipation, and cooperation heat preservation layer realizes preferable warming effect.
Also such as a kind of Patent Office of the People's Republic of China's patent of invention of the antifouling work clothes of keep warm disclosed on October 29th, 2014
Application is applied for notification number CN104116217A, is made of tissue layer and the waterproof surface bed of material, the waterproof surface bed of material is by polytetrafluoro
Vinyl film is combined plus cloth, and the surface of the waterproof surface bed of material is also coated with one layer of water-repellent paint, which is
Shaped plastics modified pitch coating.The tissue layer is made of bonded fiber layer, textle layers and heat preservation layer, and bonded fiber layer is by being permitted
The mixing of more textile fabrics bonds, and bonded fiber layer is fixedly installed on textle layers, textle layers be by warp thread and weft yarn with
Mutually sink-float, staggered mode weave, and heat preservation layer is fixedly installed on the bottom of textle layers.Its shaped plastics modified pitch coating
Cooperation polytetrafluoroethylene film is with being capable of forming certain heat insulation effect, but it can also reduce its gas permeability and water penetration simultaneously.
Utility model content
Being had the features such as highly-breathable, high-hygroscopicity to solve existing linen-cotton cloth, warming effect is extremely limited,
Even only setting larger thickness sacrifices gas permeability to a certain extent, sacrifices its own advantage to improve the guarantor of linen-cotton cloth
Warm effect, but still extremely limited problem, the utility model provide a kind of warming diablement fort material that keeps out the cold, can guarantee cotton
Good warming effect is also equipped on the basis of the excellent in performance such as the gas permeability and hygroscopicity of burlap material itself.
To achieve the above object, the utility model uses following technical scheme:
A kind of warming diablement fort material that keeps out the cold, the warming diablement fort material that keeps out the cold is four-layer structure, and the fever including pro-skin is fine
Layer is tieed up, needle pierces the heat storage layer on heat generating fiber layer, and needle pierces the one-way heat conduction layer on heat storage layer, and needle pierces on one-way heat conduction layer
Insulating layer.
Heat generating fiber layer is the patch skin layers of innermost layer, can generate and provide the heat of user, is realized carry-on weak
Heating, and heat storage layer has biggish specific heat capacity, heats up slower, i.e., itself has thermal insulation to a certain extent and is sending out
The three kinds of temperature gradients of formation temperature from high to low between thermal fiber layer, heat storage layer and three layers of one-way heat conduction layer can be reduced interior
The savings to heat produced by innermost layer heat generating fiber layer is realized in outer layer heat flow, is realized and is kept warm for a long time, and one-way heat conduction layer
Heat caused by the heat generating fiber layer of internal layer can be further reduced and be lost diverging outward, realize good heat insulation effect, and
Insulating layer can further completely cut off extraneous low temperature, realize whole linen-cotton cloth four-layer structure by heat generating fiber layer, heat storage layer, unidirectionally lead
Four temperature gradients of four layers of temperature of thermosphere and insulating layer from high to low, form good resisting cold warming effect.
Preferably, the heat generating fiber layer, heat storage layer, one-way heat conduction layer and insulating layer are the wire body of rake angle braiding
It weaves.
The weaving manner that oblique angle interweaves can form more highdensity hole, and hole compared to the interleaving mode through knitting device
Gap is more uniform more careful.
Preferably, the angle of the rake angle braiding is 115~125 °.
The cotton fibriia line being interleaved in 115~125 ° of intertexture angles can form the air hole of rule the most uniform
Gap, and have stability more higher than the cotton fibriia line that longitude and latitude interweaves.
Preferably, wire body used in the heat generating fiber layer is that flax fiber and cotton fiber pass through ultra tiny iron powder and NKA-
Spontaneous heating cotton fibriia made from II resin modified.
Flax fiber and cotton fiber mixture homogeneity are high in spontaneous heating cotton fibriia, stablize in conjunction with stable and comprehensive performance
Uniformly, ultra tiny iron powder and NKA-II resin can realize the fever of two kinds of different principles, improve heating efficiency and heating effect, and
And have higher thermal stability, and realize good spontaneous heating, it can be to the part urea and cream in sweat during fever
Acid carries out oxygenolysis and absorbs absorption, improve body-sensing comfort level and reduce bacteria breed.Compared to eks fiber and softwarm
The using effect of fiber etc., spontaneous heating cotton fibriia is more excellent and has the advantages that the highly-breathable of cotton fibriia.
Preferably, wire body used in the heat storage layer is BC gel thread.
BC gel thermal resistivity with higher, the heat storage layer being woven into can be realized better heat insulation effect.
Preferably, wire body used in the one-way heat conduction layer is that flax fiber and cotton fiber pass through bacteria cellulose, superelevation
Molecular weight polyethylene and the modified one-way heat conduction cotton fibriia obtained of modified maceration extract.
One-way heat conduction cotton fibriia has the good ability that one-dimensional one-way heat conduction is axially carried out along fiber, can be significantly
Weaken the phenomenon that flash heat transfer heat dissipation is carried out by high temperature to low temperature due to caused by the larger temperature difference, and after modified maceration extract processing
The cotton fibriia sterilizing ability that can efficiently kill except candida albicans, and flax fiber and cotton fiber is cooperated to have itself, can
Play very good bactericidal effect.
Preferably, the insulating layer is interwoven by 60~70wt% cotton fiber and 30~40wt% flax fiber.
The porosity that cotton fiber has is higher than flax fiber, and the air of storage inside is more abundant, can form one layer
Weak temperature stratification further slows down heat transfer, heat dissipation from the inside to the outside, further increases warming effect.
Preferably, the heat generating fiber layer is with a thickness of 1~2mm, heat storage layer is with a thickness of 0.5~1mm, one-way heat conduction thickness
Degree is 1.5~2.5mm, and insulating layer is with a thickness of 0.8~1.2mm.
The thickness of heat storage layer, one-way heat conduction layer and insulating layer is unsuitable blocked up, avoids the gas permeability for influencing whole linen-cotton cloth,
And the thickness of heat generating fiber layer is excessively thin, does not have good heating effect, can not produce enough calorific value, it is blocked up then same
It will affect the gas permeability of cloth.
The beneficial effects of the utility model are:
1) heat can be generated by heat generating fiber layer, realizes from heat supply, realizes good resisting cold effect；
2) one-way heat conduction layer can dramatically weaken heat transfer process of the high temperature to low temperature；
3) four temperature gradients are generated between heat generating fiber layer, heat storage layer, one-way heat conduction layer and insulating layer four-layer structure, with
The heat generating fiber layer of skin contact is within the temperature range of most warm most suitable human body, and insulating layer has then been gradually decreased to outside
Boundary's environment temperature can reduce heat transmitting power.
Detailed description of the invention
Fig. 1 is the schematic diagram of the utility model；
Fig. 2 is the schematic diagram that cotton fibriia oblique angle interweaves in heat-sink shell and heat dissipating layer；
In figure, 1 heat generating fiber layer, 2 heat storage layers, 3 one-way heat conduction layers, 4 insulating layers.
Specific embodiment
Further clear detailed description explanation is made to the utility model below in conjunction with Figure of description and specific embodiment.
Embodiment
A kind of warming diablement fort material of resisting cold as shown in Figure 1, the warming diablement fort material that keeps out the cold is four-layer structure, including parent
The heat generating fiber layer 1 of skin, needle pierce the heat storage layer 2 on heat generating fiber layer 1, and needle pierces the one-way heat conduction layer 3 on heat storage layer 2, needle
The insulating layer 4 on one-way heat conduction layer 3 is pierced, heat generating fiber layer 1, heat storage layer 2, one-way heat conduction layer 3 and insulating layer 4 are such as Fig. 2 institute
It is shown as the wire body that the rake angle that angle [alpha] is 115~125 ° weaves to weave, the weaving manner that oblique angle interweaves is compared to through weft knitting
The interleaving mode knitted can form more highdensity hole, and hole is more uniform more careful, form rule the most uniform
Ventilative hole, and have stability more higher than the cotton fibriia line that longitude and latitude interweaves.Heat generating fiber layer 1 is the patch skin of innermost layer
Layer, can generate and provide the heat of user, realize carry-on weak heating, and heat storage layer 2 has biggish specific heat capacity, rises
Temperature is slower, i.e., itself has thermal insulation to a certain extent and in heat generating fiber layer 1, heat storage layer 2 and one-way heat conduction layer 3 three
The three kinds of temperature gradients of formation temperature from high to low between layer can reduce ectonexine heat flow, realize fine to innermost layer fever
The savings of heat produced by layer 1 is tieed up, realizes and keeps warm for a long time, and the fever that one-way heat conduction layer 3 can be further reduced internal layer is fine
Heat caused by dimension layer 1 is lost diverging outward, realizes good heat insulation effect, and further to completely cut off the external world low for insulating layer 4
Temperature realizes whole linen-cotton cloth four-layer structure by 4 four layers of heat generating fiber layer 1, heat storage layer 2, one-way heat conduction layer 3 and insulating layer temperature
Four temperature gradients from high to low, form good resisting cold warming effect.
Wherein wire body used in heat generating fiber layer 1 is that flax fiber and cotton fiber change by ultra tiny iron powder and NKA-II resin
Spontaneous heating cotton fibriia made from property.Flax fiber and cotton fiber mixture homogeneity are high in spontaneous heating cotton fibriia, in conjunction with stabilization
And comprehensive performance stable and uniform, ultra tiny iron powder and NKA-II resin can realize the fever of two kinds of different principles, improve fever
Efficiency and heating effect, and have higher thermal stability, realize good spontaneous heating, it can be to sweat during fever
In part urea and lactic acid carry out oxygenolysis and absorb absorption, improve body-sensing comfort level simultaneously reduce bacteria breed.Compared to
The more excellent and height with cotton fibriia of the using effect of eks fiber and softwarm fiber etc., spontaneous heating cotton fibriia is thoroughly
Gas advantage.
In heat generating fiber layer 1 spontaneous heating cotton fibriia the preparation method is as follows:
1) ultra-high molecular weight polyethylene powder is dissolved in small molecule alkane solvent, is configured to weak solution, and to weak solution into
Row stirring, is uniformly mixing to obtain pretreatment fluid；
2) coupling agent is dissolved in small molecule alkane solvent, is configured to the coupling agent solution of 2.5~5wt%, by flax fibre
Peacekeeping cotton fiber, which is placed in coupling agent solution, to be slowly stirred uniformly, is then stood and is carried out impregnation, 3~5h of dipping is placed on low
Air drying is carried out in pressure ring border, obtains pretreatment composite fibre；
3) pretreatment composite fibre obtained by step 2) is added into pretreatment fluid obtained by step 1), and be added
Ultra tiny iron powder and adsorbent modifier are formulated as mixed liquor, carry out ultrasonic vibration under the conditions of being placed in 10~15 DEG C, by 65~
Mixed liquor is concentrated under reduced pressure after the ultrasonic vibration of 90min, be concentrated into that liquor capacity is former pretreatment fluid volume 25~
35%, obtain concentration turbid；
4) acid etching modification liquid is added into the resulting concentration turbid of step 3), ultrasound is carried out under the conditions of being placed in 55~70 DEG C
Shake 25~35min, be subsequently placed in -5~0 DEG C of ice bath and be quenched, be precipitated it is solidifying brilliant after with water and dehydrated alcohol to it is solidifying it is brilliant into
Row rinses, and super times of hot-stretch processing is carried out after rinsing and drying, obtains spontaneous heating cotton fibriia.
Wire body used in heat storage layer 2 is BC gel thread.BC gel thermal resistivity with higher, 2 energy of heat storage layer being woven into
Enough realize better heat insulation effect.
Wire body used in one-way heat conduction layer 3 is that flax fiber and cotton fiber pass through bacteria cellulose, ultra-high molecular weight polyethylene
With the modified one-way heat conduction cotton fibriia obtained of modified maceration extract.One-way heat conduction cotton fibriia have it is good along fiber it is axial into
The ability of the one-dimensional one-way heat conduction of row, can significantly weaken and carry out flash heat transfer by high temperature to low temperature due to caused by the larger temperature difference
The phenomenon that heat dissipation, and treated that cotton fibriia can be killed efficiently except candida albicans for modified maceration extract, and cooperates flax fiber
The sterilizing ability having with cotton fiber itself can play very good bactericidal effect.
In one-way heat conduction layer 3 one-way heat conduction cotton fibriia used the preparation method is as follows:
1) ultra-high molecular weight polyethylene powder is dissolved in small molecule alkane solvent, is configured to weak solution, and to weak solution into
Row stirring, is uniformly mixing to obtain pretreatment fluid；
2) coupling agent is dissolved in small molecule alkane solvent, is configured to the coupling agent solution of 2.5~5wt%, by flax fibre
Peacekeeping cotton fiber, which is placed in coupling agent solution, to be slowly stirred uniformly, is then stood and is carried out impregnation, 3~5h of dipping is placed on low
Air drying is carried out in pressure ring border, obtains pretreatment composite fibre；
3) pretreatment composite fibre obtained by step 2) is added into pretreatment fluid obtained by step 1) and is formulated as
Mixed liquor carries out ultrasonic vibration under the conditions of being placed in 5~10 DEG C, subtracts after the ultrasonic vibration of 30~40min to mixed liquor
Pressure concentration is concentrated into 20~35% that liquor capacity is former pretreatment fluid volume, obtains concentration turbid；
4) acid etching modification liquid is added into the resulting concentration turbid of step 3), ultrasound is carried out under the conditions of being placed in 55~70 DEG C
Shake 25~35min, be subsequently placed in -5~0 DEG C of ice bath and be quenched, be precipitated it is solidifying brilliant after with water and dehydrated alcohol to it is solidifying it is brilliant into
Row rinses, and super times of hot-stretch processing is carried out after rinsing and drying, obtains linen-cotton composite fibre；
5) modified maceration extract is prepared, the preparation method of modified maceration extract includes:
A-1) Kocide SD is dissolved in the diethanolamine solution of its 2~2.35 times of parts by weight, is stirring evenly and then adding into
The water of 1.35~1.75 times of parts by weight of Kocide SD forms copper ammon solution；
A-2) into the resulting copper ammon solution of step a-1) be added step a-1) used in 0.95~1.1 times of weight of Kocide SD
The polyethylene glycol of part, is uniformly mixing to obtain cupric maceration extract, i.e., modified maceration extract；
6) the resulting linen-cotton composite fibre of step 4) is placed in modification maceration extract obtained by step 5), is placed it in close
It closes in container, is passed through hot steam and makes to boost to 130~200kPa in container and remove oxygen side by side, then raise temperature to 160~185 DEG C simultaneously
5~7.5h is kept the temperature, is subsequently passed steam cooling, natural cooling after being cooled to 120~135 DEG C obtains modified fibre；
7) bacteria cellulose aquagel block is carried out soaking molten processing, band bacteria cellulose matrix is added 12 after being completely dissolved
Sodium alkyl sulfate and sodium sulfate of polyethenoxy ether of fatty alcohol are quickly stirred with the revolving speed of 800~1100r/min to its a large amount of hair
Bubble then carries out slow foam stabilizing with the revolving speed of 150~220r/min and stirs 25~35min, obtains gel expanding foam solution；
8) the resulting modified fibre of step 6) is impregnated in the resulting gel expanding foam solution of step 7), while by polyvinyl alcohol
It is dissolved in 36~48h of ultrasonic vibration under the conditions of being placed in 80~90 DEG C in suitable water, is configured to the polyvinyl alcohol water of 4~6.5wt%
Polyethylene glycol is added in solution, and 3~5h of ultrasonic vibration obtains mixed liquor under the conditions of being placed in 65~75 DEG C, will mixing after ultrasonic vibration
Liquid is added into gel expanding foam solution, is placed in 12~18h of ultrasonic vibration in 85~90 DEG C of water-baths, then stands 20~28h, takes out warp
It is stood to 55~70min after modified fibre of processing under the conditions of 15~25 DEG C, then carries out gel layer and is formed for covering to surface
It is stamped the modified fibre of gel layer；
9) 3~5 washings are carried out using the modified fibre that water is covered with gel layer to the resulting surface of step 8), it is then first
Solvent displacement is first carried out with soaked in absolute ethyl alcohol, then carries out solvent displacement with tert-butyl alcohol immersion, the fiber that finally displacement is completed
Body is freeze-dried to obtain one-way heat conduction cotton fibriia.
Insulating layer 4 is interwoven by 60~70wt% cotton fiber and 30~40wt% flax fiber.The hole that cotton fiber has
Gap rate is higher than flax fiber, and the air of storage inside is more abundant, can form one layer of weak temperature stratification, further slow down by interior
To outer heat transfer, heat dissipation, warming effect is further increased.
In addition, heat generating fiber layer 1 is with a thickness of 1~2mm, heat storage layer 2 with a thickness of 0.5~1mm, one-way heat conduction layer 3 with a thickness of
1.5~2.5mm, insulating layer 4 is with a thickness of 0.8~1.2mm.The thickness of heat storage layer 2, one-way heat conduction layer 3 and insulating layer 4 should not mistake
Thickness avoids the gas permeability for influencing whole linen-cotton cloth, and the thickness of heat generating fiber layer 1 is excessively thin, does not have good fever effect
Fruit can not produce enough calorific value, blocked up, equally will affect the gas permeability of cloth.
Claims (7)
1. a kind of warming diablement fort material that keeps out the cold, which is characterized in that the warming diablement fort material that keeps out the cold is four-layer structure, including pro-skin
Heat generating fiber layer, needle pierces heat storage layer on heat generating fiber layer, and needle pierces the one-way heat conduction layer on heat storage layer, and needle is pierced unidirectional
Insulating layer on heat-conducting layer.
2. a kind of warming diablement fort material that keeps out the cold according to claim 1, which is characterized in that the heat generating fiber layer stores temperature
Layer, one-way heat conduction layer and insulating layer are made of the wire body that rake angle weaves.
3. a kind of warming diablement fort material that keeps out the cold according to claim 2, which is characterized in that the angle of the rake angle braiding
It is 115~125 °.
4. a kind of warming diablement fort material that keeps out the cold according to claim 1 or 2 or 3, which is characterized in that the heat generating fiber layer
Wire body used is flax fiber and cotton fiber by spontaneous heating cotton fibriia made from ultra tiny iron powder and NKA-II resin modified.
5. a kind of warming diablement fort material that keeps out the cold according to claim 1 or 2 or 3, which is characterized in that used in the heat storage layer
Wire body is BC gel thread.
6. a kind of warming diablement fort material that keeps out the cold according to claim 1 or 2 or 3, which is characterized in that the insulating layer is cotton
Fiber and flax fiber interlaced plies.
7. a kind of warming diablement fort material that keeps out the cold according to claim 1 or 2 or 3, which is characterized in that the heat generating fiber layer
With a thickness of 1~2mm, heat storage layer is with a thickness of 0.5~1mm, and one-way heat conduction layer is with a thickness of 1.5~2.5mm, and insulating layer is with a thickness of 0.8
~1.2mm.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112026292A (en) * | 2020-09-21 | 2020-12-04 | 苏州布禄纺织科技有限公司 | Heat-conducting dirt-resistant antibacterial fabric |
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2018
- 2018-09-29 CN CN201821606687.3U patent/CN209492246U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112026292A (en) * | 2020-09-21 | 2020-12-04 | 苏州布禄纺织科技有限公司 | Heat-conducting dirt-resistant antibacterial fabric |
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