KR102627242B1 - Energy-saving thermal therapy that combine concave and convex to allow far-infrared massages by body part - Google Patents

Abstract

The present invention relates to an energy-saving main heater capable of far-infrared massage for each part of the human body by combining concave and convex parts. The main heater body extends in the longitudinal direction, has a heating material filling space formed inside, and has a plurality of guide grooves formed on the upper part. ; Heating means for radiating heat and far-infrared rays by connecting the inner and outer surfaces of the main heater body in a zigzag direction along the guide groove; and a control unit that controls the heating means, wherein the main heater body forms a dome-shaped first curved portion and a second curved portion of different sizes on one side and the other side in the longitudinal direction, and the first curved portion and the second curved portion It is characterized by being composed of a connecting curved part that connects the two sides, but both sides in the width direction are curved inward to form a curved surface.
Accordingly, surface contact can be achieved in response to various curvature parts of the body, which has the effect of greatly improving the range of use of main heat treatment.

Description

Energy-saving thermal therapy that combine concave and convex to allow far-infrared massages by body part}

The present invention relates to an energy-saving main heater capable of providing far-infrared massage for each body part by combining concave and convex parts. More specifically, it relates to an energy-saving main heater that not only facilitates main heat treatment in response to various body parts, but also blocks the power supply. It relates to a main heater that can stably maintain heat for a long time in a heated state.

In general, acupressure treatment using a heat treatment device uses an acupressure tool that generates heat to apply pressure and massage to the joint area to enable physical therapy using far-infrared heat effects. It is one of the treatment devices widely used in modern times.

In other words, when you do work that moves your body or exercise intensely, especially in the case of the elderly, the joints or muscles of the neck, waist, limbs, etc. of the human body are easily strained, causing swelling, pain, stiffness, and fatigue. To relieve pain or fatigue, it is a health aid that can relieve fatigue by relaxing muscles, promoting blood circulation, and smoothing metabolism by doing light exercise or massaging the relevant body part or stimulating acupuncture points with far-infrared heat. It is widely used.

Looking at Korean Patent Publication No. 1412997 as prior art document 1 related to the main heater, it consists of a heat dissipating crystal that transfers heat when in contact with the skin, an electric heating element that heats the crystal, and a handle provided for the user to hold. . Accordingly, the heat-dissipating crystal contacts the body and delivers heat, thereby activating metabolism and blood circulation, providing the effect of improving health.

Prior art document 1 states that the heat dissipating lens is made of a wide rectangular shape and transmits warmth by directly contacting the skin. Not only is it limited to areas with a large surface area, such as the abdomen or back of the human body, but it also has the problem of frequent occurrence of burn accidents. there was.

In addition, as another example of prior art document 2, looking at Korean Patent Publication No. 1857699, it is found that a sitz bath body having a triangular cross-section, a far-infrared heating element installed in the sitz bath body, and a sitz bath installed in the lower part of the sitz bath body. Includes floor members.

However, the main heater according to prior art document 2 simply delivers far-infrared heat by focusing and repeating only a specific part of the body (perineum), and has poor adhesion to other body parts such as arms, legs, and shoulders with high curvature. Therefore, it is difficult to use and there is a problem in that far-infrared heat transfer is not efficient.

In addition, the main heater of the prior art requires an electrical connection at all times, so it cannot be easily used while moving from place to place during daily life, and can only be used in a very limited space, which has the problem of greatly reducing portability.

1. Korean Patent Publication No. 1412997 (2014.06.23) 2. Korean Patent Publication No. 1857699 (2018.05.08)

The present invention was developed to solve the above problems, and not only can easily perform main heat treatment for various body parts, but also has a concave structure that can stably maintain heat for a long time while the power supply is cut off. The goal is to provide an energy-saving main heater that allows far-infrared massage for each part of the human body by combining convex and convex surfaces.

In order to achieve the above-mentioned object, the energy-saving main heater according to the present invention, which is capable of far-infrared massage for each body part by combining concave and convex parts, extends in the longitudinal direction, has a heating material filling space formed inside, and a plurality of guides at the top. A main heater body forming a groove; Heating means for radiating heat and far-infrared rays by connecting the inner and outer surfaces of the main heater body in a zigzag direction along the guide groove; and a control unit that controls the heating means, wherein the main heater body forms a dome-shaped first curved portion and a second curved portion of different sizes on one side and the other side in the longitudinal direction, and the first curved portion and the second curved portion It is characterized by being composed of a connecting curved part that connects the two sides, but both sides in the width direction are curved inward to form a curved surface.

The heating material filling space is characterized in that a heat storage heating material that accumulates heat and dissipates the accumulated heat is filled.

The lower part of the main heater body is characterized by being finished with an insulating flooring material that insulates the heat radiated from the thermal storage heating material.

The main heater body is characterized in that support legs protruding downward from the insulating flooring material are formed.

The guide groove extends in a diagonal direction from one side of the width direction of the main heater body to the other side, and is characterized in that through holes communicating with the heating material filling space are formed at both ends in the longitudinal direction.

When viewed from the front longitudinal section, the guide groove has a structure in which the width on both sides gradually narrows as it goes inward from the upper opening, and within the guide groove, it supports the heating means and also reflects the far-infrared rays irradiated from the heating means. It is characterized by the addition being installed.

When the main heater body is viewed from the front, the first curved portion is located at a higher position than the second curved portion, and the second curved portion is located at a higher position than the connection curved portion.

The main heater body is characterized in that a removable battery module on which a portable battery is removably installed is installed.

According to the present invention of the above-mentioned configuration, the main heater body has a dome-shaped first curved part of different sizes, a second curved part, and a connecting curved part connecting them, so that surface contact is achieved in response to various curvature parts of the body. This has the effect of greatly improving the range of use of main heat treatment.

In addition, as the heat storage heating material is charged in the heating material charging space, there is an effect of performing main heat treatment that can stably maintain heat for a long time while the power supply is cut off.

In addition, the main heater body is provided with support legs that protrude downward from the insulating flooring, thereby providing an additional moxibustion function by placing it on the back or stomach of the body and transmitting far-infrared warmth to the core, effective in treating or preventing diseases of internal organs. There is an effect that can be done.

In addition, by constructing a reflective support part that supports the heating means and reflects far-infrared rays, not only can the amount of light of far-infrared rays be increased over a wider range, but also the height position of the heating means can be varied in various ways. .

Figure 1 is a perspective view showing an energy-saving main heater capable of far-infrared massage for each body part by combining concave and convex parts according to an embodiment of the present invention.
Figure 2 is an exploded perspective view of Figure 1.
Figure 3 is a longitudinal cross-sectional view of Figure 1.
Figure 4 is an enlarged view showing the configuration of the guide groove and reflective support part of Figure 3.
Figure 5 is a bottom view showing the order in which the heating means of Figure 1 is installed.

Hereinafter, a preferred embodiment of an energy-saving main heater capable of far-infrared massage for each body part by combining concave and convex aspects according to the present invention will be described in detail based on the attached drawings.

For reference, the terms and words used in this specification and claims should not be construed as limited to their usual or dictionary meanings, and the inventor should appropriately use the concept of terms to explain his or her invention in the best way. It must be interpreted with meaning and concept consistent with the technical idea of the present invention based on the principle of definability.

In addition, the embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent the entire technical idea of the present invention, so they may be replaced at the time of filing this application or thereafter. It should be understood that there may be various equivalents and variations.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the attached FIGS. 1 to 5.

As shown, the energy-saving main heater capable of far-infrared massage for each body part by combining concave and convex parts according to the present invention extends in the longitudinal direction, and a heating material filling space 101 is formed inside, and a plurality of guides are provided at the top. A main heater body 100 formed with a groove 110, a heating means 200 that radiates heat and far-infrared rays by connecting the inner and outer surfaces of the main heater body 100 in a zigzag direction along the guide groove 110, and It is configured to include a control unit 300 that controls the heating means 200.

First, the main heater body 100 is made of an inorganic material that efficiently radiates heat, extends to a certain length, forms a heating material filling space 101 inside, and has a heating means 200, which will be described later, at the top. A plurality of guide grooves 110 are formed.

The main heater body 100 according to the present invention forms a dome-shaped first curved part 120 and a second curved part 130 of different sizes on one side and the other side in the longitudinal direction, and the first curved part 120 and It consists of a connecting curved part 140 that connects the second curved part 130, but has both sides in the width direction curved inward to form a curved surface.

The connection curved portion 140 serves as a handle that makes it easy for the user to hold the main heater body with one hand due to its narrow structure, and also allows surface contact to be achieved in response to various curvature parts of the body. perform its role.

When the main heater body 100 is viewed from the front, the first curved portion 120 is positioned higher than the second curved portion 130, and the second curved portion 130 is positioned higher than the connection curved portion 140. It is made up of the shape in .

In other words, the first curved part 120 and the second curved part 130 of the main heater body 100 are in the shape of a mountain protruding upward, and the connecting curved part 140 is the first curved part 120. It is in the form of a narrow inward groove to naturally connect the space between the and the second curved portion 130.

In addition, the main heater body 100 is provided with a removable battery module 150 in which a portable battery capable of supplying power to the heating means 200, which will be described later, is removably installed.

Therefore, by configuring the removable battery module 150, there is an advantage that main heat treatment can be usefully performed outside where DC or AC power cannot be used.

In addition, the first curved part 120 or the second curved part 130 of the main heater body 100 has a power jack 151 to which an external power plug is directly connected, and a power source for turning on and off the control unit 300, which will be described later. A switch 310 is installed.

In addition, the heating material filling space 101 is filled with a heat storage heating material 160 that accumulates heat and dissipates the accumulated heat.

That is, the thermal storage heating material 160 accumulates heat from the heating means 200 and gradually releases the accumulated heat, so that heat can be subtly transferred to the body for a long time even when the power of the heating means 200 is turned off. Therefore, it has the effect of significantly improving energy efficiency as well as portability.

It is preferable to use natural jade in the form of a spherical, square, or polygonal block of a certain size as the heat storage material 160, but it can also be made of stone, earth, ceramic, mineral, etc. For reference, natural jade has the effect of expelling waste from the body and moisturizing and strengthening the internal organs. Additionally, natural jade contains a large amount of minerals, calcium and magnesium, helps blood circulation, and removes harmful waste from the body. It helps excretion, is effective in treating blood pressure, diabetes, heart disease, circulatory disorders, and mental and physical disorders. It is also effective in preventing osteoporosis, forgetfulness, and dementia, and is known to be effective in relieving headaches, improving concentration, and enhancing judgment.

In addition, natural jade has an anion effect, is effective in strengthening immunity and restoring natural healing power, has an effect of suppressing cancer cell development and metastasis (interferon production), promotes endorphin production, eliminates pain, alkalizes acidic constitution, detoxifies and excretes heavy metals from the body. , delaying aging, suppressing dementia. It is effective in activating brain cells and relieving fatigue.

The lower part of the main heater body 100 according to the present invention is finished with an insulating flooring material 170 that insulates the heat radiated from the thermal storage heating material 160.

Additionally, the main heater body 100 may be provided with a support leg 180 that protrudes downward from the insulating flooring material.

That is, the main heater body 100 is provided with a support leg 180 that protrudes downward from the insulating flooring material 170, so that it is placed on the body's back or stomach and transmits far-infrared warmth to the core to treat diseases of internal organs. It provides an additional effect of providing moxibustion function that is effective in preventing acne.

Here, it is advisable to attach an elastic pad member 181 to the bottom surface of the support leg 180 to prevent the main heater body 100 from easily moving and to increase sliding friction.

The guide groove 110 extends diagonally from one side in the width direction of the main heater body 100 to the other side, and has through holes 111 communicating with the heating material filling space portion 101 at both ends in the longitudinal direction. is formed (see Figure 5).

The guide groove 110 decreases in length from the first curved part 120 to the second curved part 130.

In addition, the guide groove 110 has a structure in which the width of both sides gradually narrows as it goes inward from the upper opening when viewed from the front longitudinal section, and supports the heating means 200 within the guide groove 100. A reflective support portion 112 is installed to reflect far-infrared rays emitted from the heating means.

That is, the guide groove 110 provides an approximately 'V' groove structure that accommodates the heating means 200 inside, thereby preventing the heating means 200 from directly contacting the user's skin, thereby preventing burn accidents. It provides the advantage of fundamentally blocking the occurrence of .

In addition, by constructing a reflective support part 112 that supports the heating means 200 and reflects far-infrared rays at the same time, the user can directly vary the height and position of the heating means in response to the depth of the guide groove 110. Not only that, but it also provides the effect of being able to reflect the amount of far-infrared rays in a wider direction using the reflecting plate (see Figure 4).

Meanwhile, the heating means 200 is a far-infrared heat ray that connects the inner and outer surfaces of the main heater body 100 in a zigzag direction along the guide groove 110 and extends to a certain length to radiate heat and far-infrared rays.

The heating means 200 not only delivers heat and far-infrared rays directly to the joints and muscles of the body to the core, gently relieving joints and stiff muscles, such as through thermal physical therapy, but also promotes blood circulation, thereby promoting blood circulation in the user's body. It provides benefits that can improve your health.

As shown in Figure 5, the heating means 200 according to the present invention has one longitudinal side (A) located in the through hole 111 of the connection curved portion 140, and the other side (B) is located in the connection curved portion (140). Starting with 140) (number 1), it is connected to the second curved part 130 in a zigzag direction and then extends in a diagonal direction toward the first curved part 120 to form the first curved part 120 and the connecting curved part 140. It is sequentially placed in the through hole 111 (number 20) on the opposite side opposite to one side of the heating means.

One side (A) and the other side (B) in the longitudinal direction of the heating means 200 can be connected to the (+) and (-) lines of the power supply, respectively.

The reason why the heating means 200 extends diagonally from the second curved portion 130 toward the first curved portion 120 is to transmit heat to the heat storage heating material 160.

The control unit 300 controls the heating means 200 and includes a PCB board 320 that provides preset temperature levels and a power switch 310 that controls power.

In addition, the main heater body 100 further includes a temperature display unit (not shown) that displays the temperature of the heating means 200 in numbers.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible without departing from the technical spirit of the present invention in the technical field to which the present invention pertains. It will be obvious to anyone with ordinary knowledge.

100: main heater body 110: guide groove
112: reflective support portion 120: first curved portion
130: Third curved portion 160: Heat storage material
140: connection curved portion 200: heating means
300: control unit

Claims (8)

A main heater body that extends in the longitudinal direction, has a heating material filling space formed inside, and has a plurality of guide grooves formed at the top;
Heating means for radiating heat and far-infrared rays by connecting the inner and outer surfaces of the main heater body in a zigzag direction along the guide groove; and,
Includes a control unit that controls the heating means,
The main heater body forms a dome-shaped first curved part and a second curved part of different sizes on one side and the other side in the longitudinal direction, and a connection is made between the first curved part and the second curved part, but both sides in the width direction are curved inward. It consists of connected curved parts that form a curved surface,
The heating material filling space is filled with a heat storage heating material that accumulates heat from the heating means and dissipates the accumulated heat,
When viewed from the front longitudinal section, the guide groove has a structure in which the width on both sides gradually narrows as it goes inward from the upper opening, and within the guide groove, it supports the heating means and also reflects the far-infrared rays irradiated from the heating means. An energy-saving main heater capable of far-infrared massage for each part of the human body by combining concave and convex features, characterized by an installed portion.
delete According to paragraph 1,
The lower part of the main heater body constitutes an insulating flooring material that insulates the heat radiated from the heat storage material, and a support leg protruding downward from the insulating flooring material is formed. The concave and convex parts are harmonized to provide far-infrared ray massage for each body part. Energy-saving main heater capable of
delete delete delete According to claim 1 or 3,
When the main heater body is viewed from the front, the first curved part is located at a higher position than the second curved part, and the second curved part is located at a higher position than the connecting curved part. The concave and convex parts are harmonized to produce far-infrared rays for each human body part. Energy-saving main heater capable of massaging.
delete

Images