CN103263089A - Solar energy electric heating thermoregulation intelligent clothes - Google Patents

Abstract

The invention relates to a garment, in particular to an intelligent garment with solar electric heating temperature adjustment, which belongs to the technical field of garment design. It mainly uses solar energy to provide energy and heat, install solar panels on the back of the clothing, and design a simple solar electric heating temperature control, including a heating vest and a jacket with solar panels, the vest and solar panels can be disassembled. Features: These more environmentally friendly clothes are made of solar cell clothing, which uses the working principle of electric blankets to regulate the temperature of clothing. Not only comfortable and beautiful, but also functional and easy to clean. The deficiency in the prior art of the present invention is how to control the circuit resistance to make it reach a suitable temperature, and utilize solar energy, a green energy source, to provide more possibilities for the warmth retention of clothing.

Description

Solar electric heating temperature control smart clothing

technical field

The invention relates to a kind of clothing, especially a kind of smart clothing with solar electric heating and temperature regulation, which belongs to the technical field of clothing design. the

Background technique

Solar energy, an inexhaustible green energy source, is safe, clean, pollution-free, and widely used. Functional solar clothing is one of the development directions. At present, there are few solar-powered clothing on the market, and most of them are more restricted by weather conditions. Therefore, the development of new functional solar-powered clothing is of great significance for breaking through the bottleneck of the industry and vigorously developing the solar energy market. the

In the autumn/winter haute couture collection from 1996 to 1997, Lapidus designed a solar-powered hoodie, lined with polyester film, made of black and white silk fabric, equipped with a tiny lithium battery and monocrystalline silicon solar collectors. A model displays a solar-powered bikini designed by Andrew Schneider in San Diego, California, U.S., August 6, 2007. This bikini is made of many 1″ and 4″ photovoltaic film strips sewn together with conductive fibers. Researchers at Gifu University in Japan have invented a thin solar cell that can be attached to clothes. When making clothes, multiple such solar cells can be arranged on the clothes according to certain rules. The battery absorbs the infrared light of the sun to generate electricity, so that it can charge mobile phones, MP3, laptops and other items. Fashion designer Willy Bogener uses thin-film technology developed by lighting company Osram to embed solar-powered luminous bodies into ski suits on November 5, 2007 in Munich. British researcher David and others have developed solar clothing. His key material is solar energy absorbing fiber, which is characterized in that it can absorb solar energy and store it under sunlight, and then convert it into heat energy and release it slowly. the

Functional solar clothing is still in the preliminary application stage, and solar clothing still has broad development space, which can be extended to all aspects of our lives. the

Contents of the invention

In order to explore the possibility of more functional development of clothing for the human body, the present invention provides a clothing that uses solar energy to heat the clothing itself. This clothing is aimed at people who work outdoors in cold weather for a long time, providing them with a A more convenient and simple way to keep warm. A functional garment designed for safety and reliability. the

According to the technical solution provided by the present invention, the solar electric heating and temperature-adjusting intelligent clothing includes a jacket body: the clothing body is a two-piece suit, a coat and a vest inside. The vest is detachable, and when the garment needs to be washed, only the jacket needs to be washed. Safe and convenient. In areas with relatively large temperature differences, the jacket can absorb solar energy during the day and store a certain amount of energy, but when the temperature needs to be increased, the switch in the vest can be turned on. Switch settings are on, keep warm and off. The effect of temperature adjustment is obvious, so that users can feel the convenience of heat preservation brought by clothing even in cold seasons. The solar panel on the coat is also designed, which has certain aesthetics. The whole garment is feasible and usable both in terms of appearance and actual functionality. the

According to the technical solution adopted by the present invention to solve the technical problem, the smart clothing with solar electric heating and temperature regulation includes a clothing-themed jacket, a solar panel, a circuit carrying vest and a switch. the

The clothes can be charged with solar energy and heated at ordinary times. The switch can be turned off when not in use. When you need to use the heating function, turn the switch to the heat preservation state. Clothing maintains its temperature under certain conditions, maximizing the human body's sensory comfort. the

The solar panel material of the clothing is light and easy to carry, and the outerwear uses warm and windproof cloth. The inner vest is made of soft and firm fabric. the

The advantages of the present invention are: the solar energy design of intelligent temperature regulation on the clothing enables the clothing to be able to regulate the temperature of the clothing under the condition of green and energy-saving, which meets the aesthetic and safety requirements, and also meets the functional requirements. the

Description of drawings

Fig. 1 is the front schematic view of the body of the present invention

Fig. 2 is a schematic diagram of the specific position of the vest of the present invention and a schematic diagram of the solar panel located in the garment coat

Fig. 3 is a schematic diagram of the vest circuit of the present invention

Figure 4 is a schematic diagram of the back of the garment body

Fig. 5 is the schematic diagram of the circuit of the present invention

Explanation of reference signs: 1 clothing body 2 vest hem 3 vest 4 solar panel connection hole 5 solar panel fixing hole 6 solar panel 7 solar panel fixing hole on jacket 8 circuit line 9 switch 10 solar battery

Detailed ways

The present invention will be further described below in conjunction with specific drawings and embodiments. the

As shown in figure (1), at first the present invention cuts and makes coat, and coat can be casual sportswear or jacket. Its figure includes the jacket and vest of the garment. the

As shown in figure (2), the garment vest of the present invention covers the entire back of the human body, and three apexes are made in a triangular distribution mode on the shoulder blade part of the coat to fix the position of the solar panel on the coat. A round hole is made between two points on the upper shoulder as a connection hole for connecting the solar panel to the internal circuit of the vest. The upper right corner of the schematic diagram is a schematic diagram of the shape of the solar panel. A detachable solar panel is installed on the back of the jacket, and there are connection holes for connecting the circuit vest inside. the

As shown in figure (3), the vest body of the present invention is a general cotton vest, sleeveless, and a basic round neck. The internal circuit route is a basic parallel circuit. The solar battery is located at the left hem of the vest, the electric resistance wire is located near the neckline of the vest, and the switch is located at the right waist of the vest. The entire circuit is evenly distributed in the back of the vest in the form of a "mountain" shape. Wherein, point A is the joint point place of clothing coat and vest, and there is link line here, the circular hole that the solar panel on the coat is connected with the circuit in the vest. the

As shown in Figure (4), this figure is a schematic diagram of the back of the garment body, and the connection hole at point A will not be exposed outside the body of the garment. And the solar panels are also detachable. the

As shown in Figure (5), the circuit principle of the present invention is a schematic diagram of a parallel circuit. Among them, S1 is the circuit switch 1, press it to set the heat preservation gear, and S is the main circuit switch, press it to set the heating gear. In the application, the circuit is connected by a uniform heating resistance wire. In the implementation of the heating of the clothing body, only the switch on the side of the vest can be used to set the clothing on, off and heat preservation. the

Claims (5)

1. A garment that can use solar energy to generate heat to regulate the temperature of the garment, including the garment body; its feature is: three vertices are made on the shoulder blade of the coat in a triangular distribution to fix the position of the solar panel on the coat . A round hole is made between two points on the upper shoulder as a connection hole for connecting the solar panel to the internal circuit of the vest. A detachable solar panel is installed on the back of the jacket, and there are connection holes for connecting the circuit vest inside. 2. The smart clothing with solar electric heating and temperature adjustment as claimed in claim 1, characterized in that: the clothes are divided into two sets of inside and outside, the coat is in the form of casual clothes or jackets, the vest is a classic style, cotton vest, and sleeveless. 3. The circuit route inside the vest of the present invention as claimed in claim 1 is a basic parallel circuit, the solar battery is positioned at the left hem of the vest, the electric resistance wire is positioned at the neckline of the vest, and the switch is positioned at the waist of the vest. The entire circuit is evenly distributed in the back of the vest in the form of a "mountain" shape. 4. As claimed in claim 1, point A in Fig. 3 is the linking point place of garment coat and vest, linking line is arranged here, the circular hole that the solar panel on the coat is connected with the circuit in the vest. Its characteristics are: the clothes are divided into two sets of inside and outside, and the solar panel is connected to the jacket through the solar connection hole on the back, and the power is supplied from it by connecting the inner vest. 5. The schematic circuit diagram 4 of the inner vest diagram and the schematic diagram 5 of the electric blanket working circuit as claimed in claim 1, characterized in that: according to the basic principle of the parallel circuit, the heating resistance wire is used to switch and adjust the heating and heat preservation state. Simple operation, safe and practical.

Images