CN219288818U - Compression garment for women - Google Patents

Abstract

The utility model discloses a compression garment for women. The compression garment comprises a compression garment body and a tissue structure arranged on the compression garment body. In the armpits, chest, nape of the neck and back, we adopt the organization structure with perspiration and heat dissipation function, in the shoulders and arms, we adopt the organization structure with supporting function, in the elbow, we adopt the organization structure with protective function, and in the waist and abdomen, we adopt the organization structure The structural division is mainly based on the tightened organizational structure. The compression garment provides different pressure and mechanical external support for different parts of the upper limbs and trunk through different structural changes, reduces sports injuries, relieves sports fatigue, improves freedom of movement, and improves wearing comfort.

Description

women's compression garment

technical field

The utility model belongs to the technical field of clothing, in particular to a women's compression garment.

Background technique

Compression garments are tight-fitting garments that are stretchy under a certain amount of external pressure, exerting pressure on and covering the surface of the body. Compression clothing properly wraps the exercising limbs, thereby reducing the pressure on the bones to avoid strain, and at the same time providing the human body with a sense of pressure and comfort. Originally used in medical assistance, it has been widely used in sports and has gradually become a high-tech sports equipment.

CN207444298U discloses 3D honeycomb bean compression clothing for sports, including shoulder sweat guide groove, chest expansion area, chest honeycomb bean, waist sweat guide groove, waist power tension zone and back honeycomb bean. Wherein, the chest expansion area is spliced together with the shoulder sweat guide groove and the shoulder network cloth through the shoulder swing arm buffer zone, and the chest honeycomb bean is symmetrically arranged at the chest position with the chest expansion area, and the chest honeycomb bean is automatically Under the circular neck guard, the "I"-shaped chest honeycomb beans are diffused and distributed along the periphery of the chest expansion area. The center of the area extends longitudinally to form a "T"-shaped waist sweat guide groove, and the waist dynamic tension area is longitudinally and symmetrically distributed on both sides of the compression protection area.

Although the above-mentioned compression clothing has good compressibility and support, due to the particularity of the female chest structure and the curve of the upper limbs, the compression clothing is more suitable for male sports; and the performance of its structure in terms of moisture absorption and perspiration prevention and joint damage prevention Poor, the body will be extremely uncomfortable if used for a long time, and the joint damage is more serious.

In view of the above reasons, there is an urgent need to study a compression garment suitable for women's sports.

The above information disclosed in this Background section is only for enhancement of understanding of the background of the invention and therefore it may contain information that does not form the prior art that is already known in this Background section to a person of ordinary skill in the art.

Utility model content

In order to overcome the above-mentioned problems, the utility model proposes a women's compression garment which absorbs moisture and wicks sweat, prevents joint damage and has high comfort.

Specifically, the purpose of this utility model is to provide a women's compression garment, which includes a compression garment body and a tissue structure arranged on the compression garment body, wherein:

The tissue structure at the position where the compression garment is in contact with the front chest is a mesh hollow tissue;

The tissue structure at the position where the compression garment is in contact with the upper edge of the chest is a three-dimensional groove tissue;

The tissue structure at the position where the compression garment is in contact with the chest base and the side of the chest is a tightened drawstring tissue;

The tissue structure at the position where the compression garment is in contact with the chest core is a three-dimensional groove tissue and/or needle narrowing tissue;

The tissue structure at the position where the compression garment is in contact with the underarm is a dense point-like air-permeable tissue;

The tissue structure at the position where the compression garment contacts the rectus abdominis and the waist and abdomen is a point-contact three-dimensional opening and closing tissue;

The tissue structure at the position where the compression garment is in contact with the external oblique muscle is a tightened drawstring tissue and/or a point-contact three-dimensional opening and closing tissue;

The tissue structure at the position where the compression garment is in contact with the lower back is a supporting tissue and/or a point-contact three-dimensional opening and closing tissue;

The tissue structure at the position where the compression garment is in contact with the back is a point-contact three-dimensional opening and closing tissue and/or a three-dimensional groove structure.

Optionally, the supportive tissue includes tightened drawstring tissue, narrowed needle tissue and three-dimensional groove tissue.

Optionally, the tissue structure at the position where the compression garment is in contact with the chest base and the side of the chest is a tightened drawstring tissue; the tissue structure at the position where the compression garment is in contact with the chest core is a three-dimensional groove structure or narrowing tissue.

Optionally, the tissue structure at the position where the compression garment is in contact with the lower back is a tightened drawstring tissue and/or a point-contact three-dimensional opening and closing tissue.

Optionally, the tissue structure at the position where the compression garment is in contact with the nape of the neck is a 1×1 rib weave.

Optionally, the compression garment has a high-neck and long-sleeved jumpsuit structure, and the high-neck structure is a 1×1 rib weave.

Optionally, the tissue structure at the position where the compression garment contacts the shoulder and the upper arm is accordion pleat tissue and/or three-dimensional transverse drawstring tissue.

Optionally, the tissue structure at the position where the compression garment contacts the forearm is accordion pleat tissue and/or 1×1 rib structure.

Optionally, the tissue structure at the position where the compression garment contacts the elbow is accordion pleat tissue and/or three-dimensional transverse drawstring tissue.

The beneficial effects of the utility model include:

(1) The women's compression clothing provided by the utility model has super air permeability, sweat conductivity and heat preservation. In particular, the tissue structure at the position where the compression garment contacts the front chest, the tissue structure at the position where the compression garment contacts the upper edge of the chest, and the tissue structure at the position where the compression garment contacts the chest base and the sides of the chest structure, the tissue structure at the position where the compression garment contacts the chest core, these tissue structures in contact with the chest can not only dissipate heat in time, but also give the chest sufficient support, and the swing range is small in the state of exercise; and the The tissue structure at the position where the compression garment contacts the rectus abdominis and the waist and abdomen, and the tissue structure at the position where the compression garment contacts the external oblique muscle, these tissue structures that are in contact with the abdomen can increase the perception of the abdomen and stimulate the abdomen to contain Cell activity, thereby promoting long-term abdominal exercise, and reducing the probability of abdominal injury.

(2) The tissue structure at the position where the compression garment for women provided by the utility model is in contact with the back satisfies the requirements of stable support and sweating and heat dissipation.

(3) The women's compression garment provided by the utility model has good compressibility and support, absorbs moisture and perspiration, prevents joint damage, and has good comfort.

(4) The women's compression clothing provided by the utility model provides different pressure and mechanical external support for different parts of the upper limbs and torso through different structural changes, reduces sports injuries, slows down sports fatigue, improves freedom of movement, and improves wearing comfort.

(5) The women's compression clothing provided by the utility model is especially suitable for women athletes in high-intensity comprehensive training, and has important significance in practice.

Description of drawings

Various other advantages and benefits of the present invention will become apparent to those of ordinary skill in the art upon reading the following detailed description of the preferred embodiments. The accompanying drawings in the description are only for the purpose of illustrating preferred embodiments, and are not considered to limit the utility model. Apparently, the drawings described below are only some embodiments of the present utility model, and those skilled in the art can obtain other drawings according to these drawings without creative work. Also throughout the drawings, the same reference numerals are used to denote the same parts.

In the attached picture:

Figure 1-A shows a front view of a compression garment in a preferred embodiment of the present invention;

Figure 1-B shows a rear view of a compression garment in a preferred embodiment of the present invention;

Fig. 2 shows a schematic diagram of a microscopic weaving structure of a three-dimensional groove structure in a preferred embodiment of the present invention;

Fig. 3 shows a schematic diagram of the microscopic weaving structure of a tightened drawstring structure in a preferred embodiment of the present invention;

Fig. 4 shows a schematic diagram of the microscopic weaving structure of the longitudinal narrowing tissue in a preferred embodiment of the present invention;

Fig. 5 shows a schematic diagram of a microscopic weaving structure of a dense point-like air-permeable tissue in a preferred embodiment of the present invention;

Fig. 6 shows a schematic diagram of a microscopic weaving structure of a point-contact three-dimensional opening and closing tissue in a preferred embodiment of the present invention;

Fig. 7 shows a schematic diagram of the microscopic weaving structure of a three-dimensional transverse drawer structure in a preferred embodiment of the present invention;

Fig. 8 shows the static contact comfort evaluation result graph of the subject in Experimental Example 1 of the present invention;

Fig. 9 shows the graph of the evaluation results of the exercise comfort of the subjects in Experimental Example 1 of the present invention.

Explanation of reference signs

1-1×1 rib weave;

2- Mesh hollow organization;

3- Three-dimensional groove organization;

4- Tightening type drawing strip organization;

5- Dense point-like breathable tissue;

6-point contact three-dimensional opening and closing organization;

7- Longitudinal narrowing organization;

8-three-dimensional horizontal drawing organization;

9- organ pleat organization;

10-compression garment body.

Detailed ways

Specific embodiments of the present invention will be described in more detail below with reference to accompanying drawings 1 to 9 . Although specific embodiments of the invention have been shown in the drawings, it should be understood that the invention can be embodied in various forms and should not be limited by the embodiments set forth herein. Rather, these embodiments are provided in order to enable a more thorough understanding of the present invention and to fully convey the scope of the present invention to those skilled in the art.

In the description of the present utility model, it should be noted that the orientations or positional relationships indicated by the terms "upper", "lower", "inner", "outer", "front", "back" etc. are based on the work of the present utility model. The orientation or positional relationship in the state is only for the convenience of describing the utility model and simplifying the description, and does not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be interpreted as a reference to this invention. Utility model restrictions. In addition, the terms "first", "second", "third", and "fourth" are used for descriptive purposes only, and should not be construed as indicating or implying relative importance.

It should be noted that certain terms are used in the specification and claims to refer to specific components. Those skilled in the art should understand that they may use different terms to refer to the same component. The specification and claims do not use differences in nouns as a way of distinguishing components, but use differences in functions of components as a criterion for distinguishing. "Includes" or "comprises" mentioned throughout the specification and claims is an open term, so it should be interpreted as "including but not limited to". The following descriptions in the specification are preferred implementation modes for implementing the present utility model, but the descriptions are for the purpose of the general principles of the specification, and are not intended to limit the scope of the present utility model. The scope of protection of the present utility model should be defined by the appended claims.

According to the women's compression garment provided by the utility model, the compression garment includes a compression garment body 10 and a tissue structure arranged on the compression garment body 10 .

Wherein, the compression garment body 10 and the tissue structure are woven by yarns using seamless knitting technology. Preferably, the compression garment body 10 and the tissue structure are woven into an integrated structure through yarns using seamless knitting technology, as shown in FIG. 1 .

Using seamless knitting technology to weave the compression garment, without cutting and splicing, the functional partition design can be realized by freely changing the organization, which can not only take advantage of the seamless knitting technology, tap the potential of the seamless knitting technology, but also improve the quality of the seamless knitting technology. The added value of the product; it can also meet the functional requirements of sports to the greatest extent, improve sports performance and wearing comfort. The compression garment body 10 and the tissue structure are woven into an integrated structure through yarns using seamless knitting technology, which further improves the wearing comfort of the compression garment.

In the present utility model, the yarn includes a face yarn and a ground yarn, and the compression garment is woven through the face yarn and the ground yarn. The veil and the ground yarn are both moisture-absorbing and quick-drying elastic yarns, which avoid the wet and cold feeling caused by sticking the skin when the user is sweating profusely, and have excellent comfort.

Further, the veil is preferably one or more of nylon, polyester, and polypropylene, more preferably 75D-125D polyester, for example, 75D polyester; the ground yarn is preferably a core-spun yarn containing spandex, more preferably The yarn core is spandex, covered with a layer of polyester core-spun yarn.

Among them, the nylon, polyester and polypropylene are favored by users in the field of clothing due to their advantages of high strength, good elasticity, wear resistance and corrosion resistance. In particular, the compression clothing obtained by weaving thinner polyester as the veil is thinner, has good moisture absorption and quick-drying effect, and is easy to put on and take off. Compression garments woven from 75D-125D polyester not only have high comfort, but also have excellent wear resistance and good air permeability. Especially the compression clothing obtained by choosing 75D polyester textile has the best experience.

Among them, the spandex has excellent elasticity, and the compression garment woven with the spandex as the yarn core and the core-spun yarn covered with a layer of polyester as the ground yarn is soft, comfortable, close to the body, free to move, and can fully show the natural beauty of the human body.

In the utility model, when weaving compression garments, through different organizational structure changes, different pressure and mechanical external force supports are provided for different parts of the upper limbs and torso, reducing sports injuries, alleviating sports fatigue, improving the freedom of movement, and improving Wearing comfort.

In the present utility model, the collar of the compression garment body 10 is a high collar structure, and a zipper or snap button is optionally provided on one side of the collar.

Among them, the neck temperature is higher in the human body. If you exercise in an outdoor environment, a lot of sweating will take away the neck temperature and cause body surface hypothermia. Long-term hypothermia will cause cervical discomfort. High neck structure can play a relieving role. The opening on one side of the collar is provided with a zipper or a snap button, which is convenient for putting on and taking off.

Further, the high neck structure is 1×1 ribbed structure 1, which has the effect of heat dissipation.

Wherein, the 1×1 rib weave 1 is combined into a unit by knitting one needle at a time, so that a regular weave can be obtained through circulation. The needle-out is that both the veil and the ground yarn are out-of-needle.

According to the utility model, the tissue structure at the position where the compression garment is in contact with the front chest is a mesh hollow tissue 2, which is convenient for timely dehumidification and heat dissipation, as shown in FIG. 1 .

Wherein, the mesh hollow structure is to use the veil and the ground yarn to go out of the needle, and the empty needle on the needle bed to form a certain number of stitches at intervals in the designated position of the fabric, so that the fabric presents a hollow effect.

Further, the tissue structure at the position where the compression garment is in contact with the upper edge of the chest is a three-dimensional groove structure 3, and the three-dimensional groove structure 3 has a certain narrowing effect, and also plays a role in shaping while dissipating heat. wrapping effect.

Further, the tissue structure at the position where the compression garment contacts the chest is a supporting tissue. Among them, women's breasts are mostly fat. The chest support and compression effect of the compression garment should first be considered to stabilize the breast and reduce the damage caused by the range of motion. The tissue structure at the position where the compression garment contacts the chest is particularly important.

In the present utility model, the supportive tissue includes tightening-type draw-out tissue 4 , narrowing-needle tissue, and three-dimensional groove tissue 3 .

According to a preferred embodiment, the tissue structure at the position where the compression garment is in contact with the chest bottom support and the side of the chest mostly follows the direction of human muscles to adopt the organizational structure of side pressure bottom support, for example, the use of tightened drawstring tissue 4 can meet the requirements Further, the tissue structure at the position where the compression garment is in contact with the chicken heart needs to have a stronger heat dissipation and stable support effect, which is preferably a three-dimensional groove structure 3 or a needle-reducing structure, and the needle-reducing tissue is preferably longitudinal The narrowing stitch 7 is, for example, a 1×7 longitudinal narrowing stitch.

In the utility model, the structure of the three-dimensional three-dimensional groove structure 3 is: horizontally through the veil and the ground yarn without needles, and the veil and the ground yarn are needled at intervals, and the vertical veil and the ground yarn are needled. When the number of needles reaches a certain number of needles, the veil and ground yarns do not come out of the needle to form a rectangle, and the surrounding knitting parts where the veil and ground yarns are out of the needle are restrained inward by the knitting part of the veil and the ground yarn. Concave folds form grooves, and finally the appearance surface of the fabric forms interval grooves, which appear as three-dimensional convex lines.

In one embodiment, as shown in Figure 2, the structure of the three-dimensional groove structure 3 has the following characteristics: 8 black needles (the veil and the ground yarn are all out of needles) and 12 light gray needles ( Both the veil and the ground yarn are knit at intervals, the black needles reach 40 consecutive needles in the longitudinal direction, and the light gray needles are restrained by the black needles and folded inward to form grooves, and finally the surface of the fabric forms interval grooves, showing three-dimensional Shape convex.

In the present utility model, the structure of the tightening-type drawing weave 4 is as follows: horizontally through the veil and the ground yarn, and 6 to 8 needles of the veil and the ground yarn are not needled at intervals, and the longitudinal veil and the ground yarn are knitted at intervals. The number of needles for which the yarns do not go out is 1 stitch, and the veil and the ground yarns do not go out to form a rectangular knitting structure of (6-8) needles×1 needle, which achieves the effect of tightening in the horizontal direction.

In one embodiment, as shown in FIG. 3 , the structure of the tightened drawstring structure 4 has the following characteristics: 6 black needles in the horizontal direction and 1 black needle in the vertical direction are used (both the veil and the ground yarn do not go out of the needles). ) Weaving method promotes lateral tightening.

In the utility model, the narrowing structure is horizontally or vertically arranged in which the veil and the ground yarn do not go out of the needle, and the fabric is tightened and concave because the veil and the ground yarn do not go out of the needle, and the surrounding tissue is due to the veil and the ground The ground yarns are protruding from the needles. Generally, the tissue structure at the position where the compression garment contacts the chicken heart is 1×7 longitudinal narrowing stitches, that is, 1 light gray needle in the vertical direction (both the veil and the ground yarn come out), and 7 black needles (both the veil and the ground yarn come out). Needle) to create a clothing shape with a large concave-convex range, as shown in Figure 4.

In the present utility model, the tissue structure at the position where the compression garment is in contact with the underarm is dense point-like air-permeable tissue 5 .

Wherein, the structure of the dense point-like air-permeable tissue 5 is: on the basic knitting of light gray needles (both the veil and the ground yarn are out of the needle), the black needles of a certain number of needles are arranged diagonally (the veil and the ground yarn are all out of the needle). needles) and dark gray needles (the veil does not come out of the needle, the ground yarn goes out of the needle), and the final fabric presents a concave-convex texture. Among them, the recessed part of the dark gray needle position is relatively thin, forming an effect similar to the knitting mesh, as shown in Figure 5 .

Due to the high friction between human armpit hair and arm swing, mesh hollow tissue 2 is not suitable for the position where the compression garment contacts the underarm, and the three-dimensional mesh opening and closing tissue with strong ductility is more suitable , especially the dense point-like breathable tissue 5, which imitates the breathing structure of human skin epidermis breathing pores, and the small and dense exhaust micropores help to perspire quickly.

Further, the tissue structure at the position where the compression garment contacts the rectus abdominis is a point-contact three-dimensional opening and closing tissue 6 .

Wherein, the structure of the point-contact three-dimensional opening and closing structure 6 is: on the basic weaving of light gray needles (the needles of both the veil and the ground yarn are released), a certain number of rows of black needles (the needles of the veil and the ground yarn are not released) is set. Afterwards, they are arranged vertically in a staggered manner, and their surroundings are set as dark gray needles (needles do not go out of the veil, and needles go out of the ground yarn). The three-dimensional convex strips on the surface of the final fabric (a certain width is achieved by the number of stitches) present a "Z" shape in the longitudinal direction. During the movement, the "Z"-shaped strips are pulled by force to show an opening and closing effect, as shown in Figure 6 shown.

During exercise, on the one hand, the abdomen needs strong pressure to reduce the vibration and fall of soft tissues and internal organs caused by exercise. On the other hand, the female abdomen still needs to keep warm. The point-contact three-dimensional opening and closing tissue 6 forms a three-dimensional shape through concave-convex folding, enhances elasticity, produces vertical skin point-like stimulation pressure on muscles, increases muscle stability, stimulates muscle force, and achieves dynamic pressurization and ventilation effects of clothing.

According to the utility model, the tissue structure at the position where the compression garment contacts the waist and abdomen is preferably the same as the tissue structure at the position where the compression garment contacts the rectus abdominis, which is a point-contact three-dimensional opening and closing tissue 6, effectively reducing the movement process The middle skin quivered and remained steady.

Wherein, the tissue structure at the position where the compression garment is in contact with the external oblique muscle is a tightened drawstring tissue 4 and/or a point-contact three-dimensional opening and closing tissue 6 . The external oblique muscle belongs to the stable area of the core strength of the waist, and its organizational structure needs to have a certain supporting function and strong stability.

According to the present utility model, the tissue structure at the position where the compression garment contacts the nape of the neck is 1×1 rib weave 1 . Among them, the tissue structure of the nape of the neck needs to have a certain tensile strength and narrowing effect, and the protection of the nape of the neck is realized by covering the nape of the neck.

According to the present invention, the tissue structure at the position where the compression garment contacts the back includes a point-contact three-dimensional opening and closing structure 6 and/or a three-dimensional groove structure 3 . Preferably, the tissue structure at the position where the compression garment contacts the back includes a point-contact three-dimensional opening and closing structure 6 and a three-dimensional groove structure 3 .

Further, the point-contact three-dimensional opening and closing tissue 6 is partitioned according to the direction of the thoracic spine, that is to say, the tissue structure at the position where the compression garment contacts the back thoracic spine contains the point-contact three-dimensional opening and closing tissue 6, As shown in Figure 1.

Since the back muscles play a role in stabilizing and balancing the upper body in most sports; the design of the back should also consider the freedom of movement of the scapula and the resulting stretching of the body surface, as well as the moisture dissipation and heat dissipation of the back. Both the point-contact three-dimensional opening and closing tissue 6 and the three-dimensional groove tissue 3 have a certain degree of support, good moisture absorption and sweat-wicking properties, and good elasticity. The three-dimensional opening and closing mechanism 6 is more conducive to timely heat dissipation.

According to the utility model, the waist belongs to the connecting center of the upper and lower body, and plays the role of connecting the upper and lower body. On the one hand, the waist assists the lower limbs to complete the task of power, on the other hand, it maintains the balance of the body, drives the power of the lower limbs to drive the movement of the upper body, and cooperates with the movement of the upper limbs to maintain the stability and balance of the upper body. Therefore, the organizational structure here needs to have strong stability on the one hand, and good ductility and certain moisture absorption and perspiration on the other.

Preferably, the tissue structure at the position where the compression garment is in contact with the lower back is a supporting tissue and/or a point-contact three-dimensional opening and closing tissue 6 . The supporting tissue includes tightening drawstring tissue 4 , narrowing needle tissue and three-dimensional groove tissue 3 , preferably tightening drawstring tissue 4 .

Wherein, the supporting tissue and/or the point-contact three-dimensional opening and closing tissue 6 have air guide and constant temperature, and can adjust the function according to the intensity of chest breathing. The strength is high, and the stretching and expansion of the body surface promotes the enlargement of the pores, which plays a role in cooling down and reducing the pressure of the compression garment. When the exercise intensity is reduced, the pores of the tissue structure become smaller and almost closed, which can maintain the temperature and increase the pressure of the compression garment.

In the utility model, the shoulder axis has the characteristic of multi-angle movement. Based on the measurement experiment of body surface skin stretch change, the range of shoulder movement changes is relatively large, which is suitable for raglan sleeve or partial rotator cuff partition design.

Preferably, the tissue structure at the position where the compression garment contacts the shoulder and the upper arm is a three-dimensional horizontal drawstring structure 8 , an accordion pleat structure 9 and/or a tightened drawstring structure 4 . In one embodiment, the tissue structure at the position where the compression garment is in contact with the shoulder and the upper arm is a three-dimensional horizontal drawstring organization 8 and a tightened drawstring organization 4, and the tightened drawstring organization 4 is based on Muscles go toward doing the shoulder division.

Wherein, the three-dimensional horizontal drawing structure 8 is: weaving on the basis of light gray needles (both the veil and the ground yarn are needled), and black needles are arranged at regular intervals in the horizontal direction, such as 8 light gray needles in the horizontal direction and 2 needles apart Black needles, one unit draws 16 needles in the longitudinal direction, and finally forms a smooth weaving intersection line on the surface of the fabric, and forms a horizontal three-dimensional convex line on the side in contact with the skin, as shown in Figure 7.

Wherein, the organ pleat structure 9 weaves a three-dimensional structure of strip-shaped protrusions and grooves through interval narrowing, forming a structure similar to the three-dimensional shape of an accordion pleat, and greatly enhancing the textile area per unit area; at the same time, the The accordion pleat structure 9 has a strong elastic effect, can be stretched freely, and realizes the freedom of multi-angle movement of the shoulder axis. It has strong support when the shoulder and elbow are combined with other tightening tissue structures.

In the present utility model, the tissue structure at the position where the compression garment contacts the forearm is accordion pleat tissue 9 and/or 1×1 rib structure 1, so as to realize the covering property of the forearm muscle and the degree of freedom of movement.

In the present utility model, the tissue structure at the position where the compression garment contacts the elbow is accordion pleat structure 9 and/or drawstring structure 8; preferably, the tissue structure at the position where the compression garment contacts the elbow 9 accordion pleats ensure the freedom of elbow flexion and the explosive power of arm muscles. Further, the accordion pleat tissue 9 and/or drawstring tissue 8 is used as the elbow region according to the direction of the extensor carpi ulnaris, that is to say, the tissue structure at the position where the compression garment contacts the extensor carpi ulnaris. It is accordion pleat organization 9 and/or drawstring organization 8.

In the present utility model, the compression garment is a high-neck long-sleeved one-piece garment, and the compression garment is divided into structural and functional areas based on exercise requirements, and tissues with sweat-wicking and heat-dissipating functions are used in the armpits, chest, nape of the neck and back. The structure, especially the three-dimensional support organization on the back, that is, the three-dimensional groove organization 3, and the breathable organization, that is, the point-contact three-dimensional opening and closing organization 6, to meet the needs of support, stability, perspiration and heat dissipation; on the shoulders And the arm adopts a supportive organizational structure to stabilize the shoulders, deltoid, triceps, brachialis, and biceps, and increase the fixation and stability of the arm muscles; the elbow adopts a Protective functional organizational structure; the functional structural division of the waist and abdomen is mainly based on the tightened organizational structure to meet the needs of the waist for support and stability, a large reduction in circumference compared with the chest, and the protection and stable support of the abdomen for internal organs sex.

Example

The utility model is further described below through specific examples, but these examples are only exemplary and do not constitute any limitation to the protection scope of the utility model.

Example 1

It is 165/88A to set the size of the compression garment, and the veil is selected from 75D/68F polyester yarn (produced by DuPont Company), and the ground yarn is selected from the core-spun yarn (produced by DuPont Company) that the yarn core is 20D spandex and the polyester of one layer of 30D outsourcing. A seamless underwear machine (model: Santoni TOP2FAST) with a tube diameter of 15 o'clock spun the compression garment to obtain a compression garment of the specifications shown in Table 1. The total number of needles used for weaving the compression garment was 1334 needles.

Table 1

parts clothes length chest circumference waistline hip circumference Raglan sleeve length shoulder width sleeve fat cuff Specifications/cm 60 80 76 80 58 36 30 20

Among them, the compression garment obtained by weaving is shown in Figure 1. The collar is a high collar structure, which is a 1×1 rib weave 1, and the tissue structure at the position where the compression garment contacts the front chest is a mesh hollow structure 2, which is in contact with the upper chest. The tissue structure at the position in contact with the edge is a three-dimensional groove structure 3, the tissue structure at the position in contact with the chest bottom bracket and the side of the chest is a tightened drawstring structure 4, and the tissue structure at the position in contact with the chicken heart is longitudinal Narrowing tissue 7 (specifically 1×7 longitudinal narrowing tissue), the tissue structure at the position in contact with the underarm is dense point-like air-permeable tissue 5, and the tissue structure at the position in contact with the front abdomen and waist and abdomen is point contact Type three-dimensional opening and closing tissue 6, the tissue structure at the position in contact with the external oblique muscle is a tightened drawstring tissue 4, the tissue structure at the position in contact with the nape of the neck is 1×1 rib tissue 1, and the tissue structure at the position in contact with the back The tissue structure at the position is a point-contact three-dimensional opening and closing tissue 6 and three-dimensional groove tissue 3, the tissue structure at the position in contact with the back waist is a tightened drawstring tissue 4, and the position in contact with the shoulder and upper arm The tissue structure at the position is accordion pleat tissue 9 , the tissue structure at the position in contact with the forearm is 1×1 rib structure 1 , and the tissue structure at the position in contact with the elbow is accordion pleat tissue 9 .

Randomly select 5 subjects who meet the body type requirements of 165/88A to try on the compression clothing described in this example, and perform static and dynamic subjective comfort ratings of 5 grades, 1 for very uncomfortable, 2 for relatively uncomfortable, and 3 for average , 4 means more comfortable, 5 means very comfortable.

The static contact comfort evaluation process is as follows:

After changing the clothing to be evaluated, the subjects filled out the subjective comfort evaluation questionnaire according to the corresponding human body partition of the clothing style from the perspective of body surface contact comfort, and finally obtained the average comfort evaluation as shown in Figure 8.

The evaluation process of sports comfort is as follows:

Sports comfort mainly refers to the degree of freedom of movement. The wearer evaluates the sports comfort of each part of the body in various sports states such as jogging and comprehensive training, and finally obtains the average comfort evaluation as shown in Figure 9.

Combining Figure 8 and Figure 9, it can be seen that the subject has a high static contact comfort, and the overall score is above 4 points, indicating that the contact feeling of the body surface of the compression garment is high; the subject's overall score in the exercise comfort evaluation is 3.5 A score of above indicates that compression garments perform well in terms of supporting freedom of movement.

The utility model has been described in detail above in combination with preferred implementations and illustrative examples. However, it should be declared that these specific embodiments are only illustrative explanations of the utility model, and do not constitute any limitation to the protection scope of the utility model. Without departing from the spirit and protection scope of the present utility model, various improvements, equivalent replacements or modifications can be made to the technical contents and implementation modes of the present utility model, all of which fall within the protection scope of the present utility model.

Claims (10)

1. A woman's compression garment, characterized in that, said compression garment comprises a compression garment body (10) and a tissue structure arranged on said compression garment body (10); in, The tissue structure at the position where the compression garment is in contact with the front chest is a mesh hollow tissue (2); The tissue structure at the position where the compression garment is in contact with the upper edge of the chest is a three-dimensional groove tissue (3); The tissue structure at the position where the compression garment is in contact with the chest base and the side of the chest is a tightening type drawstring tissue (4); The tissue structure at the position where the compression garment is in contact with the chest core is a three-dimensional groove tissue (3) and/or needle narrowing tissue; The tissue structure at the position where the compression garment contacts the rectus abdominis and the waist and abdomen is a point-contact three-dimensional opening and closing tissue (6); The tissue structure at the position where the compression garment is in contact with the external oblique muscle is a tightened drawstring tissue (4) and/or a point-contact three-dimensional opening and closing tissue (6). 2. The compression garment according to claim 1, characterized in that, the tissue structure at the position where the compression garment is in contact with the back waist is supportive tissue and/or point-contact three-dimensional opening and closing tissue (6); The tissue structure at the position where the compression garment contacts the back is a point-contact three-dimensional opening and closing structure (6) and/or a three-dimensional groove structure (3). 3. The compression garment according to claim 2, characterized in that, the supportive tissue includes tightened drawstring tissue (4), narrowed needle tissue and three-dimensional grooved tissue (3). 4. The compression garment according to claim 3, characterized in that, the tissue structure at the position where the compression garment is in contact with the back waist is a tightened drawstring structure (4) and/or a point-contact three-dimensional opening and closing structure (6). 5. The compression garment according to claim 1, characterized in that the weave structure at the position where the compression garment contacts the nape of the neck is a 1×1 rib weave (1). 6. The compression garment according to claim 1, characterized in that, the tissue structure at the position where the compression garment contacts the underarm is a dense point-like air-permeable tissue (5). 7. The compression garment according to claim 1, characterized in that the compression garment is a jumpsuit with high neck and long sleeves, and the structure of the high collar is a 1×1 rib weave (1). 8. The compression garment according to claim 7, characterized in that, the tissue structure at the position where the compression garment contacts the shoulder and the upper arm is an accordion pleat tissue (9) and/or a three-dimensional transverse drawstring tissue (8 ). 9. The compression garment according to claim 7, characterized in that the tissue structure at the position where the compression garment contacts the forearm is an accordion pleat structure (9) and/or a 1×1 rib structure (1). 10. The compression garment according to claim 7, characterized in that the tissue structure at the position where the compression garment contacts the elbow is accordion pleat tissue (9) and/or three-dimensional transverse drawstring tissue (8).

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