CN216723198U - Radiation-proof heating antibacterial trousers - Google Patents

Abstract

The utility model provides radiation-proof heating antibacterial trousers, which comprise: a trouser body and a trouser waist; the trousers body is of a four-layer structure and sequentially comprises a trousers body surface layer, an anti-radiation layer, a base layer and a graphene fiber antibacterial layer from outside to inside; the trouser waist is of a three-layer structure and comprises a trouser waist surface layer, a trouser waist lining layer and a trouser waist heating layer; the waistband heating layer is sewn between the waistband surface layer and the waistband lining layer. The utility model provides radiation-proof heating antibacterial trousers which have the functions of electromagnetic radiation prevention, antibiosis and waist heating warm keeping, have various functions, meet the wearing requirements of people, and are multifunctional trousers which are not easy to generate peculiar smell, breed bacteria, comfortable, breathable, health-care and radiation-proof.

Description

Radiation-proof heating antibacterial trousers

Technical Field

The utility model belongs to the technical field of clothes, and particularly relates to radiation-proof heating antibacterial trousers.

Background

At present, with the development of society, the living standard of people is improved, the requirements of people on trousers are also continuously improved, the trousers are not only required to be fit and comfortable, but also are expected to have multiple functions of antibiosis, bacteriostasis, radiation protection, waist warm keeping and the like, so that the trousers with multiple functions are actively developed to meet the use requirements of people, and the trousers are a research hotspot in the field of clothing at present.

SUMMERY OF THE UTILITY MODEL

Aiming at the defects in the prior art, the utility model provides radiation-proof heating antibacterial trousers, which can effectively solve the problems.

The technical scheme adopted by the utility model is as follows:

the utility model provides radiation-proof heating antibacterial trousers, which comprise: a trouser body (1) and a trouser waist (2); the trousers body (1) is of a four-layer structure and sequentially comprises a trousers body surface layer (1-1), an anti-radiation layer (1-2), a base layer (1-3) and a graphene fiber antibacterial layer (1-4) from outside to inside;

the trouser waist (2) is of a three-layer structure and comprises a trouser waist surface layer (2-1), a trouser waist lining layer (2-2) and a trouser waist heating layer (2-3); the waist heating layer (2-3) is sewn between the waist surface layer (2-1) and the waist lining layer (2-2).

Preferably, the surface layer (1-1) of the trousers body is knitted fabric.

Preferably, the radiation-proof layers (1-2) are formed by crosswise weaving metal wire warps and metal wire wefts to form an electromagnetic shielding net; the radiation-proof layer (1-2) is plated on the outer side of the base layer (1-3).

Preferably, the base layer (1-3) comprises cotton warp yarns and cotton weft yarns interwoven with each other.

Preferably, the trousers surface layer (1-1), the radiation protection layer (1-2), the base layer (1-3) and the graphene fiber antibacterial layer (1-4) are compounded through hot pressing of adhesive dots.

Preferably, the waist of trousers surface course (2-1) adopts the dacron surface fabric; the inner layer (2-2) of the trouser waist is made of cotton fiber fabric.

Preferably, the trouser waist heating layer (2-3) adopts a carbon fiber heating wire.

Preferably, the carbon fiber heating wire is in a spiral form and is plated between the waistband surface layer (2-1) and the waistband inner layer (2-2);

one end of the carbon fiber heating wire is provided with a power supply port (4); the power supply port (4) is used for being connected to the small controller (3) through a connecting wire (5); the small controller (3) is arranged in a trousers pocket (1-5) formed in the trousers body (1); the small controller (3) is internally provided with a battery.

The radiation-proof heating antibacterial trousers provided by the utility model have the following advantages:

drawings

FIG. 1 is a schematic view of the overall structure of the anti-radiation heating antibacterial pants provided by the present invention;

FIG. 2 is a cross-sectional view of the pant body provided by the present invention;

FIG. 3 is a cross-sectional view of a waist of a pair of pants provided in accordance with the present invention;

FIG. 4 is a structural view of a radiation protective layer provided by the present invention;

fig. 5 is a structural diagram of the waist heating layer provided by the utility model.

Detailed Description

In order to make the technical problems, technical solutions and advantageous effects solved by the present invention more clearly apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the utility model and are not intended to limit the utility model.

The utility model provides radiation-proof heating antibacterial trousers, which refer to fig. 1 and comprise: a trouser body 1 and a trouser waist 2. The trousers body 1 and the trousers waist 2 adopt an integrated structure. The trousers body 1 and the trousers waist 2 are described in detail as follows:

(I) trousers body 1

The pants body 1 is of a four-layer structure, and referring to fig. 2, the pants body comprises a surface layer 1-1, a radiation-proof layer 1-2, a base layer 1-3 and a graphene fiber antibacterial layer 1-4 in sequence from outside to inside.

In practical application, the surface layer 1-1 of the trousers body can be made of knitted fabric, waterproof fabric or windproof fabric and the like, so that wearing requirements of different application occasions are met.

Referring to fig. 4, the radiation protection layer 1-2 is formed by alternately weaving metal wire warps and metal wire wefts to form an electromagnetic shielding net; the radiation protection layer 1-2 is plated on the outer side of the base layer 1-3.

The base layers 1-3 include cotton warp yarns and cotton weft yarns interwoven with each other.

The surface layer 1-1, the radiation-proof layer 1-2, the base layer 1-3 and the graphene fiber antibacterial layer 1-4 of the trousers body are compounded through hot pressing of adhesive points, so that the thickness of the whole trousers body is 0.1-0.2 mm, and the trousers have the advantages of comfort and portability.

The application provides a trousers body, has following advantage:

1) the radiation protection layer 1-2 is arranged on the outer side of the base layer, the graphene fiber antibacterial layer 1-4 is arranged on the inner side of the base layer, the radiation protection layer 1-2 and the graphene fiber antibacterial layer 1-4 are separated through the base layer, and direct contact between the radiation protection layer 1-2 and the graphene fiber antibacterial layer 1-4 is avoided, so that the damage effect of the radiation protection layer 1-2 on the graphene fiber antibacterial layer 1-4 is prevented, the use effect of the radiation protection layer 1-2 and the graphene fiber antibacterial layer 1-4 is guaranteed, and the service life of the use effect is prolonged.

2) The radiation-proof layers 1-2 are formed by alternately weaving metal wire warp yarns and metal wire weft yarns to form an electromagnetic shielding net, wherein the metal wire warp yarns and the metal wire weft yarns can be metal wires formed by silver-plated layers outside cotton threads, and the radiation-proof layers have the following effects: on one hand, the electromagnetic wave can be shielded, and the influence of the electromagnetic wave on human body radiation is prevented; in addition, the metal wires are formed by cross spinning, have the function of electric conduction, can release static electricity and prevent the dust of the trousers body.

3) As the inner layer which is directly contacted with a human body, the graphene fiber antibacterial layer 1-4 is adopted, so that the antibacterial and bacteriostatic effects are achieved, bacteria cannot be bred, and the cleanness of clothes is provided.

The method has the following advantages:

1. antibacterial and bacteriostatic, and lasting self-cleaning:

the graphene fiber antibacterial layer strengthens the antibacterial performance of the biomass graphene, combines the strong body temperature far infrared promoting microcirculation function of the graphene fiber antibacterial layer, can activate skin immune cells, strengthens the saliva swallowing function of leucocytes and reticuloendothelial cells, achieves the advantages of antibiosis and bacteriostasis, and has no effect attenuation after being washed for many times.

2. Moisture absorption and moisture conduction, and dry and comfortable care:

the graphene fiber antibacterial layer has the characteristics of super moisture absorption, moisture conduction, perspiration and ventilation, can rapidly absorb moisture and sweat emitted by human skin and rapidly introduce the moisture and the sweat into air to be emitted, so that the skin of a person is always kept in a dry state, and the graphene fiber antibacterial layer is more comfortable and skin-friendly, makes skin breathing experience and provides permanent dry and comfortable care for the body.

This application is integrated into the same trousers body with bacterinertness and radiation protection nature, realizes the multifunctional performance of the trousers body, satisfies people's demand of wearing.

(2) Waist of trousers 2

The waist 2 is a three-layer structure, and comprises a waist surface layer 2-1, a waist lining layer 2-2 and a waist heating layer 2-3 with reference to fig. 3; the waist heating layer 2-3 is sewed between the waist surface layer 2-1 and the waist lining layer 2-2.

The waist surface layer 2-1 is made of terylene fabric; the inner layer 2-2 of the trouser waist is made of cotton fiber fabric, so that the inner layer 2-2 of the trouser waist is directly contacted with a human body, and the trouser waist has soft and skin-friendly performance due to the cotton fiber fabric.

The trouser waist heating layer 2-3 adopts a carbon fiber heating line. Referring to fig. 5, the carbon fiber heating wire is in a spiral form and is plated between the waist surface layer 2-1 and the waist lining layer 2-2, and the design method can prolong the setting length and area of the carbon fiber heating wire on the waist of the trousers and improve the heat dissipation effect.

One end of the carbon fiber heating wire is provided with a power supply port 4; the power supply port 4 is used for being connected to the small-sized controller 3 through a connecting wire 5; the small controller 3 is arranged in a trouser pocket 1-5 arranged on the trouser body 1; the small-sized controller 3 has a battery built therein.

The application provides a waist of trousers, built-in carbon fiber heating wire has good heat conduction function of gathering simultaneously, and when the waist of trousers position was placed to the bulb that will be used for testing static, the bulb can be bright, consequently, the waist of trousers has the function of preventing static, can make the continuous heat of gathering of waist keep warm.

The application provides a waist of trousers, has following advantage:

when the weather is cold, the human waist is easy to catch cold and causes various diseases, therefore, the application carries out special design to the waist of trousers. The carbon fiber heating wire is arranged in the waist of the trousers, and the power supply opening 4 is arranged at the outer side of the waist of the trousers. When people need to heat and keep warm for the waist, the small controller 3 is placed in the trousers pocket 1-5, the connection between the carbon fiber heating wire and the small controller 3 is realized through the connecting wire 5, and the carbon fiber heating wire is heated through the battery arranged in the small controller 3, so that the heating purpose is achieved. Referring to fig. 1, the trousers pocket 1-5 is a rear trousers pocket and is very close to the power supply port 4, so that the connection between the small controller 3 and the carbon fiber heating wire can be realized only by using a short connecting wire 5 without affecting the wearing comfort.

When the waist is not required to be heated and kept warm, the small controller 3 and the connecting wire 5 are only required to be taken down. Therefore, the small controller 3 and the waist of trousers adopt a split structure, so that the trousers have the advantage of flexible use.

The utility model provides radiation-proof heating antibacterial trousers which have the following advantages:

the utility model provides radiation-proof heating antibacterial trousers which have the functions of electromagnetic radiation prevention, antibiosis and waist heating warm keeping, are various in functions, meet the wearing requirements of people, are reasonable in design and very practical, and are multifunctional trousers which are not easy to generate peculiar smell, breed bacteria, comfortable, breathable, health-care and radiation-proof.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and improvements can be made without departing from the principle of the present invention, and such modifications and improvements should also be considered within the scope of the present invention.

Claims (8)

1. The utility model provides an antibiotic trousers of radiation protection fever which characterized in that includes: a trouser body (1) and a trouser waist (2); the trousers body (1) is of a four-layer structure and sequentially comprises a trousers body surface layer (1-1), an anti-radiation layer (1-2), a base layer (1-3) and a graphene fiber antibacterial layer (1-4) from outside to inside;

the trouser waist (2) is of a three-layer structure and comprises a trouser waist surface layer (2-1), a trouser waist lining layer (2-2) and a trouser waist heating layer (2-3); the waist heating layer (2-3) is sewn between the waist surface layer (2-1) and the waist lining layer (2-2).

2. The anti-radiation heating antibacterial pants according to claim 1, wherein the pants body surface layer (1-1) is a knitted fabric.

3. The radiation protection heating antibacterial pants as claimed in claim 1, wherein the radiation protection layers (1-2) are formed by crosswise weaving metal wire warps and metal wire wefts to form an electromagnetic shielding net; the radiation-proof layer (1-2) is plated on the outer side of the base layer (1-3).

4. The anti-radiation heating antibacterial pants according to claim 1, wherein the base layers (1-3) comprise cotton warp yarns and cotton weft yarns interwoven with each other.

5. The anti-radiation heating antibacterial pants according to claim 1, wherein the pants body surface layer (1-1), the anti-radiation layer (1-2), the base layer (1-3) and the graphene fiber antibacterial layer (1-4) are compounded by hot pressing with adhesive dots.

6. The anti-radiation heating antibacterial pants according to claim 1, wherein the waist surface layer (2-1) is made of polyester fabric; the inner layer (2-2) of the trouser waist is made of cotton fiber fabric.

7. The radiation-proof heating antibacterial pants according to claim 1, wherein the pants waist heating layers (2-3) are made of carbon fiber heating wires.

8. The anti-radiation heating antibacterial pants according to claim 7, wherein the carbon fiber heating wire is in a spiral form and is plated between the pants waist surface layer (2-1) and the pants waist inner layer (2-2);

one end of the carbon fiber heating wire is provided with a power supply port (4); the power supply port (4) is used for being connected to the small controller (3) through a connecting wire (5); the small controller (3) is arranged in a trousers pocket (1-5) formed in the trousers body (1); the small controller (3) is internally provided with a battery.

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