KR200488865Y1 - System for supplying hot water with remote control function - Google Patents

Abstract

The present invention relates to a hot water supply system having a remote control function that allows a user to operate a hot water supply device wirelessly. The present invention enables a user to wirelessly control the temperature of the hot water mat or the operation time of the hot water supply device by using the remote device to turn on and off the power, The hot water supply device can be easily controlled remotely by using the remote device without moving the hot water supply device.

Description

TECHNICAL FIELD [0001] The present invention relates to a hot water supply system having a remote control function,

The present invention relates to a hot water supply system having a remote control function, and more particularly, to a hot water supply system having a remote control function for allowing a user to operate a hot water supply device wirelessly.

Generally, a hot water mat is a device for heating or keeping warm water by sending hot water to a hot water pipe connected to the inside of the mat. The hot water mat supplies and circulates the hot water supplied from the hot water supply device to the hot water pipe, thereby locally heating or maintaining the mat. Since such a hot water mat provides a heating function by using a hot water pipe, there is a problem with a conventional electric mat having a built-in heating wire inside the mat, that is, an electric safety such as a harmful electromagnetic wave shielding by a heating wire, There is an advantage that no accident occurs.

FIG. 1 is a view for explaining a conventional hot water supply hot water supply device. Referring to FIG. 1, the conventional hot water supply device 1 is configured to supply hot water to a mat member 2 in which hot water pipes 2a are arranged in a zigzag manner. The hot water supply device 1 and the hot water pipe 2a of the mat member 2 are connected to each other by the connecting pipe 3 so that hot water heated by the hot water supply device 1 is supplied to the mat And the hot water supplied to the hot water pipe 2a of the mat member 2 is circulated to the hot water supply device 1 through the connecting pipe 3. [

An operation unit is provided on the upper surface of the hot water supply device so that the user can operate the operation unit to control the temperature of the hot water supplied to the hot water pipe or the time when the hot water supply device is operated .

However, since the hot water supply device is located far away from the mat member which is directly used by the user due to its own noise or electromagnetic waves, the user who is sitting or lying on the mat member must move to the hot water supply unit in order to operate the operation unit. It can not be uncomfortable.

Korean Patent No. 10-1514987

SUMMARY OF THE INVENTION It is an object of the present invention to provide a hot water supply system having a remote control function that enables a user to operate a hot water supply device wirelessly.

According to an aspect of the present invention, there is provided a method for controlling a heater, the method comprising: a water tank; a heater for heating the fluid supplied from the water tank; a receiver for receiving a radio signal through wireless communication; A hot water supply device having an apparatus housing in which the water tank, the heater, the apparatus control section, and the receiving section are accommodated by the apparatus control section; A transmitter for transmitting a radio signal to the receiver using the same frequency as the radio communication; an input unit for receiving an operation signal from the outside; a remote controller for converting an operation signal received from the input unit into a radio signal, And a remote device having a control unit and a remote housing in which the transmitter and the remote control are housed and the input unit is located on an upper surface thereof.

Further, the present invention provides a hot water supply system having a remote control function, characterized in that the wireless communication is composed of short range wireless communication using Bluetooth.

The apparatus housing may include a side wall portion surrounding the side portion of the water tank and an upper portion formed to cover an upper portion of the side wall portion and having an exposure hole exposed to the outside of the water tank, And the remote device is configured to be seated on the upper side.

In addition, the upper portion is configured to have magnetism, and the lower surface of the remote device is magnetically coupled to the upper portion.

And a wireless power receiving unit for wirelessly receiving power from the wireless power transmitting unit is provided on the lower surface of the remote device, The hot water supply system comprising:

The apparatus housing may further include a seating guide plate mounted on the upper side portion, a mood mounted on the seating guide plate, and a lid of the water tank facing the outside of the seating guide plate, Wherein a guide hole is formed in the seating guide plate so as to expose the seating guide plate, and a guide hole such as a mood is formed on both sides of the seating guide plate so that the mood and the like are inserted, and the remote device is seated on the seating guide plate. And a hot water supply system.

In addition, a concave portion is formed in a concave downward direction to be inserted into the exposure hole at the center of the seating guide plate, the cover guide hole having a diameter smaller than the exposure hole is formed in the concave portion, Characterized in that a lid guide groove is formed in a position protruding above the seating guide plate through the lid guide hole and in a position opposite to the lid on the lower surface of the remote housing so as to accommodate the lid. Provide hot water supply system.

And a fitting engagement protrusion is formed on the upper surface of the side wall portion so as to be fitted into the fitting engagement groove at a position facing the fitting engagement groove of the seating guide plate. A hot water supply system having a function is provided.

The mat member may be formed of a synthetic resin that can be fused by a high frequency, and a rim and an inner part of the mat member may be fused together to form a joint, Top and bottom sheets; A circulation path formed by spaces of unfused portions inside the upper and lower sheets; And a completely fused portion formed by fusing along the center of the circulation path, wherein the circulation path is divided into a left circulation path and a right circulation path independently formed by the completely fused portion, and the left and right circulation paths are connected to the left circulation path, And a left water outlet, and a right water inlet and a right water outlet are provided to be connected to the right circulation passage, and the fluid introduced into the left inlet and outlet flows along the left circulation path in the left side of the upper and the lower seat, And the fluid that has flowed into the right inlet and outlet flows through the right side of the upper and lower sheets along the right circulation path and is discharged to the water outlet.

In addition, the circulation path may include a plurality of horizontal patterns and a plurality of vertical patterns intersecting at right angles at equal intervals in the upper and the lower sheet, and the horizontal patterns in the upper and lower sheets, The hot water supply system having a remote control function is characterized in that the hot water supply system is fused in a repeated rectangular lattice shape.

In addition, a distribution fusion portion is formed on the left and right sides of the upper and lower sheets so as to be in parallel with the completely fusion portion, and the fusion fusion portion is formed in a fusion-splice portion in the installation direction of the left- And a U-turn weld exclusion section is formed on an end of the U-turn weld exclusion section, wherein a space is formed in which the upper and lower sheets are not welded, .

The fusing and exclusion unit may include an induction fusion unit for separating a circulation path connected to the left inlet part and a circulation path connected to the left outlet part so that the fusing and exclusion part is close to any one of the left inlet part and the left outlet part, Wherein the guided welded portion extends toward the welded exclusion portion so that the welded exclusion portion is brought into close contact with only one of the left inlet portion and the left inlet portion.

The fusing and exclusion portion is formed with an induction fusion portion for separating a circulation path connected to the right and left water receiving portions and a circulation path connected to the right water receiving portion so as to be in proximity to and communicating with any one of the right and left water receiving portions, Wherein the guiding fused portion extends toward the fusing exclusion portion so that the fusing / exclusion portion is brought into close contact with only one of the right and left water receiving portions.

In addition, the guiding fused portion has a shape to close a circulation path between grids, and provides a hot water supply system having a remote control function.

The present invention enables a user to wirelessly control the temperature of the hot water mat or the operation time of the hot water supply device by using the remote device to turn on and off the power, It is possible to remotely control the hot water supply device remote from the mat member and the remote hot water supply device without using the remote device.

Further, since the upper side of the device housing is configured to have magnetism and the lower side of the remote housing is magnetically coupled with the upper side of the device housing, There is an effect that it is not arbitrarily separated.

In addition, since the mood and the like are placed in the guide hole such as the mood, the light of the mood and the like are exposed to the light by the clearance of the guide hole such as the mood, and the light is not strong enough to be used for interior use. Or as an aid.

Further, since the lower surface of the remote housing can be closely attached to the seating guide plate, the power supplied by the wireless power transmitting unit can be easily transmitted to the wireless power receiving unit, thereby enabling wireless charging.

In addition, since the seating guide plate is coupled to the apparatus housing in a simple fitting manner, there is an effect that the seating guide plate is coupled to the apparatus housing in a simple manner.

 In addition, since the connecting member is composed of four separate connecting pipes, that is, the first, second, third and fourth connecting pipes, bottlenecks do not occur and hot water is circulated smoothly.

In addition, since a separate hose is not required inside the mat member, the manufacturing cost of the mat is reduced and the manufacturing process is reduced.

FIG. 1 is a view for explaining a conventional hot water supply hot water supply device.
2 is a schematic view of a hot water supply system having a remote control function according to a preferred embodiment of the present invention.
FIG. 3 is a view schematically showing a part of a hot water supply device of a hot water supply system having a remote control function according to a preferred embodiment of the present invention.
4 is a schematic view of an upper part of an apparatus housing of a hot water supply system having a remote control function according to a preferred embodiment of the present invention.
5 is a schematic view of a device control member of a hot water supply system having a remote control function according to a preferred embodiment of the present invention.
6 is a schematic view of a remote control member of a hot water supply system having a remote control function according to a preferred embodiment of the present invention.
7 is a view showing a conventional mat member.
8 is a view illustrating a mat member of a hot water supply system having a remote control function according to a preferred embodiment of the present invention.

Hereinafter, a hot water supply system having a remote control function according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 2 is a schematic view of a hot water supply system having a remote control function according to a preferred embodiment of the present invention. FIG. 3 is a block diagram of a hot water supply system of a hot water supply system having a remote control function according to a preferred embodiment of the present invention FIG. 4 is a view schematically showing an upper part of a device housing of a hot water supply system having a remote control function according to a preferred embodiment of the present invention. FIG.

2 to 4, a hot water supply system having a remote control function according to a preferred embodiment of the present invention supplies hot water to a mat member 300 of a hot water mat. The hot water supply system includes a mat member 300, 400, a hot water supply device 100, and a remote device 200. The connecting member 400 connects the mat member 300 and the hot water supply device 100 to each other. The mat member 300 includes a mat member 300, The member 300 and the connecting member 400 will be described with reference to FIG.

The hot water supply device 100 is for supplying hot water to the mat member 300 and includes a water tank 110, a heater 120, a device housing 130, a seating guide plate 140, a mud case 150, And a control member (160). The device control member 160 will be described with reference to FIG.

The water tank 110 has an empty space for receiving water therein, and the upper part thereof is opened and closed by a lid 112. In addition, a water level sensor (not shown) may be further provided in the water tank 110 to sense the level of water contained in the water tank 110. The level sensor may be a conventional float type level sensor or an electronic level sensor commonly used in a conventional humidifier or the like.

The heater 120 heats the water in the water tank 110 to a preset temperature and includes an electric heater 120 formed of a metal plate, a coil, or the like, and is installed at one side of the water tank 110.

The apparatus housing 130 is formed to cover the upper portion of the side wall portion 132 and the side wall portion 132 having the space to contain the water tank 110, the heater 120, and a device control member 160 And includes an upper portion 134. The upper side of the side wall portion 132 is formed with a concave fitting groove 132a to insert a fitting fitting portion 141 described later. An exposing hole 134a is formed at the center of the upper part 134 to expose the lid 112 provided at the upper end of the water tank 110 to the outside. Here, the diameter of the exposed hole 134a is formed to be larger than the diameter of the lid 112.

The seating guide plate 140 is mounted on the upper side portion 134 and is formed in a plate shape so as to be in close contact with the upper side portion 134. A guide hole 146 such as a mood is formed to be long on both sides of the seating guide plate 140 so that a mood 150 or the like to be described later is inserted into the seating guide plate 140. A concave portion 142 and a lid guide hole 144 Is formed. A fitting engagement protrusion 141 is protruded from the fitting guide groove 132a of the seating guide plate 140 so as to be fitted into the fitting engagement groove 132a. Since the seating guide plate 140 is coupled to the device housing 130 in a simple fitting manner, the seating guide plate 140 is coupled to the device housing 130 in a simple manner.

The mood light 150 is composed of an LED lighting or the like formed in a long shape in the longitudinal direction, and is configured so that the color of light continuously changes or emits a gentle light. The mood light 150 can be used for an interior purpose because the brightness of the light is not strong, and it can be used in a bedroom or a living room at night and as a sleeping light or auxiliary light. The mood light 150 is configured to be inserted into the guide hole 146 such as a mood and not protrude upward from the seating guide plate 140.

A concave portion 142 is formed to be downwardly concave to be inserted into the exposure hole 134a at the center of the seating guide plate 140 and a lid guide 142 having a smaller diameter than the exposure hole 134a is formed at the center of the concave portion 142. [ A hole 144 is formed. Then, the lid 112 of the water tank 110 is guided to the outside through the lid guide hole 144. When the lid 112 is coupled to the water tank 110, the diameter of the lid 112 is larger than the diameter of the lid guide hole 144, The seating guide plate 140 is firmly fixed by the lid 112. Since the diameter of the recess 142 is larger than the diameter of the lid 112, the user inserts the hand into the space between the recess 142 and the lid 112, So that it is possible to rotate and hold the object.

The remote device 200 includes a remote housing 210 and a remote control member 220. The remote housing 210 is configured to be seated in the seating guide plate 140, and a remote control member 220 is provided therein. Since the remote housing 210 is seated on the seating guide plate 140, the remote housing 210 can be easily stored and can be easily moved to a desired position by the user while holding the remote housing 210 in use.

An input unit 222 is positioned on the upper surface of the remote housing 210. The input unit 222 is constituted by a button, a touch panel, or the like, and receives an operation signal by pressing or touching by the user. The input operation signal is transmitted to a remote control unit 225, which will be described later. When the remote housing 210 is seated in the seating guide plate 140, a lid 112 protruding upward from the seating guide plate 140 is received in a position opposite to the lid 112 of the lower surface of the remote housing 210 And a lower surface of the remote housing 210 is configured to be able to be brought into close contact with the seating guide plate 140. [ Since the lower surface of the remote housing 210 and the seating guide plate 140 are closely contacted with each other, the power supplied by the wireless power transmitting unit 164 to be described later is easily transmitted to the wireless power receiving unit 223 described later. This will be described again in Fig. 5 and Fig. The lower side of the remote housing 210 may be configured to be magnetically coupled to the upper side portion 134 or the seating guide plate 140. The upper side portion 134 and the seating guide plate 140 may be magnetically coupled to each other. Since the remote housing 210 is magnetically coupled to the apparatus housing 130, the lower surface of the remote housing 210 and the seating guide plate 140 can be positioned closer to each other. Even when a slight external impact is applied to the apparatus housing 130 or the remote housing 210 in a state where the remote housing 210 is seated in the apparatus housing 130, 210 are not arbitrarily separated from each other.

The remote control member 220 remotely controls the device control member 160, and its detailed configuration will be described with reference to FIG. As described above, the present invention enables the remote device 200 to turn on / off the power or control the temperature of the hot water mat or wirelessly control the operation time of the hot water supply device 100, It is possible to remotely control the hot water supply device 100 by using the remote device 200 without moving to the hot water supply device 100.

FIG. 5 is a block diagram schematically showing a device control member of a hot water supply system having a remote control function according to a preferred embodiment of the present invention, and FIG. 6 is a block diagram schematically showing a device control member of a hot water supply system having a remote control function according to a preferred embodiment of the present invention. ≪ / RTI > is a block diagram schematically illustrating the absence of a remote control of the system.

5 and 6, the device control member 160 includes an operating unit 161, a temperature sensor 162, a receiving unit 163, a wireless power transmitting unit 164, a driving unit 165 such as a mood, A driving unit 166 and a device control unit 167.

The operating portion 161 may be provided in the side wall portion 132 of the device housing 130 and may be omitted in some cases. The operation unit 161 includes a button, a touch panel, and the like, and receives an operation signal by pressing or touching by the user. The input operation signal is transmitted to the device control unit 167.

The temperature sensor 162 is configured to check the temperature of the water in the water tank 110 heated by the heater 120. The heater driver 166 receives the control signal from the device controller 167 and does not drive or drive the heater 120. Since the temperature sensor 162 and the heater driving unit 166 are of a typical configuration, a detailed description thereof will be omitted. The driving unit 165 such as a mood receives the control signal of the device control unit 167 and controls the mood light 150 to be turned on or off.

The receiving unit 163 is configured to receive a wireless signal through wireless communication. The wireless communication may be configured as short-range wireless communication using, for example, Bluetooth.

The device control unit 167 receives the radio signal received by the receiving unit 163 and controls driving of the heater driving unit 166 or the driving unit 165 such as a mood.

The wireless power transmitting unit 164 supplies wireless power to the wireless power receiving unit 223, which will be described with reference to FIG.

The remote control member 220 remotely controls the hot water supply device 100 such as a remote control and includes a transmitting unit 221, an input unit 222, a wireless power receiving unit 223, a battery 224, and a remote control unit 225, .

The input unit 222 receives an operation signal from a user and may be provided on the upper side of the remote housing 210. The input unit 222 is constituted by a button or a touch panel, and receives an operation signal by pressing or touching by the user. The input operation signal is transmitted to the remote control unit 225.

The remote control unit 225 converts the operation signal received from the input unit 222 into a radio signal and transmits the radio signal to the transmitter 221.

The transmitting unit 221 transmits the radio signal to the receiving unit 163 of the hot water supply device 100 using the same frequency as the wireless communication, that is, the near field wireless communication using the Bluetooth. That is, when the remote control unit 225 converts the operation signal generated by the input unit 222 of the remote control member 220 into a wireless signal, the transmitting unit 221 transmits the wireless signal to the receiving unit 163 through wireless communication will be. The transmission unit 221 receives the wireless signal through the wireless communication and transfers the wireless signal to the device control unit 167 to control the heater driving unit 166 or the driving unit 165 such as the mood.

As described above, the present invention can control the hot water supply device 100 wirelessly from a short distance by using the remote device 200 held by the user without having the user sitting or lying on the mat member 300 to reach the hot water supply device 100 So that it is easy to use.

The wireless power receiving unit 223 transmits the power supplied by the wireless power transmitting unit 164 wirelessly to the remote control unit 225 using a magnetic induction method or the like and the remote control unit 225 charges the battery 224 . Accordingly, the present invention can charge the battery 224 wirelessly without connecting a cable directly to the battery 224 during use, which is convenient.

7 is a view showing a conventional mat member. Referring to FIG. 7, in the conventional mat member 10, a first hot water pipe 14 and a second hot water pipe 16 are arranged in a staggered manner on one side and the other side, respectively. The hot water supply device 20 and the first and second hot water pipes 12 and 14 of the mat member 10 are interconnected by the connecting member 30 to connect the first connecting pipe 31 of the connecting member 30, And the second connecting pipe 32 of the connecting member 400 is connected to one end of the second hot water pipe 14. The first hot water pipe 12 is connected to the first hot water pipe 12, The third hot water pipe 33 of the connecting member 400 is integrally connected to the other end of the first and second hot water pipes 12 and 14. That is, the hot water discharged from the first connection pipe 31 and the second connection pipe 32 flows individually through the first hot water pipe 12 and the second hot water pipe 14, 33, and then is returned to the hot water supply device 100 through the third hot water pipe 33. As described above, the conventional mat member 10 has only the third hot water pipe 33 as a hot water pipe serving as a return water, so that bottlenecks are generated and hot water is not circulated smoothly.

8 is a view illustrating a mat member of a hot water supply system having a remote control function according to a preferred embodiment of the present invention.

Referring to FIG. 8, the mat member 300 includes a cross-shaped portion between the fixed lattice fusion portion 301 and the lattice fusion portion 301 through high frequency welding in a state where the upper and lower sheets 300a and 300b made of a synthetic resin material are in contact with each other. To be formed. This space serves as a circulation path 302 through which hot water flows.

Two pairs of inlet and outlet units for connecting the upper and lower sheets 300a and 300b and the hot water supply device 100 are provided above the drawing reference (hereinafter the same). The left region is provided with a left inlet portion 321 and a left outlet portion 322 and the right region is provided with a right inlet portion 331 and a right outlet portion 332, 310 to form left and right independent spaces. At this time, the inlet portion and the outlet portion may be defined to change their positions in accordance with the flow direction of the fluid.

Dispersion fused portions 340 and 350 are fused and formed in the respective left and right independent spaces. Unlike the completely fused portion 310, the fused outer portions 342 and 352 open to the upper and lower sides and the U- 354 are formed.

The outer weldings 342 and 352 are brought into close contact with the uppermost end and the outer portions 344 and 354 of the U-turn weld are adhered to the lower end as much as possible, 354 to pass through the upper and lower ends of the entire upper and lower sheets 300a, 300b as much as possible.

The hot water introduced into the left inlet portion 321 is first introduced into the right space of the distribution fusion portion 340. At this time, the downward inflow of the hot water into which the guide fusion portion 360 is introduced is directed to the outer fusion portion 342 of the left side To change the path. The hot water flows to the left space through the sealant outer part 342, and the hot water flows downward after passing through the top and corner parts, and the uniformly temperature transfer is performed as a whole.

The hot water directed to the lower end passes through the U-turn welder outer portion 344 located at the lower end of the distributed weld portion 340 and returns to the top along the space between the distributed weld portion 340 and the completely welded portion 310 This is guided by the induction welded portion 360 and discharged to the left water outlet portion 322 to be reheated.

This is also applicable to the case where hot water flows into the left water outlet portion 322 in the drawing and is turned in the opposite direction and is discharged through the left water inlet portion 321.

At this time, it is preferable that the induction welded portion 360 is arranged so as to be in contact with the uppermost portion as close as possible to induce the introduced water or the water to be passed through the upper end and the edge portion. The induction welded portion 360 is in communication with the welded portion 342 so that when the induction welded portion 360 horizontally meets the distributed welded portion 340, the induction welded portion 360 and the distributed welded portion 340 The fluid flow at the corners becomes weak, so that it is formed so as to be inclined obliquely in the direction of the arrow in the drawing, so that the gentle flow passage area is increased or decreased, thereby mitigating the bottleneck phenomenon and minimizing the cavitation of the corner portions.

The above operation is performed on the left and right sides of the upper and lower sheets 300a and 300b, respectively, so that only one of the upper and lower sheets 300a and 300b can be supplied with hot water or fluids having different temperatures (hot water or cold water) .

Therefore, it is possible to control the entrance and exit of each of the water streams, by separately heating and sealing two heating units, which are not provided in the fusion type hot water mat. Let it be possible.

The first connection pipe 401 of the connection member 400 connects the left inlet portion 321 and the hot water supply device 100 and the second connection pipe 402 connects the left outlet portion 322 and the hot water supply device 100. [ The third connection pipe 403 connects the right water inlet part 331 to the hot water supply device 100 and the fourth connection pipe 404 connects the right water part 332 and the hot water supply device 100, (100). Since the connecting member 400 is composed of four separate connecting pipes, that is, the first, second, third and fourth connecting pipes 401, 402, 403 and 404, the bottleneck phenomenon does not occur, There is an effect of circulating.

In the meantime, according to the present invention, hot water is supplied to the mat member 300 by using the hot water supply device 100, but in some cases, the hot water supply device 100 is configured to supply the cold water to the mat member 300 And various methods known in the art may be applied to the process of supplying cold water by the hot water supply device 100. [

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention as defined in the appended claims. If it falls within the scope of the claims, the technical idea shall also be regarded as belonging to the present invention.

100: Hot water supply
110: water tank 112: lid
120: heater 130: device housing
132: side wall portion 132a: fitting engagement groove
134: upper side 134a: exposure hole
140: a seating guide plate 141: a fitting engagement projection
142: concave portion 144: lid guide hole
146: a guide hole such as a mood 150: a mood
160: Device control member 161:
162: temperature sensor 163:
164: wireless power transmission unit 165: driving unit such as mood
166: heater driving unit 167:
200: remote device
210: remote housing 220: remote control member
221: transmitting unit 222: inputting unit
223: Wireless power receiver 224: Battery
225:
300: Mat member
300a, 300b: upper and lower sheets 301: lattice fusion portion
302: circulation path 310: completely fused portion
321: left inlet portion 322: left outlet portion
331: Right picking part 332: Right picking part
340, 350: Dispersion fused portion 342, 352: Fusion External
344, 354: U-turn fusion welder outer 360:
400: connecting member
401: first connection part 402: second connection part
403: third connection part 404: fourth connection part

Claims (14)

A water tank, a heater for heating the fluid supplied from the water tank, a receiver for receiving a radio signal through wireless communication, a device controller for controlling the driving of the heater by receiving the radio signal, A hot water supply device having a water tank, the heater, the device control unit and the device housing in which the receiving unit is housed; And
A transmitter for transmitting a radio signal to the receiver using the same frequency as the radio communication; an input unit for receiving an operation signal from the outside; a remote controller for converting an operation signal received from the input unit into a radio signal, And a remote device having a remote housing in which the transmitter and the remote control are housed and on which the input is located,
The upper portion is configured to have magnetism,
The lower surface of the remote device is magnetically coupled to the upper portion,
A wireless power transmission unit for wirelessly supplying power to the upper portion,
And a wireless power receiving unit for wirelessly receiving power from the wireless power transmitting unit on a lower surface of the remote device.
The method according to claim 1,
Wherein the wireless communication is composed of short range wireless communication using Bluetooth.
The method according to claim 1,
The apparatus housing includes a side wall portion surrounding the side portion of the water tank and an upper portion formed to cover the upper portion of the side wall portion and formed with an exposure hole so that a lid coupled to an upper end of the water tank is exposed to the outside,
Wherein the remote device is configured to be seated in the upper portion.
delete delete The method of claim 3,
The apparatus housing further includes a seating guide plate mounted on the upper portion, a mood mounted on the seating guide plate,
A lid guide hole is formed at a position opposite to the exposure hole of the seating guide plate so that the lid of the water tank is exposed to the outside, a guide hole such as a mood is formed on both sides of the seating guide plate,
Wherein the remote device is configured to be seated in the seating guide plate.
The method according to claim 6,
A recess guide hole is formed at a center of the seating guide plate so as to be inserted into the exposure hole, the recess guide hole having a diameter smaller than that of the exposure hole is formed in the recess,
The lid protrudes above the seating guide plate through the exposure hole and the lid guide hole,
Wherein a lid guide groove is formed in a position opposite to the lid of the lower surface of the remote housing so as to accommodate the lid.
The method according to claim 6,
A concave fitting groove is formed on an upper side of the side wall portion,
Wherein a fitting engagement protrusion is formed to be protruded from the seating guide plate so as to be fitted into the fitting engagement groove at a position facing the fitting engagement groove of the seating guide plate.
The method according to claim 1,
And a mat member spaced apart from the hot water supply unit and supplied with the fluid heated by the heater,
The mat member includes:
An upper and a lower sheet formed of a synthetic resin capable of being fused by a high frequency and joined together by fusing the rim and an inner part;
A circulation path formed by spaces of unfused portions inside the upper and lower sheets; And
And a completely fused portion formed by fusing along the center of the circulation path,
Wherein the circulation path is divided into a left circulation path and a right circulation path independently formed by the completely fused portion,
A right and left water outlet and a right water outlet are provided so as to be connected to the left circulation passage and connected to the right circulation passage,
Wherein the fluid flowing into the left inlet / outlet section flows along the left circulation path inside the left side surface of the upper and the lower seat and is discharged to the left outlet port, and the fluid introduced into the right inlet / outlet port flows along the right circulation path, And the water flows into the right side surface and is discharged to the right water outlet portion.
10. The method of claim 9,
Wherein the circulation path includes a plurality of horizontal patterns and a plurality of vertical patterns intersecting at right angles at equal intervals in the upper and lower sheets,
Wherein a portion of the upper and lower sheets except the horizontal pattern and the vertical pattern is fused in a repeated rectangular grid pattern.
11. The method of claim 10,
A distribution fusion portion is formed on the left and right sides of the upper and lower sheets so as to be in parallel with the completely fused portion,
The distribution fusion portion is formed with a fusion-spliced portion in an installation direction of the left-inlet water portion and the right-water reception portion, and a U-turn fusion-spliced portion is formed on the opposite side of the splice fusion portion. And a space in which the fluid can move can be formed.
12. The method of claim 11,
Wherein the fusing / exclusion unit is disposed so as to be in close proximity to any one of the left inlet water inlet and the left outlet water outlet,
An induction welding part for partitioning a circulation path connected to the left inlet / outlet part and a circulation path connected to the left outlet part,
Wherein the guide fused portion extends toward the fusing exclusion portion so that the fusing exclusion portion is brought into close communication with only one of the left inlet portion and the left outlet portion.
12. The method of claim 11,
Wherein the fusing and exclusion portion is provided so as to be in close proximity to and communicate with any one of the right-
An induction fused portion for dividing a circulation path connected to the right receiving portion and a circulation path connected to the right water receiving portion,
Wherein the guide fused portion extends toward the fusing and exclusion portion so that the fusing and inserting portion is brought into close communication with only one of the right and left water receiving portions.
The method according to claim 12 or 13,
Wherein the guide fused portion is shaped to close the circulation path between the grids.

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