CN104605667B - The thin mattress of safety electric health care that far-infrared material makes - Google Patents

Abstract

The invention belongs to the technical field of electric heating mattresses, and relates to a safe electric heating health-care thin mattress. The weft threads of the orthogonally woven cloth are woven with carbon crystal wires, and the warp threads are woven with thin metal wire electrode groups. The weft thread is woven with a thin metal wire conductive group, and the upper end of the thin metal wire conductive group is disconnected from the middle, and a thick metal wire is respectively welded as two connecting wires to lead out of the orthogonal woven fabric, and the thin metal wire on one side of the orthogonal woven fabric The metal wire conductive group is welded with a thick metal wire as the third wire leading out of the orthogonal woven fabric and disconnected from the fine metal wire conductive group at the upper end of the orthogonal woven cloth, and the fine metal wire conductive group at the upper end of the orthogonal woven cloth is connected The even number is disconnected from the fine wire electrode group, and the fine metal wire conductive group at the lower end of the orthogonal woven fabric is disconnected from the odd number to the fine metal wire electrode group. The heating pad is packaged into an integrated structure with soft plastic. The advantages are: Safe, healthy and comfortable to use, suitable for electric heating mattresses or carpets.

Description

Safe electric heating health care thin mattress made of far infrared material

technical field

The invention belongs to the technical field of electric heating mattresses, in particular to a safe electric heating health care thin mattress made of far-infrared materials.

Background technique

In the past, heating pads used on beds were commonly called electric mattresses, which were made by sewing ordinary electric heating wires on ordinary mattresses or fabrics, and then spreading them on the bed to generate heat for people to keep warm while sleeping. Heating wire breakage, friction fire, induction electricity, radiation, not waterproof, etc. cause leakage and other accidents.

In order to improve its deficiencies, on June 26, 2013, Chinese patent CN 203016387 U disclosed a kind of "Fur Integrated Thin Mattress for Warm in Winter and Cool in Summer" (see Figure 1), its main technical feature is: integrated fur Warm in winter and cool in summer type health care thin mattress, from bottom to top, there are wool cushion layer 1, heating film layer 3 and cortex layer 5, between wool cushion layer 1 and heating film layer 3, heating film layer 3 There are polyurethane foam adhesive layers 2 and 4 between the cortical layer 5, and the heating film layer 3 is electrically connected to a power plug 8 leading out of the health care pad through a power cord, and a thermostat 6 is electrically connected to the power cord Or a thermostat with a temperature probe, the heating film layer 3 is a PTC electric heating film, and the thermostat 6 is provided with a digital display panel 7 electrically connected to the temperature probe and signal conversion to display the heating temperature for easy control And understanding control situation, described polyurethane foam adhesive layer 2,4 is to directly form adhesive layer by spraying polyurethane foam on the lower layer, utilize the high temperature when foaming, make direct rolling bonding between the upper and lower layers, The bonding strength is high and the integrity is good; the material of the cortical layer 5 is: animal skin or artificial synthetic skin or microfiber skin; the animal skin is: buffalo leather or yellow cowhide or other animal skin; wool cushion layer 1. Wool cushion made of animal hair or wool cushion made of fiber synthetic wool; wool cushion made of fiber synthetic wool is Raschel blanket or other wool cushion; mat layer is woven grass or paper Woven or other fiber woven mat layers.

Subsequently, on December 03, 2014, Chinese patent CN 203969842U disclosed a "Fur Integrated Thin Mattress for Warm in Winter and Cool in Summer", the main technical features of which are: integrated fur and warm in winter and cool in summer for health care The thin mattress is provided with a wool cushion layer, a heating layer, and a cortical layer or a mat layer in sequence from bottom to top. Bonding layer or laminating layer or glue composite bonding layer, the heating layer is electrically connected to a power plug leading out of the health care pad through a power cord, and the power cord is electrically connected to a thermostat or a temperature controller with a temperature probe. device, the heating layer is an electric heating layer; more than one auxiliary layer is arranged between the wool cushion layer and the heating layer, between the heating layer and the cortical layer or mat layer, and between the wool cushion layer and the auxiliary layer, the auxiliary Between the layer and the heating layer, between the cortex layer or mat layer and the auxiliary layer, all are bonded and connected by a casting adhesive layer or a film adhesive layer or a glue composite adhesive layer; the auxiliary layer is more than one elastic layer or / Combination with more than one support layer; the elastic layer is made of 3D material, and the support layer is made of flame-retardant cotton or chemical fiber material; cast adhesive layer or film adhesive layer is used TPU or EVA material; the material of the cortical layer is: animal skin or artificial synthetic skin or microfiber skin; the animal skin is: buffalo leather or yellow cowhide; the wool cushion is made of animal hair Wool cushion layer or fiber synthetic wool made of wool cushion layer or fleece layer or cotton cloth layer or chemical fiber cloth layer; the mat layer is made of grass-woven or paper-woven or fiber-woven mat layer or 3D material ; The electric heating layer is a far-infrared heater or a resistance wire heating layer or an electronic heating layer or a nano-electronic film heater.

CN 203016387 U and CN 203969842 U used electric heating pad 3 (referring to Fig. 2) the electric connection structure of the carbon crystal wire 33 is: use glass fiber thread as the weft thread interval carbon crystal wire of the orthogonally woven cloth that weaves into warp and weft 33 weaving, warp threads are woven with thin metal wire electrode groups 32 at intervals, and the cross contact between carbon crystal wire 33 and thin metal wire electrode groups 32 is conductive by contact. Every group of thin metal wire electrode groups 32 will weld thick wires, and also Positive pole thick wire 35 is welded with positive pole thick wire 35, negative pole thick wire 36 is welded with negative pole thick wire 36, and draws the positive pole connecting wire 37 and negative pole connecting wire 38 that connect to use from one end, is braided with carbon crystal silk 33, fine metal wire The front and back of the orthogonally woven cloth of the electrode group 32 are packaged into an integrated structure with soft plastic 31;

The advantages of CN 203016387 U and CN 203969842 U using carbon crystal wire 33 are: it has a health care effect on the human body: carbon crystal wire 33 is used as the electric heating film, and the heating temperature of the electric heating film is controlled by controlling the number of electrically conductive carbon particles. While doing "Brownian motion" to generate heat, it will generate about 85% of far-infrared rays to radiate heat, generate negative ions, improve the circulatory system, accelerate blood circulation, and promote the production of nitric oxide by the vascular endothelium.

The disadvantages of CN 203016387 U and CN 203969842 U are: first, there are more than 34 welding spots, and each group of thin metal wire electrode groups 32 must be connected by electric welding with positive thick wires 35 and negative thick wires 36, and the welding points are due to thin wires. The thin metal wires of the electrode group 32, such as copper wires, are more, resulting in thick solder joints, making the surface of the heating pad 3 not smooth enough, and more solder joints are also prone to poor electrical connection due to weak welding and desoldering; 35,36 are many, also be one of reason that the surface of electric heating pad 3 is not smooth enough; The 3rd, power supply voltage is high, generally needs the power supply of 220V, and this is mainly because the positive and negative poles 37,38 of power supply all are from one end (in the figure). The upper side) supplies power to the other end (the lower side in the figure). When the voltage is low, the carbon crystal wire 33 times away from the power supply input end causes little heat generation; the high power supply voltage is also prone to electric shock accidents; the fourth is that when the power is first turned on, the temperature rises quickly , people lying on the electric heating pad 3 can not adapt to the rapidly rising temperature, and the comfort is poor. , the controller controls the power failure, and the power is turned on again after the temperature drops to heat, but the temperature at the pillow has not dropped to the set temperature before the power is turned on each time, so every time the power is turned on and heated, the temperature at the pillow will rise in turn, Eventually lead to high temperature fire.

Contents of the invention

The purpose of the present invention is to provide a safe electric heater made of far-infrared materials that can generate far-infrared rays, is simple and safe to connect to electricity, has a health care effect on the human body, is safe and comfortable to use, mechanized production, has no induction electricity, no electric radiation, and no flashover. Healthy thin mattress.

The purpose of the present invention is achieved like this:

The safe electric heating health care thin mattress made of far-infrared materials is made of glass fiber silk or chemical fiber or cotton thread as the warp and weft of the orthogonally woven cloth, the weft space is woven with carbon crystal silk, and the warp line is woven with fine metal wire electrode groups. The warp threads at the upper and lower ends of the orthogonally woven cloth and the weft threads at least one side are woven with thin metal wire conductive groups, carbon crystal wires are not arranged at the weaving places of the fine metal wire conductive groups at the upper and lower ends of the orthogonally woven cloth, and the fine metal wires at the upper end of the orthogonally woven cloth are The wire conductive group is disconnected from the middle and welded a thick metal wire as two wires to lead out of the orthogonal woven fabric, and the thin metal wire conductive group on one side of the orthogonal woven fabric is welded with a thick metal wire as the third The wires are led out of the orthogonal woven cloth and disconnected from the fine metal wire conductive group at the upper end of the orthogonal woven cloth. The fine metal wire conductive group at the lower end of the interwoven fabric is disconnected from the fine metal wire electrode group in odd numbers, and the front and back of the orthogonal woven cloth with carbon crystal wire, fine metal wire electrode group, and fine metal wire conductive group are woven. Thick metal wires in the woven cloth are packaged with soft plastic to form an electric heating pad with a one-piece structure.

The above-mentioned conductive group of thin metal wires is a row of thin copper wires arranged parallel to each other and woven on the orthogonal weaving cloth, which can be in contact with carbon crystal wires to conduct electricity.

The above-mentioned thin metal wire electrode group is a row of thin copper wires arranged parallel to each other and woven on the orthogonally woven cloth, which can be in contact with carbon crystal wires and conduct electricity.

The above-mentioned conductive group of thin metal wires is a row of thin copper wires without an insulating layer that can meet the power requirements of the electric heating pad.

The power supply voltage of the electric heating pad is 12V-220V.

The upper or lower surface of the electric heating pad is provided with a wool cushion layer, and the lower or upper surface is provided with a cortex layer or mat layer.

More than one temperature sensor or temperature protector is provided on the upper surface or the lower surface of the above-mentioned electric heating pad, and casting bonding is provided between the wool pad layer and the electric heating pad, and between the electric heating pad and the cortical layer or mat layer. layer or film adhesive layer or glue composite adhesive layer, the three wires of the electric heating pad and the temperature sensor are electrically connected with the electric plug or/and the controller.

More than one auxiliary layer is arranged between the above-mentioned wool cushion layer and the electric heating pad, between the electric heating pad and the cortical layer or the mat layer, between the wool cushion layer and the auxiliary layer, between the auxiliary layer and the electric heating pad, the cortical layer or The mat layer and the auxiliary layer are bonded and connected through a cast adhesive layer, a film adhesive layer or a glue composite adhesive layer.

The above-mentioned auxiliary layer is more than one elastic layer or/and more than one supporting layer.

The above-mentioned elastic layer is made of 3D material, and the support layer is made of flame-retardant cotton material or chemical fiber material.

The above-mentioned casting adhesive layer or film adhesive layer uses TPU or EVA or PE or glue material.

The material of the above cortical layer is: animal skin or artificial synthetic skin or microfiber skin, and the animal skin is: buffalo leather or yellow cow leather.

The above-mentioned wool cushion layer is a wool cushion layer made of animal hair or a wool cushion layer made of fiber synthetic hair or a flannelette layer or a cotton cloth layer or a chemical fiber cloth layer.

The above-mentioned mat layer is made of grass-woven or paper-woven or fiber-woven mat layer or 3D material.

Compared with the prior art, the present invention has outstanding and beneficial technical effects as follows:

1. Fewer solder joints and thick metal wires: the present invention only disconnects the thin metal wire conductive group 43 at the upper end of the orthogonal woven fabric from the middle part 46 and welds a thick metal wire 481, 482 respectively as two positive wires to lead out Outside the orthogonal weaving cloth, a thick metal wire 483 is welded to the thin metal wire conductive group 43 on one side of the orthogonal weaving cloth as the third connecting wire to lead out of the orthogonal weaving cloth, and a positive electrode connecting wire and a negative electrode connecting wire Electric wire 383 all can be drawn from a corner or a side of the orthogonal braided cloth, and another positive pole connecting wire is drawn from the middle part 46 disconnection of the thin metal wire conduction group 43 on the upper end of the orthogonally braided cloth, and three connecting wires (above-mentioned Thick metal wires (481, 482, 483) are seldom short and only have three solder joints. Therefore, the processing technology is simple, the production efficiency is high, the failure rate is low, and the surface is smooth.

2. Low-voltage power supply, gentle heating, and uniform heating: because the positive wire at the upper end and the negative wire at the lower end of the present invention form a better cycle power supply circuit, the voltage consistency of all carbon crystal wires is good, and the heat is even. The 36V power supply is It can supply power evenly, and when it is first powered on, the temperature will not rise as fast as the 220V power supply, but the temperature will rise slowly and softly. People lie on the electric heating pad to enjoy the slowly and softly rising temperature, which is more comfortable. Of course, it can also be used The voltage of 12V-220V is the power supply of the electric heating pad, which is divided into two parts, the left and the right, to supply power respectively. When a single person uses it, only one side can be used for power supply, saving electric energy.

3. The lead-out end of the positive and negative poles of the power supply of the present invention adopts thin metal wire conductive group wiring instead of carbon crystal wire, which is just located at the pillow and will not generate heat, which avoids the possibility of superimposed temperature rise at the pillow. Produces a heated mattress that is flat from start to finish.

4. The present invention adopts plastic packaging, no leakage, no induction electricity, no electric radiation, no flashover, has a health care effect on the human body, and is safe and comfortable to use.

5. The present invention adopts S-type power supply layout, the current and voltage are stable, the skin will not burn, the hair will not change color, and the temperature will not superimpose.

6. The present invention has self-limiting temperature characteristics: the carbon crystal wire electric heating film has a positive temperature coefficient resistance, that is to say, it has temperature-limiting characteristics, and the maximum surface temperature is automatically controlled within 70°C, and the maximum will not exceed 80°C, which saves energy. The advantages of constant temperature and humidity.

7. The present invention can mechanize the production operation of the assembly line, with few welding points, the disconnected part can be cut with scissors, and the wiring can be carried out automatically.

8. Warm in winter and cool in summer: One side of the present invention uses a cortical surface layer with good air permeability and heat transfer, such as buffalo leather, and the other side uses a wool cushion layer with good air permeability and heat transfer, such as Raschel blanket, polyester, and acrylic fiber, which can be used in winter. Place the sheer blanket facing upwards, which has the functions of softness, comfort, warmth, and health care; in summer, place the buffalo leather facing upwards. It has cool, breathable and comfortable effects. Of course, it can also be heated by electricity in summer. After the human body is detoxified by "hot steaming", and then dried with a hot towel, the human body will be refreshed and the energy will be doubled. It can be said that using the present invention, Warm in winter and cool in summer, healthy and comfortable, high-end enjoyment.

9. In the present invention, the polyurethane foam adhesive layer is directly foamed between the thermal insulation base material layer and the heating layer, and between the heating layer and the carpet fabric layer, and the high temperature during foaming is used to make the bonding strength between the layers High, good integrity, and the electric heating pad has a service life of more than 30 years, which makes the overall service life high and the use cost low.

10. The one-piece structure of the present invention can be used as a mattress all year round, for example, it can be directly set in the bed cover of a Simmons mattress, and the present invention can be turned over in winter and summer without adding other mattresses, reducing the number and cost of bedding.

11. The present invention uses the carbon crystal wire electric heating film as the heating element. Due to the encapsulation effect of plastic and the low voltage (36V), the electric heating film does not produce open flames, is unnatural, and is safe and reliable during the electrothermal conversion process.

12. The present invention combines the mattress and far-infrared heating into one, and has the functions of warming in winter and cooling in summer and health care, low cost, high efficiency, economical and convenient, and is suitable for high-end, fashionable, comfortable mattresses with heating and health care functions. The use of health care mattresses is also suitable for electric heating carpets. Its production process is mechanized, and at the same time it can solve the technical problems of induction electricity, electric radiation, and flashover of existing electric heating mattresses.

Description of drawings

Fig. 1 is a structural schematic diagram of the prior art.

Fig. 2 is a schematic diagram of the electrical connection of the electric heating pad in the prior art.

Fig. 3 is a schematic diagram of the electrical connection in Embodiment 1 of the present invention.

Fig. 4 is a schematic diagram of the structure of Embodiment 2 of the present invention.

Fig. 5 is a second schematic diagram of the structure of Embodiment 2 of the present invention.

Fig. 6 is a schematic diagram of a structure of Embodiment 3 of the present invention.

Fig. 7 is a second schematic diagram of the structure of Embodiment 3 of the present invention.

Figure 8 is a schematic diagram of the electromagnetic spectrum.

detailed description

The present invention will be further described below in conjunction with accompanying drawing with specific embodiment:

Embodiment 1, see Fig. 3:

The safe electric heating health-care thin mattress made of far-infrared material uses glass fiber silk or chemical fiber or cotton thread 60 as warp and weft threads to weave the orthogonally woven fabric. The weft thread interval is woven with carbon crystal silk 42. More than one glass fiber filament or chemical fiber or the weft thread of cotton thread 60 replaces the weft thread of glass fiber filament or chemical fiber or cotton thread 60 with a carbon crystal silk 42, and the warp thread is woven with thin metal wire electrode groups 45 at intervals, and the warp thread interval weaving is The warps of more than one glass fiber filaments or chemical fibers or cotton threads 60 are replaced with a carbon crystal filament 42, the warps of the upper and lower ends of the orthogonally woven cloth and the weft threads of at least one side The fine metal wire conductive group 43 is woven, the fine metal wire conductive group 43 at the upper and lower ends of the orthogonal woven cloth is not provided with carbon crystal wire 42, and the fine metal wire conductive group 43 at the upper end of the orthogonal woven cloth is disconnected from the middle part 46 and respectively Weld a thick metal wire 481, 482 as two connecting wires to lead out of the orthogonal woven fabric, and weld a thick metal wire 483 as the third connecting wire to lead out the orthogonal woven fabric. Outside the woven cloth and disconnected with the fine metal wire conductive group 43 at the upper end of the orthogonal woven cloth, the fine metal wire conductive group 43 at the upper end of the orthogonal woven cloth is disconnected with the fine metal wire electrode group 45 in even numbers (see disconnection place 47), the thin metal wire conductive group 43 at the lower end of the orthogonal braided cloth is disconnected with the thin metal wire electrode group 45 in odd numbers (see disconnection 50), and is braided with carbon crystal wire 42, fine metal wire electrode group 45, The front and back of the orthogonal braided cloth of the fine metal wire conductive group 43 and the thick metal wires 481, 482, 483 in the orthogonal braided cloth are packaged into an electric heating pad 13 of an integrated structure with a soft plastic 40. Parts of the orthogonal woven cloth, thin metal wire conductive group 43, carbon crystal wire 42, thin metal wire electrode group 45, thick metal wires 481, 482 and 483 are encapsulated inside the soft plastic 40 by extension or injection molding or composite method, To ensure waterproof, anti-flashing, anti-inductive electricity, anti-radiation; the above-mentioned thin metal wire conductive group 43 is a row of thin copper wires arranged in parallel and woven on the orthogonal woven cloth that can contact and conduct electricity with carbon crystal wire 42 The above-mentioned thin metal wire electrode group 45 is a row of thin copper wires 41 that can be in contact with the carbon crystal wire 42 and conduct electricity that are arranged parallel to each other and are woven on the orthogonal weaving cloth; A row of thin copper wires 44 without insulating layer is used as a pad, and the number of thin copper wires 44 is based on the combination of the power of the carbon crystal wire 42 that can supply power to it and has a certain safety factor as a standard. A row of thin copper wires The wire 44 is not provided with an insulating layer in order to contact and conduct electricity with another row of thin copper wires 44 , carbon crystal wires 42 and thin metal wire electrode groups 45 .

The thin metal wire conductive group 43 at the upper end of the orthogonal braided cloth of the integrated structure electric heating pad 13 produced in this embodiment is respectively welded with thick metal wires 481, 482 as two positive pole connecting wires and drawn out of the orthogonal braided cloth; The thin metal wire conduction group 43 on one side of the interwoven fabric is welded with a thick metal wire 483 as a negative pole connected to the wire, and the outside of the orthogonal woven fabric is respectively connected to the positive and negative poles of the power supply, which can control the carbon crystals on the left and right sides of the electric heating pad 13 respectively. The on-off power of wire 42, to adapt to the heating needs of double bed or single bed, certainly, if increase temperature sensor 15 and controller 17, can realize the heating temperature to the carbon crystal wire 42 of left and right sides.

Laying the electric heating pad 13 with integrated structure produced in this embodiment under the carpet can also be used as a geothermal device.

The power supply voltage of the electric heating pad produced in this embodiment is 12V-220V, and the best choice is the international standard of 36V.

Embodiment 2, see Fig. 3-Fig. 5:

Using the electric heating pad 13 made in Example 1, the upper surface or the lower surface of the electric heating pad 13 is provided with a fur cushion layer 10, and the lower surface or the upper surface is provided with a cortical layer 14 or a mat layer, so that a kind of fur integrated The electric heating mattress; the upper or lower surface of the electric heating pad 13 is provided with more than one temperature sensor 15 or temperature protector, so that after one temperature sensor 15 fails, it can be switched to another by the controller. , to ensure accurate and reliable temperature control, and the temperature protector can automatically power off and shut down when the temperature reaches the set temperature. A cast adhesive layer or a film adhesive layer or a glue composite adhesive layer 11 is arranged between the layers, and the three wires and the temperature sensor of the electric heating pad 13 are electrically connected to the electric plug or/and the controller: for example: electric heater The two thick metal wires 481 and 482 of the pad 13 are respectively used as two positive connecting wires and the thick metal wire 483 is used as a negative connecting wire to connect two electric plugs respectively, and the two electric plugs are connected to the power socket to control the operation respectively. The power on and off of the carbon crystal wire 42 on the left and right sides; perhaps three connecting wires 481, 482, 483 and the temperature sensor 15 of the electric heating pad 13 are electrically connected with the controller earlier, and the power cord on the controller is connected to the power plug 18 (see Fig. 3), the power plug 18 is connected on the power socket and can be used; perhaps three wires 481, 482, 483 and the temperature sensor 15 of the electric heating pad 13 are connected to the power socket 16 or the power plug, and the controller is connected with a The power plug 19 connected to the power supply and the power plug 17 or the power socket that can be electrically connected to the power socket 16 or the power plug, the power plug 19 on the controller is connected to the power socket to control the electric heater. The on-off (referring to Fig. 4) of the carbon crystal wire 42 on the left and right sides of the pad 13 is used for people's heating and health care; certainly, the described casting adhesive layer or the film adhesive layer use TPU or EVA or PE or glue material; the material of the cortical layer 14 is: animal skin or artificial synthetic skin or superfiber skin, and the described animal skin is: buffalo leather or yellow cowhide; the described hair cushion layer 10 is animal hair Made wool cushion layer 10 or fiber synthetic wool made wool cushion layer 10 or flannelette layer or cotton cloth layer or chemical fiber cloth layer; The described mat layer is a mat layer woven with grass or paper or fiber woven or Made of 3D material.

Embodiment 3, see Fig. 3, Fig. 6, Fig. 7:

The structure of this embodiment is basically similar to that of Embodiment 3, and the difference is that more than one auxiliary layer is arranged between the above-mentioned wool cushion layer 10 and the electric heating pad, between the electric heating pad and the cortical layer 14 or the mat layer, Between the wool cushion layer 10 and the auxiliary layer, between the auxiliary layer and the electric heating pad, between the cortex layer 14 or the mat layer and the auxiliary layer are all bonded by a cast adhesive layer or a film adhesive layer or a glue composite adhesive layer connection; the auxiliary layer is more than one elastic layer or/and more than one support layer; the elastic layer is made of 3D material, and the support layer is flame-retardant cotton or chemical fiber material Made; the cast adhesive layer or film adhesive layer uses TPU or EVA or PE or glue material; the material of the cortical layer 14 is: animal skin or artificial synthetic skin or microfiber skin, the The animal skin described above is: buffalo leather or yellow cowhide; the wool cushion layer 10 is a wool cushion layer 10 made of animal hair or a wool cushion layer 10 made of fiber synthetic hair or a flannelette layer or a cotton cloth layer or a chemical fiber cloth layer ; The mat layer is made of grass-woven or paper-woven or fiber-woven mat layer or 3D material;

The method described in Embodiment 2 can also be used when connecting electricity: for example: the two thick metal wires 481, 482 of the electric heating pad 13 are respectively used as two positive connecting wires and the thick metal wire 483 is used as a negative connecting wire to respectively connect two electric plugs Connect the two electric plugs on the power socket to control the on-off of the carbon crystal wires 42 on the left and right sides respectively; The controller is electrically connected, the power cord on the controller is connected to the power plug 18 (see Figure 3), and the power plug 18 is connected to the power socket to use; or the three connection wires 481, 482, 483 of the electric heating pad 13 and the temperature The sensor 15 connects the power socket 16 or the power plug, and the controller is connected with the power plug 19 that can be connected with the power supply and the power plug 17 or the power socket that can be electrically connected with the power socket 16 or the power plug, and the controller The power plug 19 on the top is connected on the power socket and can control the on-off power (referring to Fig. 4) of the carbon crystal wire 42 on the left and right sides of the electric heating pad 13 by the controller, for people's heating and health care.

The health care effect of far infrared rays on the human body: Since the vibration frequency of far infrared rays is close to that of cell molecules in the human body, after the "life light wave" penetrates into the body, it will cause the resonance of the atoms and molecules of human cells, through resonance absorption, friction between molecules Heat generation forms a thermal reaction, which promotes the temperature rise of the deep subcutaneous layer, expands microvessels, accelerates blood circulation, helps to remove blood vessel accumulation and harmful substances in the body, removes obstacles that hinder metabolism, revives tissues, promotes enzyme production, and achieves activation. Tissue cells, prevent aging, and strengthen the immune system. In addition, some harmful substances in the human body, such as heavy metals and other toxic substances in food, lactic acid, free fatty acids, fat and subcutaneous fat, sodium ions, uric acid, accumulated in capillaries The residues of cosmetics in the pores can be metabolized and directly excreted from the skin and sweat without passing through the kidneys, which can avoid increasing the burden on the kidneys. Therefore, far-infrared rays can activate the activity of biological macromolecules on the human body, make the molecules of the organism in a higher vibration state, promote and improve blood circulation, enhance metabolism, improve human immune function, have anti-inflammatory and swelling, analgesic and "light wave The health care effect of physiotherapy in the treatment room.

The health care effect of nitric oxide on the human body: The book "Magic Nitric Oxide: Teach You to Live 30 Years Longer" by Nobel Laureate Physiology and Medicine Dr. In cardiovascular and cerebrovascular diseases, hypertension, hyperlipidemia, diabetes and other diseases, nitric oxide has played the most important role. Nitric oxide is an important element in regulating blood circulation. The blood vessels of the human body can circle the earth for two and a half weeks, and the blood continuously transports oxygen and nutrients in the blood vessels, and at the same time, it also excretes the waste and garbage produced by the body. The main functions of nitric oxide are: preventing and treating the three highs, helping humans stay away from cardiovascular and cerebrovascular diseases, participating in the execution of multifunctional functions such as inflammatory response, signal transmission, blood vessel regulation and immune regulation, and being able to activate the brain (see the online version of "Neurobiology "A book, improving Alzheimer's symptoms (senile dementia), improving sleep quality, deepening learning and memory, regulating the visual system, protecting the liver and lungs, improving gastrointestinal function, preventing and treating diabetes, enhancing sexual function, prolonging female fertility, improving energy Immunity and exertion fatigue.

The basic principle of infrared radiation:

According to its position in the electromagnetic spectrum, infrared (infrared radiation) is defined as: "electromagnetic waves with a wavelength range between visible light and microwaves". From the perspective of the electromagnetic spectrum, it is just outside the red light of visible light, so it is called infrared.

The wavelength range of infrared rays is 0.75～1000μm, according to the international standard 841-04 of IEC 60050:

Infrared radiation with a wavelength of 0.75 to 2 μm is defined as "short-wave infrared (near infrared)";

Infrared radiation with a wavelength of 2-4 μm is defined as "mid-wave infrared (mid-infrared)";

Infrared radiation with a wavelength of 4-1000 μm is defined as "long-wave infrared (far infrared)".

Electromagnetic spectrum, see Figure 8 for details.

Basic properties of infrared radiation:

Since infrared radiation is essentially the same as visible light, infrared radiation also possesses the basic properties of visible light. include:

(1) Propagate along a straight line in a homogeneous medium;

(2) Reflection and refraction occur at the interface of two different media;

(3) Scattering occurs when propagating in an inhomogeneous medium;

(4) Generate interference, diffraction and polarization under certain conditions;

(5) The speed of propagation in vacuum is equal to the speed of light (300,000 kilometers per second).

Characteristics of infrared radiation:

(1) Invisibility

In the electromagnetic spectrum, the human eye's visual cells are only sensitive to visible light and cannot see infrared radiation. If you want to observe infrared radiation, you must rely on professional equipment for measurement.

(2) Has a significant thermal effect

The vast majority of substances in the human body and nature have good absorption characteristics for infrared radiation, and can intensify their molecular motion after receiving radiation, and immediately convert it into heat energy, and the temperature rises rapidly. This is the thermal effect of infrared rays.

Physics research shows that temperature (thermal energy) is a macroscopic measure of the intensity of molecular motion of an object. From a macroscopic point of view, if the temperature of an object is relatively high, then from a microscopic point of view, it appears that the molecules of the object move more violently. Infrared radiation is closely related to the thermal motion of material molecules. After an object receives infrared radiation, it can change the thermal motion state of molecules and increase the kinetic energy of molecules (including rotation and vibration), so the thermal effect is significant. At present, infrared radiation heating technology has been increasingly widely used in the field of heating and drying in various sectors of the national economy.

As we all know, the growth of all things depends on the sun, and the heating component in sunlight is mainly infrared rays. People often say: "The sun brings light and warmth", to be precise, it should be "the visible light in the sun brings us light, and the infrared rays in the sun bring us warmth". In daily production and life, people often use sunlight to dry newly harvested grains, wet clothes or other items, which is the thermal effect of infrared rays in sunlight. People who do not see the sun for a long time will become haggard. Plants do not see the sun, the branches are not strong, and the leaves are not luxuriant. The reason is the lack of infrared rays in the sun. Therefore, infrared is known as the "lifeline" of human beings and creatures. Using products with infrared radiation function is like installing an "artificial sun" indoors, allowing you to bask in the sun 24 hours a day without going out. The use of this type of product can not only produce the effect similar to solar radiation, but also does not contain harmful radiation such as ultraviolet rays contained in sunlight, and can make full use of the various functions of infrared radiation to achieve the purpose of one machine with multiple functions, which is to improve people's quality of life , the best choice for pursuing healthy and civilized life.

The basic principle of infrared health care products is to use the infrared rays emitted by the products to directly irradiate specific parts of the human body to obtain physical and physiological effects beneficial to the human body.

The basic effect of infrared radiation on the human body is as follows: when the human body receives infrared radiation, it can change the movement state of cell molecules, and the temperature rises, that is, a thermal effect (primary effect); at the same time, because the human body is a very complex biological The system will also produce a series of beneficial physiological effects (secondary effects or "non-thermal effects") on the human body, mainly including:

a) activate the activity of biological macromolecules such as ribonucleic acid and protein;

b) Promote and improve local and systemic blood circulation, dredge meridians;

c) Enhance metabolism and tissue regeneration (keep the exchange of substances inside and outside the body in balance), and eliminate harmful substances;

d) Improving immunity and eliminating "sub-health" status;

e) Anti-inflammatory and analgesic (with auxiliary curative effect on chronic pain and inflammatory diseases);

f) regulating the nervous and respiratory systems;

g) Burn excess fat, lose weight and beautify.

In short, the effect of infrared health care products on the human body is mainly reflected in health care, that is, to adjust the human body to a good health state, to reduce the incidence of disease and prevent diseases as much as possible.

According to the basic principle, basic attributes and characteristics of infrared radiation, the products produced by the present invention can produce infrared radiation and nitric oxide, and can obtain physical and physiological effects beneficial to the human body after use, and feel comfortable and comfortable. Comfortable.

The foregoing embodiments are only preferred embodiments of the present invention, and are not intended to limit the scope of protection of the present invention. Therefore, all equivalent changes made according to the structures, shapes and principles of the present invention shall be covered by the protection of the present invention. within range.

Claims (14)

1. The safe electric heating health care thin mattress made of far-infrared materials is made of glass fiber silk or chemical fiber or cotton thread as the warp and weft threads of the orthogonally woven cloth. , it is characterized in that: the warp at the upper and lower ends of the orthogonally woven cloth and the weft on at least one side are woven with thin metal wire conductive groups, and carbon crystal wires are not arranged at the braided places of the fine metal wire conductive groups at the upper and lower ends of the orthogonally woven cloth, and the orthogonal The thin metal wire conductive group at the upper end of the woven fabric is disconnected from the middle, and a thick metal wire is respectively welded as two connecting wires to lead out of the orthogonal woven fabric, and the thin metal wire conductive group on one side of the orthogonal woven fabric is welded to one The thick metal wire is drawn out of the orthogonal woven fabric as the third wire and is disconnected from the thin metal wire conductive group at the upper end of the orthogonal woven fabric. The group is disconnected, and the fine metal wire conductive group at the lower end of the orthogonal woven cloth is disconnected from the fine metal wire electrode group every odd number, and the orthogonal woven cloth is woven with carbon crystal wire, fine metal wire electrode group, and fine metal wire conductive group The front and back of the front and back and the thick metal wire in the orthogonal woven cloth are packaged into an electric heating pad with an integrated structure with soft plastic. 2. The safe electric heating health care thin mattress made of far-infrared material according to claim 1, characterized in that: the conductive groups of thin metal wires are arranged in parallel and woven on the orthogonal weaving cloth and can be combined with carbon crystals. The wire touches a row of thin copper wires that conduct electricity. 3. The safe electric heating health care thin mattress made of far-infrared material according to claim 1 is characterized in that: the described thin metal wire electrode group is arranged in parallel with each other and woven on the orthogonal weaving cloth, which can be combined with carbon crystal The wire touches a row of thin copper wires that conduct electricity. 4. The safe electric heating health care thin mattress made of far-infrared material according to claim 1, characterized in that: the conductive group of thin metal wires is a row of fine copper without insulating layer that can meet the power of the electric heating pad Silk. 5. The safe electric heating health care thin mattress made of far-infrared material according to claim 1, characterized in that: the power supply voltage of the electric heating pad is 12V-220V. 6. The safe electric heating health care thin mattress made of far-infrared material according to any one of claims 1-5, characterized in that: the upper surface or the lower surface of the electric heating pad is provided with a wool cushion, and the lower surface or the upper surface The surface is provided with a cortex layer or a mat layer. 7. The safe electric heating health care thin mattress made of far-infrared material according to claim 6, characterized in that: the upper surface or the lower surface of the electric heating pad is provided with more than one temperature sensor or temperature protector. Between the fur cushion layer and the electric heating pad, between the electric heating pad and the cortical layer or the mat layer, there are cast adhesive layers or film adhesive layers or glue composite adhesive layers, and the three connecting wires and temperature sensors of the electric heating pad It is electrically connected with the electric plug or/and the controller. 8. The safe electric heating health-care thin mattress made of far-infrared material according to claim 6 is characterized in that: between the wool cushion layer and the electric heating pad, between the electric heating pad and the cortical layer or the mat layer, there is a For the auxiliary layer above the layer, between the wool cushion layer and the auxiliary layer, between the auxiliary layer and the electric heating pad, between the cortex layer or the mat layer and the auxiliary layer, all are bonded by casting adhesive layer or film adhesive layer or glue composite Adhesive bonding. 9. The safe electric heating health care thin mattress made of far-infrared material according to claim 8, characterized in that: said auxiliary layer is more than one elastic layer or/and more than one support layer. 10. The safe electric heating health care thin mattress made of far-infrared material according to claim 9, characterized in that: the elastic layer is made of 3D material, and the supporting layer is made of flame-retardant cotton or chemical fiber material. 11. The safe electric heating health care thin mattress made of far-infrared material according to claim 7 or 8, characterized in that: TPU or EVA or PE or glue material is used for the cast adhesive layer or film adhesive layer . 12. The safe electric heating health care thin mattress made of far-infrared material according to claim 6, characterized in that: the material of the cortical layer is: animal skin or artificial synthetic skin or microfiber skin, and the animal skin Yes: buffalo or yellow leather. 13. The safe electric heating health care thin mattress made of far-infrared material according to claim 6, characterized in that: the wool cushion is made of animal hair or fiber synthetic wool Or fleece layer or cotton layer or chemical fiber layer. 14. The safe electric heating health care thin mattress made of far-infrared material according to claim 6, characterized in that: the mat layer is made of grass-woven or paper-woven or fiber-woven mat layer or 3D material of.