CN213804216U

CN213804216U - Comfortable ventilative ice-feeling T-shirt

Info

Publication number: CN213804216U
Application number: CN202022286983.3U
Authority: CN
Inventors: 黄卫; 程熙; 谢焓; 伍嫣; 王鸿达; 马冬冬
Original assignee: Colin Fujian Garment Co ltd
Current assignee: Colin Fujian Garment Co ltd
Priority date: 2020-10-14
Filing date: 2020-10-14
Publication date: 2021-07-27
Anticipated expiration: 2030-10-14

Abstract

The utility model relates to a comfortable ventilative ice feeling T-shirt, include the T-shirt body that is formed by the concatenation of knitted fabric, knitted fabric is interweaved by the polyamide-polyester blended yarn and spandex and forms, knitted fabric is arranged in horizontal and vertical by a plurality of circulation units and forms, and each circulation unit includes three course at least, and each course is interweaved jointly by polyamide-polyester blended yarn and spandex and forms, and the structure of each coil is lopsided, lopsided in proper order in the first course; the structure of each coil in the second coil row is tucking, looping, tucking and tucking in sequence; the structure of each coil in the third transverse line row is looping, tucking, looping and looping in sequence. Through the utility model discloses the mesh that tucking formed is favorable to ventilative heat dissipation, also can promote knitted fabric's ductility, is unlikely to expose skin simultaneously, forms the mesh mechanism simultaneously, compares in traditional weft plain stitch tissue, and the vision is novel more.

Description

Comfortable ventilative ice-feeling T-shirt

Technical Field

The utility model relates to a comfortable ventilative ice-feeling T-shirt.

Background

With the improvement of living standard, consumers put higher demands on the sports clothes with both functionality and beauty. In hot summer, the clothes with cool feeling can help the human body to radiate heat, improve the comfort level, properly increase the temperature of the indoor air conditioner, and achieve the purposes of energy conservation and emission reduction. The cool garment fabric popular in the market at present is generally manufactured by adopting the following scheme:

1. the method is characterized in that a cooling aluminum sheet is ironed at the turtle back (also called collar bend) of the T-shirt, the heat conductivity of metal is utilized to help the human body to dissipate heat, and the scheme is used in T-shirt products such as Adida running in summer. The method has the advantages of simple realization process and lower cost; has the disadvantages of limited contact area between the aluminum sheet and the skin and non-lasting cooling effect

2. The fabric is woven by adopting the polyester yarn or the blended yarn of the common polyester and the cationic polyester, the fabric can show a bicolor graying effect, nanometer-grade high-thermal-conductivity mineral powder is added into the spinning solution, or hydrophilic modification is carried out on the fiber, so that the fabric has the functions of moisture absorption, quick drying, heat dissipation and cooling, the fabric obtains a permanent cool feeling, and the cool feeling experience is promoted by the aid of the cool feeling auxiliary agent. The plain weave is adopted for weaving, so that the surface of the fabric is smooth, the contact area of the fabric and the skin is increased, and the cool feeling is further increased. The advantages that the polyester yarn is adopted, the cost of raw materials is lower; the defects are that the cool feeling effect is not as good as that of chinlon, the texture of plain weave appears on the market basically, the homogenization is serious, and the product competitiveness is not favorably improved.

3. The nylon-polyester blended yarn or the nylon yarn is adopted for weaving, and due to the fact that the nylon has high heat conductivity coefficient, the nylon can conduct and dissipate heat of a human body rapidly, moisture regain is 4.5%, water vapor dissipated by skin can be absorbed rapidly, the purpose of cooling is achieved, and therefore the nylon fiber has natural cool feeling, and cool feeling experience of the T-shirt can be improved. Due to the difference of the dyeing properties of the chinlon and the terylene, the fabric woven by the chinlon and terylene blended yarn also has a double-color graying effect. In order to further improve the Qmax value, modified fibers are generally used, and the cool feeling finishing is assisted, so that the cool feeling experience can be effectively improved. The cool feeling effect is good, the defect is that the cost is high, the plain weave is basically appeared in the current market, the homogenization is serious, and the improvement of the product competitiveness is not facilitated.

Accordingly, the present inventors have made extensive studies to solve the above problems and have made the present invention.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a T-shirt which is comfortable, breathable, has better cool feeling and novel vision.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

a comfortable breathable ice-feeling T-shirt comprises a T-shirt body formed by splicing knitted fabrics, wherein the knitted fabrics are formed by interweaving polyamide-polyester blended yarns and spandex, the knitted fabrics are formed by arranging a plurality of circulation units in the transverse direction and the longitudinal direction, each circulation unit at least comprises three coil courses, each coil course is formed by interweaving polyamide-polyester blended yarns and spandex together, the polyamide-polyester blended yarns and the spandex are overlapped together, the polyamide-polyester blended yarns are displayed on one surface of the knitted fabrics, the spandex is displayed on the other surface of the knitted fabrics, the plurality of coil courses are sequentially arranged into a first coil course, a second coil course and a third coil course, and the structure of each coil in the first coil course is formed into a loop, a loop and a loop in sequence; the structure of each coil in the second coil row is tucking, looping, tucking and tucking in sequence; the structure of each coil in the third transverse line row is looping, tucking, looping and looping in sequence.

As a preferred mode of the utility model, the specification of dacron in the mixed yarn is washed to the brocade is 35D/36F, and the specification of polyamide fibre is 35D/36F.

As a preferred mode of the present invention, the spandex has a gauge of 30D.

As a preferable mode of the present invention, in one circulation unit, the number of the first coil courses is 9.

As a preferred mode of the utility model, the gram weight of the knitted fabric is 175g/m²。

After the technical scheme of the utility model is adopted, each coil row is formed by interweaving nylon-polyester blended yarn and spandex together, the nylon fiber has natural cool feeling, the heat conductivity coefficient is high, the heat of a human body can be rapidly conducted and dissipated, the moisture regain is 4.5%, the water vapor emitted by the skin can be rapidly absorbed, the purpose of cooling is achieved, the hand feeling is soft and comfortable, and the skin-friendly performance is good; the terylene has good quick-drying property, and after being blended with the chinlon, the terylene can improve the integral quick-drying property of the fabric, avoid long-time skin adhesion after sweating, and greatly reduce the wearing comfort; the addition of spandex for knitted fabric obtains better elasticity, and the dress does not have the constraint and feels, through the utility model discloses the mesh that the tuck formed is favorable to ventilative heat dissipation, also can promote knitted fabric's ductility, is unlikely to expose skin simultaneously, forms the mesh mechanism simultaneously, compares in traditional weft plain stitch tissue, and the vision is more novel.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a schematic view of the weave structure of the medium knitting needle fabric of the present invention.

In the figure:

t-shirt body 10

Detailed Description

In order to further explain the technical solution of the present invention, the following detailed description is made with reference to the accompanying drawings.

Referring to fig. 1 to 2, a comfortable breathable ice-feeling T-shirt comprises a T-shirt body 10 formed by splicing (specifically, sewing) knitted fabrics. The knitted fabric is formed by interweaving polyamide-polyester blended yarns and spandex, the knitted fabric is formed by arranging a plurality of circulation units in the transverse direction and the longitudinal direction, each circulation unit at least comprises three coil courses, each coil course is formed by interweaving polyamide-polyester blended yarns and spandex together, the polyamide-polyester blended yarns and the spandex are overlapped together to form a yarn group which is extended and knitted together, the polyamide-polyester blended yarns are displayed on one surface of the knitted fabric, specifically the front surface, and the spandex is displayed on the other surface of the knitted fabric, specifically the back surface.

In the utility model, a plurality of coil rows are sequentially arranged into a first coil row, a second coil row and a third coil row, the structure of each coil in the first coil row is sequentially looping, looping and looping, in the embodiment, the first coil row is repeated for 9 times in the longitudinal direction; the structure of each coil in the second coil row is tucking, looping, tucking and tucking in sequence; the structure of each coil in the third transverse line row is looping, tucking, looping and looping in sequence.

As a preferred mode of the utility model, the specification of dacron in the mixed yarn is washed to the brocade is 35D/36F, and the specification of polyamide fibre is 35D/36F. The term "D" as used herein refers to the denier of 9000 meters of yarn (in grams). The F in the utility model refers to the number of the micro-fine fibers in one yarn.

Preferably, the chinlon and the terylene adopt draw textured yarns, the fibers are in a crimped state, the yarn body is fluffy and natural, the fabric is endowed with a hand feeling similar to cotton, and the fabric has good shape retention and natural ductility. Preferably, the chinlon and the terylene adopt semi-gloss yarns, so that the special aurora of the chemical fiber fabric is eliminated, the fabric is endowed with natural gloss, and the product grade is improved.

As a preferred mode of the present invention, the spandex has a gauge of 30D. Preferably, the mass percent of the nylon is 50%, the mass percent of the terylene is 37.5%, and the spandex is 12.5%.

The tuck stitch of the utility model forms a jacquard mesh fabric, and fills the blank of jacquard ice-feeling skin-friendly products. In the aspect of cool feeling, the Q-max value of the material in the scheme reaches 0.287 before washing, the material is washed for 10 times according to the GB/T8629-20174N washing program and then suspended and dried, and the Q-max value is 0.274 which is greatly higher than 0.18 required by the industry standard. In addition, according to the detection and evaluation of the skin-friendly performance of the fabric in the special step Q _ TBZG010-2019, the principle is that the contact state of the fabric and a human body is simulated, and all indexes representing the skin-friendly performance reach standard requirements.

The product form of the present invention is not limited to the drawings and embodiments of the present application, and any person can properly change or modify the product form of the present invention without departing from the scope of the present invention.

Claims

1. The utility model provides a comfortable ventilative ice feeling T-shirt, includes the T-shirt body that forms by the concatenation of knitted fabric, and knitted fabric is interweaved by the polyamide and polyester blended yarn and spandex and forms its characterized in that: the knitted fabric is formed by arranging a plurality of circulation units in the transverse direction and the longitudinal direction, each circulation unit at least comprises three coil courses, each coil course is formed by interweaving nylon-polyester blended yarns and spandex together, the nylon-polyester blended yarns and the spandex are overlapped together, the nylon-polyester blended yarns are presented on one surface of the knitted fabric, the spandex is presented on the other surface of the knitted fabric, the plurality of coil courses are sequentially arranged into a first coil course, a second coil course and a third coil course, and the structure of each coil in the first coil course is sequentially looped, looped and looped; the structure of each coil in the second coil row is tucking, looping, tucking and tucking in sequence; the structure of each coil in the third transverse line row is looping, tucking, looping and looping in sequence.

2. A comfortable breathable ice-sensitive T-shirt as defined in claim 1, wherein: the specification of the terylene in the nylon-terylene blended yarn is 35D/36F, and the specification of the nylon is 35D/36F.

3. A comfortable breathable ice-sensitive T-shirt as defined in claim 2, wherein: the specification of the spandex is 30D.

4. A comfortable breathable ice-sensitive T-shirt as defined in claim 3, wherein: in one circulation unit, the number of the first coil rows is 9.

5. A comfortable breathable ice-sensitive T-shirt as defined in claim 4, further comprising: the gram weight of the knitted fabric is 175g/m²。