CN202456465U

CN202456465U - Warm clothes

Info

Publication number: CN202456465U
Application number: CN2012200092052U
Authority: CN
Inventors: 吴一鸣
Original assignee: SHANGHAI SAIYANG ENTERPRISE ADMINISTRATION CONSULTING CO Ltd
Current assignee: Beijirong (Shanghai) Textile Technology Development Co., Ltd.
Priority date: 2012-01-10
Filing date: 2012-01-10
Publication date: 2012-10-03
Anticipated expiration: 2022-01-10

Abstract

The utility model discloses warm clothes. The warm clothes comprise an upper garment and pants which both have a double-layer structure formed by a surface layer and an inner layer, wherein heating patches are placed on the inner side of the inner layer of the front part, the back part and the elbow parts of the upper garment and the knee parts of the pants; each heating patch is closely attached to the inner side of the inner layer and provided with a healthcare layer, a heat dissipation layer and a heat insulation layer in sequence, which are fixedly laminated. The heating patches of the warm clothes can uniformly generate heat, the heat conduction capability is high, and the warm clothes not only have the functions of heating, but also have the antibacterial action for magnetic therapy and physical therapy.

Description

Thermal cloth

Technical field

The utility model is used for the warming purposes of daily life clothing class, is specifically related to a kind of thermal cloth.

Background technology

Along with the raising of quality of life and the enhancing of health care consciousness, people are more and more exquisite to wearing clothes, both pursued the health care that a great variety of modelsization is also paid attention to human body; And in winter of cold; Clothing mostly adopts common cotton dress material to process, heating method nothing more than wear the clothes, attach the names of pre-determined candidates, gloves etc., income effect is limited; Though can play certain thermal effect behind the increase fabric thickness; But the increase of thickness also can increase along with the increase of thermal property, makes the wearer look that stature is too fat to move, does not reach people and thinks to wear less and warming effect.

Need the position with the local hot compress of heating power for some, then do not have the usefulness of desirable material object for demand, having then in recent years with heating power mode and theory provides effective thermal source; And then protect human body not lose temperature, and mostly being employed in the clothes nexine like the warming apparatus of clothing and acquiring some warming subsides, it is that chemical energy is converted into heat energy; Though satisfied the requirement to the health heating warm-keeping, these thermo electric material heatings are inhomogeneous, and thermal transition efficient is low; Bad mechanical strength, fracture and damage easily when being applied to movable more ancon position and knee position, service life is short; Comfortableness is poor; Be difficult to washing, and only can play thermal effect, do not have antibiotic, antibacterial, deodorization and anti-ultraviolet function.

The utility model content

For solving the deficiency of above-mentioned prior art, the utility model discloses a kind of thermal cloth, is glued with warming paster on the said thermal cloth nexine; This warming paster heating evenly; Capacity of heat transmission is strong, has both had heating and has heated function, has antibiotic, the bacteriostasis of magnetic therapy and physiotherapy again.

For reaching above-mentioned technique effect; The utility model provides a kind of thermal cloth; Said thermal cloth comprises upper garment and trousers; Said upper garment and trousers respectively have the double-decker of top layer, nexine, and the inboard nexine with the back sheet of the nexine of said upper garment anter is inboard, the nexine inboard at ancon and trousers knee position is equipped with warming paster, and said warming paster is close to above-mentioned nexine inboard and is provided with heath care layer, heat dissipating layer and thermal insulation layer successively and is integral according to the superimposed set of this order.

Said thermal insulation layer adopts natural fiber, staple fibre or synthetic fibers; Said heath care layer is a far infrared cloth, and on this far infrared cloth, is provided with the anion emission source; A body temperature trans is installed at the middle part of said heat dissipating layer, and the arm of angle of this heat dissipating layer is provided with plural piece battery, and body temperature trans and battery are electrically connected through lead, and the complex root conductive yam is installed between adjacent cell.

Further, said heat dissipating layer adopts in the two-layer nonwoven and is folded with synthetic fiber cloth, and the middle part of said synthetic fiber cloth is equipped with said body temperature trans, and said plural piece battery places the edge of this synthetic fiber cloth with the sewing mode.

Further, said conductive yam is the long filament that is base material with continuous synthetic fibre fiber.

The lining of the utility model thermal cloth adopts the material of warming light softness; The thermal property and the transparent performance of thermal cloth are merged one; The warming paster of the utility model can play antibiotic, antibacterial, anti-mite, deodorization and anti-ultraviolet function simultaneously; This warming paster is softr simultaneously, does not account for too much volume, does not also receive the influence of thickness.

Description of drawings

Fig. 1 is provided with the structural representation of warming paster for upper garment in the utility model one preferred embodiment;

Fig. 2 is provided with the structural representation of warming paster for trousers in the utility model one preferred embodiment;

Fig. 3 is that the part of warming paster in the utility model one preferred embodiment is launched sketch map;

Fig. 4 is the expansion sketch map of heat dissipating layer in the utility model one preferred embodiment.

The specific embodiment

For the benefit of, explain below in conjunction with an accompanying drawing institute's formula and a preferred embodiment to the understanding of the thermal cloth structure of the utility model.

The thermal cloth of the utility model comprises a upper garment and trousers; As shown in Figure 1; Said upper garment 10 has the double-decker of top layer, nexine, and the nexine of said upper garment anter is inboard to be equipped with warming paster 30 with the nexine inboard of back sheet and the nexine inboard of ancon, for representing the attractive in appearance of the utility model upper garment; The utility model only shows the warming paster 30 at one of which ancon place, and another ancon is bending and has save warming paster 30; As shown in Figure 2, the trousers 20 of the utility model have the double-decker of top layer, nexine, are equipped with warming paster 30 in the nexine inboard at two knee positions of these trousers 20.

As shown in Figure 3, the nexine inboard that said warming paster 30 is close to upper garment 10 and trousers 20 is provided with heath care layer 31, heat dissipating layer 32 and thermal insulation layer 33 successively and is integral according to the superimposed set of this order.Said heath care layer 31 is a far infrared cloth, and is provided with the anion emission source above the heath care layer 31 at this; Form resistance loop on the said heat dissipating layer 32 with two electrodes; Said thermal insulation layer 33 adopts natural fiber, staple fibre or synthetic fibers.

Referring to Fig. 4; In order to enjoy multiple additional health care for the user; So that overcome the existing paster defective of fracture easily; Prolong the purpose in paster life-span for it, the heat dissipating layer 32 of the utility model adopts in the two-layer nonwoven 321 and is folded with synthetic fiber cloth 322, and a block temperature sensor 323 is installed at the middle part of said synthetic fiber cloth 322; The corner of said synthetic fiber cloth 322 is provided with four batteries 324 with the sewing mode; Be electrically connected through lead 325 between said body temperature trans 323 and the battery 324, and between the adjacent cell 324 conductive yam 326 that complex root is arranged in parallel be installed, this conductive yam 326 is for being the substrate passed silver-plated or copper-plated long filament with continuous synthetic fibre fiber.

The structure of the utility model possesses different how ingenious design; The abundanter additional peculiar effect of tool of spreading out gives the user and not only can keep out the cold warmingly, improves ancon and knee microcirculation; Anti-inflammatory is antibacterial, alleviate ancon or knee pain; And little, easy to carry, the heating that can cling to the body of warming paster 30 volumes of the utility model, energy efficient, the constant temperature effect is obvious.

Referring to Fig. 4, during use, warming paster 30 is sewed in the position of somagenic need heating once more; The nexine at two knee positions of the nexine inboard of and back sheet inboard like the nexine of the upper garment anter of previous embodiment and the nexine inboard of ancon or trousers 20 is inboard, and the temperature of body temperature inductor 323 beginning perception healths is when body temperature is lower than 20 when spending; Body temperature inductor 323 sends instruction to chip, conducts on the battery 324 through lead 325, opens battery 324; Battery 324 discharges electric energy through conductive yam 326 outside release heat; After reaching uniform temperature, body temperature inductor 323 can be closed automatically, no longer distribute heat.

The characteristics of the utility model have:

(1) utilizes electrothermal principle, warming paster 30 is produced concentrate and inhomogeneity heat energy, use, reach insulation, hot compress double action for any position of human body;

(2) the applying ability of utilizing the utility model and being had, when can with each object (except that clothes) when combining, the value with heating object is promoted property and versatility, like head box, Heating gloves or heating earmuff etc.;

(3) utilize the body temperature trans 323 of the utility model, be worth, have the characteristic of saving the energy, and then have the function that prolongs effective Use Limitation with the perception constant temperature that it was had;

(4) utilize the varistructured design of the utility model, warming paster 30 can be separate type with the clothes nexine and uses also combined use, uses so that performance has the position of spatial constraints.

(5) utilize the utility model with the sewing mode battery 324 to be installed on the warming paster 30, sustainable is battery 324 chargings, keeps the theory of greening and environmental protection, energy savings.

Claims

1. thermal cloth; This thermal cloth comprises upper garment and trousers; Said upper garment and trousers respectively have the double-decker of top layer, nexine; The inboard nexine with the back sheet of the nexine of said upper garment anter is inboard, the nexine inboard at ancon and trousers knee position is equipped with warming paster, it is characterized in that: said warming paster is close to above-mentioned nexine inboard and is provided with heath care layer, heat dissipating layer and thermal insulation layer successively and is integral according to the superimposed set of this order.

2. thermal cloth according to claim 1 is characterized in that: said thermal insulation layer adopts natural fiber, staple fibre or synthetic fibers.

3. thermal cloth according to claim 1 is characterized in that: said heath care layer is a far infrared cloth, and on this infrared cloth, is provided with the anion emission source.

4. thermal cloth according to claim 1; It is characterized in that: a body temperature trans is installed at the middle part of said heat dissipating layer; The arm of angle of this heat dissipating layer is provided with plural piece battery, and body temperature trans and battery are electrically connected through lead, and the complex root conductive yam is installed between adjacent cell.

5. thermal cloth according to claim 4; It is characterized in that: said heat dissipating layer adopts in the two-layer nonwoven and is folded with synthetic fiber cloth; The middle part of said synthetic fiber cloth is equipped with said body temperature trans, and said plural piece battery is positioned at the edge of this synthetic fiber cloth with the sewing mode.

6. thermal cloth according to claim 4 is characterized in that: the long filament that said conductive yam is is base material with continuous synthetic fibre fiber.

7. thermal cloth according to claim 6 is characterized in that: the long filament that said conductive yam is silver-plated for process or copper facing forms.