Anti-haze warm type seamless ready-made clothes

Abstract

This utility model discloses a seamless garment for smog protection and warmth, comprising a main body, a detachable hood attached to the main body, and sleeves on both sides of the main body. The hood's nose and mouth area features a breathable composite structure, comprising an outer high-density compression weave and an inner breathable weave. The high-density compression weave has a knit density ≥22 stitches / inch, and the breathable weave has a porosity ≥45%. The main body, hood, and sleeves each have corresponding zoned warmth-retaining structures, including a main body warmth-retaining zone, a neck protection zone, and a joint protection zone. The main body warmth-retaining zone features a three-dimensional puff weave; the neck protection zone features a high-density waffle weave; and the joint protection zone features large honeycomb weave at the waist, abdomen, and elbows. This utility model has the advantage of synergistic smog protection and warmth retention, satisfying both needs.

Description

Technical Field

[0001] This utility model relates to the field of seamless garment technology, and in particular to a seamless garment for smog protection and warmth. Background Technology

[0002] Haze is a state of air pollution, and haze is a general description of excessive levels of various suspended particulate matter in the atmosphere.

[0003] The increased levels of dust, smoke, dust mites, and air pollutants (sulfur dioxide, carbon monoxide, nitrogen oxides) floating in smog can lead to respiratory infections, bronchial asthma, and other chronic respiratory diseases.

[0004] Traditional methods of preventing smog usually involve filtering the air with masks, but traditional masks are not comfortable to wear, and individual differences can cause air leakage, affecting their effectiveness in preventing smog.

[0005] There are some anti-smog clothing on the market, but these anti-smog clothing mainly focus on detachable masks or hats that provide anti-smog function, while neglecting the clothing itself; in particular, the warmth performance of these anti-smog clothing is relatively average, and the anti-smog and warmth functions are disconnected, resulting in the user not being able to get effective warmth protection. Utility Model Content

[0006] The purpose of this invention is to provide a seamless garment that provides both smog protection and warmth. This invention has the advantage of synergistically combining smog protection and warmth, satisfying the needs of both.

[0007] The technical solution of this utility model:

[0008] A seamless garment for protection against smog and providing warmth includes a main body, a detachable hood attached to the main body, and sleeves on both sides of the main body. The hood has a breathable composite structure in the nose and mouth area, comprising an outer high-density compression weave and an inner breathable weave. The high-density compression weave has a knit density ≥22 stitches / inch, and the breathable weave has a porosity ≥45%. The main body, hood, and sleeves have corresponding zoned warmth-retaining structures, including a main body warmth-retaining zone, a neck protection zone, and a joint protection zone. The main body warmth-retaining zone has a three-dimensional puff weave. The neck protection zone has a high-density waffle weave. The joint protection zone has large honeycomb weave at the waist, abdomen, and elbows.

[0009] In the aforementioned seamless garment for protection against smog and warmth, breathable structures are provided under the armpits and sleeves of the main body.

[0010] In the aforementioned seamless garment for protection against smog and warmth, both the hood and sleeves are provided with a three-dimensional puff fabric.

[0011] In the aforementioned seamless garment for protection against smog and warmth, the top of the hood is provided with a twill weave.

[0012] In the aforementioned seamless garment for protection against smog and warmth, the front chest, back, and two shoulder blades of the main body are all provided with diamond-shaped tufted fabric.

[0013] In the aforementioned seamless garment for protection against smog and warmth, jacquard knitting is provided at the front and back chest of the main body and at the center of the sleeves.

[0014] In the aforementioned seamless garment designed for protection against smog and warmth, the front of the main body features a horizontal striped tufted fabric.

[0015] In the aforementioned seamless garment for protection against smog and warmth, large honeycomb structures are provided at both waists of the body and at the elbows of the sleeves.

[0016] Compared with the prior art, this application has the following beneficial effects:

[0017] 1) Three-dimensional breathable anti-smog module

[0018] The mouth and nose area uses a composite weave of breathable tissue and high-density compression tissue. The outer layer is a high-density compression tissue (weave density ≥22 stitches / inch) to form a filter layer, and the inner layer is a breathable tissue (mesh-like, porosity ≥45%). The gradient pore structure achieves "outer layer blocking haze + inner layer guiding air".

[0019] While ensuring a particulate matter filtration efficiency of ≥90%, the breathing resistance is ≤20Pa (better than GB / T 38880-2020 standard), effectively avoiding the feeling of stuffiness when wearing it;

[0020] 2) Zoned insulation structure

[0021] The main body's warming area uses a three-dimensional puff weave, which forms a heat storage cavity through double-layer coil expansion, increasing the heat storage per unit area by 60% compared to a plain weave.

[0022] The neck protection area uses a high-tightness waffle weave structure. By varying the tightness (tightness ratio of 30-50%), the thickness is increased (3-5mm) while reducing the fabric allowance, thus reducing the heat loss rate of the neck by 40%.

[0023] The joint protection area uses a large honeycomb structure in the waist, abdomen, and elbow areas. The three-dimensional structure (2-3mm in height) enhances abrasion resistance (abrasion resistance ≥5000 cycles), while the air layer cushioning improves sports protection.

[0024] This application cleverly combines various organizational structures to create different coil structures in the close-fitting areas, increasing the overall warmth. The body is filled with bamboo charcoal absorbent yarn and hollow insulating yarn, giving the garment an absorbent function. It is one-piece molded, with bamboo charcoal yarn penetrating all parts of the garment for comprehensive coverage. The detachable hood and zipper design combine flexibility and practicality.

[0025] Therefore, this utility model has the advantage of synergistic effect between smog prevention and warmth preservation, satisfying the needs of both. Attached Figure Description

[0026] Figure 1 This is a structural diagram of the utility model (front and back);

[0027] Figure 2 This is a diagram of the main body structure of this utility model;

[0028] Figure 3 This is a structural diagram of the hat part of this utility model;

[0029] Figure 4 This is a structural diagram of the sleeve part of this utility model;

[0030] Figure 5 This is a schematic diagram of the organizational structure of this utility model (first row 1-5, second row 6-10).

[0031] Figure 6 This is a diagram of an 8-way yarn feeding weaving system for this utility model.

[0032] Figure 7 This is a schematic diagram of the principle of the cluster organization of this utility model.

[0033] The markings in the attached diagram are: 1-breathable fabric, 2-high-density compressed fabric, 3-three-dimensional puff fabric, 4-high-density waffle fabric, 5-twill twill fabric, 6-diamond twill fabric, 7-jacquard twill fabric, 8-horizontal stripe twill fabric, 9-large honeycomb fabric, 10-raised stripe fabric. Detailed Implementation

[0034] 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.

[0035] Example. A seamless garment for smog protection and warmth, such as... Figure 1-5 As shown, it includes a main body, a detachable hood attached to the main body, and sleeves on both sides of the main body; the hood has a breathable composite structure in the mouth and nose area, which includes an outer high-density compression fabric 2 and an inner breathable fabric 1. The high-density compression fabric 2 has a knitting density ≥22 stitches / inch, and the breathable fabric 1 has a porosity ≥45%; the main body, hood, and sleeves have corresponding zoned insulation structures, which include a main body insulation zone, a neck protection zone, and a joint protection zone; the main body insulation zone has a three-dimensional puff fabric 3; the neck protection zone has a high-density waffle fabric 4; and the joint protection zone has large honeycomb fabric 9 at the waist, abdomen, and elbows.

[0036] The main body, underarms, and sleeves are all equipped with breathable tissue 1; breathable tissue 1 can regulate body temperature, remove moisture, improve comfort, and improve air circulation so that the heat and moisture generated by the human body can be quickly dissipated, maintaining body comfort; while the breathable tissue 1 set at the mouth and nose can effectively ensure normal gas circulation of the human body while blocking smog.

[0037] The high-density compression fabric 2, combined with the breathable fabric 1 on both sides of the nose, creates a three-dimensional 3D effect in the hat, making it fit the structure of the human face better, improving the fit and enhancing the smog blocking effect.

[0038] Both the hat and sleeves are equipped with a three-dimensional puff pastry structure 3, which serves to retain heat and achieve a certain level of warmth.

[0039] The high-density waffle weave fabric 4, while removing excess fabric, thickens the fabric around the neck area, providing warmth and neck protection.

[0040] The hat has a diagonal twill weave at the top, which increases the thickness of the hat and provides a certain degree of warmth and protection against the cold.

[0041] The main body, including the front chest, back, and both shoulder blades of the sleeves, is equipped with diamond-shaped circular structures 6, which provide certain support and protection.

[0042] The main body, front and back chest, and sleeve center are all equipped with jacquard tufted fabric 7, which increases the aesthetics and recognizability of the style, while balancing the fabric structure and enhancing the circulation of body heat.

[0043] The front of the body is provided with a horizontal striped band of tissue 8.

[0044] The main body has large honeycomb structures at the waist and the elbows of the sleeves, which serve to protect the waist and elbows, increase the 3D thickness of the fabric in these two areas, and increase the wear resistance of these areas.

[0045] The main body is provided with raised strips 10 for structural partitioning, so that there is a more harmonious transition between different textures of different styles.

[0046] The seamless garment is equipped with highly absorbent filter material and hollow insulating material.

[0047] The high-adsorption filter material uses 75D / 72F black bamboo charcoal fiber yarn. Utilizing the adsorption characteristics of the microporous structure of bamboo charcoal (pore size of about 20-50nm), it achieves a single-pass filtration efficiency of over 85% for harmful components such as PM2.5 particles and sulfides in the air.

[0048] By combining bamboo charcoal fiber with seamless weaving technology and controlling the local weaving density (such as in the mouth and nose area), a dual-effect anti-smog effect of "adsorption + physical barrier" is achieved, avoiding the shortcomings of insufficient breathability of traditional filter materials.

[0049] The hollow insulation material uses 70D / 48F hollow insulation yarn with a single fiber hollow rate of ≥30%. It locks in the air layer through a three-dimensional spiral structure, which can increase the perceived temperature by 3-5℃ in an environment of -5℃ to 15℃.

[0050] By integrating hollow fiber and anti-smog function into the same fabric, the problem of traditional anti-smog clothing requiring multiple layers of clothing for winter protection is solved.

[0051] The seamless garment features high-density compression fabric 2 and elastic yarn (8-12% spandex content) on the sides of the nose and jawline to achieve a curved fit (fit error ≤1.5mm), avoiding air leakage or skin pressure from the edges of traditional clothing.

[0052] The overall design incorporates jacquard tuck weave 7 and twill tuck weave 5, which are woven together. The horizontal elastic elongation is ≥180%, and the vertical elastic elongation is ≥150%, which adapts to the bending, stretching, and twisting movements of the human body and prevents the fabric from shifting during exercise, thus preventing the protective function from failing.

[0053] As attached Figure 6 and 7 As shown, the seamless garment is woven using 8-way yarn feeding, with two yarn feeders at the bottom of each way, which are the face yarn and the base yarn of the fabric, respectively.

[0054] The physical product prepared in this application has been verified to have the following practical effects:

[0055] Anti-smog performance: It can filter ≥90% of PM2.5 particles and has an adsorption rate of ≥75% for harmful gases (such as SO2 and NO2), meeting the needs of daily commuting and protection against light pollution.

[0056] Warmth retention efficiency: In a 5℃ environment, a single garment can meet the warmth needs of outdoor activities for 2 hours, and it is 30% lighter than traditional anti-smog jackets (weight ≤400g).

[0057] Comfort: Breathability index ≥ 8000g / (m²) 2 •24h), it can quickly wick away moisture when the perspiration is ≤50g / h, avoiding stuffiness; the seamless structure reduces the skin sensitization rate by 85% compared with traditional clothing.

[0058] Durability: After 50 washes, the adsorption performance of bamboo charcoal fiber is maintained at ≥80%, and the warmth retention of hollow fiber is reduced by ≤10%.

Claims

1. A seamless garment for smog protection and warmth, characterized in that: It includes a main body, a detachable hood attached to the main body, and sleeves on both sides of the main body; the hood has a breathable composite structure in the mouth and nose area, which includes an outer high-density compression fabric (2) and an inner breathable fabric (1); the main body, hood, and sleeves are respectively provided with zoned insulation structures, which include a main body insulation zone, a neck protection zone, and a joint protection zone; the main body insulation zone is provided with a three-dimensional puff fabric (3); the neck protection zone is provided with a high-density waffle fabric (4); the joint protection zone is provided with a large honeycomb fabric (9) at the waist, abdomen, and elbow.

2. The seamless garment for smog prevention and warmth as described in claim 1, characterized in that: The main body and sleeves are equipped with breathable fabric (1).

3. The seamless garment for smog prevention and warmth as described in claim 1, characterized in that: Both the hat and sleeves are provided with a three-dimensional puff pastry structure (3).

4. The seamless garment for smog prevention and warmth as described in claim 1, characterized in that: The top of the hat is provided with a diagonal tucked pattern (5).

5. A seamless garment for smog prevention and warmth as described in claim 1, characterized in that: The main body, chest, back, and both shoulder blades are provided with diamond-shaped tufted fabric (6).

6. The seamless garment for smog prevention and warmth as described in claim 1, characterized in that: The front and back chest of the main body and the sleeve center are all provided with jacquard tufted fabric (7).

7. A seamless garment for smog prevention and warmth as described in claim 1, characterized in that: The front of the body is provided with a horizontal striped band of tissue (8).

8. A seamless garment for smog prevention and warmth as described in claim 1, characterized in that: Large honeycomb texture (9) is provided at both waists of the body and at the elbows of the sleeves.

Images