Multi-dimensional hugging pressure stabilizing muscle sport compression garment

Abstract

The utility model discloses a kind of sports compression clothes of multi-dimensional embrace pressure stable muscle, it is related to sportswear technical field, including the body main body of shirt and trousers, body main body is divided into different human body area and is spliced by multiple different structures of knit jacquard area, shirt includes neck area, chest area, waist abdominal area, two side areas, shoulder area, big arm area, elbow area, small arm area, back area, back waist side area, trousers includes waist area, waist side area, crotch, thigh area, knee area, calf area and footwrist area;Jacquard area is set according to corresponding human muscle distribution and exercise demand, jacquard area includes: moisture absorption and perspiration area: hollow structure area formed by lifting needle structure, distribution in rear neck and back area;Muscle fixation and compression area;The utility model increases the consideration to the movement track of muscle and blood return track by the compression wear of design, increases pressure range as heart distal end of four limbs, promotes venous blood return.

Description

Technical Field

[0001] This utility model relates to sportswear technology, specifically to a multi-dimensional compression garment that provides pressure support to stabilize muscles. Background Technology

[0002] Seamless knitted compression garments are elastic compression garments that cover the human body and are widely used in various sports activities. They mainly apply pressure to muscles through elastic fabrics, which can be used to compress human muscles, reduce muscle tremors during exercise, increase venous blood flow through zoned pressure, thereby improving blood circulation, relieving exercise fatigue and improving exercise efficiency. At the same time, the seamless one-piece knitting process can better reflect the zoned pressure of functional areas through different knitting methods, and has the characteristics of good stretch recovery rate of traditional knitted fabrics.

[0003] However, traditional compression garments generally do not have the function of zoned compression. Conventional designs only compress the muscles and blood vessels evenly, which has limited effect on relieving muscle tremors and venous blood return. Since the direction and amplitude of muscle contraction vary significantly in different movement states, pressure in one direction cannot adapt to the dynamic changes in muscle shape, resulting in uneven pressure distribution. In particular, local compression or pressure loss is likely to occur when joints are flexed and extended and muscles are expanded. Utility Model Content

[0004] The purpose of this invention is to provide a multi-dimensional compression garment that provides pressure-stabilizing muscle support, in order to solve the problems of existing compression garments having a single function, which makes it difficult to simultaneously achieve compressibility, breathability, and stretchability.

[0005] To achieve the above objectives, this utility model provides the following technical solution: a multi-dimensional compression garment for stabilizing muscles by embracing pressure, comprising a main body consisting of an upper garment and a lower garment. The main body is divided into different human body areas and is composed of various knitted jacquard areas with different structures. The upper garment includes a neck area, chest area, waist and abdomen area, side areas, shoulder area, upper arm area, elbow area, forearm area, back area, and lower back side area. The lower garment includes a waist area, side waist area, hip area, thigh area, knee area, calf area, and ankle area.

[0006] The jacquard area is set according to the corresponding human muscle distribution and movement needs, and the jacquard area includes:

[0007] Rapidly absorbent and sweat-wicking areas: Hollow structure areas formed by the drip structure, distributed in the back of the neck and back areas;

[0008] Muscle fixation and compression areas: Composed of diamond jacquard, square jacquard, or vertical stripe jacquard structures, distributed in the abdominal area, lateral areas, upper arm area, waist area, and lumbar side area;

[0009] Stretching and relaxation areas: Composed of checkered jacquard, striped jacquard, or up-and-down stitch structures, distributed in the shoulder area, hip area, and knee area.

[0010] Furthermore, the neckline of the garment is woven with a ribbed structure, and the lower part of the neckline has a compressed ribbed structure.

[0011] Furthermore, the rapid moisture-wicking areas are distributed in the chest area, back of the neck area, and back area and adopt a hanging needle jacquard structure design. The hanging needle jacquard structure is hollow inside, and the bottom of the hanging needle jacquard structure is a grid structure. A moisture-wicking yarn is installed inside the grid structure.

[0012] Furthermore, the two side areas along the front abdomen adopt a diamond jacquard structure design, and the waist and abdomen area adopts a diamond jacquard structure design with a cross-fixing method.

[0013] Furthermore, the shoulder area, the outer side of the forearm area, and the back area all adopt a checkered jacquard design, the upper arm area adopts a vertical striped jacquard design, the outer side of the elbow area adopts a horizontal up-and-down jacquard design, the inner side of the elbow area adopts a square jacquard design, and the inner side of the forearm area adopts a small square jacquard pattern design.

[0014] Furthermore, the lower back side area also adopts the same diamond jacquard structure design, and the lower back side area is connected to the side areas and the waist and abdomen area.

[0015] Furthermore, the waist area adopts a square jacquard pattern design, the side waist area adopts a jacquard pattern design, the hip area adopts a striped jacquard pattern design, and the muscle fixation and compression area also includes a surrounding structure formed from the thigh area through the knee area to the back of the calf area and the ankle area. This surrounding structure adopts a four-sided elastic jacquard pattern design.

[0016] Furthermore, the stretching and relaxation area also includes the front of the thigh area, which adopts a small hanging needle jacquard structure design, and the knee area adopts a three-needle jacquard structure design, which together with the surrounding structure on the side of the knee form a stable structure.

[0017] Compared with existing technologies, the present invention provides a multi-dimensional compression garment for stabilizing muscles by setting specific jacquard structures in different anatomical locations (such as diamond jacquard in the waist and abdomen, wrap-around structure in the lower limbs, and three-needle jacquard in the knees). This achieves three-dimensional envelopment and stable support for the core muscle groups and key muscles of the lower limbs, effectively reducing the risk of muscle tremors and overstretching. At the same time, it provides precise elasticity for joint movement, improving protection and flexibility during exercise.

[0018] Secondly, by utilizing a moisture-wicking system distributed throughout the body (such as the hollow channels in the drip structure of the back of the neck and back, and the grid structure with added moisture-wicking yarn), it efficiently wicks away moisture and dries quickly, keeping the skin dry and avoiding discomfort and body temperature regulation problems caused by sweat accumulation. Moreover, the seamless splicing and scientific distribution of the structure in each area also reduces friction and a feeling of restriction during exercise.

[0019] In summary, this invention solves the problems of traditional compression garments being single-function and poorly adaptable. It can meet the needs of various sports scenarios in winter, and has a composite design that combines pressure support, comfortable warmth, and quick-drying properties, thus improving the functionality of compression garments. Attached Figure Description

[0020] To more clearly illustrate the technical solutions in the embodiments of this application or the prior art, the drawings used in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in this utility model. For those skilled in the art, other drawings can be obtained based on these drawings.

[0021] Figure 1 This is a schematic diagram of the overall front structure of the top provided in an embodiment of the present utility model;

[0022] Figure 2 This is a schematic diagram of the back structure of the garment provided in an embodiment of the present utility model;

[0023] Figure 3 This is a schematic diagram of the front structure of the lower garment provided in an embodiment of the present utility model;

[0024] Figure 4 This is a schematic diagram of the back structure of the lower garment provided in an embodiment of the present utility model.

[0025] Explanation of reference numerals in the attached figures:

[0026] 1. Top; 101. Neck area; 102. Chest area; 103. Waist and abdomen area; 104. Side areas; 105. Shoulder area; 106. Back of neck area; 107. Upper arm area; 108. Elbow area; 109. Forearm area; 110. Back area; 111. Lower back side area; 2. Bottom; 201. Waist area; 202. Waist side area; 203. Hips; 204. Thigh area; 205. Knee area; 206. Calf area; 207. Ankle area; 3. Enclosing structure. Detailed Implementation

[0027] To enable those skilled in the art to better understand the technical solution of this utility model, the present utility model will be further described in detail below with reference to the accompanying drawings.

[0028] As attached Figure 1 To be continued Figure 4 As shown:

[0029] Example 1:

[0030] This utility model provides a multi-dimensional compression garment that provides pressure support and stabilizes muscles. It includes a main body consisting of an upper garment 1 and a lower garment 2. The main body is divided into different human body areas and is made up of various knitted jacquard areas with different structures. The upper garment 1 includes a neck area 101, a chest area 102, a waist and abdomen area 103, side areas 104, a shoulder area 105, a back neck area 106, an upper arm area 107, an elbow area 108, a forearm area 109, a back area 110, and a lower waist side area 111. The lower garment 2 includes a waist area 201, a waist side area 202, a hip area 203, a thigh area 204, a knee area 205, a calf area 206, and an ankle area 207.

[0031] The jacquard area is set according to the corresponding human muscle distribution and movement needs, and the jacquard area includes:

[0032] Rapid moisture-wicking zone: A hollow structure area formed by the drip structure, distributed in the back of the neck 106 and the back 110;

[0033] Muscle fixation and compression area: Composed of diamond jacquard, square jacquard or vertical strip jacquard structure, distributed in the waist and abdomen area 103, lateral area 104, upper arm area 107, waist area 201 and lumbar side area 202;

[0034] Stretching and relaxation areas: Composed of checkered jacquard, striped jacquard, or up-and-down stitch structures, distributed in the shoulder area 105, hip area 203, and knee area 205.

[0035] The sports compression garment of this invention has the function of absorbing and wicking away moisture. By setting up a fast moisture-absorbing and wicking area on the sports garment, mainly the back neck area 106 and the back area 110, which have more sweat than other parts of the body, the special fast moisture-absorbing and wicking area set in this position can accelerate the absorption and wicking of moisture and improve the sweat-wicking effect of the sports compression garment.

[0036] It should be noted that by setting specific jacquard structures in different anatomical locations (such as diamond jacquard in the waist and abdomen, encircling structure in the lower limbs, and three-needle jacquard in the knee), a three-dimensional embrace and stable support for the core muscle group and key muscles of the lower limbs is achieved, effectively reducing the risk of muscle tremors and overstretching, while providing precise flexibility and range of motion for joint movement, thus improving protection and flexibility during exercise.

[0037] Secondly, by utilizing a moisture-wicking system distributed throughout the body (such as the hollow channels of the dangling needle structure in the back neck area 106 and the back area 110, and the grid structure with added moisture-wicking yarn), it efficiently wicks away moisture and dries quickly, keeping the skin dry and avoiding discomfort and body temperature regulation disorders caused by sweat accumulation. Moreover, the seamless splicing and scientific distribution of the structure in each area also reduces friction and a feeling of restriction during exercise.

[0038] In summary, this invention solves the problems of traditional compression garments being single-function and poorly adaptable. It can meet the needs of various sports scenarios in winter, and has a composite design that combines pressure support, comfortable warmth, and quick-drying properties, thus improving the functionality of compression garments.

[0039] In this embodiment: the neckline of the top 1 is woven with a ribbed structure, and the lower part of the neckline is a compressed structure.

[0040] It should be noted that the upper and lower needle thread structure has high elastic recovery characteristics, ensuring that the neckline fits tightly to the neck curve without causing a feeling of pressure, while preventing cold air from entering; the upper and lower needle compression structure below it forms gradient pressure through a special coil arrangement, which not only provides moderate support for the neck, but also serves as a transition area connecting the neckline and the main body of the garment, avoiding discomfort caused by sudden pressure changes, and enhancing the overall continuity and comfort of the garment.

[0041] In this embodiment: the rapid moisture-wicking area is distributed in the chest area 102, the back neck area 106 and the back area 110 and adopts a hanging needle jacquard structure design. The hanging needle jacquard structure is hollow inside, and the bottom of the hanging needle jacquard structure is a grid structure. A moisture-wicking yarn is provided inside the grid structure.

[0042] It should be noted that the hanging needle jacquard structure forms a hollow structure by creating continuous micro-air channels, which significantly increases the contact area between the fabric and the air. It utilizes the capillary effect to quickly remove liquid sweat from the skin surface and accelerate its evaporation, especially targeting areas with high sweat accumulation such as the back area 110 and the back of the neck area 106.

[0043] The grid structure further expands the specific surface area by changing the geometry of the coils. The moisture-absorbing yarns added inside are hydrophilic and diffusive, which can work together with the hollow moisture-wicking structure of the dangling needle to achieve a one-way moisture-wicking and fast-drying process "from the inside out", effectively maintaining long-term dryness and thermal comfort in key areas of the torso during exercise.

[0044] In this embodiment: the two side areas 104 and the front abdomen adopt a diamond jacquard structure design, and the waist and abdomen area 103 adopts a diamond jacquard structure design and is fixed in a cross-fixing manner.

[0045] It should be noted that the diamond jacquard structure, through its unique weaving loop construction, gives the fabric a high elastic modulus in both the longitudinal and diagonal directions. When this structure is arranged around the waist and abdomen area 103 and both sides at a specific angle, it can simulate the wrapping effect of a sports bandage, generating multi-directional encircling pressure towards the core muscle group, significantly improving the stability of the transverse abdominis muscle, internal and external oblique muscles, and inhibiting waist swaying.

[0046] The cross-fixation method further enhances the mechanical stability of the structure, providing a balanced restraint force when the human body twists or bends laterally, reducing energy loss and muscle fatigue, while ensuring that breathing is not excessively restricted.

[0047] In this embodiment: the shoulder area 105, the outer side of the forearm area 109, and the back area 110 all adopt a checkered jacquard design; the upper arm area 107 adopts a vertical striped jacquard design; the outer side of the elbow area 108 adopts a horizontal up-and-down jacquard design; the inner side of the elbow area 108 adopts a square jacquard design; and the inner side of the forearm area 109 adopts a small square jacquard pattern design.

[0048] It should be noted that the checkered jacquard pattern in the shoulder area 105, the outer side of the forearm area 109, and the back area 110 provides multi-directional stretching performance through an interwoven floating thread structure, which can adapt to the complex multi-dimensional movement of the shoulder joint and the extension of the back.

[0049] The vertical stripe jacquard pattern in the upper arm area 107 creates longitudinal compression along the direction of the biceps / triceps, promoting blood circulation and reducing muscle vibration;

[0050] The lateral jacquard on the outer side of the elbow provides the lateral extension required for flexion and extension, while the square jacquard on the inner side increases friction and fit to prevent sleeve shifting. The small square jacquard on the inner side of the forearm provides subtle compensatory pressure to the flexor muscles. The entire design works together to ensure that upper limb movement is both flexible and free, and that precise muscle support is obtained.

[0051] In this embodiment, the lower back side area 111 also adopts the same diamond jacquard structure design, and the lower back side area 111 is connected to the side areas 104 and the waist and abdomen area 103.

[0052] It should be noted that the diamond jacquard pattern of the lower back lateral zone 111 is physically connected with the diamond structure of the front lumbar and abdominal zone 103 and the lateral zones 104 to form a complete 360° pressure band. This design achieves unified wrapping and support for the entire lumbosacral region, especially providing effective compression and protection for the lower part of the erector spinae and deep stabilizing muscles such as the quadratus lumborum. When performing movements involving the posterior chain of the trunk, such as deadlifts and rows, it can significantly reduce the load on the lumbar spine and the risk of injury, and improve the efficiency of force transmission.

[0053] In this embodiment: the waist area 201 adopts a square jacquard pattern design, the side waist area 202 adopts a jacquard pattern design, the hip area 203 adopts a striped jacquard pattern design, and the muscle fixation and compression area also includes a surrounding structure formed from the thigh area 204 through the knee area 205 to the back of the calf area 206 and the ankle area 207. This surrounding structure adopts a four-sided elastic jacquard pattern design.

[0054] It should be noted that: the square jacquard pattern in the waist provides basic compression to stabilize the pelvis; the 202 square jacquard pattern in the lumbar side area accommodates lateral flexion; and the striped jacquard pattern in the hip 203 area provides the necessary flexibility for hip flexion and extension.

[0055] The lower limb enveloping structure uses a four-way stretch jacquard weave, whose fabric has high elasticity and excellent recovery in both warp and weft directions. It can tightly wrap the entire posterior muscle group of the lower limb like a "second skin", effectively inhibiting the reciprocating tremors of muscles during long-distance running and jumping, reducing delayed onset muscle soreness. At the same time, its uniform pressure promotes venous blood return, accelerates the removal of metabolic waste, and improves endurance and recovery speed.

[0056] In this embodiment: the stretching and relaxation area also includes the front side of the thigh area 204, the front side of the thigh area 204 adopts a small hanging needle jacquard structure design, the knee area 205 adopts an upper and lower three-needle jacquard structure design, and forms a stable structure with the surrounding structure of the side of the knee.

[0057] It should be noted that the small jacquard structure on the front of the 204 thigh area provides basic coverage, and its structural characteristics give the fabric additional longitudinal stretch, reserving space for the significant expansion of the quadriceps muscle belly during squats, lunges and other movements, thus avoiding compressive discomfort.

[0058] The three-needle jacquard weave in the knee area 205, through a special loop configuration, gives the fabric in this area a great stretch in both the horizontal and vertical directions, fully adapting to the large-amplitude flexion of the knee joint. At the same time, it combines with the highly rigid surrounding structure on the side of the knee area 205 to form a biomimetic structure of "movement hub - stable wing". While allowing the knee to move freely, it effectively restricts the swaying of the knee joint in abnormal planes, enhances movement stability, and prevents injury.

[0059] The ankle area 207 features a high-density vertical stripe jacquard weave. This increases the fabric's surface density, providing windproof and warmth retention and reducing heat loss from the ankle area. It also creates uniform circumferential pressure, offering extra support to the ankle joint, enhancing proprioceptive input, and reducing the risk of sprains. Its smooth transition to the calf's surrounding structure ensures a natural pressure transition, avoiding pressure points and guaranteeing unobstructed circulation at the ankle.

[0060] The foregoing description only illustrates certain exemplary embodiments of the present invention. Undoubtedly, those skilled in the art can modify the described embodiments in various ways without departing from the spirit and scope of the present invention. Therefore, the above drawings and descriptions are illustrative in nature and should not be construed as limiting the scope of protection of the claims of the present invention.

Claims

1. A multi-dimensional compression garment for stabilizing muscles by embracing pressure, characterized in that, include: The main body of the garment consists of an upper garment (1) and a lower garment (2). The main body of the garment is divided into different human body areas and is spliced ​​together by various knitted jacquard areas with different structures. The upper garment (1) includes a neck area (101), a chest area (102), a waist and abdomen area (103), two sides (104), a shoulder area (105), a back neck area (106), an upper arm area (107), an elbow area (108), a forearm area (109), a back area (110), and a back waist side area (111). The lower garment (2) includes a waist area (201), a waist side area (202), a hip area (203), a thigh area (204), a knee area (205), a calf area (206), and an ankle area (207). The jacquard area is set according to the corresponding human muscle distribution and movement needs, and the jacquard area includes: Rapid moisture-wicking area: A hollow structure area formed by the drip structure, distributed in the back of the neck (106) and the back (110). Muscle fixation and compression area: Composed of diamond jacquard, square jacquard or vertical strip jacquard structure, distributed in the waist and abdomen area (103), lateral area (104), upper arm area (107), waist area (201) and lateral waist area (202). Stretching and relaxation areas: Composed of checkered jacquard, striped jacquard or up-and-down stitch structure, distributed in the shoulder area (105), hip area (203) and knee area (205).

2. The multi-dimensional compression garment for stabilizing muscles with enveloping pressure as described in claim 1, characterized in that, The neckline of the top (1) is woven with a ribbed structure, and the lower part of the neckline is a compressed structure.

3. The multi-dimensional compression garment for stabilizing muscles with enveloping pressure as described in claim 1, characterized in that, The rapid moisture-wicking and perspiration-absorbing areas are distributed in the chest area (102), the back neck area (106), and the back area (110) and adopt a hanging needle jacquard structure design. The hanging needle jacquard structure is hollow inside, and the bottom of the hanging needle jacquard structure is a grid structure. A moisture-wicking yarn is provided inside the grid structure.

4. The multi-dimensional compression garment for stabilizing muscles with enveloping pressure as described in claim 1, characterized in that, The two side areas (104) and the front abdomen adopt a diamond jacquard structure design, and the waist and abdomen area (103) adopts a diamond jacquard structure design and is fixed in a cross-fixing manner.

5. The multi-dimensional compression garment for stabilizing muscles with enveloping pressure according to claim 1, characterized in that, The shoulder area (105), the outer side of the forearm area (109), and the back area (110) all adopt a checkered jacquard design. The upper arm area (107) adopts a vertical striped jacquard design. The outer side of the elbow area (108) adopts a horizontal up-and-down jacquard design. The inner side of the elbow area (108) adopts a square jacquard design. The inner side of the forearm area (109) adopts a small square jacquard pattern design.

6. The multi-dimensional compression garment for stabilizing muscles with enveloping pressure according to claim 1, characterized in that, The lower back side area (111) also adopts the same diamond jacquard structure design, and the lower back side area (111) is connected to the side areas (104) and the waist and abdomen area (103).

7. The multi-dimensional compression garment for stabilizing muscles with enveloping pressure according to claim 1, characterized in that, The waist area (201) adopts a square jacquard pattern design, the side waist area (202) adopts a jacquard pattern design, the hip area (203) adopts a striped jacquard pattern design, and the muscle fixation and compression area also includes a surrounding structure (3) formed from the thigh area (204) through the knee area (205) to the back of the calf area (206) and the ankle area (207). This surrounding structure (3) adopts a four-sided elastic jacquard pattern design.

8. The multi-dimensional compression garment for stabilizing muscles with enveloping pressure according to claim 7, characterized in that, The stretching and relaxation area also includes the front of the thigh area (204), which adopts a small hanging needle jacquard structure design. The knee area (205) adopts a three-needle jacquard structure design and forms a stable structure with the surrounding structure (3) on the side of the knee area (205). The ankle area (207) adopts a dense vertical strip jacquard structure and smoothly connects with the surrounding structure (3) of the calf area (206).

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