CN203401766U

CN203401766U - Antibacterial multilayered heat-insulation cloth

Info

Publication number: CN203401766U
Application number: CN201320465505.6U
Authority: CN
Inventors: 吴一鸣
Original assignee: BEIJIRONG (SHANGHAI) TEXTILE TECHNOLOGY DEVELOPMENT Co Ltd
Current assignee: BEIJIRONG (SHANGHAI) TEXTILE TECHNOLOGY DEVELOPMENT Co Ltd
Priority date: 2013-07-31
Filing date: 2013-07-31
Publication date: 2014-01-22
Anticipated expiration: 2023-07-31

Abstract

The utility model provides antibacterial multilayered heat-insulation cloth. The antibacterial multilayered heat-insulation cloth is composed of a base layer, a bonding agent layer, a sandwich layer and a surface layer from bottom to top, wherein the surface layer is adhered and interwoven on the base layer and the sandwich layer is located between the base layer and the surface layer; the base layer and the sandwich layer are connected by the bonding agent layer. The antibacterial multilayered heat-insulation cloth adopts a three-layered structure and has the advantages that 1. the heat-insulation performance is strong and the cloth is not thick; the sandwich layer is made of an ultrathin material formed by blending of bamboo charcoal fibers, coffee charcoal fibers and polyester fibers and the thickness of the ultrathin material is about one half of that of other heat-insulation cloth; 2. the heat-insulation performance is improved in the two aspects of structures and materials; 3. the antibacterial performance is good; the bamboo charcoal fibers are used as the materials of the sandwich layer so that the antibacterial performance of the cloth is improved effectively.

Description

A kind of antibiotic multilayer thermal insulation cloth

Technical field

The utility model relates to a kind of clothing cloth, is specifically related to a kind of antibiotic multilayer thermal insulation cloth.

Background technology

Along with the develop rapidly of thermal insulation cloth, when client chooses heating clothes, except require can be warming, all have higher requirement in other aspects.Such as requiring cloth slimmer and more graceful, require cloth that other auxiliary functions can be provided, such as except mite, absorbing sweat, antibiotic etc. requirement, therefore also promoted the exploitation of new material.But only rely on new material, be to be nowhere near, although such as bamboo-carbon fibre has antibiotic feature, his thermal property is with regard to non-constant, therefore how to guarantee that each side is all on board, and only relies on that material is improved is far from being enough.

Utility model content

The purpose of this utility model is, a kind of antibiotic multilayer thermal insulation cloth is provided, to overcome the existing above-mentioned shortcoming and defect of prior art.

A kind of antibiotic multilayer thermal insulation cloth, it is characterized in that, comprising: basalis, adhesive phase, sandwich of layers and surface layer, described surface layer adheres to and is interwoven on basalis, described sandwich of layers is between basalis and surface layer, and described basalis is connected by adhesive phase with sandwich of layers.

Further, described basalis is that polyester fiber weaving forms.

Further, described basalis comprises: substrate warp layer, substrate parallel layer, described substrate warp layer is connected with surface layer by connecting line with substrate parallel layer.

Further, described sandwich of layers is to consist of bamboo-carbon fibre, coffee carbon fiber and polyester fiber blending.

Further, described sandwich of layers is provided with air-vent, and described air-vent is with surface layer direction projection.

Further, described surface layer is to consist of with spandex blending cotton.

Further, described surface layer comprises: surface layer warp layer, surface layer parallel layer and lug boss, and described lug boss is located at surface layer warp layer and the surface layer parallel layer place that interweaves, and described lug boss is cast structural.

The beneficial effects of the utility model:

1, by force but not abundant, what sandwich of layers adopted is the ultra-thin materials of bamboo-carbon fibre, coffee carbon fiber and polyester fiber blending to warmth retention property, so his thickness is approximately equal to half thickness of other thermal insulation cloths.

2, from structure and material two aspects, improve thermal property, when design, take into full account aerodynamics, by improving structure, increase warming effect, adopt new material as raw material simultaneously, increase the new feature of cloth.

3, anti-microbial property is good, adopts bamboo-carbon fibre as sandwich of layers material, has effectively improved the anti-microbial property of cloth.

Accompanying drawing explanation

Fig. 1 is structure chart of the present utility model.

Fig. 2 is the structure chart of basalis.

Fig. 3 is the structure chart of sandwich of layers.

Fig. 4 is the structure chart of surface layer.

Reference numeral:

Basalis 100, substrate warp layer 110 and substrate parallel layer 120.

Adhesive phase 200.

Sandwich of layers 300 and air-vent 310.

Surface layer 400, surface layer warp layer 410, surface layer parallel layer 420 and lug boss 430.

The specific embodiment

Below in conjunction with specific embodiment, the utility model is done to progressive explanation.Should be understood that following examples are only for the utility model is described but not for limiting scope of the present utility model.

Embodiment 1

Fig. 1 is structure chart of the present utility model.Fig. 2 is the structure chart of basalis.Fig. 3 is the structure chart of sandwich of layers.Fig. 4 is the structure chart of surface layer.

As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of antibiotic multilayer thermal insulation cloth is three-decker, comprise: basalis 100, adhesive phase 200, sandwich of layers 300 and surface layer 400, described surface layer 400 adheres to and is interwoven on basalis 100, described sandwich of layers 300 is between basalis 100 and surface layer, and described basalis 100 is connected by adhesive phase 200 with sandwich of layers 300.

Basalis 100 is polyester fiber weaving formation.Basalis 100 comprises: substrate warp layer 110, substrate parallel layer 120, and described substrate warp layer 110 is connected with surface layer 400 by connecting line with substrate parallel layer 120, and polyester fiber intensity is high, very durable, is suitable basalis 100 materials.

Sandwich of layers 300 is to consist of bamboo-carbon fibre, coffee carbon fiber and polyester fiber blending.Concrete ratio is: 10% bamboo-carbon fibre, 15% coffee carbon fiber, 75% polyester fiber.Fluffy comfortable unnecessary hot gas and the moisture in body of getting rid of again of bamboo-carbon fibre, does not get angry, and does not send out dry; Simultaneously can also bacteriostasis antibiosis, bacterium cannot be at fiber surface stock.Coffee carbon fiber, the porous adsorption effect of coffee carbon is effectively controlled by body surface moisture, and then plays the effect of anti-bacteria breeding, reduces and discharges foul smell ammonia, can also effectively remove the effects such as peculiar smell such as tobacco and wine.

Sandwich of layers 300 is provided with air-vent 310, and air-vent 310 is with surface layer 400 direction projections.This structure has following advantage, irregular sandwich of layers 300 surfaces that are distributed in of air-vent 310 of these a few plural numbers, and its diameter is less than 1mm, and these trickle air-vents 310 coordinate bamboo-carbon fibre material will get rid of unnecessary hot gas and moisture in body.Certainly, as thermal insulation cloth, warming is its first task forever, air-vent 310 is to surface layer 400 direction projections, this design is in order to prevent that sandwich of layers 300 and surface layer 400 from fitting tightly, reduce they between contact-making surface, the heat transmission speed that slows down, coordinates certain proportion bamboo-carbon fibre can effectively reach warming and ventilative balance.

Surface layer 400 is to consist of with spandex blending cotton.Concrete ratio is: 90% cotton and 10% spandex.Surface layer 400 comprises: surface layer warp layer 410, surface layer parallel layer 420 and lug boss 430, surface layer warp layer 410 is connected with substrate parallel layer 120 with substrate warp layer 110 by connecting line with surface layer parallel layer 420, when this weaving manner can guarantee that surface layer 400 can be with basalis 100 stable connection, can make again sandwich of layers 300 and surface layer 400 have certain space, the situation that can not cause three aspects to be close to mutually, can bring into play the effect of sandwich of layers 300 completely.

Lug boss 430 is located at surface layer warp layer 410 and surface layer parallel layer 420 place that interweaves, and described lug boss 430 is cast structural.Surface layer 400 is as the outermost layer of cloth, and surface layer 400 can be directly and other contact with clothing, and the design of lug boss 430 is that the heat that reduces heat is conducted, and has increased the thermal property of clothing in order to reduce the contact area of surface layer 400 and other clothes; Simultaneously because lug boss 430 is cast structurals, when other clothings are covered in facing surface, cast structural can be squeezed, thereby form tiny one by one space, this space can hold a certain amount of air, and this part air can heat gradually, thereby forms convection current with external cold air, hinder new cold air and enter space, played good thermal effect.

The utility model is at all levels to depend on each other for existence, interact, both guaranteed warmth retention property but also can be too not too fat to move, what sandwich of layers 300 adopted is bamboo-carbon fibre, the coffee carbon fiber ultra-thin materials that blending becomes with polyester fiber, so thickness of the present utility model is approximately equal to half thickness of other thermal insulation cloths.

The utility model improves thermal property from structure and material two aspects, material selection be bamboo-carbon fibre and two kinds of new materials of coffee carbon fiber, these two kinds of new materials all have antibiotic property, simultaneously frivolous have a tenacity, neither affect the thickness of cloth, the pattern that is processed into design is also simpler than traditional material.Purport of the present utility model is taken into account ventilative and warming exactly, by regulating the ratio of bamboo-carbon fibre and coffee carbon fiber, guarantees the balance between ventilative and warming.From a structural point, except material being selected and blending rate improves, the topmost or change of dependency structure, has reduced between layers, the contact-making surface between cloth and other clothes, by aerodynamics, reduce flowing of air, make the cloth can be effectively warming.

Above the specific embodiment of the present utility model is illustrated, but the utility model is as limit, only otherwise depart from aim of the present utility model, the utility model can also have various variations.

Claims

1. an antibiotic multilayer thermal insulation cloth, it is characterized in that, comprise: basalis (100), adhesive phase (200), sandwich of layers (300) and surface layer (400), described surface layer (400) adheres to and is interwoven on basalis (100), described sandwich of layers (300) is positioned between basalis (100) and surface layer, and described basalis (100) is connected by adhesive phase (200) with sandwich of layers (300);

Described sandwich of layers (300) is to consist of bamboo-carbon fibre, coffee carbon fiber and polyester fiber blending.

2. a kind of antibiotic multilayer thermal insulation cloth according to claim 1, is characterized in that: described basalis (100) is polyester fiber weaving formation.

3. a kind of antibiotic multilayer thermal insulation cloth according to claim 1, it is characterized in that: described basalis (100) comprising: substrate warp layer (110), substrate parallel layer (120), described substrate warp layer (110) is connected with surface layer (400) by connecting line with substrate parallel layer (120).

4. a kind of antibiotic multilayer thermal insulation cloth according to claim 1, is characterized in that: described sandwich of layers (300) is provided with air-vent (310), and described air-vent (310) is with surface layer (400) direction projection.

5. a kind of antibiotic multilayer thermal insulation cloth according to claim 1, is characterized in that: described surface layer (400) is to consist of with spandex blending cotton.

6. a kind of antibiotic multilayer thermal insulation cloth according to claim 1, it is characterized in that: described surface layer (400) comprising: surface layer warp layer (410), surface layer parallel layer (420) and lug boss (430), described lug boss (430) is located at surface layer warp layer (410) and surface layer parallel layer (420) place that interweaves, and described lug boss (430) is cast structural.