CN211079477U - Ribbon with dry and comfortable two-side characteristic - Google Patents

Abstract

The utility model relates to a meshbelt with two-sided dry and comfortable characteristic, it not only can keep the dry and comfortable sensation of skin and meshbelt contact surface and can provide lasting cool sensation and can also effectively weaken the sweat stain and show in meshbelt front face when sweating this meshbelt includes three layer construction L1, L2, L03, L1 (skin layer) and L3 (outermost) are hydrophobic layer L1 utilizes hydrophilic yarn and hydrophobic yarn collocation, makes it have good one-way water guide function, leads sweat to L2, L3 utilizes hydrophobic yarn or hydrophobic process arrangement, makes it can keep fabric gas permeability prevent liquid water from permeating L3 by L2 filament to reach and can weaken or hide water stain and/or salt stain, make the sweat seal not expose, keep pleasing to the eye dry and comfortable. L2 (middle water storage layer) adopts low contact angle, low moisture regain and high filament count (0 < 0.5) yarn/or high filament count heterogeneous moisture absorption yarn because the moisture absorption yarn that weaves of number is abundant with good dry effect.

Description

Ribbon with dry and comfortable two-side characteristic

Technical Field

The utility model relates to a meshbelt technical field especially relates to one kind and has one side dry and comfortable, and the one side does not have sweat stain to can bring the design and the weaving of cool characteristic meshbelt of feeling in the motion.

Background

With the increasing economic level and the development of the clothing market, the requirements of consumers on clothing are higher and higher, and the consumers pay more attention to the functionality than the basic performance of the beautiful or clothes shielding body. The woven belt is an important auxiliary material in the clothing industry, and the development of the woven belt is also concerned widely. Today, the industry is increasingly sophisticated in the study of functional garments. For example, single-guide fabrics have become a focus of research on next-to-skin garments and sports fabrics. The utility model CN206589408(U) discloses a single-absorption single-prevention breathable fabric, which is characterized in that the product is provided with an antibacterial layer, a moisture absorption layer, a base cloth layer, a moisture-conducting layer, a connecting layer and a waterproof layer from inside to outside in sequence, wherein the moisture-conducting layer is a moisture-conducting auxiliary agent coating; the connecting layer is made of polyurethane; the waterproof layer is a fluorocarbon treatment agent layer. The fabric has the advantages of single-sided water absorption and air permeability, and single-sided waterproof and air permeability. The invention patent CN101270524 discloses a one-way wicking quick-drying silk fabric, which is characterized in that the front surface of the fabric is twill weave, the back surface of the fabric is one third of the twill weave, and the front surface adopts silk with the specification of 15 to 111 dtex; the back surface adopts ultra-thin nylon wicking quick-drying terylene DTY filament. The moisture-absorbing and quick-drying terylene is used as the back of the fabric, so that the fabric has excellent quick-drying performance and can accelerate the wicking speed of real silk fibers on the surface.

The woven belt is an important accessory in the clothing, and the structure of the woven belt has the common characteristics with the weaving process and the fabric, but also has the characteristics. The encyclopedia introduction is introduced, and the woven belt is made of various yarns as raw materials and is made into narrow-width fabrics or tubular fabrics. The main characteristic is that the belt fabric is of various varieties, the used raw materials relate to chinlon, vinylon, terylene, polypropylene fiber, spandex, viscose glue and the like, three major process technologies of weaving, knitting and knitting are formed, and the structure of the fabric mainly comprises plain weave, twill, satin, jacquard weave, double-layer, multi-layer, tubular and combined weave. The woven belt, especially jacquard woven belt, is similar to fabric producing process, and may be jacquard with warp yarn or weft yarn, but the woven belt is produced with small machine, and the loom needs long time for printing, producing and threading and regulating, and has relatively low efficiency. But a wide variety of glaring products can be manufactured, and at present the main function of the webbing is decorative.

The role of webbing in apparel products is also becoming increasingly important. For example, there are many prior art reports on how to prepare a one-way moisture-wicking functional fabric, and there are many studies that have revealed that the one-way moisture-wicking fabric effectively enhances the wearing comfort experience of the user. But the invention of the related braid has been rarely reported. Especially according to the inventor's own experience, if the webbing is used for the waistband or the bra bottom, because the fixing function is one of its main functions, there is a natural flow that is in close contact with the skin and usually blocks the sweat from top to bottom in the movement process, causing the sweat to accumulate at the webbing position. The combined effect of such sweat accumulation and elastic objects may also cause skin irritation. During high-strength and long-time exercise such as marathon, skin is often damaged due to the fact that the skin is soaked in sweat for a long time and is rubbed against the woven belts.

Meanwhile, if simply transferring sweat to the outer surface of the webbing and keeping the inner surface dry is already satisfactory in terms of physiological comfort, the presence of a large amount of sweat on the outside of the webbing seriously affects the aesthetic effect and greatly affects its original decorative function.

Therefore, in summary, with the increasing demands of consumers on the beauty, comfort and the like of the clothes, if the woven belt is developed based on the specific structure and the processing technology of the woven belt, the woven belt not only meets the physiological needs in daily life and the exercise process, but also meets the pursuit of people for beauty, and is a creative direction.

Disclosure of Invention

In order to solve the above technical problems, the present invention reports a design process and a manufacturing method of a woven tape having a dry and comfortable characteristic and no sweat trace at one side and capable of providing a cool feeling during movement. The mesh belt can keep the contact surface between the skin and the mesh belt dry and comfortable when sweating, and can reduce the sweat marks appearing on the front surface of the mesh belt.

The utility model provides a technical scheme that its technical problem adopted is: by utilizing the matching of the yarns and the structure, the sweat can be transferred and diffused to the middle layer of the braid by the bottom surface of the braid contacted with the skin under the condition of sweating in the using process of the belt, and the sweat is prevented from permeating from the middle layer to the outer layer by the outer layer under the condition of keeping good air permeability, so that the attractive and dry belt surface is kept.

The woven belt with the two-sided dry and cool feeling function comprises three layers of structures L1, L2, L3, L1 (skin-attached layer) and L3 (outermost layer) which are hydrophobic layers, L1 which are hydrophobic water-guiding layers and are matched with the structures to have different effects of absorbing water, storing water and repelling water, L which is a hydrophobic water-guiding layer keeps skin-attached dry, and the hydrophilic yarn (Y1) and the hydrophobic yarn (Y2) are matched to have good water-guiding function and guide sweat to L2, wherein the hydrophilic yarn (Y1) and the hydrophobic yarn (Y2) are matched to ensure that the Y1 yarn occupies about 5-49% of the coverage area of the hydrophobic surface of the woven belt mainly formed by Y2 yarn, preferably 25% of the coverage area, the structure can be implemented in the hydrophobic layer L1, the arrangement ratio of the hydrophilic yarn (Y1) to the hydrophobic yarn (Y2) is 1:2, and the arrangement ratio of the hydrophilic yarn (Y1) to the hydrophobic yarn (Y2) is more than 1: 3, and the arrangement ratio of the hydrophobic yarn (Y2) is more than 100 degrees.

L3 is hydrophobic layer to prevent sweat from permeating into the outer surface of the woven belt to hide salt and water and prevent sweat mark from exposing, L2 is an intermediate water-absorbing and water-storing layer made of hydrophilic yarn, water is absorbed into L2 and then evaporated into the atmosphere, and the belt absorbs moisture and evaporates to take away heat, so that the skin-contacting surface keeps dry and cool and has cool touch.

L3 can be finished by hydrophobic yarn or hydrophobic process to achieve the function requirement, so that it can keep the air permeability of fabric and prevent liquid water from permeating from L2 to L3, L2 (middle layer) is woven by yarn with high fiber number (0 < DPF < 0.5) or yarn with high fiber number with different cross section, and has good moisture absorption and quick drying effects due to abundant capillary effect, and further L2 layer adopts honeycomb structure design to accelerate air flow of the middle layer, so that moisture can be evaporated to atmosphere rapidly without staying on the belt surface.

The utility model has the advantages that the mesh belt has the effect of dry and comfortable two sides due to the matching of the yarn and the structure, the mesh belt can provide continuous cool feeling while keeping the skin-attached surface dry and comfortable, so that the wearing process is not stuffy, the outer layer of the mesh belt utilizes the hydrophobic yarn to weave or is finished through the hydrophobic process, the fabric can keep breathable, simultaneously liquid water is prevented from permeating to L3 from L2, the appearance of water marks or salt marks on the belt surface is weakened, the sweat marks are not exposed, and the attractive appearance and the dryness are kept.

Drawings

FIG. 1 is a schematic cross-sectional view of the product of the present invention;

FIG. 2 is a view showing the structure of the present example 1;

FIG. 3 is a view showing the laying of the yarns in the present embodiment 2;

fig. 4 is a schematic view of the appearance of the product of the present invention.

Detailed Description

Example 1:

the fabric in this embodiment is woven using a woven structure, the structure of which is shown in fig. 3. The first frame and the second frame are of a structure of spandex covered yarns of a belt body framework, and the two frames mainly move up and down to play a role in locking the belt body. The third, fourth, fifth and sixth frames are belt body structures, mainly run two upper and two lower parts, stabilize the belt body, utilize high fiber number (DPF is more than 0 and less than 0.5) yarn, and have good water absorption effect due to rich capillary effect. The seventh, eighth, ninth and tenth frames are in a structure with surfaces, wherein the sixth frame is mainly in the sixth-upper two, and the eleventh, twelfth, thirteenth and fourteenth frames are in a structure with a velvet bottom, and the first frame is mainly in the upper-seventh-lower direction; the belt surface and the velvet bottom are made of hydrophobic yarns, so that the belt surface keeps dry and breathable, liquid water can not penetrate into the belt surface, appearance of sweat marks on the belt surface is weakened, and attractiveness and dryness are kept.

Example 2:

to demonstrate the feasibility of this type of belt, the present example uses knitting techniques to further verify this principle.

In this embodiment, the warp-knitted weft-inserted structure is used for knitting. Fig. 3 shows a lapping pattern. As shown in the figure, the belt body is woven by adopting yarns with low moisture absorption and moisture regain and high filament number (0 < DPF < 0.5), and has good moisture absorption and quick-drying effects due to rich capillary effect. The velvet bottom and the velvet surface are woven by hydrophobic yarns, so that the skin-attaching layer keeps dry and comfortable, the surface can weaken sweat stains, and the beauty is kept.

The above description is only for the preferred embodiment of the present invention, but not limited thereto, and all equivalent changes and modifications made by the constructions, features and principles described in the scope of the present invention are included in the scope of the present invention.

Claims (13)

1. The woven belt is characterized by comprising at least two hydrophilic yarns Y1 and hydrophobic yarns Y2 with different surface wetting properties, at least three-layer-structure hydrophobic water guide layers L1, an intermediate water absorption water storage layer L2 and a hydrophobic layer L03, wherein the hydrophobic water guide layers L11 are hydrophobic water guide layers and can keep the skin dry, the hydrophobic layer L23 is a hydrophobic layer and can prevent sweat from permeating to the outer surface of the woven belt so as to hide salt stains and water stains without being exposed, the intermediate water absorption water storage layer L2 is an intermediate water absorption water storage layer, sweat cannot directly permeate the hydrophobic layer L3 in a liquid form after being absorbed to the intermediate water absorption water storage layer L2 from the skin through the hydrophobic water guide layers L1, but can be evaporated to the atmosphere through the hydrophobic layer L3 in a gaseous form, the hydrophobic water guide layers L1, the intermediate water absorption water storage layers L2 and the hydrophobic layer L3 respectively achieve different water absorption, water absorption effects and water repellency technical effects based on the matching of the different yarns and structures.

2. The woven tape with dry and comfortable two sides as claimed in claim 1, wherein the hydrophobic water-conducting layer L1 utilizes hydrophilic yarn Y1 in combination with hydrophobic yarn Y2 to conduct sweat from the skin to the intermediate water-absorbing water-storing layer L2, so that the skin-contacting layer remains dry, not hot and not sticky.

3. The woven belt having dry two sides according to claim 2, wherein the hydrophilic yarn Y1 and the hydrophobic yarn Y2 are matched, which means that the hydrophilic yarn Y1 occupies 5% to 49% of the covering area of the hydrophobic side of the woven belt mainly composed of the hydrophobic yarn Y2.

4. The woven tape with two-sided dry feel as claimed in claim 3 wherein said hydrophilic yarn Y1 is collocated with said hydrophobic yarn Y2 meaning that said hydrophilic yarn Y1 occupies 25% of the area covered by the hydrophobic side of the woven tape consisting essentially of said hydrophobic yarn Y2.

5. The woven tape having dry two-sided properties as claimed in claim 2 or 3, wherein the arrangement ratio of the hydrophilic yarn Y1 to the hydrophobic yarn Y2 in the hydrophobic water conductive layer L1 is 1:2 or 1: 3.

6. The webbing having two-sided dry feel properties according to claim 1 or 2, wherein said hydrophilic yarn Y1 yarn has a contact angle of less than 80.

7. The webbing having two-sided dry running characteristics according to claim 6, wherein said hydrophilic yarn Y1 has a contact angle of less than 20 °.

8. The woven tape having dry two sides as claimed in claim 1 or 2 wherein said hydrophobic yarn Y2 yarn has a contact angle greater than 50.

9. The webbing having two-sided dry feel properties according to claim 8, wherein said hydrophobic yarn Y2 yarn has a contact angle greater than 100 °.

10. The webbing belt according to claim 1, wherein the hydrophobic layer L3 utilizes the hydrophobic yarn Y2 and/or a finishing process to direct moisture on the belt surface to the intermediate water-absorbing reservoir layer L2 and prevent liquid water from penetrating from the intermediate water-absorbing reservoir layer L2 to the hydrophobic layer L3, and to hide salt and water stains, so that sweat marks are not exposed and the belt surface is beautiful and dry.

11. The woven belt with dry and comfortable two sides as claimed in claim 1, wherein the middle water-absorbing and water-storing layer L2 has abundant capillary effect and good water-absorbing effect by using hydrophilic yarn or high fiber number yarn.

12. The webbing with two-sided dry and comfortable properties as claimed in claim 11, wherein said intermediate water-absorbing and water-storing layer L2 yarn has DPF in the range of 0-0.5.

13. A webbing belt having two-sided dry running characteristics according to claim 1, 2, 3, 10, 11 or 12, characterised in that the webbing belt is a woven or knitted belt.

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