KR200269210Y1 - Thermotherapy mat with thermostat - Google Patents

Abstract

In the heat mat which has a mat body which can be heated, and the built-in thermostat is built into the mat body,

The built-in temperature controller is embedded on one side of each corner of the mat body, wherein the built-in temperature controller is located above the upper end of the laminated part of the mat body, and the built-in temperature controller for protecting the built-in temperature controller from external shock. The upper part of the regulator is characterized by a thermostat built-in thermostat with a cover.

Therefore, the present invention is easy to install and operate the thermal mat by omitting various connectors and wires, and to prevent poor contact of the connection parts of the wires. Remote control is available for user convenience.

Description

Thermo Mat with Built-in Thermostat {THERMOTHERAPY MAT WITH THERMOSTAT}

The present invention relates to a thermal mat, more specifically, the built-in thermostat on one side of each corner of the mat body, the built-in thermostat on one side of each corner of the mat body, The built-in thermostat is located above the upper end at the lower end of the stack of the mat body, the upper part of the built-in thermostat relates to a thermostat embedded thermostat with a cover to protect the built-in thermostat from external impact.

Gradually, the heating system of the ondol structure has various advantages, but at the time when the transition to the western style is being made, there is a tendency to prefer the bed culture quickly. This transition to bed is not uncomfortable for those who have been used to ondol rooms for a long time.

In addition, it is difficult to adopt ondol rooms in temporary construction site offices and security offices, so it is known that electric floorboards are often used. However, these floorboards emit electromagnetic waves harmful to the human body, which greatly harms the health of those who use them. It is true.

As shown in FIG. 1, FIG. 1 is a schematic perspective view showing a conventional embodiment, in which an external temperature controller 13 for controlling a power source and a temperature is connected by a mat body 11 and a wiring 19. Figure is shown.

In the conventional thermal mat, the external temperature controller 13 and the mat body 11 are connected to the wiring 19, causing some problems.

First, there is a lot of wiring (19) for interconnecting the external thermostat (13) and the mat power connector (17) and the power plug (15) is not only inconvenient when installing, but also folding the mat when not in use for a long time If there was an inconvenience to organize and keep the wiring (19).

In addition, there was an inconvenience when moving the mat body 11 and the external temperature controller 13 and the wirings 19 for connecting the mat body in movement.

Second, there was a frequent problem of poor contact of the connection portion of the wiring 19 for connecting the external temperature controller 13, the mat power connector 17 and the power plug 15.

Third, due to the separation of the external temperature controller 13 and the mat body 11, the user had to extend and adjust the external temperature controller 13 in order to adjust it, which was inconvenient.

Fourth, there was a problem that the user's body part is caught and disconnected from the connection wire 18 between the external temperature controller 13 and the mat body 11 may be dangerous.

The present invention is designed to solve the problems of the prior art, it is possible to facilitate the use of a built-in temperature controller and the temperature controller is to provide a thermostat built-in thermal mat that is detachable. .

In addition, another object of the present invention is to provide a convenient temperature controller built-in thermal mat that can be controlled temperature remotely using a remote control.

1 is a schematic perspective view showing a conventional embodiment;

2 is a perspective view according to the present invention.

3 is a view showing an internal laminated structure of the thermal mat according to the present invention.

Figure 4 is an exemplary view showing the internal laminated structure of the tourmaline heating mat according to the present invention.

5 is a detailed external perspective view of the built-in temperature controller according to the present invention.

6 is a side cross-sectional view of FIG. 2 according to the present invention;

7 is a view of an embodiment according to the present invention.

********* Symbol description of the main parts of the drawing **********

11: mat body 13: external temperature controller

15: power plug 17: mat power connector

23: built-in thermostat 25: remote control

31: display unit 33: manual operation unit

41: cover

The construction of the present invention for achieving the above object, the built-in thermostat on one side of each corner of the mat body, but the built-in thermostat on one side of each corner of the mat body, The built-in thermostat is located above the upper end at the bottom of the laminated portion of the mat body, the upper part of the built-in thermostat is characterized in that the cover is configured to protect the built-in thermostat from external impact.

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

2 is a perspective view according to the present invention.

As shown in FIG. 2, a mat main body 11 capable of heating is provided, and a built-in temperature controller 23 is built into the mat main body 11.

The built-in thermostat 23 is embedded on one side of each corner 27 of the mat body 11, but usually when the user is lying on the thermostat built-in thermal mat, the user's arm to extend for manual operation When built into the easy to reach side.

The built-in temperature controller 23 is located above the upper end at the lower end of the laminated portion 35 of the mat body 11, the upper portion of the built-in temperature controller 23 is attached to the cover 41, the cover 41 is up and down Or it can be opened and closed by sliding.

The cover 41 protects the manual operation unit 33 and the display unit 41 of the built-in temperature controller 23 from external impact and prevents contamination due to dust or various pollutants.

The thermostat thermal mat may be remotely controlled by the remote controller 25 as well as the user may directly operate the power control and temperature control manually.

3 is a view showing an internal laminated structure of the thermal mat according to the present invention.

As shown in Figure 3, looking at the stacking portion 35 of the thermostat embedded thermal mat according to the present invention in detail,

Mat outer skin layer using polyester and cotton blend fabric; A first heat insulating plate layer having a padding cotton having a predetermined thickness for keeping warm by laminating on an upper surface of the outer skin layer; A heat generating layer laminated on an upper surface of the first heat insulating plate layer and receiving heat to emit heat; A second heat insulating plate layer having a padding cotton having a predetermined thickness for insulating the heat generating layer by laminating on an upper surface of the heat generating layer; A shielding fabric layer made of a copper wire woven fabric material laminated on the upper surface of the second insulation plate layer to ground the ground wire of the power source to shield electromagnetic waves; A potential plate layer of a non-combustible glass fiber material for forming a dislocation by stacking on an upper surface of the shield fabric layer; A waterproof fabric layer laminated on the upper surface of the potential plate layer to waterproof coating the polyester material to prevent moisture from entering each of the laminated parts; A waterproof jacket layer laminated on an upper surface of the waterproof fabric layer to prevent moisture from penetrating into the jacket by waterproof coating the polyester; Laminated on the upper surface of the waterproof jacket layer is made of a mat jacket layer using a polyester and cotton blend fabric.

Matt outer layer 100 It is preferable to use a blend fabric of at least one of a polyester fabric, a polyurethane fabric or a cotton material to form a sheath of the heat-resistant mat surrounding the other laminated structures and excellent durability.

The first insulating plate layer 160 is made of a backing material having a predetermined thickness, and is laminated on the upper surface of the mat outer cover layer 100 to protect the heating layer 150 laminated on the upper surface of the first insulating plate layer 160 from the sea and I support it. The predetermined thickness is preferably 35mm, but is not limited thereto.

The heat generating layer 150 is laminated between the lower first insulating plate layer 160 and the upper second protective plate layer 140, and is composed of nichrome wire, carbon wire, and a planar heating element to emit heat.

The second heat insulating plate layer 140 is formed of a material having a predetermined thickness, and the heat generating layer 150 is laminated on the upper surface to heat the heat generating layer 150 stacked on the lower surface of the second heat insulating plate layer 140. The predetermined thickness is preferably 3mm, but is not limited thereto.

The shield fabric layer 130 is disposed on the upper surface of the second insulation plate layer 140, and is preferably formed of a conductive copper wire or nickel wire woven fabric to shield the electromagnetic waves by grounding it to a ground line of an AC 220V power source.

The potential plate layer 120 is disposed on the upper surface of the shield fabric layer 130, and is formed of a non-combustible material. It is preferable that a non-combustible material is glass fiber (fiber glass). In addition, the negative potential generated in the potential plate layer 120 has an effect of improving blood circulation in the human body.

The waterproof fabric layer 110 is composed of a polyester waterproof coating fabric, and is laminated between the mat outer skin layer 100 and the potential plate 120 to prevent moisture from penetrating the respective laminated structure.

Figure 4 is an exemplary view showing the internal laminated structure of the tourmaline heating mat according to the present invention, the temperature controller built-in heating mat is laminated on the upper surface of the waterproof outer layer to inject powder containing the tourmaline particles laminated laminated tourmaline layer Figure is a view showing that it can be used as a tourmaline thermal mat of a built-in temperature controller.

In addition, the mat body 11 may be applied to a combination stimulator and an ultra-high-wave mat generating an electric blanket and a thermal mat and a negative potential.

The upper part of the built-in temperature controller 23 may be opened and closed by attaching a cover 41 to open or close it in a vertical or sliding direction or a sliding door or a sliding way. The temperature and power state may be controlled by the remote controller 25 through the built-in temperature controller 23. Can be controlled.

Figure 5 is a detailed perspective view of the temperature controller according to the present invention, a detailed perspective view of the built-in built-in temperature controller 23 which can be operated manually and can remotely control the temperature and power control unit 37 through the remote control 25 to be.

A power control unit 37 is disposed above the upper end of the built-in temperature controller 23 to manually control the on / off of power, and easily operates the temperature control and the timer operation in close proximity to the power control unit 37. There is a manual operation unit 33 consisting of a plurality of buttons to make.

The display unit 31 is a rectangular transparent window for displaying the temperature and time of the mat body is located below the upper end of the built-in temperature controller 23, the display unit 31 is remotely controlled by a remote control A receiver via infrared or a receiver via frequency is built in to make this possible.

6 is a side cross-sectional view of FIG. 2 according to the present invention.

As shown in FIG. 6, the built-in temperature controller 23 is positioned above the upper end of the laminated portion 35 of the mat body 11, and the plurality of buttons and the display unit of the built-in temperature controller 23 ( 31, the upper portion of the built-in temperature controller 23 can be opened and closed by attaching a cover 41.

In addition, the cover 41 protects against damage of the manual operation unit 33 and the display unit 31 constituting the built-in temperature controller 23 and prevents contamination by dust.

Referring to the operation of the embodiment according to the present invention configured as described above are as follows.

Figure 7 is an embodiment according to the present invention, a view showing a state that can open the cover 41 of the built-in temperature controller 23 during manual operation.

As such, the temperature controller according to the present invention can be manually controlled and at the same time can be controlled remotely through a remote control.

Although the present invention has been specifically shown and described with reference to the preferred embodiments, those skilled in the art will appreciate that various modifications are possible without departing from the spirit and scope of the invention. Therefore, the present invention is limited only by the utility model registration claims.

As described above, the present invention is easy to install and operate the thermal mat by omitting various connectors and wires, and to prevent poor contact of the connection portion of the wires, and the user may fall over or disconnect the wires due to the wires. There is an effect that can prevent the risk of being.

In addition, the integrated feature is convenient when moving, advantageous in space utilization, and can be remotely controlled by the remote control for the convenience of the user, and separates the temperature controller during the movement to make it lighter and thinner, which is convenient.

Claims (6)

In the heat mat which has a mat body which can be heated, and the built-in thermostat is built into the mat body, The built-in temperature controller is embedded on one side of each corner of the mat body, wherein the built-in temperature controller is located above the upper end of the laminated part of the mat body, and the built-in temperature controller for protecting the built-in temperature controller from external shock. The upper part of the controller is a thermostat built-in thermostat with a cover attached. The method of claim 1, wherein the temperature controller, Thermal mat with built-in thermostat for remote control via remote control. The method of claim 1, wherein the temperature controller, A power control unit capable of manually operating on / off of the power supply on one side of the upper part of the built-in temperature controller; A manual operation unit adjacent to the power control unit, the manual operation unit comprising a plurality of buttons for easily operating a temperature control and a timer operation manually; A display unit for displaying the temperature and time of the mat body on the other side of the upper portion of the built-in temperature controller Thermal mat with built-in temperature controller. The method of claim 1, wherein the mat body, Mat outer skin layer using polyester and cotton blend fabric; A first heat insulating plate layer having a padding cotton having a predetermined thickness for keeping warm by laminating on an upper surface of the outer skin part; A heat generating layer laminated on an upper surface of the first heat insulating plate layer and receiving heat to emit heat; A second heat insulating plate layer having a padding cotton having a predetermined thickness for insulating the heat generating layer by laminating on an upper surface of the heat generating layer; A shielding fabric layer made of a copper wire woven fabric material laminated on the upper surface of the second insulation plate layer to ground the ground wire of the power source to shield electromagnetic waves; A potential plate layer of a non-combustible glass fiber material for forming a dislocation by stacking on an upper surface of the shield fabric layer; A waterproof fabric layer laminated on the upper surface of the potential plate layer to waterproof coating the polyester material to prevent moisture from entering each of the laminated parts; A waterproof jacket layer laminated on an upper surface of the waterproof fabric layer to prevent moisture from penetrating into the jacket by waterproof coating the polyester; Laminated on the upper surface of the waterproof outer layer and the mat outer layer using polyester and cotton blend fabric Thermal mat with built-in thermostat. The method of claim 4, wherein the thermal mat, A thermostat built-in thermal mat formed by stacking a tourmaline layer in which a powder containing tourmaline particles is infiltrated by stacking on an upper surface of the waterproof outer layer. The method of claim 1, wherein the thermal mat, Thermal mats with built-in thermostats that can be applied to electric blankets, thermal mats, and combination stimulators and ultra-high mats that generate negative potentials.