CN201888283U - Cooling and heat extraction structure of textile products - Google Patents
Cooling and heat extraction structure of textile products Download PDFInfo
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- CN201888283U CN201888283U CN2010205852221U CN201020585222U CN201888283U CN 201888283 U CN201888283 U CN 201888283U CN 2010205852221 U CN2010205852221 U CN 2010205852221U CN 201020585222 U CN201020585222 U CN 201020585222U CN 201888283 U CN201888283 U CN 201888283U
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- heat extraction
- cooling heat
- textile fabrics
- cooling
- extraction block
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- Socks And Pantyhose (AREA)
Abstract
Discloses is a cooling and heat extraction structure of textile products. The textile products can be various products made of whole fabrics or local fabrics on human bodies, such as clothes, gloves, socks, leg sleeves, sleeves, sport protecting clothing, hats, head scarves, pads or the like. When being worn and used, the cooling and heat extraction structure can totally or locally contacts with skins of a human body and placed on the textile products, at least one cooling and heat extraction block is totally or locally planned to be adopted at the positions of the structure contacting with the skins according to dresses of people and the use condition of the structure, anti-infiltration processing is applied to the structure, the cooling and heat extraction blocks are separated from other portions of the products and are soaked in and combined with additionally produced cooling and heat extraction agents, the cooling and heat extraction agents are limited within the cooling and heat extraction blocks to achieve the form of dry-wet separation, so that the cooling and heat extraction agents are ensured to be used for local heat exchange on human bodies within the planned cooling and heat extraction blocks, and cooling and heat extraction effects are achieved.
Description
Technical field
The utility model relates to field of fabric producing technology, is the cooling heat extraction structure about a kind of textile fabrics.
Background technology
Because ozone layer broken hole and holy baby's climatic phenomenon that global Ecological Changes caused, not only the temperature in summer raises year by year, and ultraviolet index is also high always, it is hard to bear to allow the people often feel more coat heat, though reduce room temperature at the indoor air-conditioning equipments such as cold air or electric fan that can utilize, to obtain preferable comfortableness, but in the outdoor invasion and attack of then being unable to escape heat wave, not only easily cause predicament soaked with sweat, cause bad smell of perspiration all over the body, the generation of peculiar smell, after the long-time Exposure to Sunlight, easier have a sunburn, sunburn, pathologies such as heatstroke or cutaneum carcinoma take place, and produce harmful effect for a long time for avoiding skin to cross because of Exposure to Sunlight, except opening an umbrella, outside attaching the names of pre-determined candidates, the part common people are more arranged to wipe sunscreen, liquid or wear the long sleeves clothing, clothing such as oversleeve and leg cover or articles for use in response to, the phase can be used the injury that isolated sunlight and ultraviolet ray are caused.
Wipe sunscreen, the timeliness of liquid is limited, must often replenish erasing, and there is no any help for solving the sultry phenomenon of high temperature, and wear long sleeves clothing or oversleeve, accessories such as leg cover, though can avoid the sunburn problem, but it is not good because of the gas permeability of clothing easily, make health feel sultry, especially for being engaged in outdoor exercises person and long-time outwork person, wear the sticky sense that causes sultry and soaked with sweat that the long sleeves clothing are derived, more make us being difficult to stand, though all kinds of clothings or the accessory that have suction single jersey material to make at present come out, so its quality is very different, and only can absorb sweat, improve the sticky sense that sweat causes, do not have any help, the uncomfortable phenomenon that the wearer causes because of external high temperature is sultry for reducing body temp, still can't achieve a solution, so how to avoid under sunlight and the ultraviolet irradiation, can obtain the cool and comfortable sense on the health simultaneously, become the problem of being focused in the utility model research and development.
When common people are engaged in outdoor activities, problem except sunlight and ultraviolet ray sunburn, and high temperature may cause outside the situation of the hard to bear and heatstroke of coat heat, more may be because of spraining one's ankle accidentally, wound hemostasis or bitten by honeybee ... take place Deng unexpected, this moment is if can bestow emergency treatment such as ice compress immediately, often can effectively shorten follow-up recovery from illness time-histories, yet existing ice compress mode, mainly be still with ice cube and carry out ice compress as low-temperature receiver, but obtain ice cube out of doors and be not easy, and the peppermint ointment of general Portable, the effect of first aid medicine for external applications such as gel is unsatisfactory, and its timeliness is extremely short, and fails really to replace the effect of ice compress, so how outside the usefulness that obtains the cooling heat extraction, a kind of first-aid applicance that replaces the ice compress measure further is provided, and is another purpose that becomes in the utility model research and development.
The utility model content
Because movable out of doors at present cooling is relieved summer heat or the ice compress aspect, there is no good solution, utility model people spy sets about studying improvement, be engaged in the many years of experience and the technology of relevant industries based on it, and then grind and create textile fabrics cooling heat extraction structure of the present utility model, promptly its main purpose is to provide a kind of when dress or use, the textile fabrics that can effectively health hot gas outwards be got rid of, can reduce the temperature of health, allow the people under outdoor high temperature, still can feel more refrigerant comfortable.
Another purpose of the present utility model is the composition design that is via structure, make its privileged site be planned to cooling heat extraction block in textile fabrics contact human body and the easiest sweating, outside isolating sunlight and ultraviolet injury, more concentrated the position that the easiest heating is perspired to human body to lower the temperature, to receive best heat elimination and cooling effect.
A purpose more of the present utility model is the composition design that is via structure, order cooling heat-removing agent be stained with soak after, unlikelyly infiltrate into the goods that non-cooling heat extraction block partly reaches and do the wet block that separates, heat-removing agent volatilizees fast except avoiding lowering the temperature, can prolong its Use Limitation, visually also more attractive in appearance outward.
Another purpose of the present utility model is to be via textile fabrics and cooling the combining of heat-removing agent, make it when facing the situation that needs ice compress, directly replaced ice cube and carried out ice compress, not only the ice compress effect is even more ideal, and its ice compress timeliness is longer, do not have simultaneously the ice cube ice compress problem and the disappearance that may derive.
For achieving the above object, the utility model is by the following technical solutions:
A kind of cooling heat extraction structure of textile fabrics, it mainly is to plan at least one or more than one cooling heat extraction block in dress or the privileged site that is used in the textile fabrics of human body, and other positions of this cooling heat extraction block and textile fabrics are the state that separates fully, and described cooling heat extraction block is stained with to soak and is adsorbed with the cooling heat-removing agent.
Described textile fabrics is meant the goods that full cloth or local cloth are made.
The cooling heat extraction block of described textile fabrics is to adopt the water imbibition cloth to make.
The cooling heat extraction block of described textile fabrics is to utilize waterproof adhesive tape and other positions of textile fabrics to form to separate.
The cooling heat extraction block of described textile fabrics is to hold the interface that sews up that is laminated with both with the marine glue sheet, is sewed up with the thread of waterproof and separates separating of cooling heat extraction block and other positions of textile fabrics.
The cooling heat extraction block of described textile fabrics, be for textile fabrics whole.
The cooling heat extraction block of described textile fabrics is to adopt identical material with textile fabrics.
The cooling heat extraction block of described textile fabrics is to adopt unlike material with textile fabrics.
The beneficial effects of the utility model: because at the wear of its textile fabrics or use form and plan at least one or more than one cooling heat extraction block in privileged site, and utilize waterproof adhesive tape, waterproof thread or sew up the interface place at it and do the infiltration of effective waterproof and handle with other parts isolation of these cooling heat extraction blocks with goods, use at this cooling heat extraction block and be stained with the cooling heat-removing agent that soaks other system, other parts of the unlikely entered preparation of its cooling heat-removing agent reach goods and do the wet purpose of separating, thereby the heat-removing agent of can guaranteeing to lower the temperature is able in the cooling heat extraction block of planning human body be carried out local heat exchange action, to reach the heat elimination and cooling effect, it is sultry to uncomfortable phenomenon that human body caused to improve high temperature according to this.
Description of drawings
Fig. 1 is the structural representation that the utility model is implemented on the preferred embodiment of clothes.
Fig. 2 is the prescription schematic diagram of cooling heat-removing agent of the present utility model.
Fig. 3 is that the utility model preferred embodiment concerns schematic diagram in a preferred construction of cooling heat extraction block isolation method.
Fig. 4 is that the utility model preferred embodiment concerns schematic diagram in another preferred construction of cooling heat extraction block isolation method.
Fig. 5 is the structural relation schematic diagram of the cooling heat extraction block absorption of the utility model preferred embodiment in conjunction with the cooling heat-removing agent.
Fig. 6 is the enforcement state reference map that the utility model is implemented on oversleeve.
Fig. 7 is the enforcement state reference map that the utility model is implemented on the leg cover.
Fig. 8 is the enforcement state reference map that the utility model is implemented on gloves.
Fig. 9 is the enforcement state reference map that the utility model is implemented on socks.
Figure 10 is the enforcement state reference map that the utility model is implemented on knee-pad.
Figure 11 is the enforcement state reference map that the utility model is implemented on cap.
Figure 12 is the enforcement state reference map that the utility model is implemented on trousers.
Figure 13 is the enforcement state reference map that the utility model is implemented on shoulder protector.
Figure 14 is that the utility model is implemented on the enforcement state reference map that protects heel.
Figure 15 is the enforcement state reference map that the utility model is implemented on scarf.
Drawing reference numeral:
1, cooling heat-removing agent 10, clothes
20, cooling heat extraction block 30, waterproof adhesive tape
40, waterproof film 50, waterproof thread
The specific embodiment
Reach the aspect relevant for structure composition of the present utility model, technological means and effect, sincerely cooperate graphic giving again further to specify for example in the back:
See also the structural representation of Fig. 1, the prescription schematic diagram of Fig. 2, the structural relation schematic diagram of Fig. 3～5 and the enforcement state reference map of Fig. 6～15, preferable example of the present utility model is described, as shown in the figure, textile fabrics of the present utility model comprises the clothing that is dressed on the human body, trousers, in, oversleeve, the leg cover, gloves, socks ... wait clothing, and knee-pad, shoulder protector, protect heel, wrister ... wait protecting ware for sports, also can be the safety cap liner, sunbonnet, cap, headgear, face shield, scarf, neckerchief ... wait the accessory articles for use, sincerely specify for example at this with clothes, on its structural design, mainly be in the back position of clothes 10 or the cooling heat extraction block 20 of a predetermined form and specification is cooked up in the precalculated position of sleeve, the position, place of this cooling heat extraction block 20, be that to be contained the zone that the easiest heating of human body back perspires be good, and make this cooling heat extraction block 20 when clothes 10 is worn, can directly contact with human skin, and the cloth that cooling heat extraction block 20 is adopted, can be the identical material or the unlike material of clothes 10, but must have preferable water imbibition person for good, sew up the interface place at cooling heat extraction block 20 and clothes 10 other positions again, be system is provided with waterproof adhesive tape 30 (or flashing) and is separated, in case of necessity, be able to waterproof film 40 and hold the interface that sews up that is laminated with both, thread 50 with waterproof is sewed up again, the heat extraction block 20 of should lowering the temperature according to this separates into distinct area, make its fibr tissue by isolated and can't interpenetrate, thus, the cooling heat-removing agent 1 of other system is being stained with when being dipped in this cooling heat extraction block 20, other position that the heat-removing agent of can effectively avoiding lowering the temperature infiltrates into clothes 10 reaches does the wet purpose of separating, lower the temperature heat-removing agent 1 too fast volatilization and influence heat extraction usefulness preventing, constitute a preferable example of the utility model textile cooling structure according to this;
And the composition of aforementioned cooling heat-removing agent 1 mainly comprises:
Alcohol (denatured ethyl alcohol) ... .. is lower than 24%
Water ... ... more than the ..70%
Chamomile ... ... .. is lower than 1%
Aloe ... ... be lower than 1%
Peppermint lactic acid ... .. is lower than 0.1%
Other herbaceous plant ... .. is an amount of
Via on take off the cooling heat-removing agent 1 that composition is formed, utilize chamomile wherein, aloe, peppermint lactic acid ... wait the herbaceous plant composition, make it have anti-inflammatory, detumescence, the clear stasis of blood ... etc. effect, and utilize the volatility of its alcoholic ingredient, then can make it have the cooling heat extraction effect of heat exchange, be incorporated into the fibr tissue inside of the cooling heat extraction block 20 of clothes 10 by these cooling heat-removing agent 1 dipping absorption, must give this cooling heat extraction block 20 and have contact heat elimination and cooling usefulness, thus, on the wear of clothes 10, because of the adsorbed cooling heat-removing agent 1 of the cooling heat extraction block 20 of back thereafter or the planning of sleeve place, can with relation that human skin directly contacts under, utilize the volatility of its alcoholic ingredient, make the human body and the cloth of cooling heat extraction block 20 produce heat exchange action, make the hot gas of human body diffusing to effluxing, and then can effectively reduce the temperature of human body, reach the cooling heat rejection function of expection, allow human body feel more nice and cool, comfortable, effectively improve the sultry phenomenon that easily causes the human body discomfort of external high temperature, give splendid practical value.
In the above description, though only illustrate with clothes, and with its cooling row
The set positions of hot-zone piece 20 is in the back part and the sleeve part of clothes 10, but be not in order to define enforcement sample attitude of the present utility model, but understand technology category of the present utility model for convenience and reach effect, in other words, be that these cooling heat extraction blocks 20 also must be planned the front that is arranged on clothes 10, shoulders etc. are relative position arbitrarily, its objective for implementation also not only is confined to clothes 10 aspects, such as wear or be used in human body and can be all or the local clothing that contacts with human body, trousers, in, oversleeve, the leg cover, gloves, socks ... wait clothing, or knee-pad, shoulder protector, protect heel, wrister ... wait protecting ware for sports, or safety cap liner, sunbonnet, cap, headgear, face shield, scarf, neckerchief ... wait the accessory articles for use, so long as its whole or local textile fabrics that adopts the water imbibition cloth to make, all be able to cook up the heat extraction block 20 of independently lowering the temperature for the 1 absorption combination of cooling heat-removing agent if necessary in its privileged site, even the wear of visual its goods or use form and its goods all are planned to cooling heat extraction block 20, comprehensive heat elimination and cooling usefulness is provided to provide textile fabrics all to combine with cooling heat-removing agent 1, make it in view of the above outside general sunlight and ultraviolet isolating and protecting usefulness, more can effectively the hot gas of human body be arranged and be led heat radiation, to reduce the temperature of human body, promote refrigerant sense of touch, effectively improve external high temperature the sense of discomfort that may cause, reduce that heatstroke is unexpected to be taken place;
Aforesaid cooling heat-removing agent 1, its cool effect can reach 6～10 ℃, its Use Limitation is then because of being that mat clothes 10 is slow volatilization with contacting of air, the effect of its cooling heat extraction can be kept 2～3 hours, and after its cooling heat-removing agent 1 volatilization totally, can flood again to replenish in good time and use with continuity, in view of the above under the weather of hot heat, get special wear or the use that is able to via these clothes 10, reach to subtract and fall body heat to obtain the effect of relieving summer heat of ice-cold sense of touch, simultaneously because of its effective heat elimination and cooling, can replace the low-temperature receiver of ice cube, suffer from when making it out of doors or at home and sprain as ice compress, the hemostasis of wounding, scald ... when waiting situation that needs ice compress, directly taken and carry out ice compress, to solve the problem that can not find ice cube temporarily, and can give better ice compress usefulness, and wear at this type of in design of textile fabrics such as clothing 10 or accessory, bagging and packaging can further be made, give easily and depositing, easily hide carrying convenience, with in response to the possible period of want or need;
Promptly, via above explanation, the utility model is on structural design as can be known, the local privileged site or the whole planning region that are used in textile fabrics are separated out suitable cooling heat extraction block, make textile fabrics be stained with and soak the cooling heat-removing agent in cooling heat extraction block position, and make dried, wet block clearly separates, order cooling heat-removing agent is unlikely to infiltrate into other parts and too fast volatilization is scattered and disappeared, thus, when textile fabrics is worn or is used in human body, can contact with the direct of human body by cooling heat extraction block, make its row's of being brought into play thermal conductivity gas to subtract the usefulness of cooling degree, make the user be felt more refrigerant, comfortable, solve external environment high temperature the uncomfortable problem that may cause, more must meet accident when injured being engaged in outdoor activities, with providing of ice compress function, generally speaking, really has splendid practical value person;
In sum, the cooling heat extraction structure of the textile fabrics that the utility model is researched and developed, planning and designing via its structure, make it be able to establish the preferable cooling heat extraction block of water imbibition in various dresses or the whole or local privileged site system that is used in the textile fabrics on the human body, it is stained with soaks the absorption cooling heat-removing agent of system in addition, make textile fabrics on dress and using, except general sunlight and ultraviolet isolating and protecting usefulness, have more the cooling heat rejection function that row leads the human body temperature, further solve external environment high temperature may cause the problem of human body discomfort, simultaneously more can be with the usefulness of ice compress, generally speaking, really the splendid industry applications of tool can effectively promote human comfort quality of the life and practical value, the excellence of really can yet be regarded as, outstanding innovative design, the whence proposes patent application in accordance with the law.
Claims (8)
1. the cooling heat extraction structure of a textile fabrics, it is characterized in that: it mainly is to plan at least one or more than one cooling heat extraction block in dress or the privileged site that is used in the textile fabrics of human body, and other positions of this cooling heat extraction block and textile fabrics are the state that separates fully, and described cooling heat extraction block is stained with to soak and is adsorbed with the cooling heat-removing agent.
2. the cooling heat extraction structure of textile fabrics according to claim 1, it is characterized in that: described textile fabrics is meant the goods that full cloth or local cloth are made.
3. the cooling heat extraction structure of textile fabrics according to claim 1 is characterized in that: the cooling heat extraction block of described textile fabrics is to adopt the water imbibition cloth to make.
4. the cooling heat extraction structure of textile fabrics according to claim 1 is characterized in that: the cooling heat extraction block of described textile fabrics is to utilize waterproof adhesive tape and other positions of textile fabrics to form to separate.
5. the cooling heat extraction structure of textile fabrics according to claim 1, it is characterized in that: the cooling heat extraction block of described textile fabrics is to hold the interface that sews up that is laminated with both with the marine glue sheet, is sewed up with the thread of waterproof and separates separating of cooling heat extraction block and other positions of textile fabrics.
6. the cooling heat extraction structure of textile fabrics according to claim 1 is characterized in that: the cooling heat extraction block of described textile fabrics, be for textile fabrics whole.
7. the cooling heat extraction structure of textile fabrics according to claim 1 is characterized in that: the cooling heat extraction block of described textile fabrics is and textile fabrics adopts identical material.
8. the cooling heat extraction structure of textile fabrics according to claim 1 is characterized in that: the cooling heat extraction block of described textile fabrics is and textile fabrics adopts unlike material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205852221U CN201888283U (en) | 2010-10-29 | 2010-10-29 | Cooling and heat extraction structure of textile products |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205852221U CN201888283U (en) | 2010-10-29 | 2010-10-29 | Cooling and heat extraction structure of textile products |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201888283U true CN201888283U (en) | 2011-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205852221U Expired - Fee Related CN201888283U (en) | 2010-10-29 | 2010-10-29 | Cooling and heat extraction structure of textile products |
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| Country | Link |
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| CN (1) | CN201888283U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108041698A (en) * | 2018-02-05 | 2018-05-18 | 何丹彤 | Clever dragon adhesive bra |
| CN108041698B (en) * | 2018-02-05 | 2024-05-31 | 何丹彤 | Linglong pasting bra |
-
2010
- 2010-10-29 CN CN2010205852221U patent/CN201888283U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108041698A (en) * | 2018-02-05 | 2018-05-18 | 何丹彤 | Clever dragon adhesive bra |
| CN108041698B (en) * | 2018-02-05 | 2024-05-31 | 何丹彤 | Linglong pasting bra |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110706 Termination date: 20141029 |
|
| EXPY | Termination of patent right or utility model |