KR102600713B1 - Seated warmer with feedback link between pressure generator and infrared discharger - Google Patents

Abstract

The present invention is a seat warmer that supplies warmth to sensitive areas of the human body. In particular, it is a technology that generates power using the gravity of the human body using a pressure generator installed on the seat plate and feeds this back as optical energy to create a warmer effect.
The purpose of the present invention is a low-power portable seated heater technology that intensively applies warmth to sensitive areas of the human body. After generating electricity by gravity applied from the human pelvis, the electricity is converted into optical heat and returned to the user through a feedback energy circulation route. The purpose is to initiate the technology.
The present invention for this purpose is a first embodiment,
A lower member forming the basic skeleton of the seating plate; An upper member capable of seating a person's buttocks; a projection hole formed in part or all of the upper member to allow light to pass through; An infrared emitting unit installed between the lower member and the upper member; A pressure power generation unit installed between the lower member and the upper member; Seated warmer technology, etc., characterized in that it includes a configuration that produces power by gravity from the human pelvis applied to the pressure power generation unit and returns the produced power to the human body as infrared rays through the infrared emitting unit and the projection hole. It begins.
According to the present invention, since heat is applied intensively to sensitive parts of the human body, an effective heating function is achieved even with a small area of heat, and the effect of circulating and utilizing the gravity from the human body, which is normally lost into the atmosphere, is converted into electricity, optical, and thermal heat. Accordingly, even if there is no means of storing energy such as a separate battery, there is a feedback effect at the right time and place in which power is produced and provided to the user as heat when needed.

Description

Seated warmer with feedback link between pressure generator and infrared discharger}

The present invention is a seat warmer that supplies warmth to sensitive areas of the human body. In particular, it is a technology that uses a pressure generator installed on the seat plate to generate power using gravity from the human body and feeds this back as optical energy to create a warmer effect.

Sunlight includes visible rays of seven rainbow colors and invisible rays such as infrared rays, ultraviolet rays, and X-rays that are invisible to the human eye. Invisible rays are electromagnetic waves, a type of energy wave, and are further classified into near infrared rays, mid infrared rays, and far infrared rays depending on their wavelength.

When the light emitted from sunlight or a heating element is dispersed into a spectrum, infrared rays lie outside the red end of the spectrum, and among these, the light with the shortest wavelength of 0.75-3㎛ is called near-infrared rays. Near-infrared rays are known to be effective in treatments such as disinfection, sterilization, joint and muscle treatment, and fatigue recovery. Specific effects include a warming effect that maintains the body's body temperature at an appropriate temperature, a ripening effect that promotes growth of the human body, a self-cleaning effect that maintains a balance in the supply of nutrients, a drying effect that maintains appropriate moisture in the human body, and promotion of excretion of waste. , has a neutralizing effect to neutralize odors, etc.

Far infrared rays are light with a wavelength in the range of 3 to 14㎛. Compared to visible light, it has a superior thermal effect and has the characteristic of being heated quickly because the radiated energy is radiant heat that is transmitted directly and instantaneously. It is widely used in heat therapy, health products, etc. In particular, far-infrared rays are very effective in resonating the molecules that make up the human body, and are known to promote metabolism by affecting the action of enzymes, hormones, and physiologically active substances.

Meanwhile, most modern people sit on chairs and work or study in a comfortable position. In the past, chairs have been widely used in rural markets or on pedestals in traditional markets. Recently, with the development of computers and the Internet, people can sit on chairs even indoors. The time is getting longer and longer. Using a chair for long periods of time increases fatigue due to poor blood circulation due to pressure on the buttocks, and causes problems such as back pain, hemorrhoids, urinary incontinence, and prostate disease.

By applying far-infrared or near-infrared rays to seating devices such as chairs, it is possible to alleviate many of the problems arising from the structure of using chairs for long periods of time as described above, and continuous research on this has been conducted based on many literature and patented known technologies. can see.

However, when applying near-infrared rays, far-infrared rays or other heating devices to a chair, a separate external power source (wire) is required, and efficient research or inventions targeting simplification of wires and reduction of electricity costs are nowhere to be seen. In other words, since wires interfere with the chair's ability to ensure human movement within a certain range, when applying it to a chair, it is desirable to consider a wireless method so that it can be used on an outdoor pedestal. Furthermore, if it can save electricity costs, it is very useful. It will be beneficial.

However, although the wireless charging method solves the problem of the inconvenience of wires, it does not relieve the burden of electricity bills. In fact, there is a problem in that power efficiency is lower than when using wires, so electricity bills are higher. In addition, electricity using renewable energy such as solar energy and wind power requires large-scale accumulation means, and in the case where there is no accumulation means, there is a problem in that the time when power is needed and the time when renewable energy is produced do not match. In other words, there is a problem in that power is not produced if there is a shadow or the wind does not blow at the time of use.

In order to solve this problem, the present invention first considered the following characteristics of the human body. in other words,

In general, when treating diseases such as hemorrhoids, prostate disease, urethritis, cold sores, uterine inflammation, and anal sphincter, heat physical therapy such as sitz baths and cipro is performed in addition to drug treatment. These diseases are mainly concentrated in the perineal blood. Could know.

The perineum acupuncture point is a name given to the meaning that the dokmaek, immaek, and chungmaek meet at the intersection between the preeum (genitals) and the posterior eum (anus), and is where the most important acupuncture points in the human body begin. In other words, the perineal acupoint contains all the energy and blood of the entire body, so in Oriental medicine, acupuncture and acupuncture have been applied to the perineal acupoint since ancient times to treat male and female genital diseases, epilepsy, and epilepsy. It is said that it has been used to treat symptoms such as postpartum insanity (see prior art).

In other words, since the perineal blood is an important part of treating diseases such as the prostate in relation to the body's energy and blood, heating it with heat or infrared is the key to not only treating the disease but also spreading the warmth throughout the body. It was possible to discover the principle of blood. (For reference, prostate thermotherapy, which is one of the treatments that apply perineal blood, is a heat treatment method using radio waves, microwaves, lasers, or general electric heating devices. Normal cells die around 45℃, while tumor cells are sensitive to heat and have temperatures lower than this. This is a treatment that focuses on perineal blood by applying the principle that death occurs at a temperature of about 42.5℃.)

In short, if we synthesize the information from the aspect of Oriental medicine that understands the structure of the human body, it can be seen that effective distribution of warmth to the human body is possible when heat is applied by focusing on the perineal acupoint. If we consider this again from the perspective of electrical and electronic engineering, a small area of the perineal acupoint can be achieved. The motivation behind the present invention is that when the heat is concentrated, the power required is very small, and thus more advanced renewable energy generator technology can be applied.

However, in the present invention, the perineal acupoint is referred to by the term sensitive area. As the present invention is intended for use as a treatment or heating device, the area to be heated is not necessarily the perineal acupoint, but it depends on the posture or purpose in use. This is considering that it can provide warmth to people around it as well.

The prior technologies investigated are as follows. Some of them are background technologies that contributed to the conception of the present invention. 1) Republic of Korea Patent Application 10-2007-0125031; Prostate perineum anal heating massager 2) Republic of Korea utility model application 20-2011-0001333; Heat storage chair with steaming function 3) Republic of Korea Patent Application 10-2016-0096638; near infrared mattress 4) Republic of Korea utility model application 20-2003-0001655; Thermal steamer using direct current power 5) Republic of Korea Patent Application 20-2005-0032706; Perineal Prostate Therapy Device

http://www.chemidream.com/1887 [Hanwha Chemical official blog]

The first purpose of the present invention is a low-power portable seated heater technology that intensively applies warmth to sensitive areas of the human body. After generating electricity by gravity applied from the human pelvis, the electricity is converted into optical heat and returned to the human body through feedback. The goal is to initiate energy circulation route technology.

The second purpose of the present invention is to disclose a renewable energy technology in which the use time and power production time coincide even without a separate power storage device.

The present invention for this purpose is a first embodiment,

A lower member forming the basic skeleton of the seating plate;

An upper member capable of seating a person's buttocks;

a projection hole formed in part or all of the upper member to allow light to pass through;

An infrared emitting unit installed between the lower member and the upper member;

A pressure power generation unit installed between the lower member and the upper member;

A sitting warmer technology is disclosed, characterized in that it includes a configuration that generates power using gravity from the human pelvis applied to the pressure generating unit and returns the generated power to the human body as infrared rays through the infrared emitting unit and the projection hole. do.

In addition, the present invention is a second embodiment,

A lower member forming the basic skeleton of the seating plate;

An upper member capable of seating a person's buttocks;

a projection hole formed in part or all of the upper member to allow light to pass through;

an infrared emitting unit installed between the lower member and the upper member;

A pressure power generation unit is installed between the lower member and the upper member, and the pressure power generation unit is configured by jointly connecting a plurality of piezoelectric elements, while at least one of the plurality of piezoelectric elements is provided between the plurality of piezoelectric elements and the upper member. An interlocking pressurizing plate unit that interlocks so that gravity is applied to two or more at the same time;

Characterized in that it produces power by gravity from the human pelvis applied to the pressure power generation unit through the interlocking pressurizing plate, and the produced power is returned to the human body as infrared rays through the infrared emitting unit and the projection hole. Start the seat warmer.

In each embodiment,

The upper member arranges the cushioning material at a peripheral position corresponding to the pelvis of the human body, and the infrared emitting part and projection hole are arranged at the central position, which is a sensitive part of the human body, or

The upper member may be made of mesh and may include a configuration that serves as both a projection hole and a vent.

In addition, the infrared emitting unit includes an LED that emits near-infrared rays or far-infrared rays, and the pressure generating unit is configured to jointly connect a plurality of piezoelectric elements, and is connected to a plurality of piezoelectric elements simultaneously between the plurality of piezoelectric elements and the upper member. It may further include an interlocking pressure plate portion that applies gravity. Furthermore, the pressure power generation unit may further include a configuration capable of charging and discharging by additionally connecting a battery pack.

In addition, the output of the pressure power generation unit may further include a configuration connected to the infrared emitting unit via the matrix unit, and the configuration connecting the pressure generating unit and the infrared emitting unit may further include a configuration for inserting a temperature control unit to limit excessive temperature. It can be included.

The pressure generating unit, the infrared emitting unit, the matrix unit, and the temperature control unit may include a circuit configuration arranged on a bendable conductive plate, for example, a flexible printed circuit board.

In the present invention, the LED can be configured to automatically switch or manually select a specific color among the three primary colors or a mixture of at least two or more colors. The present invention provides a cushion made of a waterproof material and an upper cover through which the LED is ejected. It can be made of silicone material.

According to the present invention, since heat is applied intensively to sensitive parts of the human body, an effective heating function is achieved even with a small area of heat, and thus the effect of a seated heater that operates with low power can be obtained.

According to the present invention, there is an effect of circulating and utilizing the gravity from the human body, which is normally lost into the atmosphere, by converting it into electricity, optics, and heat. Accordingly, even if there is no energy accumulation means such as a separate battery, power is produced at the time when it is needed. There is a feedback effect of providing heat at the right time and place to the person.

According to the present invention, a heater for sofas, chairs, and cushions is provided that has a structure that can be moved without wires because it does not require an external power supply.

According to the present invention, by selecting the LED with a color of three primary colors or a mixture of at least two colors from the three primary colors, there is an effect of selectively applying medical efficacy through various light sources as well as far-infrared rays and near-infrared rays.

According to the present invention, there is an effect of maximizing the efficacy of far-infrared or near-infrared rays that directly contact the skin in a bathroom, etc. through a cushion with a waterproof structure.

1 is a structural perspective view showing a first embodiment of the present invention.
2 and 3 are structural perspective views showing a second embodiment of the present invention.
4A and 4B are block diagrams showing the electrical and electronic operating principles of the first and second embodiments of the present invention.

The present invention may have various embodiments in addition to those described below, and specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, since this is not intended to limit the present invention to specific embodiments, the configuration disclosed below should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention.

Under this principle, embodiments according to the present invention will be described in detail below with reference to the attached drawings. The purpose and features of the present invention will become clearer through the following detailed description.

<First embodiment example>

1 is a structural perspective view showing a first embodiment of the present invention,

A lower member (10) forming the basic skeleton of the seating plate;

An upper member (20) capable of seating a person's buttocks;

A projection hole 21 formed in part or all of the upper member 20 to allow light to pass through;

an infrared emitting unit (32) installed between the lower member and the upper member;

A pressure power generation unit (31) installed between the lower member and the upper member;

Characterized in that it includes a configuration wherein power is generated by gravity from the human pelvis applied to the pressure power generation unit (31) and the produced power is returned to the human body as infrared rays through the infrared emitting unit (32) and the projection hole. A seat warmer has been launched.
The pressure power generation unit 31 supplies power to the infrared emitting unit 32, and may be called a power supply unit in that it supplies power to the infrared emitting unit 32, and the power supply unit supplies power to the infrared emitting unit 32. It may not be limited to the pressure power generation unit 31 as long as it can supply power.

< Second embodiment example >

A lower member (10) forming the basic skeleton of the seating plate;

An upper member (20) capable of seating a person's buttocks;

A projection hole 21 formed in part or all of the upper member 20 to allow light to pass through;

an infrared emitting unit (32) installed between the lower member and the upper member;

A pressure power generation unit 31 is installed between the lower member and the upper member, and the pressure power generation unit is configured by jointly connecting a plurality of piezoelectric elements, while the plurality of piezoelectric elements are provided between the plurality of piezoelectric elements and the upper member. An interlocking pressure plate unit 40 that interlocks so that gravity is applied simultaneously to at least two of the piezoelectric elements;

Power is produced by gravity from the human pelvis applied to the pressure power generation unit 31 through the interlocking pressurizing plate 40, and the produced power is transmitted to the human body through the infrared emitting unit 32 and the projection hole 21. A seat warmer is disclosed, characterized in that it includes a configuration that returns infrared rays.

The specific configuration and operation of the first and second embodiments are explained as follows.

The lower member 10 may be the bottom surface of a cushion containing a cushioning material such as a fibrous fabric, or may be an aggregate for a seating plate of a chair or sofa. In other words, the use of the present invention can be a cushion that can be carried and sat on the floor, or a chair or sofa that is mechanically fixed.

The upper member 20 may include a configuration in which a cushioning material is disposed around the hips corresponding to the pelvis of the human body, and the infrared emitting portion 32 and the projection hole 21 are disposed at a central position, which is a sensitive area of the human body. . Here, the sensitive area refers to the area around the perineal acupoint as previously explained. In order to have the function of a seat board chair, it is desirable to provide a cushion to the area where the pelvis of the human body is seated so that it has the inherent function of the chair or a sense of comfort as a cushion, and the area where sensitive parts such as the perineum of the human body come into contact, for example, near the center. The position is preferably such that a through hole is formed so that the optical energy emitted from the infrared emitting unit 32 passes through and is applied to the human body to achieve a heating effect. This hole is a hole through which optical energy passes from the infrared emitting unit 32, which will be described below. However, since a certain cushion is required here, it is good to form a plurality of small holes to form a kind of net. In other words, this projection hole can be expressed as a kind of mesh. If the entire upper member 20 is composed of a cushion material made of a three-dimensional mesh, the projection hole 21 is formed by the upper member 10 rather than being provided in a separate shape. ) It is desirable to include it as part of. At this time, the upper member made of mesh serves two functions, with the central portion acting as a projection hole and the peripheral portion acting as a winding function (see figures 20 and 21 in FIG. 3 for the overall mesh structure).

On the other hand, the projection hole may be made of a transparent member such as silicon. In this case, the cushion itself is completely waterproof, making it possible to be exposed to far-infrared rays or near-infrared rays from the infrared emitting unit while naked in a bathroom or the like. That is, the cushion and projection obtained through the upper and lower members of the present invention are not unnatural when the human body's buttocks are seated, and have a cushion sufficient to prevent damage to the infrared emitting circuit, etc. accommodated in the cushion, and the infrared emitting portion. Since the technical area is the scope of the projection action in which optical energy from the material can be ejected to the outside, each member may be a fiber, waterproof synthetic fiber, or non-fiber type.
The projection hole may be called a projection portion in that it passes infrared rays, and the projection portion is not limited to a projection hole as long as it passes infrared rays.

The infrared emitting unit 32 preferably includes an LED array that emits near-infrared rays or far-infrared rays. In particular, the present invention arranges LEDs with high power efficiency in a plurality of arrays in order to intensively apply warmth to the most sensitive parts of the human body with low power, and in addition, heat (c) is used to concentrate the operating quantity of LEDs as needed. ) and rows (r), it is desirable to add a matrix unit 33 that can arrange and adjust the LED array. In FIG. 4A, the matrix unit 33 arranges each power supply path of the LED array as a crosspoint in columns (c) and rows (r) and sets whether or not to supply power for each crosspoint, so that each LED within the LED array can be controlled. This refers to a configuration that can turn lights on or off separately. In other words, by setting the matrix unit, the user can adjust it to emit infrared rays intensively in the narrowest range among the LED arrays or to radiate warmth widely and evenly over the entire LED range. Furthermore, by arranging LEDs with different emission wavelengths of far-infrared rays and near-infrared rays in the LED array and controlling them with the matrix unit, it is possible to selectively operate by far-infrared rays and/or near-infrared rays.

The pressure power generation unit 31 includes a configuration in which a plurality of piezoelectric elements are jointly connected. Here, piezoelectric power generation using piezoelectric elements is one of the energy harvesting technologies that produces electricity using the energy released when people walk or stamp their feet, and its basic principle is the generator effect according to pressure. In other words, it refers to an effect in which positive and negative charges are generated in proportion to forces such as vibration, pressure, or impact applied in a certain direction to a certain type of crystal plate.

According to a pressure generator that uses the piezoelectric effect, independent power supply is possible by using the user's body weight as gravitational energy without additional energy supply. Among them, piezoelectric power generation using piezoelectric elements has high energy conversion efficiency and is compact and lightweight. There are possible features.

In short, the kinetic energy generated during human life has been wasted in the atmosphere without meaning until now, but it can be converted into useful energy by using a piezoelectric generator. The present invention applies this piezoelectric generator to convert into optical energy. will be. By applying the piezoelectric generator to the present invention, the moment a person sits down and needs heat, they can immediately generate power and use it back as optical energy, which is groundbreaking in that they can achieve immediate effectiveness at the right time and place even without the need for a separate storage means. You will get an effect.

The piezoelectric effect is the Curie effect (positive piezoelectric effect), which is a phenomenon in which an electric signal is generated at the output of a piezoelectric element when vibration or pressure is applied to the piezoelectric element, and the reverse piezoelectric effect, which causes mechanical deformation of the element when a voltage is applied from the outside of the piezoelectric element. Among them, the present invention can adopt the static piezoelectric effect, which reverses the change in gravity as a person moves back and forth and left and right to a certain extent on a chair or cushion. The larger the magnitude of gravity pressed through the hips and pelvis, the more electricity is generated. can be developed. Additionally, the amount of electricity varies depending on the flexibility and elasticity of the piezoelectric element material, and the output can be generated as direct current or ultrasonic alternating current.

In the power structure required by the LED array, the pressure power generation unit can be configured by combining and connecting a plurality of piezoelectric elements. In this case, if gravity is applied to as many piezoelectric elements as possible, the power from each piezoelectric element is greater than the power. Since more power generation power is obtained, in the second embodiment of the present invention shown in Figure 2, the interlocking pressure plate 40 is a plurality of piezoelectric elements so that gravity can be applied simultaneously to as many piezoelectric elements as possible during the movement of the hip. It performs the action of interlocking and pressurizing the elements. (Since all other configurations are the same in the first and second embodiments, separate descriptions of the remaining parts will be omitted.)

In addition to the pressure power generation unit of the present invention, another generator principle using magnetic force can be applied. Accordingly, the pressure power generation unit intended by the present invention is designed to return the gravitational energy obtained from the self through optical action to obtain the effect of warmth to the self. It must be understood that the technical scope includes all generator technologies. This means that it includes a configuration that produces power using gravity, such as the weight of the human body, without wires supplying power from the outside.

delete

Figure 3 is a perspective view showing an example in which the upper member 20 is made of a mesh-shaped mesh. In this case, the mesh is preferably woven horizontally and vertically rather than horizontally, that is, a mesh that is three-dimensionally elastic. In this case, the peripheral part that touches the pelvis is a three-dimensional mesh that provides elasticity and ventilation in the vertical plane, and the central part acts as a projection hole and forms an elastic and optical infrared penetration hole. Other configurations are the same as those in FIGS. 1 and 2, so duplicate descriptions are omitted.

In FIGS. 1, 2, and 3, (A) shows a disassembled state in which each member is deployed, and (B) shows a state in which each member is sequentially coupled and assembled in a vertical plane.

Figures 4a and 4b illustrate an embodiment of a circuit configuration coupled between the pressure generator and the LED array of the present invention on, for example, a PCB board (PCB board) 30.

In FIG. 4A, the output of each piezoelectric element 31 is coupled to the diode D and charged to the capacitor C, and the output from the capacitor C is supplied to the LED array 32 through the matrix unit 33. Each LED is arranged at an intersection (crosspoint) arranged in columns (c) and rows (r) of the mattress unit 33, so as the user adjusts the column and row selection parts (not shown), the LED at the corresponding position lights up. In the drawing, reference numeral 34 is a combine unit that collects the output of each piezoelectric element of a pressure generator composed of a plurality of piezoelectric elements and supplies it to the matrix unit 33.

Meanwhile, since the output of the combine unit 34, which is the rear end of the diode D, is direct current, charging and discharging is possible by additionally connecting the battery pack 35 here. In other words, it is possible to connect a charged portable battery pack and use it as a power source, or to use the remaining power generated from the pressure generator when the LED is not in operation to charge the battery pack.

Figure 4b shows an embodiment of a configuration that connects the pressure generating unit 31 and the infrared ray emitting unit 32 and further includes a temperature control unit 36 for limiting excessive temperature. For example, even if the far-infrared or near-infrared rays are output, cells may be damaged if the temperature exceeds 45 degrees in terms of heat. Taking this into account, for example, a configuration can be applied in which the user can adjust the maximum temperature to limit or maintain it at a specified temperature by setting a limit to any temperature in the range of 37 degrees to 45 degrees. This configuration can be applied to any arbitrary setting. It is desirable to connect the temperature control unit 36 to operate as a safety device that limits current flow when the range is exceeded. The temperature setting can be configured to be adjusted by the user through a temperature controller that feeds back the results of the temperature sensor, that is, a type of variable controller (36-1). At this time, temperature limit or appropriate temperature setting adjustment can be proportional control using a temperature sensor, or duty rate control technology that adjusts the operating period among periodic on-off operations that repeat operation and stop at a given period can be applied. there is.

On the other hand, when the pressure generating unit 31, the infrared emitting unit 32, the matrix unit 33, and the temperature control unit 36 are installed on a sofa or a hard chair, a general circuit board may be used, but they are embedded in the cushion. Considering these situations, it is desirable to have a structure that can bend when stacked or carried and is waterproof when washed. In other words, it is preferable that the circuits of the electrical and electronic components are arranged on a bendable conductive plate 30 in consideration of vibration, impact, and waterproofing.

The waveform of the LED drive (1) in Figure 4b indicates that if the piezoelectric generator 31 generates an ultrasonic output, it can be rectified to DC using a capacitor (C), and the waveform of the LED drive (2) shows that the capacitor (C) can be used to rectify the ultrasonic output. When removed, the action of ultrasonic waves being applied in the form of half-wave rectified pulsations is depicted in a waveform.

1 to 4, shown as an example of the present invention, are perspective views depicting a cushion, but the present invention is not limited to the above example. In other words, although not shown, the first and second embodiments can naturally be used to be fixedly installed on a chair or sofa (armchair).

In addition, since the LED of the present invention is a light-emitting diode device containing the properties of a diode, the diode array (D) is omitted and the output of the pressure power generation unit is transmitted directly through the matrix unit or the output of the pressure power generation unit is transferred to the LED array while omitting the mattress unit. It can be configured to supply. When the mattress part is omitted, the LED array is for relatively large power and may simply be composed of one or more small numbers.

In the present invention, the LED can be configured to select a specific color among the three primary colors or a mixture of at least two or more colors, or to automatically switch or manually select the three primary colors. In this case, the LED may have, for example, red, green, and blue. Since light is emitted as mixed colors, control at this time is preferably achieved through PWM, which controls each light source in a time-division manner. As a result, a variety of medical efficacy can be expected depending on the variety of colors.

In addition, in the present invention, if the part where the LED light source is emitted is made of, for example, a transparent silicone material, and other surrounding piezoelectric generators are sealed with a waterproof material, it can be projected directly onto the skin while naked in a bathhouse, thereby providing the medical efficacy. can be maximized.

The present invention can be used as a sitting cushion or a cushion placed on a chair. It can also be used as a prop that is built-in to the seat of a chair, sofa, or other sitting material. In particular, it can be used as a sauna, gym, and sitting therapy product that can provide direct far-infrared and/or near-infrared rays while naked.

lower member (10);
Upper member (20);
projection ball (21);
Infrared emitting unit, LED array (32);
Pressure power generation unit (31);
Interlocking pressure plate portion (40);
Matrix unit (33)
Columns (c) and rows (r) of crop points
PCB board (30)
Diode array (D)
Capacitor (C)
Combine Department (34)
Battery pack(35)
Temperature control unit (36)
Temperature control unit, variable controller (36-1)

Claims (12)

lower member;
An upper member on which a person's buttocks can rest;
an infrared emitting unit located between the lower member and the upper member; and
Including a power supply unit that supplies power to the infrared emitting unit,
A projection portion is formed on at least a portion of the upper member, the infrared emitting portion emits infrared rays according to power provided from the power supply portion, and the emitted infrared rays are projected onto the human body through the projection portion,
The power supply unit is a pressure power generation unit that produces power using gravity from the human pelvis, and the projection unit is a projection hole,
The infrared emitting unit outputs near-infrared rays or far-infrared rays, the upper member arranges the cushioning material at a peripheral position corresponding to the pelvis of the human body, and the infrared emitting unit and the projection hole are arranged at the central position, which is a sensitive part of the human body,
The pressure power generation unit is constructed by jointly connecting a plurality of piezoelectric elements,
A seating warmer further comprising an interlocking pressurizing plate portion between the piezoelectric elements and the upper member so that gravity is simultaneously applied to at least two of the plurality of piezoelectric elements. delete The seat warmer according to claim 1, wherein the upper member is made of mesh to serve as both the projection hole and the vent. delete delete lower member;
An upper member on which a person's buttocks can rest;
an infrared emitting unit located between the lower member and the upper member; and
Including a power supply unit that supplies power to the infrared emitting unit,
A projection portion is formed on at least a portion of the upper member, the infrared emitting portion emits infrared rays according to power provided from the power supply portion, and the emitted infrared rays are projected onto the human body through the projection portion,
The power supply unit is a pressure power generation unit that produces power using gravity from the human pelvis, and the projection unit is a projection hole,
The infrared emitting unit outputs near-infrared rays or far-infrared rays, the upper member arranges the cushioning material at a peripheral position corresponding to the pelvis of the human body, and the infrared emitting unit and the projection hole are arranged at the central position, which is a sensitive part of the human body,
The pressure power generation unit further includes a configuration capable of charging and discharging by additionally connecting a battery pack,
A seat warmer, characterized in that when the infrared emitting unit is not operating, the power produced by the pressure generating unit is charged to the battery pack. lower member;
An upper member on which a person's buttocks can rest;
an infrared emitting unit located between the lower member and the upper member; and
Including a power supply unit that supplies power to the infrared emitting unit,
A projection portion is formed on at least a portion of the upper member, the infrared emitting portion emits infrared rays according to power provided from the power supply portion, and the emitted infrared rays are projected onto the human body through the projection portion,
The power supply unit is a pressure power generation unit that produces power using gravity from the human pelvis, and the projection unit is a projection hole,
The infrared emitting unit outputs near-infrared rays or far-infrared rays, the upper member arranges the cushioning material at a peripheral position corresponding to the pelvis of the human body, and the infrared emitting unit and the projection hole are arranged at the central position, which is a sensitive part of the human body,
The output of the pressure power generation unit further includes a component connected to the infrared emitting unit via the matrix unit,
The matrix unit is configured to control power supply to the LEDs included in the LED array of the infrared emitting unit, and the infrared emission range or temperature of the LED array can be differently adjusted by controlling the matrix unit. A seat warmer that does. The method of claim 7, wherein the LED array includes at least one first LED capable of outputting far infrared rays and at least one second LED capable of outputting near infrared rays,
A seat warmer, characterized in that the far-infrared rays or the near-infrared rays are selectively output as the matrix unit is controlled. In clause 7,
A seat warmer, characterized in that the configuration connecting the pressure generating unit and the infrared emitting unit further includes a configuration for inserting and installing a temperature control unit that limits excessive temperature. According to clause 9,
A seat warmer, wherein the pressure generating unit, the infrared emitting unit, the matrix unit, and the temperature control unit include a circuit configuration arranged on a bendable conductive plate. The seat warmer according to claim 1, wherein the projection part is formed of a transparent silicone member and transmits the infrared rays while also performing a waterproof function. A chair characterized by being equipped with the seat warmer listed in any one of claims 1, 3, and 6 to 11.