WO2016091018A1

WO2016091018A1 - Temperature regulation and sportswear comfortable fabric and ready-made garment

Info

Publication number: WO2016091018A1
Application number: PCT/CN2015/092817
Authority: WO
Inventors: 孙玉钗; 程中浩; 潘姝雯
Original assignee: 苏州大学张家港工业技术研究院
Priority date: 2014-12-12
Filing date: 2015-10-26
Publication date: 2016-06-16
Also published as: CN104382260A; CN104382260B

Abstract

A temperature regulation and sportswear comfortable fabric and a ready-made garment, the fabric contains a phase change material, and the phase change material is transversely woven into the fabric after being packaged into bandlet type phase change material packages, and the phase change material packages are transversely arranged at intervals in the fabric. The shapes of the phase change material packages, the positions in garment pieces and the distribution profile of the phase change material packages are designed according to the principle of ergonomics, and are determined according to human sports requirements after the garment is worn and human body surface variation rules in a sports process.

Description

Temperature regulation and sports comfort fabric and molding garment

This application claims the priority of the invention patent application filed on Dec. 12, 2014, the Chinese Patent Office, Application No. 201410766155.6, entitled "A Temperature Adjustment and Sports Comfort Fabric and Molded Apparel", the entire contents of which are incorporated by reference. In this application.

Technical field

The invention belongs to the field of textile and garment science and technology, and particularly relates to a textile fabric and a forming garment which have the functions of intelligent temperature regulation, conforming to human body structure and sports demand, and having comfortable wearing and sports comfort functions.

Background technique

In daily work and life, people often need to alternately enter and exit a relatively large temperature environment. For example, in winter, the outdoor temperature is low, and the indoor temperature is high. People need to repeatedly enter the indoor and outdoor environment repeatedly; the cold storage staff are in low temperature and high temperature environment conditions before and after entering and leaving the cold storage. In order to adapt to the two temperature environments with large temperature difference between indoor and outdoor and inside and outside the cold storage, people usually need to adjust by adding or subtracting clothing. However, frequent wearing and undressing is extremely inconvenient for repeated alternating temperatures in two different temperature environments.

Therefore, the hot and cold temperature regulation functional clothing has gradually become the focus of scholars around the world. Thermostats can be divided into two categories, one is passive temperature regulation, which mainly increases the warmth of the garment through the use of thermal insulation materials; the other is active temperature regulation.

In active temperature-adjusting clothing, warm-up clothing uses electric heating. For example, the patent No. CN94203055.9 provides a temperature-regulating electric heating garment in which a heating wire made of high-quality thermochromic nickel-chromium alloy material, outsourced high-strength insulating varnish and temperature-resistant waterproof layer is arranged in the interlayer of the garment. The outer end of the heating wire is connected with a temperature regulating switch and a wiring plug. The publication No. CN201310358761.X provides a temperature-controlled garment based on variable thermal resistance, including a fabric layer, a flexible semiconductor thermoelectric array, a garment lining layer, a converter, an adjustable load, a controller, and an external power connector. . The temperature change within a certain range is based on the thermal resistance change of the garment itself, and no energy consumption is required. When there is power supply, heating and cooling can be realized by the semiconductor thermoelectric effect to satisfy the extreme temperature situation. In the field of cooling service, active temperature regulation mostly adopts liquid cooling or air cooling. This type of clothing mainly achieves the purpose of cooling by consuming external energy sources, such as the publication number CN2042292 and CN2036255. Patents and so on.

In addition, there are some similar technologies. For example, the CN102534982A patent with the publication number introduces a seamless production method of intelligent air-conditioning suit. The patent adopts the temperature regulation function of the intelligent temperature-regulating fiber, and the phase-change material microcapsule is added to the spinning solution during the fiber production. Intelligent air-conditioning fiber, and then use this fiber to design intelligent temperature-controlled clothing; the patent number CN201468056U introduces a smart temperature-controlled sweater, which is characterized by the use of intelligent temperature-regulating yarn and silk-blend and tencel blended yarn. A sweater with certain appearance characteristics; a type of temperature-controlled garment made of air-conditioning fiber represented by the patents CN102534982A and CN201468056U. Since it is necessary to first encapsulate the phase change material into the microcapsules, the phase change material microcapsules are then added to the textile liquid to spin the air-conditioning fibers. The micro-content of phase change materials in such fibers is very small, so the temperature-regulating effect of phase-change materials is limited; the patents of CN201783104U and CN2757616Y both introduce a plurality of pockets on the garment, and the medium with temperature regulation is placed in the pocket. The material thus achieves the effect of temperature regulation. The problem with this type of technology is that the phase change material is placed in a pocket sewn on the garment. The phase change material package is bulky, on the one hand, the weight is too large, on the other hand, the phase change material sinks into the package in the liquid state. At the bottom of the bag, when it is solidified again, the upper part of the material package is empty, the lower material is too thick, the overall distribution of the material is uneven, and the overall clothing temperature adjustment effect is uneven and the clothing thickness is too large to affect the taking performance.

In addition, in the existing publications, the content of the phase change material distribution based on the structural characteristics of the human body and the ergonomics of the human body has not been found, and the method of designing the texture structure of the fabric is adopted, and the phase change material is directly woven on the basis of the regional design. The technology into forming garment products or apparel fabrics.

In view of the above reasons, the present invention provides a temperature regulation based on the principle of temperature regulation of smart materials, thermophysiological characteristics of human body, thermophysiological requirements, and heat transfer principle of human body-garment-environment system, and based on human body structure characteristics, ergonomic principles and exercise. Comfortable molded garments and apparel fabrics.

Summary of the invention

The invention provides a temperature-adjusting and sports comfort garment fabric, the fabric containing a phase change material, and the phase change material is packaged into a flat ribbon-shaped phase change material package, and the fabric is transversely woven in the fabric. And the phase change material is arranged laterally spaced apart in the fabric.

Preferably, the phase change material is encapsulated in a high strength synthetic polymer material to form a phase change material package, and the phase change material package has a size of 0.2 to 2 cm in width and 2 to 40 cm in length.

Preferably, the phase change material is an intelligent phase change material having a phase transition temperature ranging from 15 ° C to 34 ° C.

Preferably, the forming garment and the garment fabric are double-sided weaving and partial double-layer single-sided weaving, and are added with the compatibility of the yarn and the fabric structure, and the weaving process design.

Preferably, the fabric is used in the design of tops, bottoms, socks, hats, gloves, and warm covering articles.

The invention also provides a temperature-adjusting and sports-comfortable forming garment, wherein the forming garment is designed according to the body surface characteristics, the ergonomic principle, the male-fitting body shape difference, the dressing law and the garment structure.

Preferably, the phase change material package distribution according to the characteristics of the human body surface is designed to: the phase change material package is placed in the concave surface of the human body surface, and the phase change material package is not placed on the convex part of the human body surface; The length of the phase change material package is correspondingly shortened.

Preferably, the phase change material package distribution according to the ergonomic principle is designed such that the load-bearing material package is not placed in the load-bearing part; during the movement of the human body, the part of the body surface that is stretched and large and the joint part with a large motion range during the movement are not placed. Material package.

Preferably, according to the sensitivity of different parts of the human body to changes in external temperature, a phase change material package is placed on a portion sensitive to external temperature changes, and a phase change material package is not placed on a portion that is insensitive to external temperature changes and hinders normal work and activity of the human body.

Preferably, the phase change material package distribution according to the dressing rule and the garment structure is designed to: overlap the upper and lower parts, and not place the phase change material package; to meet the change of the clothing collar type, the phase change material package is not placed in the neckline; The hem of the hem is designed with no phase change material pack on the cuffs and hem.

The temperature adjustment and sports comfort fabric and the molding garment provided by the invention are composed of normal textile fibers and phase change materials, and the phase change materials are directly woven in the fabric weaving or garment forming weaving process, and the shape and the garment are included. The position and phase change material package distribution pattern in the film are designed according to the ergonomic principle, and the distribution position is determined according to the human body motion demand after dressing and the body surface change law during the movement. Therefore, when people alternately enter the hot and cold environment, they do not need to wear a coat, and relying on the temperature adjustment function of the smart clothing can completely eliminate the discomfort caused by the temperature difference. It is suitable for people who go indoors and outdoors, indoors and outdoors, and any other places that need to enter the hot and cold environment alternately in winter.

DRAWINGS

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the embodiments or the description of the prior art will be briefly described below. Obviously, the drawings in the following description are only It is a certain embodiment of the present invention, and other drawings can be obtained from those skilled in the art without any creative work.

1 is a schematic view showing a fabric structure for temperature adjustment and sports comfort fabrics according to a preferred embodiment of the present invention;

2 is a schematic view of a rear view of a temperature-adjusting and sport-sleeving garment according to a preferred embodiment of the present invention;

3 is a schematic view of a male model of a front piece of temperature adjustment and sports comfort molding provided by a preferred embodiment of the present invention;

4 is a schematic view of a female front section of a temperature-adjusting and sport-sleeving garment provided by a preferred embodiment of the present invention;

FIG. 5 is a schematic view of a temperature-adjusting and sport-sleeving garment sleeve according to a preferred embodiment of the present invention.

detailed description

The invention will be described in detail below with reference to the drawings in conjunction with the embodiments. It should be noted that the embodiments in the present application and the features in the embodiments may be combined with each other without conflict.

The temperature adjustment and sports comfort molding garment fabric provided by the invention comprises a phase change material, and the phase change material is packaged into a flat ribbon-shaped phase change material package, transversely woven in the fabric, and the phase change The material packages are arranged laterally spaced apart in the fabric. Wherein, the phase change material is encapsulated in a high-strength synthetic polymer material to form a phase change material package, and the phase change material package has a size of 0.2 to 2 cm in width and 2 to 40 cm in length.

Here, due to the human body's thermal comfort, the human body surface temperature range is 31.5 ° C -34.5 ° C, the human body is comfortable. The temperature range of the human body microclimate is 29-33.5 ° C, and there is a temperature gradient in the transfer of heat through the human body-apparel-environment system, and the temperature is decreased from the human body to the external environment. Therefore, the phase change material selected in this embodiment is the phase transition temperature. Intelligent phase change materials ranging from 15 °C to 34 °C, when the human body enters the high temperature environment from a low temperature environment, or enters a low temperature environment from a high temperature environment, the intelligent phase change material can provide corresponding temperature adjustment within the above temperature variation range.

The phase change material is arranged in a laterally spaced arrangement of the fabric. The knitting method has the following advantages: the garment fabric and the garment product have good elasticity and extensibility in the longitudinal direction; when worn, the movement can meet the various sports demands of bending, stretching and twisting of various parts of the body during exercise. And can meet the expansion and contraction requirements of human skin surface during exercise; at the same time, it has good breathability and moisture permeability.

In the design of the placement form of the phase change material package, the more the phase change material is used, the longer the effect on the temperature regulation and the duration of the adjustment effect. However, the phase change material package is stiff in the solid state form during the phase change process, and the unreasonable distribution may affect the elasticity, elongation, and sports comfort of the fabric and the garment, and affect the breathability and moisture permeability of the garment. In order to solve this contradiction, the present invention adopts a relatively concentrated design of phase change material packages, and adopts a longitudinal interval arrangement in a region where the phase change material distribution is relatively concentrated, that is, in a region where the phase change material package distribution is relatively concentrated, each one is reduced. The length of the phase change material package. For example, it is designed to be placed in a side-by-side arrangement of 2-4 phase change materials, so that the transverse elasticity and extensibility of the garment are ensured and have good breathability and moisture permeability.

In the embodiment, the fabric is double-sided woven and partial double-layer single-sided woven, and is combined with yarn compatibility and fabric structure design and weaving process design.

Specifically, in the weaving process of the fabric, a method of combining double-sided weaving with a partial double-layer flat needle single-side weaving is adopted. A hollow tubular structure is formed in the double-layered one-side woven portion, and the phase change material package can be placed in the hollow tubular shape, and the upper and lower two-layer single-sided tissues completely cover the phase change material package, so that the appearance and the taking performance of the fabric are as normal as possible. The fabric is no different. 1 is a schematic view showing a woven structure of a temperature-adjusting and sports-comfortable garment fabric according to a preferred embodiment of the present invention. As shown in Fig. 1, a and e are double-sided weaves, and b and d are double-layered single-sided weaves, and the hollow region formed is a hollow tube c, and the phase change material is placed in the hollow tube c. Thus, the upper and lower layers of the single-sided structure completely cover the phase change material package, so that the appearance and the wearing performance of the fabric are as good as those of the conventional fabric. That is, by changing the weaving method, the phase change material package is placed in the fabric without causing serious unevenness in the thickness of the fabric.

At the same time, through the design of the yarn compatibility and the fabric structure. For example, using yarn The combination of the thickness and the structure of the structure makes the thickness of the part where the material is placed in the fabric and the part which is not placed in the material package as uniform as possible. In the aspect of the combination of the thickness of the yarn, the single-side weaving selects the worsted yarn, and the double-side weaving selects the carded yarn. The diameter of the woolen yarn is about 3/2 of the worsted yarn, and the fluffy effect of the woollen yarn increases the double-sided weaving. The thickness, the thickness of the formed single-sided weaving portion is smaller than that of the double-sided weaving portion, and the problem of uneven thickness caused by the PCM is reduced. In terms of organizational structure changes: the double-sided part can be selected from semi-twisted tissue, etc., and the lateral expansion property of the fabric structure is matched with the phase change material package of the hollow part; at the same time, the semi-twisted and other tissues are relatively thick, further making up for the insertion. The thickness caused by the PCM is not uniform. In addition, it is also possible to realize double-sided weaving of the material-free part and single-side weaving of the material package part by means of an intarsia process or the like.

The temperature adjustment and sports comfort garment fabric provided by the invention is suitable for the design of garments such as tops, bottoms, socks, hats, gloves, etc., and is applicable to the design of various warm covering articles and the like.

2 is a schematic view of a rear panel of a temperature-adjusting and sport-sleeving garment according to a preferred embodiment of the present invention. 3 is a schematic view of a male model of a front piece of temperature adjustment and sports comfort molding provided by a preferred embodiment of the present invention. 4 is a schematic view of a female front section of a temperature-adjusting and sport-sleeving garment provided by a preferred embodiment of the present invention. FIG. 5 is a schematic view of a temperature-adjusting and sport-sleeving garment sleeve according to a preferred embodiment of the present invention.

Due to the undulating and undulating parts of the human body surface, the phase change material package distribution according to the characteristics of the human body surface is designed to: the phase change material package is placed in the concave surface of the human body surface, and the phase change material package is not placed on the convex part of the human body surface; In the portion where the radius of curvature is small, the length of the phase change material package is correspondingly shortened. Specifically, referring to FIG. 2 and FIG. 3: in the rear panel design, a phase change material package is placed in the concave portion and the waist concave portion between the two shoulder blades, as shown in FIG. 2 in the area of 2 and 4; 3, as shown in Fig. 2; the seventh cervical vertebrae of the neck is a convex part, and the deeper part of the back collar does not contain a phase change material package, as shown by the area 1 in Fig. 2. In the front piece design, the phase change material package is not placed in the chest high point area, and the phase change material package is not placed in the 11 area in Fig. 3 and the 19 area in Fig. 4; the waist area is the human body recess, and the material package should be placed, as shown in Fig. 3 12 areas and 20 areas in Figure 4.

The phase change material package distribution according to the ergonomic principle is designed as follows.

The phase change material package is not placed on the load bearing part. Because the human body often needs to bear the burden in normal working life For the bag, etc., the phase change material is under the partial weight and pressure, one is to affect the comfort, and the other is that the partial pressure is too large and the pressure is not balanced, which may cause the phase change material to rupture. Therefore, the phase change material package in the design needs to avoid the load bearing part. As shown in Fig. 2, the 1 area and the 3 area, the 8 area in Fig. 3, the 15 area in Fig. 4, and the 23 area in Fig. 5 are not placed in the phase change material package.

During the movement of the human body, the parts of the body surface that are stretched and large and the joints that have a large range of motion during the movement do not place a material pack. The phase change material package is not placed on the front and rear swing, elbow and arm parts of the arm, and the phase change material package is placed outside the arm. Due to the expansion and contraction of the body surface during the movement of the human body, the analysis of the phase change material package should fully consider the needs of human body surface changes. Specifically, the arm swings back and forth, causing the skin of the shoulder blade to expand and contract, and the stretchable region is not placed in the phase change material package. As shown in Fig. 2, zone 3, zone 9 of Fig. 3, and zone 16 of Fig. 4, no phase change material pack is placed near the arch of the armhole. Similarly, the lifting and lowering action of the human arm causes the arm and shoulder joints to expand and contract, and the phase change material package should be avoided in this part. No phase change material package is placed in the 23 area of FIG.

In addition, during the movement of the human body, the movement of the joint parts of the human body is large, and it is not appropriate to place a phase change material package. Since the phase change material package itself has no elasticity and extensibility, the elbow portion should be avoided in the design of the position of the sleeve phase change material package. The 26 area in Fig. 5 is a non-phase change material package area, and its position must be higher than the elbow line EL to prevent the phase change material package from obstructing the elbow joint movement. In addition, the arm is a part of the daily work and learning process that needs to be in contact with the tabletop, and according to the sensitivity of the human body to temperature, the arm is relatively weak to the external temperature change, and the arm part is not placed with the material package. The 27 area in Fig. 5 is a phase change-free material package area.

No phase change material package is placed in a certain area on the front and rear garments from the side seam. Specifically, since the arm is attached to the torso when the arm is drooping, the placement of the material package at the bonding portion may affect the wearing comfort, and the phase change material package is not placed. As shown in Fig. 2, area 5, area 13 in Fig. 3, area 21 in Fig. 4, area 24 in Fig. 5, and area 26, no phase change material package is placed.

Compared with the part with a small radius of curvature of the human body, the corresponding phase change material package is longer, that is, the part with a large radius of curvature of the human body, the length of the material package can be appropriately lengthened, and the part of the human body having a small radius of curvature, the material package The size should be appropriately shortened. Specifically, since the radius of curvature of the human arm is small, the phase change material package of the 25 region in FIG. 5 should not be too long. At the same time, in order to ensure that there are as many phase change materials as possible in the sleeve portion, and better adapt to the curved shape of the arm, the phase change material package of the 25 region in Fig. 5 is divided into two rows and juxtaposed.

In addition, the 2 area and the 4 area in FIG. 2 are placed in the phase change material package area. According to the principle of symmetry Figure 2 is a 1/2 rear piece of the symmetry axis of the center line after the garment is formed. The phase change material package of the two areas should not be too long and cannot exceed the concave part in the middle of the shoulder blade; the 4 area is the body concave under the shoulder blade. In the advanced part, the length of the phase change material package placed under the waist line of the body can be appropriately enlarged, but cannot reach the overlapping portion of the under the rib and the arm. In Fig. 3, the 10 area and the 12 area, and the 17 area and the 20 area in Fig. 4 are placed in the phase change material package area. According to the principle of symmetry, FIG. 3 and FIG. 4 are 1/2 front garment pieces which are symmetrical axes of the front center line of male and female garment garments, respectively. According to the characteristics of the human body structure and the structure of the garment, the phase change material package of the 10 region in FIG. 3 and the 17 region in FIG. 4 should not be too long, and the phase change material package of the 12 region in FIG. 3 and the 20 region in FIG. It can be enlarged appropriately, but it cannot reach the overlap between the underside of the rib and the arm.

According to the sensitivity of different parts of the human body to changes in external temperature, the phase change material package is placed on the part sensitive to the external temperature change, and the phase change material package is not placed on the part that is insensitive to external temperature changes and hinders the normal work and activity of the human body. According to the human body's sensitivity to temperature, the outer side of the arm is the most sensitive part of the arm part to the external temperature change. Therefore, a material pack is placed outside the boom. The 25 area in Fig. 5 is the phase change material placement area. In addition, the arm is a part of the daily work and learning process that needs to be in contact with the tabletop, and according to the sensitivity of the human body to temperature, the arm is relatively weak to the external temperature change, and the arm part is not placed with the material package. The 27 area in Fig. 5 is a phase change-free material package area.

According to the dressing law and the phase change material package distribution of the garment structure, the design is as follows: the upper and lower parts are overlapped, and the phase change material package is not placed; in order to meet the change of the garment collar type, the phase change material package is not placed in the neckline; in order to satisfy the cuff and the hem Tightly designed, no phase change material pack is placed on the cuffs and hem.

Specifically, the overlapping portions are mounted on the upper and lower sides, and no phase change material package is placed. In order to prevent the overlapping parts of the upper and lower parts from being too thick, it is not appropriate to place a phase change material package in the corresponding area. For example, the hips: the 6 regions in FIG. 2, the 14 regions in FIG. 3, and the 22 regions in FIG. 4 are not placed with phase change material packages.

The change in collar shape and the phase change material package are not placed in the cuff portion. According to the characteristics of the garment structure, the collar type may be a V-neck or a round neck. The 7-zone in FIG. 3 and the 18-zone in FIG. 4 do not place a phase change material package, so that the molded garment can adopt different types of collar shapes. In addition, according to the characteristics of the clothing style, parts that are likely to cause deformation of the garment are not placed in the material package. For example, sweaters are mostly ribbed tight hem and cuffs. Because of the role of ribbed mouth, the clothing in this area should be bulged when wearing, and it is not suitable to put material bags in this area. As shown in Fig. 2, the region of Fig. 3, the region 14 of Fig. 3, the region 22 of Fig. 4, and the region 27 of Fig. 5 are not placed with a phase change material package.

The front and back phase change material packs for men and women are placed in different positions. Because of the obvious differences between men and women, the phase change material package is designed to fully reflect the differences between men and women. Specifically, due to the difference between the female chest height area and the male chest height area, the phase change material package position and the area size should be adjusted accordingly, as shown in Fig. 3 in the 11 area and Fig. 4 in the 19 area. In addition, the position and area design of the phase change material package of the male and female style front piece should be designed according to the male and female body characteristics: the male chest height is an area, and the convexity of the other parts of the body is low, and the front part of the molded garment is not placed. The phase change material, as shown in Figure 7 in the 7 region and the 11 region; the female chest height is clearly defined, and the convexity is higher relative to other parts of the body. The phase change material is not placed in the area around the chest height of the front piece of the molded garment, as shown in Fig. 4 in the 18 area and the 19th area.

The temperature regulation and the sports comfort molding garment provided by the invention are suitable for winter outdoor exercise and various sports activities to prevent the cold feeling after the human body movement, and are more suitable for alternating into high and low temperature environments, such as cold storage workers.

In summary, the temperature adjustment and the comfortable sports fabric and the molded garment provided by the preferred embodiment of the present invention use the intelligent temperature regulating material for automatic temperature recognition and adjustment. When a person enters a low temperature environment from a high temperature environment, the smart material is high energy. The state changes to a low-energy state, and at the same time releases latent heat to supply the heat required for a person to enter a low-temperature environment from a high-temperature environment; when a person enters a high-temperature environment from a low-temperature environment, the smart material changes from a low-energy state to a high-energy state, while absorbing heat around the environment. Thus, by controlling the phase change temperature, the temperature of the microclimate environment protecting the human body under any environmental conditions can be maintained at a comfortable temperature of the human body during the process of alternating humans entering and leaving the cold and hot environment.

On the other hand, under the normal working and activity level of people, clothing should meet the needs of human body movement and physiological comfort, can not be bound to the human body, and can not affect the taking performance due to stuffiness. The invention adopts the principle of ergonomics to design the sports comfort comfort of the designed intelligent temperature-adjusting garment, and at the same time, the breathable and moisture-permeable design of the garment is ensured that the garment has the temperature regulating function, and has good sports comfort and breathable moisture permeability. performance.

The above description of the disclosed embodiments enables those skilled in the art to make or use the invention. Various modifications to these embodiments are obvious to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein, but the scope of the invention.

Claims

A temperature-adjusting and sports-comfortable garment fabric, characterized in that the fabric contains a phase change material, and the phase change material is packaged into a flat ribbon-shaped phase change material package, and then transversely woven in the fabric, and The phase change material packs are laterally spaced apart in the fabric.
The apparel fabric according to claim 1, wherein the phase change material is encapsulated in a high-strength synthetic polymer material to form a phase change material package, and the phase change material package has a size of 0.2 to 2 cm in width. , length 2 to 40 cm.
The apparel fabric of claim 1 wherein said phase change material is a smart phase change material having a phase transition temperature in the range of from 15 ° C to 34 ° C.
The garment fabric according to claim 1, wherein the forming garment and the garment fabric are double-sided woven and partial double-layer single-sided woven, and the yarn compatibility and the fabric structure are combined, and the intarsia process is added. Made by weaving process.
The apparel fabric of claim 1 wherein the fabric is used in the design of tops, bottoms, socks, hats, gloves, and warm covering articles.
A temperature-adjusting and sports-comfortable garment made by using the garment fabric according to any one of claims 1 to 5, wherein the garment is characterized according to human body surface characteristics, ergonomics, and male and female body characteristics. The dressing regularity and the garment structure are designed to distribute the phase change material package.
The molded garment according to claim 6, wherein the phase change material package distribution according to the body surface feature is: a phase change material package is placed in the concave surface of the human body surface, and the phase change material is not placed on the convex portion of the human body surface surface. The package has a small radius of curvature of the human body surface, and the length of the phase change material package is correspondingly shortened.
The molded garment according to claim 6, wherein the phase change material package distribution according to the ergonomic principle is: the phase change material package is not placed in the load-bearing portion; and the body surface stretches and contracts in the body movement process and A material pack is not placed in the joint portion where the movement is large during exercise.
The molded garment according to claim 6, characterized in that, according to the sensitivity of different parts of the human body to changes in external temperature, a phase change material package is placed on a portion sensitive to external temperature changes, which is insensitive to external temperature changes and hinders normal work of the human body. The phase change material package is not placed in the active part.
The molded garment according to claim 6, wherein the phase change material package distribution according to the dressing rule and the garment structure is designed to: overlap the upper and lower parts, and not place the phase change material package; to meet the change of the garment collar shape, the neckline The phase change material package is not placed in the part; in order to meet the tight design of the cuff and the hem, the phase change material package is not placed on the cuff and the hem.