CN218185317U

CN218185317U - Warm-keeping knitted garment

Info

Publication number: CN218185317U
Application number: CN202222623562.4U
Authority: CN
Inventors: 王少鹏
Original assignee: Nan'an Nanyi Computer Knitting Co ltd
Current assignee: Nan'an Nanyi Computer Knitting Co ltd
Priority date: 2022-09-30
Filing date: 2022-09-30
Publication date: 2023-01-03
Anticipated expiration: 2032-09-30

Abstract

The utility model relates to the field of clothes, in particular to a thermal knitted garment, which comprises a garment body, wherein the garment body is sequentially provided with a breathable skin layer, a heating thermal layer and a photo-thermal windproof layer from inside to outside, the heating thermal layer comprises a heating fiber net formed by weaving hygroscopic heating fibers, and thermal fillers are filled in interlayer gaps of the heating fiber net; the photothermal windproof layer comprises spectral thermal fibers which can absorb visible light and invisible light and can convert light energy into heat energy. The utility model discloses to generate heat cold-proof layer and arrange in and form frivolous clothing body between ventilative layer next to the shin and the light and heat windproof layer, the usable fibre web that generates heat of clothing body and light and heat windproof layer continue to provide the heat to the cold-proof filler on cold-proof layer that generates heat, make its sustainable cold-proof keeping of generating heat keep out the cold, let the clothing body both have the light and thin nature of sweater or woollen sweater and have the cold-proof nature of cotton-padded jacket or down coat to can satisfy people and hope the light comfortable and cold-proof needs of winter clothing.

Description

Warm-keeping knitted garment

Technical Field

The utility model relates to a clothing field, concretely relates to cold-proof knitted garment.

Background

People want winter clothes to keep warm but do not want to be too thick, and cotton wadded jackets or down jackets and other cotton wadded jackets can keep warm but often look bloated, cannot show the stature and are inconvenient to move. If the cotton-padded jacket or the down jacket is made too thin, the warm-keeping effect can not be achieved in cold winter. In order to give consideration to lightness and warmth retention and cold resistance, some people replace thick cotton clothes by taking measures of simultaneously wearing warmth retention underwear, multilayer sweaters or woolen sweaters, externally wearing winddresses and the like, and although a certain warmth retention effect can be achieved, the warmth retention effect of the warmth retention underwear which is frequently cleaned is continuously reduced after a period of time; the sweater or the woolen sweater is easy to ventilate, and the warm-keeping effect is not as good as that of a cotton-padded jacket or a down jacket; moreover, it is troublesome to put on multiple layers of clothes. Although some clothes for winter use are provided with an electric heating device or an inflation device inside the clothes to keep warm and keep out cold, the comfort, convenience and cleanability of the clothes are not ideal. How to manufacture a knitted garment which has the light and thin property of a sweater or a woolen sweater and the heat retention property of a cotton wadded jacket or a down jacket and can continuously generate heat and keep warm to meet the requirements of people for light, comfortable and cold-proof clothes in winter is a problem to be improved at present.

SUMMERY OF THE UTILITY MODEL

In order to overcome the defects in the prior art, the utility model discloses a warm-keeping knitted garment, which comprises a garment body, wherein the garment body is sequentially provided with a breathable skin layer, a heating warm-keeping layer and a photo-thermal windproof layer from inside to outside, the heating warm-keeping layer comprises a heating fiber net formed by weaving hygroscopic heating fibers, and warm-keeping fillers are filled in gaps between interlayers of the heating fiber net; the photo-thermal windproof layer is a dense woven fabric layer containing spectral thermal fibers capable of absorbing visible light and invisible light and converting light energy into heat energy. The utility model discloses to include the fibre web that generates heat the fibre by the moisture absorption knits knot and the cold-proof layer that generates heat of cold-proof filler and arrange in between ventilative layer next to the shin and the light and heat windproof layer and form frivolous clothing body, the spectral heat fibre on the usable fibre web that generates heat of clothing body's the moisture absorption fibre that generates heat and light and heat windproof layer lasts provides the heat to the cold-proof filler on the cold-proof layer that generates heat, make its sustainable heat-insulating cold-proof that generates heat, let the clothing body both have the light and thin nature of sweater or woollen sweater and have the heat insulating nature of cotton jacket or down coat again, thereby can satisfy people and hope the light comfortable and cold-proof needs of winter clothing.

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

a thermal knitted garment, comprising: including the clothing body, the clothing body from inside to outside establish in proper order to ventilative layer next to the shin, generate heat cold-proof layer and light and heat windproof layer, the cold-proof layer that generates heat contain the net that generates heat that is formed by the fibre knits of generating heat of absorbing moisture and fill the cotton-like or the schist thing of cold-proof usefulness in the net inside space that generates heat, light and heat windproof layer for including the fibrous densely woven fabrics layer that generates heat that can absorb visible light and invisible light and can convert light energy into heat energy, ventilative layer next to the shin and light and heat windproof layer arrange respectively in the inboard and the outside of cold-proof layer that generates heat and all laminate with the cold-proof layer that generates heat.

The heating and warm-keeping layer comprises a heating fiber net and warm-keeping fillers, the heating fiber net is a double-layer mesh fabric which is formed by weaving moisture-absorbing heating fiber yarns into rings and is buckled with each other, the warm-keeping fillers are floccules or flaky objects prepared from cotton or down, and the warm-keeping fillers are uniformly filled in gaps inside the heating fiber net.

The photo-thermal windproof layer is a cloth layer formed by closely weaving spectral thermal fiber yarns and cotton fibers or fibrilia yarns.

The breathable close-fitting layer is a cloth layer woven by cotton fiber or silk fiber yarns.

The all-around handing-over department of ventilative layer next to the shin, light and heat windproof layer and the cold-proof layer that generates heat all closely sews up, ventilative layer next to the shin, light and heat windproof layer and the middle part on the cold-proof layer that generates heat all are interrupted to sew up.

As can be seen from the above description, the utility model provides a cold-proof knitted garment's advantage lies in: firstly, the cold-proof layer that generates heat that will include the fibre web that generates heat by the moisture absorption and knits knot and cold-proof filler arranges in between ventilative layer next to the shin and the light and heat windproof layer and forms frivolous clothing body, the spectral heat fibre that the fibre web that generates heat that absorbs heat and the light and heat windproof layer of clothing body's usable generates heat fibre web lasts provides the heat to the cold-proof filler on the cold-proof layer that generates heat, make its sustainable cold-proof keeping of generating heat, let the clothing body both have the lightweight of sweater or woollen sweater and have the warmth retention of wadded jacket or down coat, thereby can satisfy people and hope the light comfortable and cold-proof needs of winter clothing. Secondly, flocculent or flaky warm-keeping fillers made of cotton or down feather are uniformly filled in gaps of the interlayer net of the heating fiber net, the warm-keeping fillers are clamped by the heating fiber net, and then the heating warm-keeping layer is wrapped and sewn and fixed by the air-permeable close-fitting layer and the photo-thermal windproof layer, so that the warm-keeping fillers in the garment body are not easy to move and gather into a group when the garment body is cleaned, the smoothness of the garment and the uniformity of the warm-keeping fillers can be still kept after the garment body is cleaned, and the smoothness of the appearance and the wearing comfort of the garment can be kept. The utility model relates to a rationally, simple structure, low cost, facilitate promotion.

Drawings

Fig. 1 is a general schematic view of a thermal knitted garment of the present invention;

fig. 2 isbase:Sub>A partially enlarged view ofbase:Sub>A sectionbase:Sub>A-base:Sub>A in fig. 1.

Reference numerals:

1, a breathable skin layer; 2 a heating and warming layer; 21 a heat-generating fiber web; 22 thermal insulation padding; 3 photo-thermal windproof layer.

Detailed Description

The present invention will be further described with reference to the following detailed description.

As shown in figure 1 and figure 2, a cold-proof knitted dress include the clothing body, the clothing body from inside to outside establish in proper order to ventilative layer 1 next to the shin, generate heat cold-proof layer 2 and light and heat windproof layer 3, the cold-proof layer 2 that generates heat include heating fiber net 21 and cold-proof filler 22, heating fiber net 21 for become the double-deck mesh fabric that the ring buckled mutually by the knitting of moisture absorption heating fiber yarn. Absorbent exothermic fiber is a well-known art, which is a fibrous material that transforms an absorbed gaseous state into a liquid state to release heat and warm up the body. It is known that about 600cc of gaseous sweat is evaporated every day when a human body is in a resting state, and the hygroscopic exothermic fiber absorbs the gaseous sweat of the human body to perform hygroscopic transformation to release heat. The warm-keeping filler 22 is a floccule or flake-shaped material made of cotton or down, and the warm-keeping filler 22 is uniformly filled in the gap inside the heating fiber net 21. The photo-thermal windproof layer 3 is a cloth layer formed by closely weaving spectrum thermal fiber yarns and cotton fibers or fibrilia yarns. Spectral thermal fibers, also known as optical heating fibers, are known in the art and produce a light absorbing heating effect by absorbing visible and invisible light through mineral elements fused into the fibers and converting it into heat energy. The breathable close-fitting layer 1 is a cloth layer woven by cotton fiber or silk fiber yarns. Ventilative layer 1 next to the shin and light and heat windproof layer 3 arrange respectively and generate heat the inboard and the outside on cold-proof layer 2 and all laminate with cold-proof layer 2 that generates heat, ventilative layer 1 next to the shin, light and heat windproof layer 3 and the handing-over department all around on cold-proof layer 2 that generates heat are closely knit and sew up, ventilative layer 1 next to the shin, light and heat windproof layer 3 and the middle part on cold-proof layer 2 that generates heat are all interrupted and are sewed up.

The utility model discloses to include the fibre web that generates heat the fibre by the moisture absorption knits knot and the cold-proof layer that generates heat of cold-proof filler and arrange in between ventilative layer next to the shin and the light and heat windproof layer and form frivolous clothing body, the spectral heat fibre on the usable fibre web that generates heat of clothing body's the moisture absorption fibre that generates heat and light and heat windproof layer lasts provides the heat to the cold-proof filler on the cold-proof layer that generates heat, make its sustainable heat-insulating cold-proof that generates heat, let the clothing body both have the light and thin nature of sweater or woollen sweater and have the heat insulating nature of cotton jacket or down coat again, thereby can satisfy people and hope the light comfortable and cold-proof needs of winter clothing.

The above is only a specific embodiment of the present invention, but the design concept of the present invention is not limited to this, and the present invention is to be modified immaterial by this concept, and all should belong to the act of infringing the protection scope of the present invention.

Claims

1. A thermal knitted garment is characterized in that: including the clothing body, the clothing body from interior to exterior establish in proper order into ventilative layer (1) next to the shin, generate heat cold-proof layer (2) and light and heat windproof layer (3), cold-proof layer (2) that generate heat include by the moisture absorption generate heat the fibre knits the network that generates heat and pack the cotton-shaped or fragmental thing of cold-proof usefulness in the inside space of the network that generates heat, light and heat windproof layer (3) for including the fibrous dense fabric layer that generates heat that includes that can absorb visible light and invisible light and can convert light energy into heat energy, ventilative layer (1) next to the shin and light and heat windproof layer (3) arrange respectively in the inboard and the outside of cold-proof layer (2) that generate heat and all laminate with cold-proof layer (2) that generate heat.

2. A thermal knitted garment as claimed in claim 1 wherein: the heating and warm-keeping layer (2) comprises a heating fiber net (21) and warm-keeping filler (22), the heating fiber net (21) is a double-layer mesh fabric formed by weaving moisture-absorbing heating fiber yarns into rings, the double-layer mesh fabric is buckled with the moisture-absorbing heating fiber yarns, the warm-keeping filler (22) is a floccule or flaky object prepared from cotton or down, and the warm-keeping filler (22) is uniformly filled in gaps inside the heating fiber net (21).

3. A thermal knitted garment as claimed in claim 2, wherein: the photo-thermal windproof layer (3) is a cloth layer formed by closely weaving spectrum thermal fiber yarns and cotton fibers or fibrilia yarns.

4. A thermal knitted garment as claimed in claim 3 wherein: the breathable close-fitting layer (1) is a cloth layer woven by cotton fiber or silk fiber yarns.

5. A thermal knitted garment according to claim 4, characterised in that: the all-around joints of the breathable close-fitting layer (1), the photothermal windproof layer (3) and the heating and warm-keeping layer (2) are densely sewed, and the middle parts of the breathable close-fitting layer (1), the photothermal windproof layer (3) and the heating and warm-keeping layer (2) are discontinuously sewed.