KR20110009947U - A chair having charcoal panel thermal mattress - Google Patents

Abstract

The present invention relates to an indoor chair in which a heating mat is installed. More specifically, by installing a heating mat having a charcoal layer on a chair seat for use indoors, it is possible to receive warmth according to conditions through temperature control of the heating mat and at the same time a charcoal layer. Through anion and far-infrared radiation, the body's blood circulation and smooth metabolism effect can be obtained while the chair is being used, and it can be used as a chair for everyday indoor and business use, but also for patients with prostate and hemorrhoids who need medical treatment. And to be used as a medical assistant chair.
The present invention, the installation space 33 is formed in the area of the plane area relative to the plane of the seat 30 of the chair 20; There is a heating wire 34 for generating heat by the energized power source and as the far-infrared radiation member charcoal layer 35 is arranged in a layered structure and seated along the installation space 33 of the seat 30 and 36; An outer cover (37) which covers the outside of the heat transfer mat (36) seated in the installation space (33) to form an upper surface of the sheet (30); It characterized in that it comprises a temperature control controller 38 is installed outside the chair 20 to control the power supplied to the heating wire 34 of the heat transfer mat (36).

Description

Interior chair with heat mat {A CHAIR HAVING CHARCOAL PANEL THERMAL MATTRESS}

The present invention relates to an indoor chair in which a heating mat is installed. More specifically, by installing a heating mat having a charcoal layer on a chair seat used indoors, it is possible to receive necessary warmth through temperature control of the heating mat and at the same time through a charcoal layer. Negative ions and far-infrared rays are radiated to promote body blood circulation and smooth metabolism while using the chair, and can be used as a chair for everyday indoor and work use, but also for prostate and hemorrhoids who need medical treatment. It can be used as an auxiliary chair.

      Chairs used indoors generally have a seat with a seating area, a backrest that allows you to lean back and maintain your seating posture, a support shaft that supports and supports the seat and backrest, and a support shaft to hold and fall. It is made of legs.

      Of all the daily necessities, chairs have been used for a long time, which affects the health and posture of the body. Accordingly, various products have been researched for convenience, including designs necessary to maintain physical health, and various types of chairs have been introduced.

      Most scientific designs for chairs are structural designs that take into account ease of use and human characteristics. For example, high-elastic articulated backrest, seat height adjustment function, seat cushion optimization design, etc., make the posture comfortable by adjusting the shape and structure of the chair to close to the characteristics of the human body and thereby reducing body distortion. Examples of techniques to enable sustainability and to contribute directly or indirectly to health.

      Indeed, various conventional chair products have various functions in which functions are diversified, and chair products that are conveniently made away from simple chairs are commercialized. It is also known to install the heating element in the seat to set the temperature of the seat to the user-selected temperature, which has become popular because of the low energy use and high-efficiency temperature implementation in the vehicle seat field.

      Moreover, the example in which the heating element was built into the sheet | seat used indoors in the wide range is also known. Compared to the vehicle seat mentioned above, this is almost the same as the energization, temperature setting, type, and mechanism mechanism.

      Seats and chairs are similar in that they provide the ability to sit together and the backrest to lean back. The seat is usually separated by the bottom touching the floor while the seat touches the floor. Seats and chairs are similar in terms of use when sitting indoors, but chairs can be used simply by moving them with wheels or legs that can be pushed and moved. Seats usually have no legs or wheels and are often used for rest and sleep, much like mattresses.

      1 is an example of a sheet 10 having a heating wire 11, the heating wire 11, such as a wire on the floor is appropriately laid and the electricity is supplied to it to generate heat to increase the surface temperature is a basic form. Various types of controllers 12 are installed, including a fuzzy controller that can control the temperature of the heating wire 11 according to preset conditions and conditions, so that temperature adjustment and selection are possible.

      However, such a heating wire 11 built-in type does not function other than simply delivering the selected warmth to the body contacting part.

     The chair, which is distinguished from the seat, is structurally inferior in adding a temperature control function using a heating wire, and furthermore, it is difficult to effectively induce radiation of a human carrier such as anion or far-infrared radiation member.

      In addition, the conventional chair has a problem that can not be used for medical treatment purposes can be used simply for living and work purposes.

       The present invention is intended to be used while adjusting the temperature as needed during the use of the chair by installing a heat transfer mat that can be adjusted in the temperature of the chair in the conventional general chair structure used indoors.

      Another object of the present invention, by using a seat that is a seat constituting the chair by radiating a large amount of anion and far-infrared rays, which can be directly transmitted to the body can be used for the purpose of promoting the health of the human body To do that.

       It is yet another object of the present invention to provide a chair that can be used for medical treatment purposes depending on the temperature selection while providing a conventional chair function that can be used for sitting.

Electrothermal mat built-in chair according to the present invention for achieving this object,

A chair comprising a seat that can be seated, a seat that is separated from the seat and can lean on the back, and a leg that supports the seat and the back so as not to fall,

An installation space formed within a range of the planar area with respect to the plane of the sheet;

There is a heating wire (34) for generating heat by the power source and the heat-transmitting mat which is disposed along the space for seating the char layer is arranged in a layered structure as a far infrared radiation member;

An outer cover which covers an outer surface of the heat transfer mat seated in the installation space and forms an upper surface of the sheet;

It characterized in that it comprises a temperature control controller which is installed on the outside of the chair to control the power supplied to the heating wire of the heating mat.

The installation space is characterized in that it is processed in a groove shape on the top of the sheet in the area and shape corresponding to the heat transfer mat so that the heat transfer mat can be seated.

The upper side of the heat transfer mat is characterized in that the cushion member is configured to be seated.

The heat transfer mat,

A base plate forming a bottom base layer to maintain the overall balance and to secure the lower supporting force;

A thermally conductive plate body seated on an upper side of the base plate to provide a surface for arranging the magnets and to form a heating wire installation reference surface;

A heating wire installed at a lower portion of the heat conductive plate;

A urethane layer formed on the lower portion of the thermally conductive plate to shield the heat transmitted from the heating wires so that the heat conduction direction is directed upward to fix the heating wires;

A magnet seated along the upper surface of the thermally conductive plate to contribute to promoting body blood circulation by transverse rolling and cracking of the char layer and magnetic force transmission;

Charcoal layer is laminated in a layered structure on top of the thermally conductive plate to radiate negative ions and far infrared rays,

Inserted in a horizontal layer on the charcoal layer is characterized in that it comprises a vertical wall surface to form a mesh member and the outer frame to prevent cracking by preventing the partial settlement when the charcoal layer laminated and to have a tensile force after curing.

The edge of the vertical wall surface of the heat transfer mat is characterized in that the edge is formed.

The outer cover is characterized in that it is configured using one or more materials selected from vinyl, leather, natural materials.

A portion of the outer cover, characterized in that the net for increasing the external emissivity of the warmth, anion and far-infrared material.

A portion of the outer cover is characterized in that the through-holes are formed to increase the external emissivity of the warmth, anion and far-infrared material.

      The present invention has an effect that can be used while adjusting the temperature according to the needs of the chair by installing a heat transfer mat that can be adjusted in temperature while leaving the original function of the chair. In addition, by using a seat that is a seat constituting the chair by radiating a large amount of negative ions and far-infrared radiation, which can be delivered directly to the body there is an effect that the chair can be used for the purpose of promoting human health. In addition, the chair according to the present invention can be used as a conventional chair that can be used to sit and there is an effect that can be used for medical treatment purposes according to the temperature selection.

1 is an explanatory diagram of a general heat transfer sheet.
Figure 2 is an exploded perspective view of a heat transfer mat built-in chair according to an embodiment of the present invention.
Figure 3 is an explanatory view of a chair built-in heat transfer mat according to an embodiment of the present invention.
4 is a cross-sectional view taken along the line AA ′ of FIG. 3.
Figure 5 (a) (b) is a shape of the outer cover according to another embodiment of the present invention.
6 is an explanatory diagram of a chair with a heat transfer mat according to another embodiment of the present invention;

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

2 is an exploded perspective view of a chair with a heat transfer mat according to an embodiment of the present invention. 3 is an explanatory diagram of a chair with a heat transfer mat according to an embodiment of the present invention. 4 is a cross-sectional view taken along the line AA ′ of FIG. 3. Figure 5 (a) (b) is a shape of the outer cover according to another embodiment of the present invention.

Heat transfer mat built-in chair 20 according to an embodiment of the present invention, as shown in Figs. 2 to 5, the seat 30 and the backrest 31 that can be separated from the seat 30 and lean back , The seat 30 and the backrest 31 is made of a leg (32) to support the fall.

The main parts of the chair with built-in heat mat are as follows.

An installation space 33 is formed which is formed within the plane area range with respect to the plane of the sheet 30.

In addition, there is a heating wire 34 for generating heat with an energized power source, and as the far-infrared radiation member, the char layer 35 is arranged in a layered structure, and the heat transfer mat 36 is mounted along the installation space 33 of the sheet 30. do.

The outer cover 37 is formed on the outside of the heat transfer mat 36 seated in the installation space 33 to form the upper surface of the sheet 30.

Then, in order to control the power supplied to the heating wire 34 of the heat transfer mat 36 is made by installing a temperature control controller 38 on the outside of the chair 20.

Here, the temperature controller 38 is to control the power supply and electrical resistance flowing through the heating wire 34 is generally a conventional circuit that can freely and conveniently adjust the temperature conditions and time through a drive circuit board (not shown) Means may be used.

The heating wire 34 of the heat transfer mat 36 is connected to a normal electric wire that is energized by an external power source. These matters are omitted in the drawings and descriptions because they are conventional electrical devices.

Looking at the present invention in more detail, the installation space 33 is an area and shape corresponding to the heat transfer mat 36 so that the heat transfer mat 36 can be seated, as shown in FIG. It can be configured by processing into a groove shape.

The cushion member 39 may be seated on the upper side of the heat transfer mat 36.

As shown in FIG. 4, the heat transfer mat 36 has a base plate 40 that forms a bottom base layer to maintain the overall balance and secure the lower support force.

There is a thermally conductive plate body 42 seated on the upper side of the base plate 40 to provide a surface for arranging the magnets 41 and to form a reference surface for installing the heating wire 34.

And the heating wire 34 is seated on the lower portion of the heat conductive plate 42, shielding so that the heat transmitted from the heating wire 34 is not dispersed, so that the heat conduction direction is directed to the top and at the same time to fix the heating wire 34. The urethane layer 43 is formed below the thermally conductive plate body 42.

The magnets 41 are arranged along the upper surface of the thermally conductive plate body 42 to contribute to the promotion of body blood circulation by the transverse rolling and cracking of the char layer 35 and the magnetic force transmission.

There is a char layer 35 laminated in a layered structure on top of the thermal conductive plate 42 to emit negative ions and far infrared rays.

Then, the vertical layer is inserted into the charcoal layer 35 in a horizontal layer to prevent partial settlement when the charcoal layer 35 is laminated, and to form a mesh member 44 and an outer frame to prevent cracking by allowing the charcoal layer 35 to have a tensile force after curing. Wall surface 45.

The mesh member 44 may selectively use various structural materials and structures, such as a nonwoven fabric, a lattice net, and a mesh net.

The thermally conductive plate body 42 may be made of various materials such as copper plate and tin plate as a metal or non-metal plate, and the tin plate is preferable as a material of the heat conductive plate body 42 of the present invention because of easy processing and economical efficiency.

An edge 46 may be formed at the tip of the vertical wall surface 45 of the heat transfer mat 36. The edge 46 allows the charcoal powder to be cured without flowing out of it when the charcoal powder is filled in the same way as concrete mortar casting when the charcoal layer 35 is formed.

The outer cover 37 is exposed outside the heat transfer mat 36 using one or more materials selected from vinyl, leather, and natural materials, which are commonly used as a finishing material for forming the outer surface of the sheet 30. It is the part which is processed to be invisible.

A portion of the outer cover 37, as shown in Figure 5 (a), can be provided with a net 47 to increase the external emissivity of the warmth, anion and far-infrared material.

In addition, a portion of the outer cover 37, as shown in Figure 5 (b), may be formed by forming a through-hole 48 to increase the external emissivity of the warmth, anion and far-infrared material.

As another embodiment of the present invention, as shown in Figure 6, in order to seat the heat transfer mat 36 in the installation space 33 of the seat 30, a separate auxiliary frame for installing the heat transfer mat 36 in advance It may be configured by first installing the 50 in the installation space 33 and then seating the heat transfer mat 36.

Referring to the effect of the interior of the electric mat mat built-in chair according to the present invention configured as described above are as follows.

In the method of installing the heat transfer mat 36 on the seat 30 of the chair 20, as shown in FIG. 2, an installation space 33 is provided in the seat 30 and along the installation space 33. After seating and inserting the heat transfer mat 36, the surface of the heat transfer mat 36 is completed by covering the outer cover 37 from the outside to finish.

In other words, if you make the installation space 33 to install the heat transfer mat 36 on the chair 20 and seats the heat transfer mat 36 here, it can be used as a normal chair 20 and the heating wire 34 according to the temperature selection By adjusting the temperature of the chair 30, the seat 30 of the chair 20 can be used to create warmth.

3 shows a state in which the heat transfer mat 36 is seated in a heat-generating state in the installation space 33 formed in the seat 30 of the chair 20.

4 schematically shows a layered cross-sectional structure of the heat transfer mat 36.

The heat transfer mat 36 is seated on the seat 30 of the chair 20 to transfer the warmth due to heat transfer and the negative ion and far-infrared radiation effects of the char component to the body. When manufactured with a sheet 30 can be installed simply built-in. The heat transfer mat 36 can be easily combined with the seat 30 of the chair 20 by manufacturing and combining the heat transfer mat 36 separately from the basic skeleton fabrication of the chair.

As shown in FIG. 4, the heat transfer mat 36 is formed on the base plate 40, the urethane layer 43, the thermal conductive plate 42, the magnet 41, the char layer 35, and the char layer forming the base layer. The inserted mesh member 44 is sequentially laminated in layers to manufacture.

First, the base plate 40 is laid, the heating wire 34 is regularly or irregularly arranged around the thermal conductive plate 42, and urethane is applied to the heating wire 34 in the region of the thermal conductive plate 42. 43) to form and fix.

The urethane layer 43 protects the heating wire 34 to prevent short or short circuit. And the position of the heating wire 34 is located close to the thermally conductive plate body 42 side so that the heat source can be advantageously conducted to the thermally conductive plate body 42 side.

The upper surface of the heat conductive plate 42 is arranged so as to freeze the blood circulation promoting effect of the human body by arranging the magnets 41 at appropriate intervals.

And the magnet 41 serves to prevent the transverse direction and to strengthen the strength when formed by pouring the char layer 35. The charcoal layer 35 kneads the granular charcoal powder like concrete mortar, and puts it on the upper surface of the thermally conductive plate 42 to be repeatedly stacked to form a charcoal layer 35. At this time, the magnet 41 is mixed with concrete mortar and the charcoal layer Improve the strength of (35).

The char layer 35 is laminated in a layered structure on top of the thermally conductive plate 42 to emit negative ions and far infrared rays. When the heating wire 34 in the lower layer generates heat, the temperature is increased to increase the anion and far infrared radiation of the char.

The mesh layer 44 is installed on the charcoal layer 35 in a horizontal layer. The mesh member 44 prevents partial settlement when the charcoal layer 35 is laminated and prevents cracking by allowing the charcoal layer 35 to have a tensile force after curing. Will be

The thermally conductive plate body 42 may be made of various materials such as copper plate and tin plate as a metal or non-metal plate, and the tin plate is preferable as a material of the heat conductive plate body 42 of the present invention because of easy processing and economical efficiency.

An edge 46 may be formed at the tip of the vertical wall surface 45 of the heat transfer mat 36. The edge 46 allows the charcoal powder to be cured without flowing out of it when the charcoal powder is filled in the same way as concrete mortar casting when the charcoal layer 35 is formed.

As such, the present invention can be used as a normal chair when the finishing space is made by placing the outer cover 37 on the outside after inserting the heat transfer mat 36 into the space 33 for installation in a conventional chair, and when necessary, There is an advantage that can be used to adjust the temperature of the chair. In addition, by allowing the anion and far infrared rays to be directly transmitted to the body there is an advantage that the chair can be used for the purpose of human health, there is an advantage that can be used for medical treatment purposes.

Although the present invention has been described in connection with the preferred embodiment, various modifications and variations are possible without departing from the spirit and scope of the present invention, and all simple modifications and variations fall within the scope of the utility model registration claims of the present invention.

30: Sheet
31: backrest
32: foot
33: space for installation
34: electric heating wire
35: charcoal layer
36: heat transfer mat
37: Outer cover
38: temperature controller
40: base plate
41: magnet
42: thermally conductive plate
43: urethane layer
44: mesh member
45: vertical wall surface
46: Border
47: net
48: Through

Claims (8)

A chair comprising a seat 30 which can be seated, a backrest 31 which can be separated from the seat 30 and can lean on the back, and a leg 32 which supports the seat 30 and the backrest 31 not to fall ( 20),
An installation space 33 formed within a range of the planar area with respect to the plane of the sheet 30;
There is a heating wire (34) for generating heat by the energized power source and the far-infrared radiation member charcoal layer 35 is arranged in a layered structure is seated along the installation space 33 of the seat 30 and 36;
An outer cover (37) which covers the outside of the heat transfer mat (36) seated in the installation space (33) to form an upper surface of the sheet (30);
Interior chair equipped with a heating mat, characterized in that it comprises a temperature control controller (38) installed outside the chair (20) to control the power supplied to the heating wire (34) of the heating mat (36). The method of claim 1,
The installation space 33 is a heat-resistant mat built-in indoor chair characterized in that the heat and mat 36 is processed in a groove shape in the upper portion of the seat 30 in an area and shape corresponding to the heat transfer mat 36 to be seated . The method of claim 1,
The upper chair of the heat transfer mat 36, characterized in that the cushion member 39 is seated, characterized in that the heat-resistant mat built-in indoor chair. The method of claim 1,
The heat transfer mat 36 is,
A base plate 40 for forming a bottom base layer to maintain the overall balance and secure the lower support force;
The thermally conductive plate body 42, which is seated on the upper side of the base plate 40 and provides a surface for arranging the magnets 41, and forms a reference surface for installing the heating wire 34, and the thermally conductive plate body 42. A heating wire 34 installed at the lower part,
A urethane layer 43 formed below the thermally conductive plate body 42 to shield the heat transferred from the heating wire 34 from being dispersed so that the heat conduction direction is directed upward and to fix the heating wire 34;
A magnet 41 seated along the upper surface of the thermally conductive plate body 42 to contribute to the promotion of body blood circulation by transverse rolling and cracking of the char layer 35 and magnetic force transmission;
Char layer 35 is laminated in a layered structure on top of the thermally conductive plate body 42 to emit negative ions and far infrared rays,
The vertical wall surface is inserted into the char layer 35 in a horizontal layer to prevent partial settlement when the char layer 35 is laminated, and to form a mesh member 44 and an outer frame to prevent cracking by allowing the char layer 35 to have a tensile force after curing. Interior chair equipped with a heat mat, characterized in that it comprises a (45). The method of claim 4, wherein
Interior chair with a heat mat, characterized in that the edge 46 is formed on the front end of the vertical wall surface 45 of the heat transfer mat 36. The method of claim 1,
The outer cover (37), the interior of the electric mat mat interior chair, characterized in that configured using one or more materials selected from vinyl, leather, natural materials. 7. The method according to claim 1 or 6,
Part of the outer cover (37), the indoor mat chair interior heat transfer mat, characterized in that the net 47 is installed to increase the external emissivity of the warmth, anion and far-infrared material. 7. The method according to claim 1 or 6,
Part of the outer cover (37), the interior of the electric chair mat is characterized in that the through-holes 48 are formed with holes to increase the external emissivity of the warmth, anion and far-infrared material.

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