DE212020000251U1 - Temperature controllable home bed - Google Patents

Abstract

A temperature-controllable home bed, comprising: a bed body (1) having a filling layer (11), a rigid support layer (12) which is arranged at the bottom of the filling layer (11), a temperature control layer (13) which is arranged at the bottom of the rigid support layer (12) ) is arranged, a ventilation layer (14) which is arranged at the bottom of the temperature control layer (13), and a bottom plate layer (15) which is arranged at the bottom of the ventilation layer (14), the filling layer (11) with evenly distributed Ventilation holes is provided and temperature sensors (111) are provided within the filling layer (11), wherein the temperature control layer (13) comprises a plurality of evenly distributed temperature control sheets (131) and chips (132) which are arranged on the surface of the temperature control sheets (131), wherein the temperature sensors (111) are electrically connected to the temperature control sheets (131) and the chips (132), wherein the ventilation layer (14) has a ventilation channel (141) , a plurality of ventilation holes (142) which are evenly arranged on the ventilation duct (141), a motor (143), an air inlet (144) which is arranged at one end of the ventilation duct (141), and an air outlet (145) which is located on the other end of the ventilation channel (141) is arranged, comprises, a bed head (2) which is arranged on one side of the bed body (1). a processor (3) which is arranged on the inner wall of the bed head (2), wherein the Processor (3) an automatic receiving module (31) which is electrically connected to the temperature sensor (111), an analysis and processing module (32) which is electrically connected to the automatic receiving module (31), and a display module (33), which is electrically connected to the analysis and processing module (32) comprises, anda display screen (4) which is arranged on the surface of the bed head (2) and which is electrically connected to the temperature sensor (111) and the display module (33) .

Description

TECHNICAL AREA

The present invention relates to the field of the smart home, in particular a temperature controllable home bed.

STATE OF THE ART

The bed is a daily necessity for people to sleep. Although there are many types of bedding on the market, the essence of the bed itself is that the structure is firm and the function simple. The bed head and the bed body form a bed. In order to increase the comfort and practicality, it is necessary to put a mattress on the bed body, that is, the bed head, bed body and mattress are the beds on which people can sleep. Currently, beds can only meet people's general sleep needs.

When the climate and temperature changes, the structural properties of the bed itself and the body feeling of the people sleeping in the bed are impaired. For example, when it rains or is cold, the humidity on the surface of the bed rises and the temperature also falls. At this point, sleeping on the bed also has a bad body feeling.

In this case, external force is usually used to alleviate this discomfort. For example, people will use electric blankets for heating or dehumidification, but electric blankets have few fixed positions and the temperature cannot be adjusted by yourself. In addition, long-term use of electric blankets will reduce the resistance of the body, but it will only reduce the surface temperature of the bed, but it will not fundamentally solve the problem.

DISCLOSURE OF THE INVENTION

The present application provides a temperature controllable home bed in order to solve the problem that the surface temperature of the bed body cannot be adjusted due to climatic and temperature changes, resulting in poor body feeling for the sleeper.

The embodiments of the present application show a temperature controllable home bed comprising:

Bed body comprising a filling layer, a rigid support layer which is arranged at the bottom of the filling layer, a temperature control layer which is arranged at the bottom of the rigid support layer, a ventilation layer which is arranged at the bottom of the temperature control layer, and a bottom plate layer which is arranged at the bottom of the ventilation layer is arranged, includes. The filling layer is provided with evenly distributed ventilation holes, and temperature sensors are provided within the filling layer. The temperature control layer comprises a plurality of evenly distributed temperature control sheets and chips arranged on the surface of the temperature control sheets, and the temperature sensors are electrically connected to the temperature control sheets and the chips. The ventilation layer comprises a ventilation duct, a plurality of ventilation holes which are arranged evenly on the ventilation duct, a motor, an air inlet which is arranged at one end of the ventilation duct, and an air outlet which is arranged at the other end of the ventilation duct.

Bed head, which is arranged on one side of the bed body.

Processor, which is arranged on the inner wall of the bed head. The processor includes an automatic receiving module electrically connected to the temperature sensor, an analysis and processing module electrically connected to the automatic receiving module, and a display module electrically connected to the analysis and processing module.

Display screen which is placed on the surface of the bed head and which is electrically connected to the temperature sensor and the display module.

From the above technical embodiments it can be seen that the present application provides a temperature-controllable home bed and the processor is provided with an automatic receiving module, an analysis and processing module and a display module. The automatic receiving module is used to automatically receive the temperature data returned by the temperature sensor and the humidity data returned by the humidity sensor. The analysis and processing module is used to compare the received temperature data with the preset temperature data. When the temperature data reaches the preset temperature data, the chip is controlled to stop heating or to cool the temperature control blades. The processor is also used to compare the received humidity data with preset humidity data. When the humidity data reaches the preset humidity data, the control motor is turned off. In addition, the processor is also used to receive control instructions from the remote control and to control the chip in order to to heat the temperature control sheets by area, that is, to realize the function of heating the temperature control sheets by area. The infrared voice control device and the voice control receiving processor realize the function of voice control through voice control instructions.

Figure list

• 1 ist eine schematische Strukturdarstellung eines temperatursteuerbaren Heimbettes, das von dieser Anmeldung bereitgestellt wird.
• 2 ist eine schematische Strukturdarstellung der starren Trägerschicht 12 im Heimbett.
• 3 ist eine schematische Strukturdarstellung der Temperatursteuerschicht 13 im Heimbett.
• 4 ist eine schematische Strukturdarstellung der Belüftungsschicht 14 im Heimbett.
• 5 ist eine schematische Strukturdarstellung der Fernbedienung 5 im Heimbett.

In order to explain the embodiments of the present invention or the technical configurations in the prior art more clearly, the drawings that must be used in the embodiments are briefly presented below. Obviously, in the following description, the drawings are only some embodiments of the present invention. Other drawings can be obtained based on these drawings without creative work to those of ordinary skill in the art.

• 1 Fig. 13 is a structural schematic diagram of a temperature controllable home bed provided by this application.
• 2 Fig. 3 is a schematic structural representation of the rigid support layer 12 in the home bed.
• 3 Fig. 13 is a schematic structural diagram of the temperature control layer 13th in the home bed.
• 4th Fig. 13 is a schematic structural diagram of the ventilation layer 14th in the home bed.
• 5 Fig. 3 is a schematic structural diagram of the remote controller 5 in the home bed.

DETAILS OF THE REGISTRATION

The technical configurations in the embodiments of the present invention will be clearly and fully described below in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by one of ordinary skill in the art without creative work fall within the scope of the present invention.

1 Fig. 13 is a structural schematic diagram of a temperature controllable home bed provided by this application. The embodiments of the present application provide a temperature controllable home bed having a bed body 1 , a bed head 2 , a processor 3 , a display screen 4th , a remote control 5 , an infrared voice control device 6th and a voice control receiving processor 7th includes.

The bed body 1 is the main body of the bed, which is placed on the floor of the bedroom. The head of the bed 2 located on one side of the bed body 1 and can be placed on the side of the bedroom near the wall. The processor 3 can on the inside wall of the bed head 2 be arranged. The display screen 4th is located on the surface of the bed head 2 that can be set so that people can see it easily. The remote control 5 is wireless with the processor 3 connected, and the placement position can be adjusted according to user requirements. The infrared voice control device 6th can be on the surface of the bed head 2 be arranged and is electrical with the processor 3 connected, the voice control receiving processor 7th is wireless with the infrared voice control device 6th connected and the voice control receiving processor 7th is electrical with the processor 3 connected.

From the top to the bottom of the bed body 1 there is a filler layer 11 , a rigid support layer 12 , a temperature control layer 13th , a ventilation layer 14th and a bottom plate layer 15th . Each layer has a certain thickness, and the connection method between the layers is not particularly limited. For example, a protective cover 16 with a breathable net on the side wall of the bed body 1 be provided. The protective cover 16 can be a wooden structure with grooves on the inside, and the filling layer 11 , the rigid support layer 12 , the temperature control layer 13th , the ventilation layer 14th and the bottom plate layer 15th are each inserted into the corresponding grooves. In this application, the side will be close to each layer of the bed body 1 taken as the inside and each layer can be inserted into the groove or other joining methods can also be present.

The fill layer 11 is at the top, and the inside and the surface are provided with evenly spaced vents, which can be a silicone mattress with vents. The fill layer 11 is in direct contact with the body and can be made of materials with good air permeability and good comfort. Inside the filling layer 11 are a temperature sensor 111 and a humidity sensor 112 provided, the temperature sensor 111 used to monitor temperature changes and the humidity sensor 112 used to monitor changes in humidity. The temperature sensor 111 and the humidity sensor 112 are mainly arranged in positions that do not interfere with people's sleep and rest, and they can also be in other positions of the bed 1 are placed, which is not specifically restricted in this application.

2 Fig. 3 is a schematic structural representation of the rigid support layer 12 in the home bed. The rigid carrier layer 12 comes with several equally spaced horizontal support frames 121 and a plurality of equally spaced longitudinal support frames 122 provided, with the horizontal support frame 121 vertically with the longitudinal support frames 122 cross. Each of the horizontal support frames 121 and the longitudinal support frame 122 can be a steel structure that is evenly spaced and provided with roundabouts at the edges, so that the rigid carrier layer 12 is in a tensioned state and plays a supporting role and every area is stressed equally.

3 Fig. 13 is a schematic structural diagram of the temperature control layer 13th in the home bed. The temperature control layer 13th includes several evenly spaced temperature control sheets 131 and chips 132 that are on the surface of the temperature control sheets 131 are arranged. Unlike the commonly used electric blankets, which can only be fully heated and switched on or off as a whole, the temperature control layer 13th of the present application can be heated or cooled by area, that is, the heating or cooling area can be selected by yourself, and the heating or cooling state of the temperature control sheet 131 is through the chip 132 controlled.

4th Fig. 13 is a schematic structural diagram of the ventilation layer 14th in the home bed. The ventilation layer 14th includes a ventilation duct 141 , several ventilation holes 142 evenly on the ventilation duct 141 are arranged a motor 143 , an air inlet 144 that is at one end of the ventilation duct 141 is arranged, and an air outlet 145 at the other end of the ventilation duct 141 is arranged. The ventilation duct 141 can be a serpentine canal. The top is with evenly spaced ventilation holes 142 provided for ventilation. On two ends of the ventilation duct 141 are each an air inlet 144 and an air outlet 145 provided and a motor 143 is on the side near the air inlet 144 arranged. Ventilation is done by opening the engine 143 is controlled. Especially when the engine 143 is turned on, air intake begins 144 to kick into the air. Using the power of the engine 143 the wind flows into the ventilation duct 141 , and the wind can come out of the ventilation hole 142 flow out and then the air outlet 145 reach and be drained, and so on. Additionally includes the ventilation layer 14th also a filter 146 that is between the air inlet 144 and the engine 143 arranged to filter large particles and dust and the engine 143 to protect.

The processor 3 is with an automatic receiving module 31 , an analysis and processing module 32 and a display module 33 configured (the three modules are not shown in the figure). The automatic receiving module 31 is configured to use the temperature sensor 111 returned temperature data and that from the humidity sensor 112 automatically receive returned moisture data. The temperature sensor 111 and the humidity sensor 112 are electrical with the automatic receiving module 31 connected. The temperature sensor monitors in practical applications 111 the temperature data of the bed 1 in real time, the humidity sensor 112 monitors the bed's moisture data 1 in real time and the automatic receiving module 31 automatically receives the monitored temperature and humidity data to prepare for analysis and processing.

The analysis and processing module 32 analyzes and processes mainly two aspects of data.

The first aspect is the analysis and processing of temperature data, wherein the received temperature data is compared with the preset temperature data, wherein the preset temperature data can be set by the user. When the temperature data reaches the preset temperature data, the chip will 132 controlled to stop heating or the temperature control blades 131 to cool. In the actual application, the specific process is: First, the user sets a preset temperature, such as 21 degrees, and the temperature sensor 111 monitors the current temperature in real time. If the from the automatic receiving module 31 received temperature is 18 degrees, it is lower than the preset temperature value of 21 degrees. At this point the analysis and processing module is there 32 a heating control instruction to the chip 132 out. After receiving the heating command, the chip heats up 132 the temperature control sheet 131 . The automatic receiver module receives during the heating process 31 continuously from the temperature sensor 111 fed back temperature data. When the temperature reaches 21 degrees, the analysis and processing module gives 32 a control instruction to the chip 132 to stop heating. After the chip 132 has received the control instruction to stop heating, it stops heating the temperature control sheet 131 . Assuming that the preset temperature value is still set to 21 degrees and that of the automatic receiving module 31 received temperature is 25 degrees, which is higher than the preset temperature value of 21, gives the analysis and processing module 32 at this time a cooling control instruction to the chip 132 out. After the chip 132 has received the cooling command, it cools the temperature control sheet 131 . The automatic receiver module receives during the cooling process 31 continue the one from the temperature sensor 111 returned temperature data. When the temperature reaches 21 degrees, the analysis and processing module gives 32 a control statement to allow the chip to cool down 132 to stop. After the chip 132 has received the control instruction to stop cooling, it stops cooling the temperature control sheet 131 . It should be noted that reaching the preset temperature does not fully correspond to the preset temperature and a certain error can be allowed. For example, if the allowable error range is 0.3, the degree between 20.7 and 21.3 will reach the preset temperature.

The second aspect is the analysis and processing of humidity data, wherein the received humidity data is compared with the preset humidity data, whereby the preset humidity data can be adjusted by the user. When the humidity data reaches the preset humidity data, the motor will 143 controlled to turn off. In practical applications, the specific process is: First, the user sets a preset humidity, e.g. B. 9. Under normal circumstances, the humidity is set to a relatively small value because users want the sleeping environment to be dry (low humidity) while they sleep and usually do not like environments that are wet to the touch (high humidity). Therefore, the preset humidity should be less than or equal to the monitored humidity value. The humidity sensor 112 monitors the current humidity in real time. If the from the automatic receiving module 31 received moisture value 12 is the analysis and processing module 32 a start command to the motor 143 out. The motor 143 begins to ventilate after receiving the command to start, and the wind flows from the air inlet 144 in and flows from the vent hole 142 up while going through the ventilation duct 141 flows. The wind moves under the action of the engine 143 upwards, the temperature control layer passes one after the other 13th , the rigid support layer 12 and the filler layer 11 and flows out of the air outlet 145 thereby achieving the effects of ventilation and dehumidification. It should be noted that there are two dehumidification states. One is natural dehumidification, i.e. the analysis and processing module 32 only controls the engine 143 to switch on. The other is drying dehumidification, ie when the analysis and processing module 32 the chip 132 controls to the temperature control sheet 131 to warm up, the engine will 143 controlled to turn on and the heated hot air is used to achieve the drying effect.

The display module 33 is configured to receive from the temperature sensor 111 temperature data returned and from the humidity sensor 112 display returned moisture data.

The display screen 4th is on the surface of the bed head 2 arranged and electrically connected to the temperature sensor 111 , the humidity sensor 112 and the display module 33 connected and displays the monitored temperature data and humidity data for user reference.

The remote control 5 is wireless with the processor 3 connected and is used to send control instructions to the processor 3 to send. The processor 3 is used to get the control instructions from the remote control 5 to recieve. The chip 132 is controlled to the temperature control sheets 131 by area to heat, that is, the function of heating the temperature control sheet 131 by area is realized. 5 Fig. 3 is a schematic structural diagram of the remote controller 5 in the home bed. Out 5 can be seen that the remote control 5 with a first heating mode button 51 , a second heating mode button 52 , a third heating mode button 53 , a fourth heating mode button 54 , a fifth heating mode button 55 , an overall heating button 56 , a natural dehumidification button 57 and a drying dehumidification button 58 is provided. The corresponding heating zone of the first heating mode button 51 is the first heating zone 511 , being the black part of the first heating mode button 51 the heating zone is. When the first heating mode button 51 is pressed, the remote control transmits 5 a control instruction to the processor 3 to select the "first heating zone 511 “To heat, and the processor 3 controls the chip 132 in the appropriate zone to the temperature control sheet 131 to heat in this zone, and so on.

In response to the control command given by the first heating mode button 51 is output, the processor controls 3 the chip 132 to the first heating zone 511 to heat. In response to the control command from the second heating mode button 52 is output, the processor controls 3 the chip 132 to the second heating zone 521 to heat. In response to the control command from the third heating mode button 53 is output, the processor controls 3 the chip 132 to the third heating zone 531 to heat. In response to the control command from the fourth heating mode button 54 is output, the processor controls 3 the chip 132 to the fourth heating zone 541 to heat. In response to the control command from the fifth heating mode button 55 is output, the processor controls 3 the chip 132 to add several fifth heating zones 551 to heat. In response to the control command from the total heating button 56 is output, the processor controls 3 the chip 132 to heat all zones. In response to the control command given by the natural dehumidification button 57 is output, the processor controls 3 the engine 143 to turn on, leaving the ventilation layer 14th switches on the natural ventilation mode. In response to the control command given by the drying dehumidification button 58 is output, the processor controls 3 the engine 143 and the total heating button 56 to turn on, leaving the ventilation layer 14th turns on the drying and dehumidifying ventilation mode.

Among these is the fifth heating mode button 55 a custom heating zone selection mode, and the corresponding heating zones are multiple fifth heating zones 551 . If the user wants to define the heating zones himself, he only needs several fifth heating zones 551 Press, and the fifth heating zones 551 can be a touch key or a push button. The total heating button 56 corresponding heating zone is all temperature control sheets 131 . At this point the processor controls 3 all chips 132 to view all zones, ie all temperature control sheets 131 to heat.

The infrared voice control device 6th is electrical with the processor 3 connected and wirelessly with the remote control 5 coupled to identify voice control commands. One way of using the infrared voice control device 6th can be: Setting a voice pairing voice password on the infrared voice control device 6th , and this password is used to control the infrared voice control device 6th with the remote control 5 to pair. After the user speaks the pairing voice password, infrared pairing begins. After the pairing is successful, the next voice control instruction pairing can be performed, that is, the user performs the corresponding instruction operation after speaking a voice instruction. The voice control instruction pairing can be implemented as follows: The user speaks a voice control instruction orally, such as B. switching on the first heating mode button 51 (or other instructions that the user can set themselves), then press and hold the first heating mode button 51 on the remote control 5 . If the voice control instruction pairing is successful, the voice control instruction has the function of being the first heating mode button 51 switch on, ie the first heating zone 511 to heat, and so on, other buttons can also do the same pairing process. After the voice control instruction pairing is successful, the user only needs to speak the voice control instruction for the processor 3 executes the corresponding function.

The voice control receiving processor 7th is electrical with the processor 3 connected and wirelessly to the infrared voice control device 6th connected, and the voice control receiving processor 7th is electrical with the chip 132 and the engine 143 connected. The voice control receiving processor 7th is used to receive and feed back the voice control instructions. In particular, after the voice control receiving processor 7th the voice control instruction of the infrared voice control device 6th has received it, it gives it to the processor 3 back, and the processor 3 executes corresponding functions according to the pairing result.

The present application provides a temperature controllable home bed having a bed body 1 , a bed head 2 , a processor 3 , a display screen 4th , a remote control 5 , an infrared voice control device 6th and a voice control receiving processor 7th includes. The processor 3 is with an automatic receiving module 31 , an analysis and processing module 32 and a display module 33 configured. The automatic receiving module 31 is configured to use the temperature sensor 111 returned temperature data and that from the humidity sensor 112 automatically receive returned moisture data. The analysis and processing module 32 is intended to compare the received temperature data with the preset temperature data. When the temperature data reaches the preset temperature data, the chip will 132 controlled to stop heating or temperature control blades 131 to cool. The analysis and processing module 32 it is also provided to compare the received humidity data with the preset humidity data. When the humidity data reaches the preset humidity data, the motor will 143 controlled to turn off. The processor 3 is used to get the control instructions from the remote control 5 to recieve. The control chip 132 heats the temperature control sheet 131 by area, that is, the function of heating the temperature control sheet 131 by area is realized. The infrared voice control device 6th and the voice control receiving processor 7th realize the function of voice control through voice control instructions. The home bed provided in this application can adjust the temperature and humidity to the needs of the user and at the same time be heated depending on the area. Besides, it can perform the dehumidification function which improves the user experience.

List of reference symbols

1

Bed body

11

Filler layer

111

Temperature sensor

112

Humidity sensor

12

rigid carrier layer

121

horizontal support frame

122

longitudinal support frame

13

Temperature control layer

131

Temperature control sheet

132

chip

14th

Ventilation layer

141

Ventilation duct

142

Ventilation hole

143

engine

144

Air inlet

145

Air outlet

146

filter

15th

Floor slab layer

16

Protective cover

2

Bed head

3

processor

31

automatic receiving module

32

Analysis and processing module

33

Display module

4th

Display screen

5

remote control

51

first heating mode button

511

first heating zone

52

second heating mode button

521

second heating zone

53

third heating mode button

531

third heating zone

54

fourth heating mode button

541

fourth heating zone

55

fifth heating mode button

551

fifth heating zone

56

Total heating button

57

natural dehumidification button

58

drying dehumidification button

6th

Infrared voice control device

7th

Voice control receiving processor

Claims (10)

Temperature controllable home bed comprising: a bed body (1) which has a filling layer (11), a rigid carrier layer (12) which is arranged at the bottom of the filling layer (11), a temperature control layer (13) which is arranged at the bottom of the rigid carrier layer (12), a Ventilation layer (14), which is arranged at the bottom of the temperature control layer (13), and a bottom plate layer (15), which is arranged at the bottom of the ventilation layer (14), wherein the filling layer (11) is provided with evenly distributed ventilation holes and inside the filling layer (11) temperature sensors (111) are provided, the temperature control layer (13) comprising a plurality of evenly distributed temperature control sheets (131) and chips (132) which are arranged on the surface of the temperature control sheets (131), the temperature sensors (111) are electrically connected to the temperature control blades (131) and the chips (132), wherein the ventilation layer (14) has a ventilation channel (141), several ventilation holes (142), the same arranged on the ventilation duct (141), a motor (143), an air inlet (144) which is arranged at one end of the ventilation duct (141), and an air outlet (145) which is arranged at the other end of the ventilation duct (141) is, includes, a bed head (2) which is arranged on one side of the bed body (1). a processor (3) which is arranged on the inner wall of the bed head (2), the processor (3) having an automatic receiving module (31) which is electrically connected to the temperature sensor (111), an analysis and processing module (32) , which is electrically connected to the automatic receiving module (31), and a display module (33) which is electrically connected to the analysis and processing module (32), and a display screen (4) which is arranged on the surface of the bed head (2) and which is electrically connected to the temperature sensor (111) and the display module (33). Home bed after Claim 1 , characterized in that the home bed further comprises a moisture sensor (112) electrically connected to the automatic receiving module (31), the moisture sensor (112) being arranged within the filling layer (11). . Home bed after Claim 1 characterized in that the home bed further comprises a remote control (5) wirelessly connected to the processor (3) and used to send control instructions to the processor (3), the remote control (5) having a first heating mode button (51), a second heating mode button (52), a third heating mode button (53), a fourth heating mode button (54), a fifth heating mode button (55), a total heating button (56), a natural dehumidifying button (57) and a drying dehumidifying button (58 ) is provided, with the corresponding The heating zone of the first heating mode button (51) is a first heating zone (511), the corresponding heating zone of the second heating mode button (52) being a second heating zone (521), the corresponding heating zone of the third heating mode button (53) being a third heating zone (531) wherein the corresponding heating zone of the fourth heating mode button (54) is a fourth heating zone (541), wherein the corresponding heating zone of the fifth heating mode button (55) is a plurality of fifth heating zones (551), and wherein the corresponding heating zone of the total heating button (56) includes all temperature control sheets ( 131) is. Home bed after Claim 1 , characterized in that the home bed further comprises an infrared voice control device (6) electrically connected to the processor (3) and a voice control receiving processor (7) wirelessly connected to the infrared voice control device (6), wherein the infrared voice control device (6) is used to identify the voice control instructions, and the voice control reception processor (7) is used to execute the voice control instructions, and wherein the voice control reception processor (7) is electrically connected to the chip (132) and the motor (143) connected is. Home bed after Claim 1 , characterized in that the rigid carrier layer (12) is provided with a plurality of equally spaced horizontal support frames (121) and a plurality of equally spaced longitudinal support frames (122), the horizontal support frames (121) vertically crossing with the longitudinal support frames (122). Home bed after Claim 1 , characterized in that the ventilation layer (14) further comprises a filter (146) disposed between the air inlet (144) and the engine (143). Home bed after Claim 1 , characterized in that a protective cover (16) with a breathable mesh is provided on the side wall of the bed body (1). Home bed after Claim 3 , characterized in that the fifth heating zone (551) is a touch key or a push button. Home bed after Claim 2 , characterized in that the processor (3) is configured with an automatic receiving module (31), an analysis and processing module (32) and a display module (33), wherein the automatic receiving module (31) is configured to receive the temperature sensor ( 111) to automatically receive returned temperature data and the humidity data returned by the humidity sensor (112), the analysis and processing module (32) being provided to compare the received temperature data with the preset temperature data, the chip (132) being controlled to stop heating or cool temperature control sheets (131) when the temperature data reaches the preset temperature data, the analysis and processing module (32) further being arranged to compare the received humidity data with the preset humidity data, wherein the motor (143) to turn off is controlled when the humidity data achieve the preset humidity data, wherein the display module (33) is configured to display temperature data returned from the temperature sensor (111) and humidity data returned from the humidity sensor (112). Home bed after Claim 3 characterized in that the processor (3) is used to receive the control instructions from the remote control (5), the chip (132) being controlled to heat the temperature control blades (131) by area, in response to the Control command issued by the first heating mode button (51), the processor (3) controls the chip (132) to heat the first heating zone (511), wherein in response to the control command issued by the second heating mode button (52) is issued, the processor (3) controls the chip (132) to heat the second heating zone (521), wherein in response to the control command issued by the third heating mode button (53), the processor (3) the chip (132) controls to heat the third heating zone (531), wherein in response to the control command issued by the fourth heating mode button (54), the processor (3) controls the chip (132) to activate the fourth heating zone ( 541), in response to the control command given by the fifth heating mode button (55) is issued, the processor (3) controls the chip (132) to heat a plurality of fifth heating zones (551), wherein in response to the control command issued by the overall heating button (56), the processor (3) controls the chip (132) to heat all zones, and in response to the control command issued by the natural dehumidification button (57), the processor (3) controls the motor (143) to turn on such that the ventilation layer (14) switches on the natural ventilation mode, wherein in response to the control command issued by the drying dehumidification button (58), the processor (3) controls the motor (143) and the total heating button (56) to switch on such that the ventilation layer (14) turns on the drying and dehumidifying ventilation mode.

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