Knitted compression body suit
By employing various knitted structures and spandex core-spun yarns in the sportswear, the problems of moisture absorption and muscle support in traditional sportswear have been solved, achieving quick drying, breathability, and muscle support, thus improving sports comfort and aesthetics.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- ZHEJIANG IREAN KNITTING CO LTD
- Filing Date
- 2025-05-22
- Publication Date
- 2026-05-29
AI Technical Summary
Traditional sportswear is highly absorbent but not quick-drying in sports settings, easily breeds bacteria, lacks effective support for muscles, leading to sticky discomfort, accelerated muscle vibration and fatigue, and increased risk of injury.
Design a knitted compression sportswear garment that employs different weave structures such as double rib, jacquard, mesh, and tuck weave, combined with spandex core-spun yarn tape, to provide breathability, quick-drying properties, and muscle support, while enhancing localized elasticity and aesthetics.
It achieves rapid drying, breathability, and muscle support during exercise, reducing muscle vibration, lowering the risk of fatigue, and improving comfort and aesthetics.
Smart Images
Figure CN224291326U_ABST
Abstract
Description
Technical Field
[0001] This utility model relates to the field of sportswear technology, and more specifically to a knitted compression sportswear. Background Technology
[0002] With the increasing awareness of fitness among the general public, the functional requirements for sportswear are becoming increasingly diversified. While traditional sportswear possesses basic wearing performance, it has significant shortcomings in sports scenarios. For example, ordinary sportswear is highly absorbent but does not dry quickly. When sweating profusely during exercise, the clothing clings tightly to the skin, causing not only a sticky and uncomfortable feeling but also a tendency for bacteria to grow, leading to skin problems. At the same time, it lacks effective support for muscles, causing excessive vibration of muscles during strenuous exercise, accelerating fatigue and increasing the risk of injury. Utility Model Content
[0003] The purpose of this invention is to overcome the above-mentioned defects in the prior art and provide a knitted compression sportswear that combines excellent breathability, quick-drying properties, muscle support, and shaping effect.
[0004] To achieve the above objectives, this utility model is implemented through the following technical solution: A knitted compression sportswear garment, comprising a body, sleeves, a collar, and a hem, characterized in that: on the front of the body, a first double rib knit area is provided at the connection point between the chest and abdomen when worn; on both sides of the first double rib knit area, an upper spandex core-spun yarn tape extending upward to the corresponding sleeve is connected; on both sides of the first double rib knit area, a lower spandex core-spun yarn tape extending downward to the hem is connected; on the front of the body, a plurality of first jacquard knit tapes arranged at equal intervals from top to bottom are provided at the chest area when worn; on the back of the body, a second double rib knit area is provided at the middle of the waist area when worn; on the back of the body, a first mesh knit area is provided at the back area when worn; a second jacquard knit area is provided between the first mesh knit area and the second double rib knit area; and on both sides of the second jacquard knit area, a tucked knit area is provided.
[0005] This invention features different corresponding structural elements on the front and back of the garment, including contractile, zoned, elastic, and breathable structures. These elements provide a shaping effect, allowing the wearer to showcase better body lines during exercise and boosting confidence. More importantly, they apply appropriate pressure to specific body parts and provide support to muscles during exercise, promoting blood circulation, ensuring muscles receive more oxygen, and helping to improve muscle strength and endurance. They also effectively reduce muscle vibration and swaying, slowing down the onset of muscle fatigue and reducing the risk of sports injuries. Furthermore, their moisture-wicking properties keep the skin dry, enhancing comfort during exercise.
[0006] The first double ribbed area of this utility model is composed of two ribbed structures, which have good longitudinal and transverse elasticity and a thick and stiff fabric. This allows the local tissue to contract, providing a comfortable and elastic fit to the sunken area of the heart after the wearer puts it on. It not only isolates and outlines the muscle tissue lines of the chest and abdomen, but also helps to support the pectoral muscles, significantly reducing chest muscle vibration and improving chest muscle strength.
[0007] This utility model relates to upper and lower spandex core-spun yarn weave belts, which use spandex as the core and are wrapped with other fibers. This gives the fabric high elasticity and good resilience, enhances the elasticity of local tissues, outlines the muscle tissue lines of the chest and abdomen, significantly reduces chest and abdominal muscle vibration, and improves chest and abdominal muscle strength.
[0008] The first jacquard weave of this utility model increases the beauty and diversity of the fabric by forming different patterns on the fabric surface. This makes the yarn density and weave structure different in different areas, thereby creating areas with elasticity and wrinkle effect. The pleats and concave and convex parts increase the surface area of the fabric, thereby increasing the area for water evaporation and facilitating perspiration.
[0009] The second double ribbed weave area of this utility model has good elasticity in both the longitudinal and transverse directions, and the fabric thickness is stiff, which causes local tissue contraction and provides a comfortable and elastic fit to the waist of the human body. It helps to support the waist muscles, significantly reduce waist muscle vibration, improve waist muscle strength, and also has a waist-slimming effect, making the body shape more aesthetically pleasing after wearing.
[0010] The first mesh area of this invention is a weaving structure with mesh-like pores, which provides excellent breathability and is ideal for wicking away sweat after sweating on the back. Furthermore, the mesh also creates a unique wrinkled appearance, enhancing the garment's aesthetics and style.
[0011] The second jacquard weave area of this invention increases the aesthetics and diversity of the fabric by forming different patterns on the fabric surface. This results in different yarn densities and weave structures in different areas, creating areas with elasticity and wrinkle effects. The pleats and uneven parts increase the surface area of the fabric, thereby increasing the area for moisture evaporation and facilitating moisture absorption and perspiration.
[0012] The circular weave area of this invention creates a raised and pleated effect by circular weaving on certain needles, which increases the three-dimensionality and breathability of the fabric, further enhances the moisture absorption and wicking effect, and increases the aesthetics and fashion sense of the garment.
[0013] Preferably, a second mesh area is provided on each side of the garment body, corresponding to the armpit area after the garment is worn.
[0014] The second mesh tissue area of this invention is a tissue with mesh-like pores formed by a weaving method. It has good breathability and is very suitable for achieving moisture absorption and perspiration wicking effect after underarm sweating.
[0015] Preferably, the sleeve has a first plain weft stitch at the elbow position corresponding to the human body when wearing the sleeve, and the horizontal lines of the first plain weft stitch are perpendicular to the length direction of the sleeve.
[0016] The first weft plain knit weave of this utility model is formed by continuous loops interlocking along the weft direction, presenting a distinct and regular horizontal stripe effect. It has lateral elasticity and extensibility, making it suitable for elbow joint protection and almost a replacement for elbow braces.
[0017] Preferably, the structural thickness of the first plain knit fabric is thicker than that of other parts of the sleeve.
[0018] The first weft plain needle structure of this utility model is used to replace elbow braces, so the thicker the structure, the stronger the protective effect.
[0019] Preferably, the sleeve has a second plain weft stitch at a position corresponding to the forearm when worn by the human body, and the horizontal lines of the second plain weft stitch are parallel to the length direction of the sleeve.
[0020] The second weft plain knit structure of this utility model is formed by continuous loops interlocking along the weft direction, presenting a distinct and regular horizontal stripe effect. It has lateral elasticity and extensibility, conforms to the lines of the arm, and can better fit the shape of the forearm. It will not produce too many wrinkles and looseness in the arm area, thus improving the overall aesthetics and wearing comfort.
[0021] Preferably, the front of the garment has a zipper extending to the collar at the chest area corresponding to the body when worn.
[0022] This invention adds a zipper to the neckline, which is important because the main body of the garment is relatively tight, which can affect the wearing and removal of the garment. The zipper increases the size of the neckline, making it easier to wear and remove the garment.
[0023] Preferably, a visor is provided at the end of the zipper, i.e., on one side of the opening, and the visor is a partial extension of the knitted part of the garment body.
[0024] This invention adds a corner cover to the end of the zipper to enclose the zipper head, thus preventing the chin from bumping into the zipper head during movement and providing protection.
[0025] Preferably, an elastic band is sewn around the inside of the neckline where the collar and the body of the garment connect.
[0026] The addition of an elastic band at the neckline in this invention allows the neckline to close better, making it more comfortable to contact the neck and providing windproof and warmth-keeping effects.
[0027] Beneficial effects: This invention features different corresponding structural elements on the front and back of the garment, including contractile, zoned, elastic, and breathable structures. These elements provide a shaping effect, allowing the wearer to showcase better body lines during exercise and boosting self-confidence. More importantly, it applies appropriate pressure to specific body parts and provides support to muscles during exercise, promoting blood circulation, ensuring muscles receive more oxygen, and helping to improve muscle strength and endurance. It also effectively reduces muscle vibration and swaying, slowing down the onset of muscle fatigue and reducing the risk of sports injuries. Furthermore, its moisture-wicking properties keep the skin dry, enhancing comfort during exercise. Attached Figure Description
[0028] Figure 1 This is a front structural diagram of the present invention;
[0029] Figure 2 This is a schematic diagram of the rear structure of this utility model.
[0030] In the diagram: 1-Body, 2-Sleeve, 3-Collar, 4-Hem, 5-First double rib knit area, 6-Upper spandex core-spun yarn weave, 7-Lower spandex core-spun yarn weave, 8-First jacquard weave, 9-Second double rib knit area, 10-First mesh knit area, 11-Second jacquard weave area, 12-Tuck knit area, 13-Second mesh knit area, 14-First plain weft knit, 15-Second plain weft knit, 16-Zipper, 17-Corner cover, 18-Elastic band. Detailed Implementation
[0031] To make the technical means, creative features and objectives of this utility model easier to understand, the following describes this utility model in conjunction with specific embodiments.
[0032] Example: Figure 1 and Figure 2 As shown, a knitted compression sportswear garment includes a body 1, sleeves 2, a collar 3, and a hem 4.
[0033] The front of the garment body 1 has a first double rib knit area 5 at the connection between the chest and abdomen when worn. On both sides of the first double rib knit area 5, there is an upper spandex core-spun yarn weave strip 6 extending upwards to the corresponding sleeve. On both sides of the first double rib knit area 5, there is a lower spandex core-spun yarn weave strip 7 extending downwards to the hem. On the front of the garment body 1, at the chest area when worn, there are five first jacquard weave strips 8 arranged at equal intervals from top to bottom. On the back of the garment body 1, at the middle of the waist area when worn, there is a second double rib knit area 9. On the back of the garment body 1, at the back area when worn, there is a first mesh knit area 10. Between the first mesh knit area 10 and the second double rib knit area 9, there is a second jacquard weave area 11. On both sides of the second jacquard weave area 11, there are tufted weave areas 12. On each side of the garment body 1, at the armpit area when worn, there is a second mesh knit area 13.
[0034] A first weft plain knit 14 is provided on sleeve 2 at the elbow position corresponding to the human body when wearing the sleeve. The horizontal lines of the first weft plain knit 14 are perpendicular to the length direction of the sleeve. The structural thickness of the first weft plain knit 14 is thicker than other parts of the sleeve.
[0035] A second plain weft stitch 15 is provided on the sleeve 2 at the position corresponding to the forearm after the human body wears it. The horizontal lines of the second plain weft stitch 15 are parallel to the length direction of the sleeve.
[0036] The front of the garment body 1 has a zipper 16 extending to the collar at the chest area corresponding to the human body when worn. At the end of the zipper 16, i.e. on one side of the opening, there is a corner cover 17, which is a part of the garment body 1 that extends into a knitted section.
[0037] An elastic band 18 is sewn around the inside of the neckline where the collar 3 and the body 1 connect.
[0038] Usage: This invention features different corresponding structural elements on the front and back of the garment, including contractile, zoned, elastic, and breathable structures. These elements provide a shaping effect, allowing the wearer to showcase better body lines during exercise and boosting confidence. More importantly, it applies appropriate pressure to specific body parts and provides support to muscles during exercise, promoting blood circulation, ensuring muscles receive sufficient oxygen, and helping to improve muscle strength and endurance. It also effectively reduces muscle vibration and swaying, slowing down the onset of muscle fatigue and reducing the risk of sports injuries. Furthermore, its moisture-wicking properties keep the skin dry, enhancing comfort during exercise.
Claims
1. A knitted compression sportswear garment, comprising a body, sleeves, a collar, and a hem, characterized in that, The front of the garment has a first double rib knit area at the connection between the chest and abdomen when worn. On either side of the first double rib knit area are upper spandex core-spun yarn strips extending upwards to the corresponding sleeves. On either side of the first double rib knit area are lower spandex core-spun yarn strips extending downwards to the hem. The front of the garment has several first jacquard knit strips arranged at equal intervals from top to bottom at the chest area when worn. The back of the garment has a second double rib knit area at the middle of the waist area when worn. The back of the garment has a first mesh knit area at the back area when worn. A second jacquard knit area is located between the first mesh knit area and the second double rib knit area. A tuck knit area is located on either side of the second jacquard knit area.
2. The knitted compression sportswear according to claim 1, characterized in that, On each side of the garment, a second mesh area is provided corresponding to the underarm area after the garment is worn.
3. The knitted compression sportswear according to claim 1, characterized in that, The sleeve has a first plain weft stitch at the elbow position corresponding to the human body when wearing it, and the horizontal lines of the first plain weft stitch are perpendicular to the length direction of the sleeve.
4. The knitted compression sportswear according to claim 3, characterized in that, The thickness of the first plain knit fabric is greater than that of other parts of the sleeve.
5. The knitted compression sportswear according to claim 1, characterized in that, The sleeve has a second plain weft stitch at the position corresponding to the forearm when worn by the human body, and the horizontal lines of the second plain weft stitch are parallel to the length direction of the sleeve.
6. The knitted compression sportswear according to claim 1, characterized in that, The front of the garment has a zipper that extends to the collar at the chest area, corresponding to the area when the garment is worn.
7. The knitted compression sportswear according to claim 6, characterized in that, A visor is provided at one side of the zipper opening, and the visor is an extension of the knitted part of a part of the garment body.
8. The knitted compression sportswear according to claim 1, characterized in that, An elastic band is sewn around the inside of the neckline where the collar and body connect.