CN214903945U

CN214903945U - Self-powered heating clothes

Info

Publication number: CN214903945U
Application number: CN202120755069.0U
Authority: CN
Inventors: 刘炎; 张志勇; 卢忠旭; 谢萍; 郑小燕; 李凯瑞; 黎业生
Original assignee: Jiangxi University of Science and Technology
Current assignee: Jiangxi University of Science and Technology
Priority date: 2021-04-14
Filing date: 2021-04-14
Publication date: 2021-11-30
Anticipated expiration: 2031-04-14

Abstract

A self-powered heating garment comprises a garment body, a starting assembly, a carbon nanotube fiber conductive heating assembly and a flexible battery assembly. Two cloth bags are additionally arranged on the lining cloth on the back surface of the heating clothes, the carbon nanotube fiber conductive heating assembly is stored in the cloth bag on the back surface of the heating clothes, the flexible battery assembly is stored in the cloth bag on the back surface of the heating clothes, a starting button is designed at the front end of the heating clothes, and the three are connected through a conductive circuit line which runs along the edge of the clothes. The utility model discloses a flexible battery pack provides the energy, for the power supply of carbon nanotube fibre conductive heating subassembly under the control of start button, utilizes the characteristic that carbon nanotube fibre circular telegram heaied up, lets the cloth temperature rise fast in the clothes. Meanwhile, due to the softness of the flexible battery and the carbon nanotube fibers, the heating garment is more comfortable and convenient to wear, has stronger cruising ability and has a wide application market.

Description

Self-powered heating clothes

Technical Field

The utility model relates to a heating clothes field particularly, relates to a gentle convenient self-power heating clothes.

Background

In the field of thermoelectric materials, conventional materials are hard and heavy blocks, which limits the wearable applications of thermoelectric materials. Related researches and developments on flexible thermoelectric devices exist, but the thermoelectric conversion efficiency and the preparation efficiency are limited, and the flexibility and the durability cannot be adapted to daily life applications.

Under the big background that people live rich in materials, the use of air conditioners is more and more frequent when the weather is cold. However, the existing air conditioner raises the external temperature through the action on the environment, so that the sensible temperature of people is changed, and a great part of energy is wasted in the environment in the process. Meanwhile, the use environment of the air conditioner is limited to indoor environment, and the problems of large size, low efficiency, slow reaction and the like exist.

In order to optimize our life experience and avoid discomfort associated with heavy clothing, many heating devices have been developed by the relevant personnel. But the existing heating equipment can not be separated from a wired power supply or a heavy charger baby.

The invention patent (application number is 202010444598.9) of 'a method for rapidly preparing a flexible battery by using a carbon nano tube continuum' has been applied in a team laboratory of the applicant, and the flexible battery with ultrahigh energy density is prepared.

The invention patent (application number is 201410019826.2) of 'super-long carbon nanotube macroscopic fiber, preparation method thereof and application in electric arc' has been applied in the team laboratory of the applicant of the utility model, and the preparation and the basic thermoelectric property of the carbon nanotube fiber are explored.

SUMMERY OF THE UTILITY MODEL

To above problem, the utility model provides a from energy supply heating clothes, this heating clothes is gentle portable and long duration, and wearable heating equipment of improvement that can be very big uses not portable, the poor problem of duration.

The self-powered heating clothes comprise a heating clothes body, a carbon nanotube fiber conductive heating assembly, a flexible battery assembly and a starting assembly. The carbon nanotube fiber conductive heating component is woven on the heating garment body by adopting a modern knitting process, and the carbon nanotube fiber material is an integrated fiber based on carbon nanotube composite and has excellent flexibility and thermoelectric performance (specific parameters can be seen in the invention patent with the patent number of 201410019826.2). The flexible battery is stored in the cloth bag, the cloth bag is detachably adhered to the heating garment body, the flexible battery adopts the carbon nanotube film as a current collector, and the battery can be bent at will (the specific parameters can be seen in the invention patent with the patent number of 202010444598.9). The starting assembly is stored in the heating clothes body through a buckling process.

Furthermore, the carbon nanotube fiber conductive heating assembly area is arranged above the cloth in the back of the heating clothes body, the carbon nanotube fiber material and the cloth are woven into a geometric shape and stored in the cloth bag, and the cloth bag is detachably adhered and combined above the cloth in the back of the heating clothes body.

Furthermore, a flexible battery area is arranged below the inner cloth on the back surface of the heating clothes body, and the cloth bag for storing the flexible battery is adhered to the area.

Further, the carbon nanotube fiber conductive heating assembly of the heating suit and the flexible battery assembly are connected in series through a cable type copper wire.

Furthermore, the area of the left inner cloth of the front chest of the heating suit body is the position of a starting assembly, and the starting assembly is installed by adopting a button type process. The carbon nanotube fiber conductive heating assembly is connected with the flexible battery assembly and the starting assembly in series, and switching and gear adjustment can be performed through the starting assembly.

The utility model discloses the obvious effect of implementation is:

the utility model provides a heating clothes simple structure, it is practical portable, the time of endurance is long, heats fastly, and energy utilization is rateed highly. When exerting splendid heating effect, the super light of subassembly is super gentle for its shape can be changeed in a flexible way, lets our heating clothes have travelling comfort and sight concurrently when high-efficient accuse temperature.

Drawings

Fig. 1 is a schematic view of the whole structure of the self-powered heating garment of the utility model.

The device comprises a starting component 1, a carbon nanotube fiber conductive heating component 2, a flexible battery component 3 and a lead 4.

Detailed Description

The utility model is described with reference to the attached drawings and contents.

As shown in fig. 1, because of the excellent flexibility and lightness of each component, they are perfectly combined with the body of the heating suit.

The starting assembly is connected with the lead, the lead is a 0.3 mm cable copper wire, the laying of the lead is attached to the knitted sideline of the heating garment body, and the lead is laid from the waist side line and is connected with the flexible battery assembly through the USB interface to the garment cycloid position.

The flexible battery component and the carbon nano tube fiber conductive heating component are connected in series through the conducting wire.

The flexible battery with the thickness of 2 mm and the weight of about 20 g has the content of more than 2000 mAh, and has excellent flexibility while ensuring the cruising ability. The design of sack laminating can separate when heating clothes body washs, and is safe convenient.

The shape of the carbon nano tube fiber conductive heating component can be flexibly designed.

The starting system is long-time button pressing, the starting is automatically in 1 gear, then in 2 gear, and then in 3 gear, the working power is multiplied with the gear speed, and the system is long-time pressed again to shut down.

To sum up, the utility model discloses under the control of start-up subassembly, adjust different fender position control flexible battery and for the power supply of carbon nanotube fibre conductive heating subassembly, utilize its electric heating effect for human body is felt a temperature and is risen fast. Compared with an air conditioner, the heating clothes in the embodiment have the advantages of high energy utilization rate, convenience, rapidness, flexibility, durability and higher popularization value.

Claims

1. Self-powered heating clothes, its characterized in that: the carbon nanotube fiber heating suit is composed of a heating suit body, a starting assembly (1), a carbon nanotube fiber conductive heating assembly (2) and a flexible battery assembly (3), wherein the starting assembly (1) is connected with the carbon nanotube fiber conductive heating assembly (2) and the flexible battery assembly (3) in series and is fixedly/detachably arranged on the heating suit body.

2. The self-powered heating garment of claim 1, wherein: the starting assembly (1) is arranged on the inner cloth on the left side of the chest of the heating suit body.

3. The self-powered heating garment of claim 1, wherein: the carbon nanotube fiber conductive heating component (2) is in a geometric shape and is arranged on the upper part of the inner cloth at the back of the heating clothes body.

4. The self-powered heating garment of claim 1, wherein: the flexible battery component (3) is arranged at the lower part of the inner cloth of the back of the heating clothes body.