CN202179349U - A heating blanket, pad or clothing structure - Google Patents

Abstract

The utility model discloses a blanket, cushion or clothes structure with heating function, a heating layer is arranged between an upper cloth body and a lower cloth body of the blanket, cushion or clothes, wherein the heating layer comprises a base layer, a heating body fixed on the base layer and a heat insulation layer arranged on the heating body; when the heating body in the heating layer is connected with a power supply, the heating body can generate heat and provide heat energy for users of blankets and pads or wearers of clothes, and the blanket has the effects of keeping warm for a long time, keeping out the cold and promoting the blood circulation.

Description

A heating blanket, pad or clothing structure

technical field

The utility model relates to a blanket, pad or clothing structure with the effect of keeping warm, in particular to a heating body arranged inside the blanket, pad or clothing, which can quickly generate heat energy after being powered on, and directly transfer the heat energy to the blanket, The user of the pad or the wearer of the clothing has the functions of keeping warm for a long time, keeping out the cold and promoting blood circulation.

Background technique

In recent years, due to the hole in the ozone layer and the so-called El Niño and anti-El Niño phenomena, the global climate has changed drastically. Many places have become very cold at low temperatures and extremely high at high temperatures. Taiwan, which is like spring, has turned into a high temperature of 37 degrees in early summer in June, and cold snaps of less than 10 times in winter. In many European and American countries, the traffic chaos due to snowstorms has seriously affected daily life. Many people even froze to death because they couldn't stand the cold. Some geography and environmental research experts predict that the weather will become more and more severe. As we all know, animal fur has better cold resistance, but due to the increasing attention to animal protection laws, some fur coats, mink coats, etc. are gradually eliminated, and its weight is not light, so it is not very comfortable to wear. Comfortable, so in recent years, the well-known down jacket has become a better warm clothing. However, it often occurs that the feathers are not cleaned enough, causing symptoms such as allergies and asthma; therefore, there are some technical clothing such as air suits. Birth is to use it to isolate the cold air outside and keep the wearer's own body temperature so that people don't feel cold. However, if the outdoor temperature is very low (even when it is lower than ten or twenty degrees below zero) , the body temperature of the human body cannot keep warm outdoors for a long time, and the effect of using it is doubtful, so it is not common in the market. If there is a kind of blanket, mat or clothing that can generate heat energy by itself, you can stay outside for a long time and still feel as warm and comfortable as if there is a stove inside the house. I believe this is what all consumers are looking forward to, and it is the manufacturers' efforts R&D goals.

Utility model content

The technical problem to be solved by the utility model is to provide a blanket, pad or clothing that can generate heat energy by itself, and has the functions of keeping warm, keeping out the cold and promoting blood circulation.

The utility model relates to a blanket, pad or clothing structure with heating function, comprising: an upper cloth body and a lower cloth body of the blanket, pad or clothing; and a heating layer arranged between the upper cloth body and the lower cloth body, the heating layer It includes the base layer, the heating element fixed on the base layer, and the heat insulating layer arranged on the heating element; when the heating element on the heating layer is connected to the power supply, it can generate heat and provide heat energy to the user of the blanket, pad or clothing. On the wearer's body, it has the effect of keeping warm for a long time, keeping out the cold and promoting blood circulation.

The base layer is one of cloth layer, far-infrared cloth layer or diffusion layer.

The heating element is an electric heating wire composed of a plurality of carbon fiber filaments, arranged on the base layer according to a predetermined method, and the two ends of the electric heating wire are positive electrodes and negative electrodes respectively, and go out to the outside of the blanket, pad or clothing. It is connected to the two poles of the external power supply and energized; the heating wire is formed by wrapping multiple carbon fiber filaments with an insulating sleeve, which can play the role of insulation, safety and no leakage during use.

The external power supply is a battery.

The positive electrode and the negative electrode at both ends of the heating wire are respectively set in the structure of concave button and convex button, and the positive pole and negative electrode of the external power supply are respectively set in the structure of convex button and concave button. Connect to power on.

The beneficial effect of implementing the technical solution of the utility model is: when the heating element is connected to an external power supply, the blanket, pad or clothing can generate heat energy by itself, and provide heat energy to the user of the blanket, pad or the wearer of the clothing, with long-term The effect of keeping warm, keeping out the cold and promoting blood circulation; the electric heating wire of the heating element is formed by wrapping a plurality of carbon fiber filaments in an insulating sleeve, which plays the role of insulation and safety without leakage when used; the external power supply is a battery, or The rechargeable lithium battery that can be used repeatedly, as well as the external power supply and the electric heating wire are connected and energized in a buckle-connected manner, which brings great convenience to the users of blankets and mats or the wearers of clothes, and is more environmentally friendly.

Description of drawings

The utility model will be further described below in conjunction with accompanying drawing and embodiment, in the accompanying drawing:

Fig. 1 is the three-dimensional appearance exploded schematic diagram of the utility model embodiment;

Fig. 2 is a perspective view of the internal structure of the utility model embodiment;

Fig. 3 is the A-A sectional view of Fig. 2;

Fig. 4 is a sectional view of the electric heating wire of the embodiment of the utility model;

Fig. 5 is a schematic plan view of the vest of the embodiment of the utility model.

Detailed ways

An embodiment of the blanket, pad or clothing structure with heating function of the utility model, which is a blanket with a large area for covering the human body, or a blanket with a small area for use on a bed or a seat It can also be the clothing directly worn on the body, such as the vest outside the long-sleeved shirt and cotton T-shirt in winter or the inner lining of the jacket (as shown in Figure 5).

As shown in Figures 1 and 3, blankets, pads or clothing have an upper cloth body 1a and a lower cloth body 1b for covering and wearing; a heating layer 10 is arranged between the upper cloth body 1a and the lower cloth body 1b, wherein heat generation The layer 10 includes a base layer 11 , a heating element 12 fixed on the base layer 11 and an insulating layer 13 arranged on the heating element 12 . When the heating element 12 is powered on, its electric heating wire 111 generates heat and generates heat energy. Since the electric heating wire 111 is laid all over the blanket, pad or clothing, the generated heat energy can be continuously provided to the user or wearer. Heating effect: the heat insulating layer 13 is arranged on the outer surface of the heating element 12, which is the side of the blanket, pad or clothing that is farther away from the human body. The purpose is to isolate the cold air outside the blanket, pad or clothing, so that heat The heat energy generated by the body 12 will not spread outwards, nor will it convect or alternate with the cold air, and it can only be kept in the blanket, pad or clothing and slowly transmitted to the human body to achieve long-term and continuous heating. The effect of warming the human body.

As shown in Figures 2 and 4, the base layer 11 is a cloth layer, a far-infrared cloth layer attached with far-infrared functional materials, or a diffusion layer with heat conduction and diffusion. The heating element 12 is formed by a heating wire 111 with a certain length arranged around the blanket, pad or clothing according to a predetermined method; The heat energy generated by the carbon fiber filament 113 is the source of the heat energy of the heating element 12; the insulating sleeve 112 plays the role of insulation and safety without leakage during use; , such as first braided into bundles, strands or used in conjunction with other glass fibers, ceramic fibers, etc.

As shown in Figures 2 and 5, the two ends of the heating wire 111 are respectively a positive electrode 114 and a negative electrode 115, and pass out to the outside of the blanket, pad or clothing, and are respectively connected to the positive pole 152 and the negative pole 151 of the external power supply 15 to be energized. , the electric energy is supplied by the external power supply 15; the positive electrode 114 and the negative electrode 115 of the electric heating wire 111 are respectively set as a concave button and a convex button structure, and the positive pole 152 and the negative pole 151 of the external power supply 15 are correspondingly set as convex nails The buckle and the concave nail buckle structure, the two are electrically connected through mutual buckling, and can also be replaced by other forms, which all belong to the protection scope of the present invention; for convenience, the external power supply 15 uses a general dry battery as the The best, even a rechargeable lithium battery that can be reused many times, is usually connected to the power supply to fully charge the power supply 15, and it is more environmentally friendly to use when going out.

The utility model is a blanket, pad or clothing with heating function, which can generate heat energy by itself, just like carrying a heater at home, even in the outdoors and in bad weather, no matter how long it takes, the wearer still feels like being in the house. The house is as warm and comfortable as there is a heater. There will be no problems such as allergies and asthma caused by down jackets, and it will not only maintain its own body temperature like clothes made of scientific and technological fabrics. The utility model really has the effect of heating and keeping warm. , can improve health and achieve the expected purpose of the invention.

What is disclosed above is only a preferred embodiment of the utility model, and cannot limit the scope of the utility model embodiment with this. The corresponding changes made by those skilled in the art according to the utility model, as well as the technology in the field Changes well known by personnel should all belong to the scope covered by the present invention.

Claims (6)

1. A blanket, pad or clothing structure with a heating effect, characterized in that it comprises: an upper (1a) and a lower (1b) fabric of a blanket, pad or garment; and The heating layer (10) arranged between the upper cloth body (1a) and the lower cloth body (1b), the heating layer (10) includes a base layer (11), a heating body fixed on the base layer (11) ( 12) and the heat insulating layer (13) arranged on the heating element (12). 2. A heating blanket, pad or clothing structure according to claim 1, characterized in that the base layer (11) is one of a cloth layer, a far-infrared cloth layer or a diffusion layer. 3. A blanket, pad or clothing structure with heating function according to claim 1, characterized in that, the heating element (12) is an electric heating wire (111) composed of a plurality of carbon fiber filaments (113), The heating wires (111) are laid out on the base layer (11) according to a predetermined method, and the two ends of the heating wires (111) are positive electrodes (114) and negative electrodes (115) respectively, and pass through to blankets, mats Or the outside of the clothing is connected with the two poles of the external power supply (15). 4. A blanket, pad or clothing structure with heating function according to claim 3, characterized in that, the heating wire (111) is formed by wrapping a plurality of carbon fiber filaments (113) with an insulating sheath (112) . 5. A heating blanket, pad or clothing structure according to claim 3, characterized in that the external power supply (15) is a battery. 6. A blanket, pad or clothing structure with heating function according to claim 3, characterized in that, the positive electrode (114) and the negative electrode (115) at both ends of the heating wire (111) are respectively set as The structure of the concave button and the convex button, and the positive pole (152) and the negative pole (151) of the external power supply (15) are respectively set as the structure of the convex button and the concave button, and the two are connected by a buckle.

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