Seamless magnetic fiber athletic pant

Abstract

This utility model discloses a seamless magnetic fiber compression sports pants, comprising a compression pant body (0) made of magnetic fiber through seamless integrated knitting technology. The compression pant body (0) has a three-dimensional vertical ribbed structure (1) at the waistband, a pique knit structure (2) on both sides of the waistband, a three-dimensional 3D grooved structure (8) on the abdomen, a three-dimensional compression trapezoidal 3D structure (3) between the front waistband and abdomen, a three-dimensional compression bird structure (7) on the lower side of the back waistband, a three-dimensional compression accordion structure (4) on both sides of the abdomen, a cross ribbed structure (10) at the front wave, a three-dimensional oblique ribbed texture structure (5) on the thighs and buttocks, and a three-dimensional compression wavy structure (6) in front of the knees. It has different organizational structures around the movement characteristics of different parts of the human body, with good compression effect, and adopts seamless knitting technology to avoid friction and marks from the seams, thus having good comfort.

Description

Technical Field

[0001] This utility model relates to a type of sports compression pants, and more particularly to a seamless magnetic fiber sports compression pants. Background Technology

[0002] Magnetic fiber compression pants are functional trousers that combine magnetic health fibers and compression technology. They are designed to provide the wearer with movement support, recovery assistance, and daily health benefits through magnetic therapy and physical pressure. Existing compression pants typically use a single weave structure only for the thigh area or the entire leg, which fails to provide adequate compression. Utility Model Content

[0003] The purpose of this invention is to provide seamless magnetic fiber compression sports pants. It features different organizational structures tailored to the movement characteristics of different parts of the body, resulting in excellent pressure application. Furthermore, the seamless weaving technology avoids friction and marks from seams, providing superior comfort.

[0004] One technical solution of this utility model: a seamless magnetic fiber sports compression pants, comprising a compression pant body made of magnetic fiber through seamless one-piece knitting technology. The waistband of the compression pant body has a three-dimensional vertical rib structure, the two sides of the waistband have a pique structure, the abdomen has a three-dimensional 3D groove structure, a three-dimensional compression trapezoidal 3D structure is provided between the front waistband and the abdomen, a three-dimensional compression bird structure is provided below the back waistband, a three-dimensional compression accordion structure is provided on both sides of the abdomen, the front wave has a cross rib structure, the thighs and groin have a three-dimensional oblique rib texture structure, the front of the knee has a three-dimensional compression wave structure, the back of the knee has a three-dimensional shrinking rib structure, and the calf has a cross rib structure.

[0005] In the aforementioned seamless magnetic fiber compression pants, the lower bottom of the three-dimensional compression trapezoidal 3D structure is located on the lower abdomen, and the upper bottom is located on the upper abdomen.

[0006] In the aforementioned seamless magnetic fiber compression pants, the magnetic fiber specifications are 70D / 72F.

[0007] Compared with the prior art, the present invention has the following advantages:

[0008] This invention uses magnetic fibers and is woven using seamless one-piece knitting technology. Seamless one-piece knitting technology can avoid friction and marks from seams, resulting in better comfort. The magnetic fibers can generate a constant magnetic field, which aims to promote local blood circulation, thereby generating auxiliary health care effects such as relieving pain, eliminating fatigue, and improving sleep. In addition, different functional areas use different structures of tissue, which can produce a better pressure effect on the human body, helping to reduce damage during human movement and accelerate recovery. Attached Figure Description

[0009] Figure 1 This is a schematic diagram of the structure of this utility model;

[0010] Figure 2 This is the weaving pattern for this utility model.

[0011] The markings in the attached diagram are as follows: 0-Compression trouser body, 1-Three-dimensional vertical thread structure, 2-Pellet structure, 3-Three-dimensional compression trapezoidal 3D structure, 4-Three-dimensional compression accordion structure, 5-Three-dimensional oblique thread texture structure, 6-Three-dimensional compression corrugated structure, 7-Three-dimensional compression bird structure, 8-Three-dimensional 3D groove structure, 9-Three-dimensional shrinkage thread structure, 10-Cross rib structure. Detailed Implementation

[0012] The present invention will be further described below with reference to the accompanying drawings and embodiments, but this should not be construed as limiting the present invention.

[0013] Example. A seamless magnetic fiber compression trouser, configured as follows: Figure 1-2 As shown: It includes a compression pant body 0 made of magnetic fibers through seamless one-piece knitting technology. The waistband of the compression pant body 0 is a three-dimensional vertical ribbed structure 1. This structure has good elasticity in both the horizontal and vertical directions, which can closely fit the curves of the human body, effectively tighten excess fat, shape a smooth and flowing body line, and at the same time provide appropriate pressure support. Due to its unique three-dimensional structure, the three-dimensional vertical ribbed structure forms a micro air layer between the fabric and the skin, which plays a certain role in heat insulation and warmth retention, while also helping air circulation and improving the breathability of the garment.

[0014] The two sides of the waist are composed of pumice tissue 2. The pumice tissue on both sides of the waist will evenly distribute the pressure on the waist, avoid the pressure being concentrated in one place, provide support for the waist, reduce the burden on the waist muscles when standing or exercising, help maintain the normal physiological curvature of the lumbar spine, reduce waist fatigue and pain, thereby reducing local pressure on the skin and muscles of the waist, reducing discomfort, and promoting blood circulation in the waist.

[0015] The abdomen features a 3D grooved structure. The 3D heat conduction zone in the abdomen allows excess heat to dissipate from the body more quickly, facilitating sweat excretion, breathability, and preventing stuffiness. This helps prevent the abdomen from overheating and catching a cold.

[0016] The front waistband and abdomen feature a 3D compression trapezoidal structure. This structure applies differentiated compression to the abdomen. The lower trapezoidal bottom is located in the lower abdomen, where the weaving density is relatively high, providing stronger pressure to help tighten loose muscles and fat in the lower abdomen. The upper bottom is located in the upper abdomen, where the pressure is relatively low, ensuring smooth breathing and preventing excessive constriction, thus achieving a comfortable shaping effect.

[0017] The lower back of the waist features a three-dimensional compression bird-shaped structure 7, which provides support for the lumbar spine and part of the buttocks. The bird-shaped structure effectively gathers buttock fat, evenly distributes pressure on the buttocks, stabilizes the buttock muscles, and reduces shaking. While ensuring compression, the compression hole structure accelerates air circulation, keeping the buttocks dry and preventing stuffiness and dampness.

[0018] The abdomen is equipped with a three-dimensional compression accordion structure 4. The concave and convex structure formed by the compression structure allows for more air circulation space in the thigh area, improving breathability; it also increases the surface area of ​​the fabric, which helps sweat evaporate and diffuse faster, enhances moisture wicking function, and keeps the skin dry.

[0019] The front section features a cross-ribbed weave 10, which effectively provides support for the crotch area.

[0020] Because the thigh and gluteal muscles are relatively developed, they need to fit the body better. Therefore, the thigh and gluteal areas use a three-dimensional oblique spiral textured tissue 5, which increases friction, prevents displacement, and provides better elasticity and extensibility when stretched. It can stretch and contract with the body's movement and provide more targeted pressure according to the distribution and direction of the leg and gluteal muscles. It can provide moderate and strong pressure, effectively promote blood return, reduce muscle fatigue, and at the same time improve body lines.

[0021] The front of the knee features a three-dimensional compression corrugated tissue 6. This three-dimensional compression coiled tissue structure forms a corrugated structure that can comfortably wrap around the front of the knee joint with a loose outer layer and a tight inner layer. It works in conjunction with the movement of the knee and applies targeted pressure. In the calf area, the pressure can be precisely adjusted for different muscle groups to help maintain the normal shape and function of the muscles and stabilize and protect the muscles and joints.

[0022] The back of the knee features a three-dimensional contractile spiral tissue 9, which has good elasticity and flexibility. During exercise, it can work in conjunction with muscle movement to moderately squeeze and massage the leg muscles, helping to accelerate the excretion of muscle metabolic products, reduce muscle soreness and stiffness, promote muscle recovery after exercise, and allow the legs to return to a good condition more quickly. At the same time, it can also better shape the leg lines, making the legs look longer and more slender.

[0023] The calf area features a cross-ribbed weave 10, a tight structure that provides even pressure to the leg, supporting and protecting against muscle fatigue and injury risk, and maintaining the body's balance and stability.

[0024] This application utilizes a seamless, one-piece knitting technology to create compression pants that apply varying pressure to different parts of the lower body muscles. This helps reduce excessive muscle movement and vibration during exercise, lowering the risk of sports injuries such as muscle strains and sprains. Simultaneously, this compression promotes blood flow, enhancing muscles' ability to receive sufficient oxygen and nutrients during exercise. Furthermore, the pants are woven with magnetic fibers, specifically the life-giving magnetic fibers from Shanghai Aoling New Materials Technology Co., Ltd., which helps improve local microcirculation and enhance the body's recovery capabilities.

Claims

1. A seamless magnetic fiber compression sports pants, characterized in that: The compression pants (0) are made of magnetic fibers using a seamless one-piece knitting technique. The waistband of the compression pants (0) is a three-dimensional vertical ribbed structure (1), the sides of the waistband are pique knitted (2), the abdomen is a three-dimensional 3D grooved structure (8), the front waistband and abdomen are provided with a three-dimensional compression trapezoidal 3D structure (3), the lower side of the back waistband is provided with a three-dimensional compression bird structure (7), the sides of the abdomen are provided with a three-dimensional compression accordion structure (4), the front wave is a cross ribbed structure (10), the thighs and thighs are a three-dimensional oblique ribbed textured structure (5), the front of the knee is a three-dimensional compression wavy structure (6), the back of the knee is a three-dimensional shrinking ribbed structure (9), and the calves are a cross ribbed structure (10).

2. The seamless magnetic fiber sports compression pants according to claim 1, characterized in that: The lower base of the three-dimensional compressed trapezoidal 3D tissue (3) is located in the lower abdomen, and the upper base is located in the upper abdomen.

3. The seamless magnetic fiber sports compression pants according to claim 1, characterized in that: The magnetic fiber has a specification of 70D / 72F.

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