TWI647555B - Smart-home demonstration model - Google Patents

Abstract

A smart home demo model includes a home model, a home sensing unit, a home control unit, and a smart gateway. The home model is detachably spliced from multiple home building blocks. The home sensing unit is configured to sense environmental data of the home model. The home control unit is used to control the home equipment of the home model. The smart gateway communicates with the home sensing unit and the home control unit to receive environmental data transmitted by the home sensing unit, and issues control commands according to the environmental data, and the home control unit is configured to receive the control issued by the smart gateway Instructions to perform corresponding control on the corresponding home equipment.

Description

Smart home demo model

The present invention relates to a model, and more particularly to a smart home presentation model.

At present, in the promotion of smart homes, it is mainly to set up a large-scale smart home experience museum, and to place samples of various smart homes in the smart home experience museum as a promotion and user experience. However, the existing smart home experience hall has the disadvantages of large space, high cost, and non-movability. Therefore, some developers develop small experience halls or models, but their expansion is not strong enough to truly experience the smart home in different configurations. Operation and function.

In view of this, the present inventors have been engaged in the development and design of related products for many years, and have been able to improve the above-mentioned defects. With great interest in research and cooperation with the use of academics, the present invention finally proposes a present invention which is reasonable in design and effective in improving the above-mentioned defects.

The main object of the present invention is to provide a smart home demonstration model to solve the above problems.

In order to achieve the above description, the present invention provides a smart home demonstration model, including: a home model, a home sensing unit, a home control unit, and a smart gateway; the home model is detachably spliced by a plurality of home building blocks. And at least divided into a bedroom area, a living room area, and a kitchen area; the home sensing unit is installed in the home model to sense environmental data of the home model, and at least includes indoor light sense Detector, gas sensor, smoke sensor, temperature a home control unit, installed in the home model, for controlling the home device of the home model, and including at least a lamp controller, an exhaust fan controller, a gas valve controller, and an air conditioner controller And the smart gateway, communicating with the home sensing unit and the home control unit, for receiving the environmental data transmitted by the home sensing unit, and issuing a control instruction according to the environmental data; And the home control unit is configured to receive a control command issued by the smart gateway to perform corresponding control on the corresponding home device.

The invention has at least the following advantages: the smart home demonstration model of the invention can perform a good simulation effect, and does not need to set up a large smart home experience museum as in the past, occupying small space, low cost, good mobility, and expansion. More sexual, in addition to being a smart home promotion, it can also be used as a teaching aid for schools to carry out relevant teaching and training to students to enhance students' interest in learning and learning efficiency.

1‧‧‧Home model

10‧‧‧ platform

11‧‧‧Home building blocks

111‧‧‧Living room area

112‧‧‧ bedroom area

113‧‧‧ Kitchen area

114‧‧‧Garage area

115‧‧‧Outdoor area

12‧‧‧Home equipment

121‧‧‧Automatic lighting

122‧‧‧Automatic curtains

123‧‧‧Automatic drying racks

124‧‧‧Automatic exhaust fan

125‧‧‧Automatic gas furnace

126‧‧‧Automatic air conditioning

127‧‧‧Automatic alarm

128‧‧‧Camera

129‧‧‧Automatic garage door

130‧‧‧Automatic door locks

131‧‧‧Lighting floor

132‧‧‧Audio

2‧‧‧Home Sensing Unit

21‧‧‧Indoor light sensor

22‧‧‧Outdoor light sensor

23‧‧‧Rain sensor

24‧‧‧ Gas Sensor

25‧‧‧Smoke sensor

26‧‧‧Temperature Sensor

27‧‧‧Infrared sensor

28‧‧‧Finger identifier

29‧‧‧ Pressure Sensor

3‧‧‧Home Control Unit

31‧‧‧Lighting controller

32‧‧‧ Curtain Controller

33‧‧‧ clothes hanger controller

34‧‧‧Exhaust fan controller

35‧‧‧ gas valve controller

36‧‧‧Air Conditioning Controller

37‧‧‧Alarm controller

38‧‧‧Garage door controller

39‧‧‧Door lock controller

4‧‧‧Wisdom Gateway

41‧‧‧Control Module

42‧‧‧Network Communication Module

43‧‧‧Device Communication Module

44‧‧‧Data storage module

5‧‧‧Network

6‧‧‧Smart mobile device

61‧‧‧Control interface

7‧‧‧Control host

71‧‧‧Control keys

8‧‧‧Physical sensing unit

1 is a perspective view of a smart home demonstration model of the present invention.

2 is a block diagram of a smart home demonstration model of the present invention.

3 is a block diagram of a household appliance of the present invention.

4 is a block diagram of a home sensing unit of the present invention.

Figure 5 is a block diagram of the home control unit of the present invention.

Figure 6 is a block diagram of the smart gateway of the present invention.

FIG. 7 is another block diagram of the smart home demonstration model of the present invention.

For a better understanding of the features and technical aspects of the present invention, reference should be made to the accompanying drawings .

Referring to FIG. 1 to FIG. 6, the present invention provides a smart home demonstration model. The smart home demo model basically includes a home model, a home sensing unit 2, and a home control The unit 3 and the smart gateway 4.

The home model 1 is detachably spliced from a plurality of home building blocks 11 and is at least divided into a living room area 111, a bedroom area 112, a kitchen area 113, and is provided with a corresponding household equipment 12, and the household building block unit 11 is preferably Made up of transparent acrylic. The home model 1 can also include a platform 10 for detachably splicing the home building blocks 11 on the platform 10. Since the home model 1 can be detachably spliced by a plurality of home building blocks 11, it is possible to splicing more home building blocks 11 according to different needs, so that the home model 1 is divided into more areas, for example, a garage area 114 is formed. An outdoor area 115 or an outdoor area may be formed on the platform 10.

The home sensing unit 2 can be installed in the home model 1 for sensing the environmental data of the home model 1. The smart gateway 4 communicates with the home sensing unit 2 to receive the environment sensed by the home sensing unit 2. Data and issue corresponding control commands based on environmental data. In detail, the home sensing unit 2 may include a plurality of sensors for sensing environmental data, such as the indoor light sensor 21, the outdoor light sensor 22, the rain sensor 23, and the gas sensor. 24, the smoke sensor 25, the temperature sensor 26, the infrared sensor 27, the fingerprint recognizer 28, etc., the aforementioned sensors can be disposed at appropriate positions inside and outside the home building block 11, and can be spliced More home building blocks 11 include more sensors.

The home control unit 3 can be installed in the home model 1 to control the home device 12 of the home model 1, and the home control unit 3 communicates with the smart gateway 3 to receive the control command of the smart gateway 3, and according to The control instruction performs the corresponding control. In addition, the household equipment 12 may include, for example, an automatic light fixture 121, an automatic curtain 122, an automatic drying rack 123, an automatic exhaust fan 124, an automatic gas stove 125, an automatic air conditioner 126, an automatic alarm 127, a camera 128, an automatic garage door 129, Automatic door lock 130 and the like. The home control unit 3 can be installed at an appropriate position inside or outside the home device 12 or inside the platform 10, and the home control unit 1 includes multiple uses. The controller for controlling the aforementioned household equipment 12 includes, for example, a lamp controller 31, a curtain controller 32, a clothes hanger controller 33, an exhaust fan controller 34, a gas valve controller 35, an air conditioner controller 36, and an alarm controller 37. The garage door controller 38, the door lock controller 39, etc., and more home equipment and controllers may be included as more home building blocks 11 are spliced.

The relationship between the home device 12 of the home model 1, the sensor of the home sensing unit 2, the controller of the home control unit 3, and the smart gateway 4 will be described in more detail below.

The household equipment 12 may include an automatic light fixture 121, and the light fixture controller 31 of the home control unit 3 may be electrically connected to the automatic light fixture 121. The automatic light fixture 121 and the indoor light sensor 21 can be disposed in the living room area 111. The indoor light sensor 21 is used to sense the indoor light illumination to generate indoor light illumination data, and the smart gateway 4 and the indoor light sensor 21 perform The communication is used to receive the indoor light illuminance data transmitted by the indoor light sensor 21, and the smart gateway 4 sends a control command to the light fixture controller 31 according to the indoor light illuminance data, thereby controlling the light emitted by the automatic light fixture 121, thereby The user demonstrates the function of automatic lighting adjustment. In addition, the number of indoor light sensors 21 and automatic lamps 121 may be plural, and may be disposed in other indoor areas, such as the bedroom area 112.

The household equipment 12 can include an automatic curtain 122, and the shade controller 32 of the home control unit 3 can be electrically coupled to the automatic window covering 122. In addition, the outdoor light sensor 22 can be disposed in the outdoor area 115 for sensing the outdoor light illuminance to generate outdoor light illuminance data, and the smart gateway 4 communicates with the outdoor light sensor 22 to receive the outdoor light sensation. The outdoor light illuminance data transmitted by the detector 22, and the smart gateway 4 issues a control command to the curtain controller 32 according to the outdoor light illuminance data, thereby controlling the lifting and lowering of the automatic curtain 122, so when the outdoor light is weak, the automatic curtain 122 liter Start, and vice versa, to show the user the automatic lifting of the curtain to avoid excessive sun exposure The function of the home equipment.

The household equipment 12 may include an automatic drying rack 123, and the drying rack controller 33 of the home control unit 3 may be electrically connected to the automatic drying rack 123. In addition, the smart gateway 4 can also issue a control command to the drying rack controller 33 according to the outdoor light illuminance data transmitted by the outdoor light sensor 22, thereby controlling the expansion and contraction of the automatic drying rack 123, so when the outdoor light is weak, the automatic The drying rack 123 is retracted, and vice versa, to demonstrate to the user that the drying rack automatically expands and contracts to perform the function of drying clothes by sunlight. In addition, the rain sensor 23 may be disposed in the outdoor area 112 for sensing whether there is rainwater, and when a rainwater is sensed, a signal is sent to the smart gateway 4, so that the smart gateway 4 issues a control command to the sun. The hanger controller 33 controls the retraction of the automatic drying rack 123, thereby demonstrating to the user the function of preventing the laundry from being wet when the outdoor drying laundry encounters rain.

The household equipment 12 may include an automatic exhaust fan 124 and an automatic gas burner 125, and the exhaust fan controller 34 and the gas valve controller 35 of the home control unit 3 are electrically connected to the automatic exhaust fan 124 and the automatic gas burner 125, respectively. The gas sensor 24 can be disposed in the kitchen area 113, the gas sensor 24 is used to sense the gas concentration to generate gas concentration data, and the smart gateway 4 communicates with the gas sensor 24 to receive the gas sensor. 24 transmitted gas concentration data, and the smart gateway 4 determines according to the gas concentration data, and when the smart gateway 4 determines that the value corresponding to the gas concentration data exceeds a preset value, the smart gateway 4 issues a control command to The exhaust fan controller 34 controls the automatic exhaust fan 124 to be opened for exhausting, thereby demonstrating to the user the function of quickly discharging the gas to the outside. At the same time, the smart gateway 4 issues a control command to the gas valve controller 35, thereby controlling the automatic gas furnace 125 to be turned off, thereby demonstrating to the user the function of automatically shutting down the gas furnace. In addition, the smoke sensor 25 can also be disposed in the kitchen area 113 for sensing the smoke concentration to generate smoke concentration data, and the smart gateway 4 communicates with the smoke sensor 25 for receiving the smoke sensor 25 for transmission. Smoke concentration Data, and the smart gateway 4 determines based on the smoke concentration data, and when the smart gateway 4 determines that the value corresponding to the smoke concentration data exceeds a preset value, the smart gateway 4 issues a control command to the exhaust fan controller. 34, thereby controlling the automatic exhaust fan 124 to be turned on for exhausting, thereby demonstrating to the user the function of quickly discharging the smoke to the outside.

The household equipment 12 may include an automatic air conditioner 126, such as an air conditioner, and the air conditioning controller 36 of the home control unit 3 is electrically coupled to the automatic air conditioner 126. In addition, the number of the automatic air conditioner 126 and the temperature sensor 26 may be multiple, and may be disposed in the living room area 112 or other area, and the temperature sensor 26 is used to sense the temperature to generate temperature data, the smart gateway 4 and the temperature. The sensor 26 communicates to receive the temperature data transmitted by the temperature sensor 26, and the smart gateway 4 issues a control command to the air conditioner controller 36 according to the temperature data, thereby controlling the automatic air conditioner 126 to be turned on for temperature adjustment, This demonstrates the automatic temperature adjustment function to the user.

The home device 12 can include an automatic alarm 127, such as a buzzer or a warning light, and the alarm controller 37 of the home control unit 3 can be electrically coupled to the automatic alarm 127. In addition, the infrared sensor 27 can be disposed in the outdoor area 115, and the area set by the infrared sensor 27 can be regarded as a forbidden area, and the infrared sensor 27 is used to sense whether an object passes and is sent when an object is sensed to pass. The signal is sent to the smart gateway 4, causing the smart gateway 4 to issue a control command to the alarm controller 37, thereby controlling the automatic alarm 127 to emit an alarm signal, such as an acousto-optic signal. At the same time, the smart gateway 3 can control the camera 128 to take a picture, thereby demonstrating to the user the function of automatically alerting when someone passes through the restricted area.

The household equipment 12 can include an automatic garage door 129, and the garage door controller 38 of the home control unit 3 can be electrically coupled to the automatic garage door 129. In addition, the infrared sensor 27 may also be disposed adjacent to the automatic garage door 129 in the outdoor area 115, and send a signal to the smart gateway 4 when an object (such as a model car) is sensed, so that the smart gateway 4 sends out Control commands to the garage door controller 38 to control the automatic garage door 129 Turn on to demonstrate to the user the automatic opening of the garage door.

The household equipment 12 can include an automatic door lock 130, and the door lock controller 39 of the home control unit 3 can be electrically coupled to the automatic door lock 130. In addition, the fingerprint recognizer 28 can be disposed at a position adjacent to the automatic door lock 130 for recognizing the fingerprint, and sending a signal to the smart gateway 4 when the legal fingerprint is recognized, so that the smart gateway 4 issues a control command to the door. The controller 39 is locked, thereby controlling the opening of the automatic door lock 130, thereby demonstrating to the user the function of automatically opening the door lock.

In addition, the household appliance 12 may further include a lighted floor 131 that may be disposed in the indoor or outdoor area 115. In addition, the home sensing unit 2 may further include a pressure sensor 29, the pressure sensor 29 may be integrated on the lighting floor 131, and the pressure sensor 29 is used to sense whether the lighting floor 131 is stepped on, and is sensing When there is a stepping on, the signal is sent to the smart gateway 4, and the smart gateway 4 issues a control command to the lighting floor 131, thereby controlling the lighting floor 131 to emit light, thereby demonstrating to the user the function of automatically lighting the floor to guide the path.

The smart gateway 4 can be disposed inside or outside the platform 10, and the smart gateway 4 can include a control module 41, a network communication module 42, a device communication module 43, and a data storage module 44. The control module 41 is, for example, a microprocessor (MCU) for processing various commands and received data of the entire smart gateway 4. The network communication module 42 is electrically connected to the control module 41 for networking, and can transmit data in the smart gateway 4 to the network, and can also receive information from the network, and can be connected to the wireless or wired manner. On the internet. The device communication module 103 is electrically connected to the control module 101 for communicating with the home sensing unit 2, the home control unit 3, and the home device 12. The data storage module 105 is electrically connected to the control module 101 for storing data. The stored data may include environmental data received by the home sensing unit 2, such as gas concentration data, smoke concentration data, temperature data, and the like.

The smart gateway 4 can be further connected to the smart mobile device 6 via the network 5. The network 5 can be a local area network (LAN)/wide area network (WAN), 3G, 4G, 5G and other similar networks, and the smart mobile device 6 can be equipped with a manipulation interface 61 corresponding to the smart gateway 4, For example, the mobile phone APP is used as an example, and the manipulation interface 61 is operable by the user to generate control commands. Preferably, the manipulation interface 61 may have multiple icons corresponding to the home device 12, and each of the icons corresponds to the home device 12 . Executable control options. Thereby, the user can send a control command to the smart gateway 4 through the manipulation interface 61 provided by the smart mobile device 6, so that the home device 12 on the home model 1 can be controlled from the remote end. In addition, the home device 12 may further include a television, an audio, a refrigerator, and the like electrically connected to the smart gateway 4 to demonstrate to the user that the smart mobile device 6 is implemented by the smart gateway device 4 to the far end of the television, the stereo, and the refrigerator. control.

The smart gateway 4 can further be connected to a control host 7, which can be a near-end control host, and can have a plurality of control keys 71 for transmitting control commands to the smart gateway 4 by means of the control keys 71. The home device 12 of the home model 1 is controlled at the near end, and the control button 71 can also be integrated with the display screen as a touch panel, so that the user can directly use the control button 71 on the control host 7 to open and close the automatic lamp 121, Open and close the automatic curtain 122 or set mode and other functions, such as setting the home mode or home mode, in the off-home mode, turn off most of the power, leaving only the monitoring power, the infrared sensor 27 is open, encountering the intrusion In the case, the automatic alarm 127 is controlled to emit an alarm signal, and the prompt information is displayed on the manipulation interface 61 of the smart mobile device 6, and in the home mode, the automatic garage door is automatically opened by the sensing of the infrared sensor 27. 129, according to the light, control the opening of the automatic lamp 121, and according to the temperature, control the opening of the automatic air conditioner 126, thereby demonstrating the user's functions such as intelligent control.

In addition, the smart gateway 4 can receive the wireless remote control signal from the smart mobile device 6 or the operation signal directly operated on the control host 7, and output a situational light control signal to the light fixture controller 31, at least one automatic light fixture. 121 can mutually After the linkage, or with the home device 12, the ambient light control signal is received by the light controller 31 to control the automatic light source 121 to output a corresponding ambient light source, and the ambient light source can output a single color light such as red light, for example. The blue or green light, or the combination of the combined color light, or the brightness and flicker frequency of the color light, thereby presenting the context control function to the user.

The smart home presentation model can also include a physiological sensing unit 8. As shown in FIG. 7, the physiological sensing unit 8 is electrically connected to the smart gateway 4, and the physiological sensing unit 8 is configured to output a physiological sensing signal to the smart gateway 4 according to changes in the user's physical condition, so that the smart gateway 4 according to the physiological sensing signal to respond to changes in the user's physical condition (such as the user's respiratory rate, heartbeat, blood oxygen) to control the home device 12's audio 132 output corresponding to a situational music, and the contextual music, for example, may output different beats And music with varying volume. Moreover, the smart gateway 4 can also synchronously control the automatic lighting fixtures 121 to output a corresponding ambient light source, so that the lights can be synchronized with the music, so that the light can output the corresponding situational light source changes according to the beat and volume changes of the music, This demonstrates to the user the ability to simultaneously control lighting and music in response to changes in the user's physical condition.

In an embodiment, the physiological sensing unit 8 may include, for example, a heartbeat sensor. In another embodiment, the physiological sensing unit 8 may further include a thermal image sensor, a voice sensor, etc. to pass the heat. The image sensor determines the user's body temperature change, or determines the user's voice size through the voice sensor, synchronously controls the automatic light fixture 121 to output a corresponding context light source, and synchronously controls the home device 12's sound 132 to output a corresponding context music.

The smart home demonstration model of the embodiment can sense the air quality, the temperature and the humidity through the home sensing unit to control the operation of the air conditioning device such as the automatic exhaust fan and the automatic air conditioner, and can sense the smoke and the gas through the home sensing unit. Carbon monoxide to control the sprinklers to sprinkle water or release inert gas to extinguish the fire and report it The police will demonstrate the environment and disaster prevention detection and control functions to the user. The smart home demonstration model of the embodiment can also perform image recognition by camera shooting to control the smart door lock and contact external members to demonstrate the access control and the anti-theft function to the user.

In summary, the smart home demonstration model of the present invention can provide a good simulation effect, and it is not necessary to set up a large-scale smart home experience museum as in the past, which occupies small space, has good mobility, and is more expandable. In addition to being a smart home promotion, it can also be used as a teaching aid for schools to carry out relevant teaching and training for students to enhance students' interest in learning and learning efficiency.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the invention. Therefore, the equivalents of the present invention and the equivalents of the drawings are all included in the present invention. Within the scope of protection, it is given to Chen Ming.

Claims (13)

A smart home demonstration model includes: a home model, a home sensing unit, a home control unit, and a smart gateway; the home model is detachably spliced by a plurality of home building blocks, and at least is divided into a bedroom area, a living room area, a kitchen area; the home sensing unit is installed in the home model to sense environmental data of the home model, and at least includes an indoor light sensor, a gas sensor, and a smoke sensor The home control unit is installed in the home model to control the home device of the home model, and at least includes a lamp controller, an exhaust fan controller, a gas valve controller, An air conditioner controller; and the smart gateway, communicating with the home sensing unit and the home control unit, for receiving the environmental data transmitted by the home sensing unit, and according to the environmental data And issuing a control instruction, and the home control unit is configured to receive a control instruction issued by the smart gateway to perform corresponding processing on the corresponding home device The smart gateway is further connected to a physiological sensing unit, and the physiological sensing unit is configured to output a physiological sensing signal to the smart gateway according to a change in a user's physical condition, so that the smart gate The tracker controls the home device according to the physiological sensing signal. The smart home presentation model of claim 1, wherein the home model further comprises a platform, wherein the plurality of home building blocks are detachably spliced on the platform. The smart home demonstration model of claim 1, wherein the home device comprises an automatic light fixture, the light fixture controller is electrically connected to the automatic light fixture, and the indoor light sensor is used to sense indoor light illumination. Indoor light illuminance data, the smart gateway communicating with the indoor light sensor to receive the The light illuminance data transmitted by the indoor light sensor, and the smart gateway sends a control command to the light fixture controller according to the indoor light illuminance data, thereby controlling the light emitted by the automatic light fixture. The smart home demonstration model according to claim 1, wherein the household equipment includes an automatic exhaust fan and an automatic gas furnace, and the exhaust fan controller and the gas valve controller respectively and the automatic exhaust fan And the automatic gas furnace electrical connection, the gas sensor is configured to sense gas concentration to generate gas concentration data, and the smart gateway communicates with the gas sensor to receive the gas sensing Gas concentration data transmitted by the device, and the smart gateway performs judgment according to the gas concentration data, and when determining that the value corresponding to the gas concentration data exceeds a preset value, issuing a control command to the exhaust fan control And thereby controlling the automatic exhaust fan to be turned on for exhausting, and simultaneously issuing a control command to the gas valve controller to control the automatic gas furnace to be turned off. The smart home demonstration model of claim 4, wherein the smoke sensor is configured to sense smoke concentration to generate smoke concentration data, and the smart gateway communicates with the smoke sensor for receiving Determining the smoke concentration data transmitted by the smoke sensor, and the smart gateway is determined according to the smoke concentration data, and when the value corresponding to the determined smoke concentration data exceeds a preset value, issuing a control command to the An exhaust fan controller controls the automatic exhaust fan to open for exhaust. The smart home demonstration model of claim 1, wherein the home device comprises an automatic air conditioner, the air conditioner controller is electrically connected to the automatic air conditioner, and the temperature sensor is configured to sense temperature to generate temperature data, The smart gateway communicates with the temperature sensor to receive temperature data transmitted by the temperature sensor, and the smart gateway issues a control command to the air conditioner control according to the temperature data And thereby controlling the opening of the automatic air conditioner for temperature adjustment. The smart home demonstration model of claim 1, wherein the home device comprises an automatic curtain, the home control unit comprises a curtain controller, and the curtain controller is electrically connected to the automatic curtain, the home feeling The measuring unit includes an outdoor light sensor for sensing outdoor light illumination to generate outdoor light illumination data, and the smart gateway communicates with the outdoor light sensor for receiving The outdoor light illuminance data transmitted by the outdoor light sensor, and the smart gateway sends a control command to the curtain controller according to the outdoor light illuminance data, thereby controlling the lifting and lowering of the automatic curtain. The smart home demonstration model of claim 7, wherein the household equipment comprises an automatic drying rack, the home control unit comprises a drying rack controller, and the drying rack controller is electrically connected to the automatic drying rack, And the smart gateway sends a control command to the drying rack controller according to the outdoor light illuminance data, thereby controlling the expansion and contraction of the automatic drying rack. The smart home demonstration model of claim 8, wherein the home sensing unit comprises a rain sensor for sensing whether there is rainwater, and signaling when rainwater is sensed The smart gateway enables the smart gateway to issue a control command to the drying rack controller to control the retraction of the automatic drying rack. The smart home demonstration model of claim 1, wherein the home appliance comprises an automatic garage door, the home control unit includes a garage door controller, and the garage door controller is electrically connected to the automatic garage door. The home sensing unit includes an infrared sensor adjacent to the automatic garage door, the infrared sensor is configured to sense whether an object passes, and send a signal to the smart gateway when an object is sensed to pass And causing the smart gateway to issue a control command to the garage door controller to control the opening of the automatic garage door. The smart home demonstration model of claim 1, wherein the home device includes an automatic alarm, the home control unit includes an alarm controller, and the alarm controller is electrically connected to the automatic alarm, The home sensing unit includes an infrared sensor for sensing whether an object passes, and transmitting a signal to the smart gateway when sensing that an object passes, so that the smart gateway The controller issues a control command to the alarm controller to control the automatic alarm to issue an alarm signal. The smart home demonstration model according to claim 1, wherein the smart gateway device has a smart mobile device connected through a network, and the smart mobile device is equipped with a manipulation interface corresponding to the smart gateway device to borrow The home device of the home model is remotely controlled by the control interface by sending a control command to the smart gateway. The smart home demonstration model of claim 1, wherein the smart gateway is connected to a control host, and the control host has a control button to send a control command to the smart gateway by using the control button. The home device of the home model is controlled from the near end.