KR20180020403A - Smart Electric Heating Pad - Google Patents

Abstract

A smart electric heating pad according to the present invention is an electric heating pad having a heating element therein. The smart electric heating pad includes a sensor part which is disposed on one side of the electric heating pad and includes a temperature sensor for sensing temperature information on a heating element and a weight sensor for sensing weight information on a user located on the electric heating pad; and a controller which includes a temperature control part for comparing the temperature information with predetermined reference temperature information to control the operation of the heating element and a weight sensing part for controlling the operation of the heating element according to whether the weight information is generated. It is possible to provide a smart electric heating pad with overheat prevention and automatic on/off functions.

Description

{Smart Electric Heating Pad}

The present invention relates to a smart electric device, and more particularly, to a smart electric device having an overheat prevention function and an automatic on / off function and providing information by analyzing data on a user's sleep state and movement .

As the standard of living is improved, it is becoming common that the indoor heating system uses electricity as an energy source with no odor and smoke, which is deviated from the system by energy sources such as oil and gas.

Among the heating elements (heaters) that use electricity as a heat source, a heating element of a pad type in which a person can sit or lie down is referred to as an electric setting board. Such an electric setting board can not only keep the bedding warm during winter, And are widely used.

Such an electric plate uses a heating element in which nichrome or the like using an alternating current is wrapped with an insulating material, or a heating method in which an alternating current is converted into a direct current and then a heat is generated through a thermoelectric semiconductor.

The electric plate is controlled by a regulator for controlling the electric plate. The regulator functions to maintain a constant temperature, and the user can set the electric plate temperature through the regulator, The temperature of the electric plate was controlled based only on the temperature of the plate.

Accordingly, even when the temperature of the electric plate using the regulator is adjusted, even when the room temperature is lowered, such as during the nighttime sleep in the winter season, the user can not easily cope with the cold that the user can feel.

Accordingly, in order to solve the above problems, Korean Patent No. 10-1550713 discloses " Electric mat smart controller and its control method ". The present invention relates to an electric mat smart controller and a control method thereof, wherein the electric mat smart controller includes: an indoor temperature sensor for sensing a room temperature; A human body sensing unit for receiving human body sensing information from a human body sensing sensor installed on a mat and determining whether the human body is sensed; A mat temperature detecting unit for receiving a mat temperature from a mat temperature sensor installed on the mat; A mat temperature setting unit for setting a mat setting temperature; A regulator temperature sensing unit for sensing a temperature inside the regulator; A storage unit for storing a temperature element discrimination compensation temperature table, a set temperature controller for each mat temperature, an internal temperature table, and a heating element resistance value for each mat temperature; A power supply controller for supplying power to the mat; And a controller for controlling the power supply controller based on the room temperature, the human body detection information, the mat temperature, the mat set temperature, and the internal temperature of the controller to control power supply to the mat.

However, there is a limitation in that it is not possible to provide the information that grasps the user's sleep rhythm in the electric laminate used for the user to sit down, as well as to lie down and take a good night's sleep, or to provide an optimum sleeping environment considering the sleep state of the user , IoT (Internet Of Things), and so on. Therefore, it is a reality that there is little technology development for electric laminate which combines hardware function and software function.

Therefore, there is a need to develop a new and advanced smart electric plate that provides information by analyzing the data on the state of the user's sleeping state and movement, and has a function of preventing overheating and automatic on / off function as a smart electric plate. to be.

SUMMARY OF THE INVENTION It is a general object of the present invention to provide a smart electric plate having an overheat prevention function and an automatic on / off function by automatically determining whether to use the sensor through a sensor.

It is another object of the present invention to provide a function of providing information on a sleep pattern to a user by analyzing data on the user ' s sleep state and movement through the electric bat.

It is a further object of the present invention to provide an LED in an electric laminate, which can keep the room bright even when a night light is not turned on, and automatically turn on / off the LED according to whether the user uses the electric laminate .

In order to attain the above object, a smart electric plate according to the present invention is provided with a heating element inside, a temperature sensor provided at one side of the inside of the electric setting plate for sensing temperature information of the heating element, A sensor unit including a load sensor for detecting load information of a user located on the electric field plate; And a controller for controlling the operation of the heating element by comparing the temperature information with preset reference temperature information, and a controller for controlling the operation of the heating element according to whether the load information is generated .

The controller may further include a snoring recorder for recording sound information, which is sound generated in the peripheral region of the electric plate according to whether the load information is generated, and a snore recorder for transmitting the recorded sound information to a personal terminal And a sleep information transmission unit including a sound transmission part for transmitting the sound information.

In addition, the heating element may be formed in a net structure having a plurality of rows and columns, and the sensor portion may be formed on the inner side of the electric field plate at a predetermined interval along the length and width direction, Wherein the controller comprises: a position determination part for storing position information of the intersection point at which the load information is generated for every predetermined reference time; and a controller for analyzing a change in the position information, Further comprising a sleep pattern analyzing unit configured to generate a sleep pattern information for a user, wherein the sleep information transmitting unit further includes a sleep pattern transmitting part for transmitting the sleep pattern information to the personal terminal .

In addition, the electric device further includes a plurality of vibration units provided at one side of the inside to generate vibration, and the personal terminal displays the information transmitted through the sleeping information transmission unit to the user through a mobile application Wherein the controller further comprises a vibration control unit for controlling the operation of the vibration unit in response to the input of the operation information, wherein the vibration control unit includes: .

In addition, the vibration setting unit may include a time setting part that receives the operation reference time of the vibration unit from the user, and an operation control part that generates the operation information of the vibration unit when the operation reference time is reached do.

Additionally, the electric strip further includes an auxiliary structure extending in a height direction along a width of the electric strip at an upper side of the electric strip, wherein the auxiliary structure is formed to be embedded along the width direction of the electric strip at the lower side Further comprising an LED module including a recessed groove and a plurality of LEDs mounted in the recess, the housing being electrically connected to the sensor unit and the controller, the controller comprising: A lighting control unit for controlling the lighting of the LED unit according to the generation of information, and a lighting direct control unit for receiving lighting of the LED unit from the user and controlling lighting of the LED unit.

In addition, the LED unit corresponds one-to-one with the load sensing sensor generated at the intersection, and the lighting control unit may further include an individual lighting control part for controlling lighting of each of the LED units corresponding to the generation of the load information .

In addition, the recessed groove may further include a convexly protruding protrusion and at least one support vertically protruding from one side of the surface of the protrusion, wherein the housing has a space for accommodating the LED portion, And a bending extension portion which is formed in an open form and extends outwardly from the upper end of the LED portion so as to extend inwardly from the upper end of the LED portion, And a cushioning board laminated between the auxiliary housing and the support for buffering an external impact.

In addition, the electric field plate may include a plurality of air tubes provided on one side of the electric field plate and having an injection port formed at one end thereof in a state of being extended in the width direction of the electric field plate, A mounting groove formed to be embedded along the longitudinal direction of the electric mounting plate; And an injection body mounted on the mounting groove and having a plurality of injection bars for injecting air into the air tube through the injection port.

In addition, the air tube and the injection bar are formed in a number corresponding to the number of rows of the heating elements at regular intervals along the width direction at one side of the inside of the electric setting plate, And an inflow control part for controlling the operation of the infusion body.

In addition, the controller may further include a customized control unit for controlling the operation of each injection bar in accordance with the user's sleep pattern information.

A smart electric batten according to the present invention comprises:

1) The sensor unit including the temperature sensing sensor and the load sensing sensor and the controller for controlling the heating element provided on the electric plate based on the information received through the sensor unit automatically determines whether or not the heater is used, And provides a smart electric board having functions,

2) The snoring included in the controller records the sound of the surrounding area of the electric plate when using the electric plate through the recording part and the sleeping information transmitting part, and provides information on whether or not the snoring is possible. Through the sleeping pattern analyzing part included in the controller A function of providing the user with information about the sleep pattern by analyzing the data of the sleep state and the movement of the user,

3) Through the LED control module provided in the electric lamp module and the controller, it is possible to keep the room bright even when the night light is not on, and automatically turn on / off the LED Can be controlled.

1 is a conceptual diagram showing a schematic configuration of a smart electric plate of the present invention.
FIG. 2 is a conceptual diagram illustrating a configuration of a heating element matrix and a sleep pattern analysis configuration of a smart electric plate of the present invention. FIG.
3 is a conceptual diagram showing a configuration in which a vibrating portion is added to a smart electric plate of the present invention.
4 is a conceptual view showing a configuration in which an LED portion is added to a smart electric plate of the present invention.
5 is a sectional view showing a detailed configuration of a recessed groove formed in a smart electric plate of the present invention;
6 is a conceptual view showing a configuration in which an air tube is provided in a smart electric plate of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale and wherein like reference numerals in the various drawings refer to like elements.

1 is a conceptual diagram showing a schematic configuration of a smart electric plate of the present invention.

1, the smart electric board of the present invention is an electric board having a heating element 100 inside thereof, and is provided on one side of the inside of the electric setting board to sense temperature information of the heating element 100 A sensor unit 200 including a temperature sensor 210 and a load sensor 220 for detecting load information of a user located on the electric field plate 220. The sensor unit 200 compares the temperature information with preset reference temperature information, A controller 300 including a temperature control unit 310 for controlling the operation of the heating body 100 and a load sensing unit 320 for controlling the operation of the heating body 100 according to whether the load information is generated or not .

The electric plate basically means that the heating element 100 is provided inside the front surface, and the heating element 100 basically intervenes between the fabric layers constituting the outer surface. The heating element 100 functions to heat the electric plate when power is supplied.

In addition, the smart electric plate of the present invention is provided at one side of the inside of the electric setting plate, and includes a temperature sensor 210 for sensing temperature information of the heating element 100, a load sensing the load information of the user located on the electric setting plate And a sensor unit 200 including a sensing sensor 220. The sensor unit 200 may be stacked on the upper or lower portion of the heating element 100 in the electric circuit board 100. In order not to be directly affected by the heat generated in the heating element 100, The temperature sensing sensor 210 and the load sensing sensor 220 included in the sensor unit 200 can be configured to operate more smoothly.

In this case, the load sensing sensor 220 may be composed of a load cell for sensing a weight or a pressure-reducing sensor for sensing a pressure, and is configured to be able to sense a load through a mass value or an applied pressure value.

A temperature control unit 310 for controlling the operation of the heating body 100 by comparing the temperature information with preset reference temperature information on one side of the electric setting plate 310 and a control unit 310 for controlling the operation of the heating body 100 according to whether the load information is generated or not. And a controller 300 including a load sensing unit 320 for controlling operation.

The controller 300 basically serves as a remote control for the heating element 100, and can control on / off the heating function of the electric plate according to the user's operation. In addition, the temperature controller 310 and the load sensing The heating element 100 is automatically turned off by the temperature controller 310 included in the controller 300 when the temperature information of the electric appliance exceeds the reference temperature information to prevent the electric appliance from overheating can do. In addition, since the operation of the heating body 100 can be controlled according to whether the load information is generated by the load sensing unit 320, when the user uses the electric control board and is out of the electric control board, that is, 100) is automatically turned off so that the heating function is automatically turned off when the electric plate is not used.

FIG. 2 is a conceptual diagram showing a heating element (100) matrix configuration and a sleep pattern analysis configuration of the smart electric floor of the present invention.

A further configuration of the smart electric plate will be described with reference to Fig. First, the controller 300 includes a snoring record unit 330 for recording sound information, which is generated in the peripheral region of the electric plate according to whether the load information is generated, And a sleeping information transmission unit 350 including a sound transmission part 351 for transmitting the sound transmission unit 351 to the personal terminal 10.

The generation of the load information at this time means that the load sensing sensor 220 detects that the load is applied to the electric load board, that is, the user is using the electric load board. Therefore, To record the sound of the surrounding area, that is, the sound information about the snoring. The sound information thus recorded is transmitted to the personal terminal 10 held by the user by the sound transmission part 351 included in the sleeping information transmission part 350 of the controller 300, Of course.

The personal terminal 10 used herein refers to a terminal device possessed by a user and is not limited to a personal computer, a tablet PC, a notebook computer, a smart phone, etc., so that information is exchanged through communication with the controller 300 And the type of the information is not limited as long as the information can be exchanged through the electrical connection with the controller 300.

In addition, the heating element 100 is formed in a net structure composed of a plurality of rows and columns, and the sensor unit 200 has a constant The controller 300 is configured to detect the position of the intersection 110 at which the load information is generated for each predetermined reference time, The sleep pattern analyzer 340 further includes a position recognition part 341 for storing information and a sleep pattern generation part 342 for generating a sleep pattern information for the user by analyzing the change of the position information And the sleeping information transmission unit 350 may further include a sleeping pattern transmission part 352 for transmitting the sleeping pattern information to the personal terminal 10. [

In this structure, the sensor unit 200 is positioned at the intersection of the row and the column of the heating element 100, that is, the intersection 110. Since the heating unit 100 is a net structure composed of a plurality of rows and columns, 200 are also composed of a plurality of units. Accordingly, since the sensor unit 200 is provided at the intersection point 110, it is determined whether or not the load information is generated in the sensor unit 200 located at each of the intersections 110. When the user takes a sleep on the electric plate, It is possible to generate the sleep pattern information for the sleeping person.

The sleep pattern information is generated by the sleep pattern analyzing unit 340 included in the controller 300. The sleep pattern analyzing unit 340 analyzes the position information of the intersection 110 at which the load information is generated for each predetermined reference time And a sleep pattern generation part 342 for analyzing the change of the position information and generating sleep pattern information for the user.

The generated sleep pattern information is transmitted to the personal terminal 10 held by the user by the sleep pattern transmission part 352 included in the sleeping information transmission unit 350. Accordingly, 10).

In addition to the sleep pattern information, the weight of the user can be measured using the load sensing sensor 220 included in the sensor unit 200, and the number and position information of the sensor units 200, Information on the user's key can also be measured so that information on the user's key and weight can also be transmitted to the user through the personal terminal 10 and can be used by using the temperature sensor 210 included in the sensor unit 200 The body temperature of the car can also be measured and transmitted to the personal terminal 10.

In addition, the user's respiratory rate or heart rate can also be evaluated through the variation of the load applied to the load sensing sensor 220. This is because the user's back part contacts the load sensing sensor 220 when sleeping, After generating the information about the user's key through the number and location information of the generated sensor unit 200, the position of the sensor unit 200 corresponding to the user etc. is calculated, It is needless to say that it is also possible to generate information on the user's respiratory rate or heartbeat by determining the degree of fluctuation of the load applied to the personal terminal 10 by the user.

In addition, information on the above-described sound information, sleep pattern information, user's key, body weight, body temperature, respiratory rate, heartbeat, and the like may be transmitted to a user through a mobile application described later.

3 is a conceptual diagram showing a configuration in which a vibration unit 120 is added to a smart electric plate of the present invention.

3, the electric bed further includes a plurality of vibration units 120 provided on one side of the inside to generate vibration, and the personal terminal 10 includes a sleeping information transmitter 350 A sleeping information guide unit 11 for displaying the information transmitted through the mobile application to the user through the mobile application and a vibration setting unit 12 for receiving information on the operation of the vibration unit 120 from the user The controller 300 may further include a vibration controller 360 for controlling the operation of the vibration unit 120 according to the input of the operation information.

It is a matter of course that such a configuration can provide an alarm function to a user in a sleep state through vibration or a massage function can be added by adjusting the intensity of a motor located in the vibration unit 120 provided.

In addition, it is also possible to display information transmitted through the sleeping information transmitter 350 through a mobile application installed in the personal terminal 10 to the user, and the vibration setting unit 12 The controller 300 may receive information on whether the vibration unit 120 is operated from the user through the vibration controller 360, which controls the operation of the vibration unit 120 according to the input of the operation information, ).

The vibration setting unit 12 included in the personal terminal 10 includes a time setting part 13 for inputting the operation reference time of the vibration unit 120 from the user and a time setting part 13 And an operation control part 14 for generating information on the operation of the vibration unit 120. The control unit 120 controls the on / off of the vibration unit 120, It is also possible to perform an alarm function by outputting sound through the controller 300 as well as the vibration function described above.

FIG. 4 is a conceptual diagram showing a configuration in which an LED unit 420 is added to a smart electric plate of the present invention, and FIG. 5 is a sectional view showing a detailed configuration of a cavity 131 formed in a smart electric plate of the present invention.

4 and 5, the electric strip further includes an auxiliary structure 130 extending in the height direction along the width of the electric strip at one side of the top, A recessed groove 131 formed at a lower side to be embedded along the width direction of the electric plate and a housing (not shown) electrically connected to the sensor unit 200 and the controller 300, The controller 300 further includes an LED module 400 including a plurality of LEDs 420 mounted on the housing 410 and a plurality of LEDs 420 mounted on the housing 410. The controller 300 controls the LEDs 400, A lighting control unit 370 for controlling the lighting of the LED unit 420 and a lighting direct control unit 380 for controlling the lighting of the LED unit 420 based on whether the user has turned on the LED unit 420 .

The auxiliary structure 130 is formed to extend in the height direction along the width of the electric plate at the top side, similar to the head of the bed. The auxiliary structure 130 can be used to mount an object above the electric plate, It is also possible to protect the user from being hurt by hitting the head even when the electric plate is placed near the wall by using a soft material.

At this time, the auxiliary structure 130 is formed with a recessed groove 131 which is formed at the lower side along the width direction of the electric field plate. The recessed groove 131 is a row of grooves A housing 410 mounted in the recessed groove 131 and electrically connected to the sensor unit 200 and the controller 300 is provided in the recessed groove 131, And an LED module 400 including a plurality of LED units 420 to be mounted.

The LED module 400 is mounted on the recessed groove 131 and is electrically connected to the sensor unit 200 and the controller 300. The LED module 400 includes a housing 410 and a plurality of LEDs 420 are provided.

The LED unit 420 refers to an LED assembly including a circuit that is a component of an LED and a light emitting unit. The housing 410 protects the LED unit 420 and externally It is a means for releasing easily. Accordingly, it is most preferable that the housing 410 is made of a heat conductive metal material to easily dissipate the heat to the outside and protect the LED part 420 from external impact.

The LED module 400 including the LED unit 420 is on / off controlled by a lighting control unit 370 and a lighting direct control unit 380 included in the controller 300. The lighting control unit 370 controls the on / The direct lighting control unit 380 controls the lighting of the LED unit 420 based on whether or not the LED unit 420 is lit from the user, .

The direct lighting control unit 380 controls lighting of the LED unit 420 according to the user's operation and the lighting control unit 370 controls the lighting of the LED unit 420 automatically according to the generation of the load information Therefore, after the LED unit 420 is turned on by the user's operation, the LED unit 420 is automatically turned off when load information is not generated on the electric device because the user does not use the electric device It is possible.

The LED unit 420 is one-to-one correspondence with the load sensing sensor 220 generated at the intersection 110. The lighting control unit 370 controls the LED unit 420, And an individual lighting control part 372 for controlling lighting of each of the plurality of lighting control parts 420.

Accordingly, the lighting controller 370 controls the entire lighting control part 371 for controlling lighting of the entire LED part 420 according to whether the load information is generated, and the lighting control part 371 for controlling the LED part 420 The individual lighting control part 371 and the individual lighting control part 371 may be constructed by applying only one of the above embodiments, The operation for any one of the parts 372 may be selected from the user.

In addition, the LED module 400 may be directly attached to the recessed groove 131. However, to improve the durability of the LED module 400, the recessed groove 131 may have a convex protrusion 132, And at least one support 133 protruding in a vertical direction from one side of the surface of the protrusion 132.

The support 133 is configured to attach the LED module 400 at a position spaced apart from the embedding groove 131 by a predetermined height. The protrusion 132 is attached to the surface of the embedding groove 131, And the support 133 is protruded in the vertical direction from the surface of the protrusion 132 and the protrusion position of the protrusion 133 can be formed not only at the center of the protrusion 132 but also at any other position The LED module 400 may be inclined from the concave groove 131 according to the position of the support 133.

In addition, since the LED module 400 includes the LED unit 420 that emits bright light, the housing 410 plays a role of enhancing the heat dissipation function. Accordingly, The housing 410 has a space for accommodating the LED unit 420 and has an open top surface. The housing 410 surrounds the outside of the LED unit 420, The auxiliary housing 412 includes a bent extension portion 411 bent inward and extending in a bent direction and fixed to the auxiliary housing 412 in a state that the LED portion 420 is housed therein. A fixing tie 413 for covering and fixing the LED unit 420 and a buffer board 414 stacked between the auxiliary housing 412 and the support table 133 to buffer external impacts .

The auxiliary housing 412 is located at the outermost side of the housing 410 and has a space for accommodating the LED 420. The auxiliary housing 412 surrounds the outside of the LED 420, And a bending extension portion 411 extending from the bending portion 411. That is, a bending extension part 411 is formed as a sidewall of the LED part 420 to surround the LED part 420. The bending extension part 411 is bent in the inward direction from the top end Respectively.

The bending extension part 411 is wrapped around the LED part 420 by the fixing tie 413 for fixing the LED part 420 in the auxiliary housing 412, It is possible to prevent the LED unit 420 from being detached from the inner storage space of the auxiliary housing 412 even if an impact is applied to the auxiliary housing 412.

In addition, a buffer board 414 made of an elastic material such as a sponge or a rubber is further stacked between the auxiliary housing 412 and the support 133 so that the shock can be absorbed once again, Respectively.

6 is a conceptual diagram showing a configuration in which an air tube 600 is provided on a smart electric plate of the present invention.

6, the electric strip is provided on one side of the electric strip and includes a plurality of air tubes 600 having an injection port 610 formed at one end thereof in a state of being extended in the width direction of the electric strip, A mounting groove 140 formed on one side of an end portion of the electric mounting plate in the direction of the injection port 610 and formed to be inserted along the longitudinal direction of the electric mounting plate and a mounting groove 140 mounted on the mounting groove 140, And an injection body 500 having a plurality of injection bars 510 for injecting air into the air tube 600 through the injection tube 500.

A mounting groove 140 is formed in the longitudinal direction of the end portion of the air tube 600 in the side of the injection port 610 of the electric mounting plate 140. The mounting groove 140 is provided with an injection body 500, The injection port 610 of the air tube 600 is filled with air through the injection bar 510 formed in the injection port 500.

The air is injected into the injection port 610 formed in the air tube 600 through the injection bar 510 provided in the injection main body 500, The air tube 600 is filled with air to further improve the cushioning feeling of the electric setting plate.

In addition, the air tube 600 and the injection bar 510 are formed in a number corresponding to the number of rows of the heating elements 100 at regular intervals along the width direction at one side of the inside of the electric setting plate The controller 300 may be provided on one side of the injection main body 500 in a state including an inflow control part 390 for controlling the operation of each injection bar 510.

Accordingly, the user can fill only the air tube 600, which is more comfortable than the desired plurality of air tubes 600, and can use the desired air tube 600 among the plurality of air tubes 600 according to the user's water surface pattern, (600). The inflow control unit 390 included in the controller 300 functions as a kind of switch so that air is injected into the air tube 600 through the infusion bar 510 individually. 500, it is not necessary to provide a separate controller 300, so that an integral structure can be achieved.

The controller 300 may include a custom controller 391 for controlling the operation of each injection bar 510 according to the user's sleep pattern information. The air conditioning control unit 391 controls the operation of the injection bar 510 to optimize the sleeping pattern information of the user so as to take the sleep in the most comfortable posture, Can be individually controlled automatically.

As described above, the configuration and operation of the smart electric batten according to the present invention are described in the above description and drawings, but the spirit of the present invention is not limited to the above description and drawings, It is to be understood that various changes and modifications may be made without departing from the spirit and scope of the invention.

10: personal terminal 11:
12: Vibration setting part 13: Time setting part
14: Operation control part 100: Heating element
110: intersection 120:
130: Auxiliary structure 131:
132: protrusion 133:
140: mounting groove 200: sensor part
210: Temperature sensor 220: Load sensor
300: controller 310: temperature controller
320: load sensing unit 330: snoring recorder
340: sleeping pattern analysis unit 341: positioning unit
342: Sleep pattern generation part 350: Sleep information transmission part
351: Sound transmission part 352: Sleep pattern transmission part
360: vibration control unit 370: lighting control unit
371: Full lighting control part 372: Individual lighting control part
380: Lighting direct control unit 390: Inflow control unit
391: Custom control unit 400: LED module
410: Housing 411: Bending extension
412: auxiliary housing 413: fixed tie
414: buffer board 420: LED part
500: injection body 510: injection bar
600: air tube 610: inlet

Claims (11)

An electric plate having a heating element inside,
A sensor unit provided at one side of the inside of the electric plate and including a temperature sensor for sensing temperature information of the heating element and a load sensor for sensing load information of a user located on the electric plate; And
And a controller for comparing the temperature information with predetermined reference temperature information to control the operation of the heating element and a load sensing part for controlling the operation of the heating element depending on whether the load information is generated or not As a smart electric board. The method according to claim 1,
The controller comprising:
A snoring recorder for recording the sound information generated in the peripheral region of the electric plate according to whether the load information is generated,
And a sound transmission part for transmitting the recorded sound information to the personal terminal possessed by the user. 3. The method of claim 2,
The heating element
And is formed in a net structure composed of a plurality of rows and columns,
The sensor unit includes:
Wherein a plurality of heating elements are formed at intersections of rows and columns of the heating elements at regular intervals along a length and a width direction at one side of the inside of the electric strip,
The controller comprising:
And a sleep pattern generation part for generating a sleep pattern information for the user by analyzing a change of the position information, and a sleep pattern generation part for generating sleep pattern information for the user by storing the position information of the intersection point, Further comprising a pattern analysis unit,
The sleeping-
And a sleep pattern transmission part for transmitting the sleep pattern information to the personal terminal. 3. The method according to claim 2 or 3,
Wherein the electric laminate comprises:
Further comprising: a plurality of vibrating portions provided at one side of the inner side to generate vibration,
The personal terminal,
A sleeping information guide unit for displaying information transmitted through the sleeping information transmission unit to the user through a mobile application;
And a vibration setting unit that receives information on whether the vibration unit is operated from the user,
The controller comprising:
And a vibration control unit for controlling the operation of the vibration unit according to the input of the operation information. 5. The method of claim 4,
The vibration-
A time setting part for receiving an operation reference time of the vibrator from the user,
And an operation control part for generating information on whether or not the vibrator is operated upon reaching the operation reference time. The method of claim 3,
Wherein the electric laminate comprises:
And an auxiliary structure extending in the height direction along the width of the electric plate at the upper side,
In the auxiliary structure,
An engaging groove formed at the lower side so as to be embedded along the width direction of the electric plate,
The LED module further includes a housing mounted on the recessed groove and electrically connected to the sensor unit and the controller, and a plurality of LED units mounted in the housing,
The controller comprising:
A lighting control unit for controlling lighting of the LED unit according to the generation of the load information,
Further comprising a lighting direct controller for receiving lighting of the LED unit from the user and controlling lighting of the LED unit. The method according to claim 6,
The LED unit includes:
One-to-one correspondence with the load sensing sensors generated at the intersections,
The on-
Further comprising an individual lighting control part for controlling lighting of each of the LED parts corresponding to whether the load information is generated or not. The method according to claim 6,
The recessed groove
A convexly protruding portion,
Further comprising at least one support protruding in a vertical direction from one side of the surface of the protrusion,
The housing includes:
An auxiliary housing including a space for accommodating the LED unit and having an open upper surface, the auxiliary housing including a bent extension portion extending from an upper end of the LED unit and extending inwardly,
A fixing tie for fixing the LED unit to the auxiliary housing while fixing the LED unit to the auxiliary housing,
And a buffer board laminated between the auxiliary housing and the support to buffer external impacts. The method of claim 3,
Wherein the electric laminate comprises:
A plurality of air tubes provided at one side of the inside and having an injection port at one end in a state of being extended in the width direction of the electric setting plate;
A mounting groove formed on one side of the end of the electric entry plate in the direction of the injection port, the mounting recess being formed along the longitudinal direction of the electric entry plate; And
Further comprising an injection body mounted to the mounting groove and having a plurality of injection bars for injecting air into the air tube through the injection port. 10. The method of claim 9,
Wherein said air tube and said injection bar
Wherein the plurality of heating elements are formed in a number corresponding to the number of rows of the heating elements,
The controller comprising:
Characterized in that it is provided on one side of the injection body in a state including an inflow control part for controlling the operation of each of the injection bars. 11. The method of claim 10,
The controller comprising:
Further comprising a customized control unit for controlling the operation of each said infusion bar according to said sleep pattern information of said user.

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