TWI539824B - Interactive Wisdom Family System and Its - Google Patents

Description

Interactive smart home system and method thereof 【0001】

The present invention relates to an interactive smart home system and a method thereof, and more particularly to a control application (APP) having a Bluetooth control device installed in a controlled device and downloading an operation controlled device with a smart handheld device, and The control application (APP) is a graphical interface of the built-in controlled device, and the controlled device can be easily operated through the graphical interface of the controlled device, so that the home environment can become an intelligent home (Smart Home). Environment, but suitable for all types of family life.

【0002】

In the past, the development of smart home and home automation industry mostly focused on the networking of home appliances, and the introduction of network home appliances by individual manufacturers. However, due to the high price and numerous application standards, development is limited.

[0003]

In recent years, smart mobile devices have become popular, and their smart homes are connected to interconnected networking devices via sensors to realize IoT applications, thereby realizing home automation and accelerating the development of smart lighting, smart monitoring, smart meters and home entertainment. Enter the mass consumer market.

[0004]

However, most of the current smart homes transmit wired transmission control signals to devices that need to be controlled through the home network. Due to the large number of electrical equipment, power outlets, etc., and the location of the installation, the wiring of electrical appliances inside the home is difficult, and rewiring will also damage the existing decoration of the room.

[0005]

In addition, since the existing conventional home electric appliance cannot receive the control signal from the home network, it cannot be accommodated in the home network system, and thus the home appliance in the home cannot be uniformly managed.

[0006]

Therefore, in view of the above-mentioned deficiencies, the present inventors have been able to propose an interactive smart home system and a method thereof for operating a controlled device by using a smart handheld device, thereby improving the overall practicability and allowing the smart home to integrate and successfully promote it. Dedicated research and design system to provide consumer use.

【0007】

The main object of the present invention is to provide an interactive smart home system and a method thereof, wherein a bluetooth control device is installed in the controlled device, wherein the controlled device is a lighting device, a fan device, a liquid crystal glass device, and a curtain device. Any one of the bathtub device or the home appliance device, so that the home environment does not need to be refurbished or wired, as long as the control application (APP) with the operation controlled device is downloaded by the smart handheld device, and the control application (APP) is built in. The graphical interface of the controlled device can easily operate the controlled device through the graphical interface of the controlled device, so that the home environment can become an environment with an intelligent home, which makes the family life convenient and Convenience, which in turn increases the overall usability and excellence.

[0008]

The second object of the present invention is to provide an interactive smart home system and method thereof, and reveal how to intelligently through the steps of installing a controlled device, downloading an application, performing pairing connection, pairing successfully connecting, and performing remote operation. The handheld device operates to control the controlled device, so that the Smart Home can have control automation and humanization, thereby increasing the overall convenience and operability.

【0009】

For the above purposes, the interactive smart home system of the present invention includes at least one controlled device, at least one Bluetooth control device, and at least one smart handheld device; the Bluetooth control device is integrated in the controlled device. The Bluetooth control device is provided with a Bluetooth wireless chip, an antenna, a signal decoding chip, a memory, a central control unit (MCU) and a pairing button, wherein the signal decoding chip and the memory and the pairing button are both connected to the central control unit ( The MCU is connected to transmit signals through a central control unit (MCU). The Bluetooth wireless chip is connected to the signal decoding chip and the antenna to transmit and receive signals through the antenna, and to transmit the received signal to the signal. Decoding the decoder for decoding; and the smart handheld device has a Bluetooth transmission module, and the smart handheld device can download a control application (APP) having an operation controlled device, and the control application (APP) It is a graphical interface of the built-in controlled device, and the signal transmission is carried out through the Bluetooth transmission module of the Bluetooth transmission module and the controlled device. Built illustrated through the interface of the controlled device to operate the controlled device and the remote control's.

[0010]

The main steps of the method for interactive smart home of the present invention include: installing a controlled device: installing a controlled device having a Bluetooth control device at a suitable place, and the Bluetooth control device is provided with a Bluetooth wireless chip, an antenna, The signal decoding chip, the memory, the central control unit (MCU) and the pairing button, wherein the signal decoding chip and the memory and the pairing button are connected to the central control unit (MCU) for transmitting signals through the central control unit (MCU) Passing, the Bluetooth wireless chip system is connected to the signal decoding chip and the antenna to transmit and receive signals through the antenna, and transmit the received signal to the signal decoding chip for decoding; download the application program: in the smart handheld device Downloading a Control Application (APP) with an operationally controlled device with a Bluetooth transmission module; pairing the connection: by pressing the pairing button of the Bluetooth control device of the controlled device Through the Bluetooth wireless chip and antenna, it can be connected to the control application (APP) with control device in the smart handheld device. Pairing connection; pairing successful connection: When the controlled device is successfully paired with the smart handheld device, the control device (APP) with the operation controlled device in the smart handheld device can display the controlled device The graphical interface is for setting a name; and performing a remote control operation: operating the controlled device through the graphical interface of the controlled device.

[0011]

Other features and embodiments of the present invention will be further understood from the following detailed description taken in conjunction with the drawings.

[0090]

10‧‧‧Controlled equipment 101‧‧‧Lighting device 1011‧‧‧Power regulating wafer 1012‧‧‧Transformer 1013‧‧‧Lighting diode (LED)
102‧‧‧Fan device 1021‧‧‧Double channel servo motor control module 1022‧‧‧Rotary servo 1023‧‧‧Up and down tilt servo 1024‧‧‧ Voltage regulating circuit 1025‧‧‧Electric fan motor 1026‧‧‧ Fan blade 103‧‧‧Liquid glass device 1031‧‧‧Power supply voltage regulating chip 1032‧‧‧Transformer 1033‧‧ Liquid crystal glass 104‧‧‧ Curtain device 1041‧‧‧ Left stepping motor 1042‧‧ Right-stepping motor 1043‧‧‧Left Curtain Slides 1044‧‧‧Right Curtain Slides 1045‧‧‧ Left Confirmation Positioning Sensors 1046‧‧‧Confirmed Positioning Sensors 105‧‧‧ Bathtubs 1051‧‧‧ Sound Interpreter 1052‧ ‧‧Sound effect amplifier 1053‧‧‧Sound speaker 1054‧‧・hot water electric control valve 1055‧‧‧Cold water electric control valve 1056‧‧‧Water temperature sensor 1057‧‧‧Power voltage regulating chip 1058‧‧‧Transformer 1059 ‧ ‧ light-emitting diode (LED)
106‧‧‧Home Appliances 1061‧‧‧Signal Control Module 20‧‧‧Bluetooth Control Device 21‧‧‧Blue Wireless Chip 22‧‧‧Antenna 23‧‧‧ Signal Decoding Wafer 24‧‧‧ Memory 241‧ ‧ ‧ Controlled equipment serial number 242‧‧‧Cryptographically controlled device signal 25‧‧‧Central Control Unit (MCU)
26‧‧‧Pairing Button 30‧‧‧Smart Handheld Device 31‧‧‧Blue Transmission Group 32‧‧‧Control Application (APP)
Step S100‧‧‧Installing the controlled device Step S200‧‧‧Downloading the application Step S300‧‧‧ Pairing the connection step S400‧‧‧ Pairing successful connection Step S500‧‧‧ Remote operation Step S310‧‧‧ Press Pairing button step S320‧‧‧ Received controlled device signal Step S1011‧‧‧ Open operation interface Step S1012‧‧ Display color interface Step S1013‧‧ Convert color value signal Step S1014‧‧ Pass the numerical signal Step S1015‧ ‧ Numerical decoding conversion step S1016‧‧‧ Output the voltage values of the three primary colors of light (RGB) Step S1017‧‧‧ Generate the touched color Step S1021‧‧‧ Open the operation interface Step S1022‧‧‧ Display the fan interface Step S1023‧‧ Convert fan value signal Step S1024‧‧‧Transfer value signal Step S1025‧‧‧Numerical decoding conversion step S1026‧‧‧ Output fan blade value and voltage value step S1027‧‧・Steps for adjusting the fan unit S1031‧‧‧ Opening the operation interface Step S1032‧‧‧ Displaying the LCD glass interface Step S1033‧‧‧Translating the transparency value signal Step S1034‧‧‧Transferring the numerical signal Step S1035‧‧‧ Numerical decoding conversion step S1036‧‧‧Variable voltage value of the output step S1037‧‧‧ Transmit the transparency of the touch Step S1041‧‧‧ Open the operation interface Step S1042‧‧ Display the curtain interface Step S1043‧‧‧ Convert position value signal Step S1044‧‧ Step of transmitting numerical value Step S1045‧‧Digital decoding conversion step S1046‧‧‧ Numerical value of output position Step S1047‧‧‧ Creating the position of the curtain to be dragged Step S1051‧‧‧ Opening the operation interface Step S1052‧‧ Displaying the bathtub interface Step S1053‧ ‧ ‧ Convert water temperature, music, color value signal step S1054‧‧‧ Pass the numerical signal step S1 55‧‧‧Numerical decoding conversion step S1056‧‧‧ Output water temperature, music and color value steps S1057‧‧‧Bathtub device step S1061‧‧‧Open operation interface Step S1062‧‧‧ Display home appliance interface Step S1063‧‧ Steps for converting home appliance numerical signals S1064‧‧‧Transfer numerical signals Step S1065‧‧‧Numerical decoding conversion steps S1066‧‧‧ Output infrared signals Step S1067‧‧‧ Use household appliances

[0012]

Figure 1 is a schematic flow chart of the main steps of the present invention.
FIG. 2-A is a schematic diagram of the first embodiment of the remote control of the smart handheld device and the controlled device according to the present invention.
FIG. 2-B is a schematic diagram showing a second embodiment of the remote control of the smart handheld device and the controlled device according to the present invention.
Figure 2-C is a schematic diagram of a third embodiment of the remote control of the smart handheld device and the controlled device of the present invention.
FIG. 2-D is a schematic diagram of a fourth embodiment of the remote control of the smart handheld device and the controlled device according to the present invention.
Figure 3 is a schematic flow chart of the main steps of the present invention.
Figure 4 is a flow chart showing the steps of the pairing connection process of the present invention.
Figure 5 is a schematic view showing the implementation structure of the lighting device of the present invention.
Figure 6 is a flow chart showing the steps of implementing the lighting device of the present invention.
Figure 7 is a schematic view showing the implementation structure of the fan device of the present invention.
Figure 8 is a flow chart showing the steps of implementing the fan device of the present invention.
Figure 9 is a schematic view showing the implementation structure of the liquid crystal glass device of the present invention.
Fig. 10 is a flow chart showing the steps of the implementation of the liquid crystal glass device of the present invention.
Figure 11 is a schematic view showing the implementation structure of the window device of the present invention.
Figure 12 is a schematic flow chart showing the steps of implementing the window device of the present invention.
Figure 13 is a schematic view showing the implementation structure of the bathtub device of the present invention.
Figure 14 is a flow chart showing the steps of the implementation of the bathtub device of the present invention.
Figure 15 is a schematic view showing the implementation structure of the household electrical appliance of the present invention.
Figure 16 is a flow chart showing the steps of implementing the home appliance of the present invention.

[0013]

Please refer to the figures 1 to 16 for the flow chart of the interactive smart home system and method thereof. The best application place of the present invention is in a home environment, and can be used in a large space navigation environment in addition to the home environment, and the interactive smart home system and method of the present invention turns the home environment into an intelligent smart home (Smart Home). The environment makes family life convenient and convenient, and more humanized and controlled. The main structure of the present invention is designed by combining at least one controlled device 10, at least one Bluetooth control device 20 and at least one smart handheld device 30 (as shown in FIG. 1), wherein the controlled device 10 is any device or device suitable for the home environment, such as the lighting device 101, the fan device 102, the liquid crystal glass device 103, the curtain device 104, the bathtub device 105, or the household appliance 106, and each of the controlled devices 10 is equipped with blue. The bud control device 20 enables the Bluetooth control device 20 to be integrated into the controlled device 10, and the Bluetooth control device 20 is provided with a Bluetooth wireless chip 21, an antenna 22, a signal decoding chip 23, and a memory 24. A central control unit (MCU) 25 and a pairing button 26 (shown in FIG. 5), wherein the signal decoding chip 23 and the memory 24 and the pairing button 26 are both connected to the central control unit (MCU) 25 to enable central control. A unit (MCU) 25 is used for operational control. The Bluetooth wireless chip 21 is connected to the signal decoding chip 23 and the antenna 22 to transmit and receive the signal from the Bluetooth transmission module 31 of the smart handheld device 30 through the antenna 22, and transmit the received Bluetooth signal. The signal of the module 31 is further transmitted to the signal decoding chip 23 for decoding, so that the central control unit (MCU) 25 can perform operations and controllers on the controlled device 10 according to the received signal.

[0014]

The smart handheld device 30 has a Bluetooth transmission module 31 (as shown in FIG. 5), wherein the smart handheld device 30 is a Tablet Personal Computer, a Note Book, and a smart phone. Any of a mobile phone and a personal digital assistant, and the smart handheld device 30 can download a control application (APP) 32 having an operation controlled device, and the control application (APP) 32 is a graphical interface (not shown) of the built-in controlled device 10, wherein the control application (APP) 32 can be installed in the operating system of the smart handheld device 30 of different brands, and the The operating system is any one of an Android system, an iOS system, a Web OS system, a Black Berry Tablet OS system, or a Windows system. Moreover, the Bluetooth transmission module 31 in the smart handheld device 30 and the Bluetooth control device 20 in the controlled device 10 transmit signals by using a Bluetooth radio frequency method, and the Bluetooth wireless device The Bluetooth radio system uses a 2.45 GHz radio interface or a radio interface of other channels to enable the smart handheld device 30 and the controlled device 10 to transmit messages to each other and to the built-in controlled device 10 through the control application (APP) 32. The illustrated interface is used to operate and remotely control the device 10.

[0015]

In addition, the controlled device number 241 is stored in the memory 24 of the Bluetooth control device 20 of the controlled device 10, and the smart handheld device 30 and the Bluetooth control device 20 of the controlled device 10 perform the first signal. When transmitting, the pairing button 26 of the Bluetooth control device 20 of the controlled device 10 is first pressed to perform pairing connection, so that the controlled device number 241 stored in the memory 24 can be transmitted through the Bluetooth wireless chip and the antenna. To the smart handheld device 30, the smart handheld device 30 receives the controlled device serial number 241 sent by the Bluetooth control device 20 through the Bluetooth transmission module 31 to instantly display the graphical interface of the controlled device 10. For the setting name, the control application (APP) 32 of the smart handheld device 30 having the operation controlled device 10 can feed back a set of the Bluetooth control device 20 having the encrypted controlled device serial number 242 to the controlled device 10. In the memory 24, the graphical interface of the controlled device 10 of the smart handheld device 30 is prioritized Right lock (e.g., the 2-A shown in FIG.).

[0016]

When the controlled device 10 receives the encrypted controlled device serial number 242 delivered by the first smart handheld device 30, the graphical interface of the controlled device 10 if there is a second smart handheld device 30 is also paired. When the time is displayed (as shown in FIG. 2B to FIG. 2D), it needs to be unlocked (or provided with a password) through the graphical interface of the controlled device 10 of the first smart handheld device 30 to be paired. The graphical interface of the controlled device 10 of the second smart handheld device 30 also has a pairing lock, and the graphical interface of the controlled device 10 of the third or fourth smart handheld device 30 is also The pairing lock right needs to be paired after being unlocked (or provided with a password) through the graphical interface of the controlled device 10 of the first or second smart handheld device 30.

[0017]

The present invention can transform the home environment into an environment with an interactive smart home through an interactive smart home method, and the main steps (as shown in FIG. 3) include:

[0018]

S100 installs a controlled device: a controlled device 10 having a Bluetooth control device 20 is installed, and the Bluetooth control device 20 is provided with a Bluetooth wireless chip 21, an antenna 22, a signal decoding chip 23, a memory 24, The central control unit (MCU) 25 and the pairing button 26, wherein the signal decoding chip 23 and the memory 24 and the pairing button 26 are both connected to the central control unit (MCU) 25 for transmitting signals through the central control unit (MCU) 25. In addition, the Bluetooth wireless chip 21 is connected to the signal decoding chip 23 and the antenna 22 to transmit and receive signals through the antenna 22, and the received signal is transmitted to the signal decoding chip 23 for decoding;

[0019]

S200 downloads an application: downloads a control application (APP) having an operation controlled device 10 in the smart handheld device 30, and the smart handheld device 30 has a Bluetooth transmission module 31 therein;

[0020]

The S300 performs pairing connection: by pressing the pairing button 26 of the Bluetooth control device 20 of the controlled device 10, to enable the operation of the controlled device 10 in the smart handheld device 30 through the Bluetooth wireless chip 21 and the antenna 22. Control application (APP) 32 for pairing connection;

[0021]

The S400 pairing is successfully connected: when the controlled device 10 is successfully paired with the smart handheld device 30, the control application (APP) 32 of the smart handheld device 30 having the operation controlled device 10 can display the received The graphical interface of the control device 10 is for setting a name;

[0022]

The S500 performs remote control operation: the operation of the controlled device 10 is performed through the graphical interface of the controlled device 10.

[0023]

The control application (APP) 32 having the operation controlled device 10 in the smart handheld device 30 in the S400 pairing successful connection step described above feeds back a set of blues having the encrypted controlled device serial number 242 to the controlled device 10. In the memory 24 of the bud control device 20, the graphical interface of the controlled device of the smart handheld device 30 has priority pairing locking rights, and when the controlled device 10 receives the first smart handheld device 30, After the encrypted device serial number 242 is encrypted, if the graphical interface of the controlled device 10 of the second smart handheld device 30 is also paired, the controlled device 10 of the first smart handheld device 30 is first required. After the illustrated interface is unlocked (or provided with a password), pairing can be performed, so that the graphical interface of the controlled device 10 of the second smart handheld device 30 also has the right to pair lock, and the third or fourth smart type The graphical interface of the controlled device 10 of the handheld device 30, if it also has a pairing lock, needs to pass through the first or second wisdom. Means controlled by the handheld device 30 to the interface 10 shown unlocked (or password) can be conducted by paired.

[0024]

In addition, the above S300 performs the pairing connection step (as shown in FIG. 4), which includes the following steps:

[0025]

S310 presses the pairing button: pressing the pairing button 26 of the Bluetooth control device 20 of the controlled device 10 enables the Bluetooth control device 20 to transmit the controlled storage stored in the memory 24 through the Bluetooth wireless chip 21 and the antenna 22. Device serial number 241 to the smart handheld device 30;

[0026]

S320 receives the controlled device signal: the smart handheld device 30 receives the controlled device serial number 241 sent by the Bluetooth control device 20 through the Bluetooth transmission module 31.

[0027]

Moreover, when the controlled device 10 is the lighting device 101 (as shown in FIG. 5), the lighting device 10 can be the main light of the living room, the wall lamp of the room or the lighting of the bathroom, etc., which are all needed in the home environment. Illumination, and the lighting device 101 is provided with a power regulating wafer 1011, a transformer 1012 and a light emitting diode (LED) 1013. The power regulating transistor 1011 is connected to the light emitting diode (LED) 1013 and the transformer 1012. The power supply voltage regulating chip 1011 is connected to the central control unit (MCU) 25 of the Bluetooth control device 20 to enable control signals transmitted from the central control unit (MCU) 25 of the Bluetooth control device 20. To modulate the color of the light-emitting diode (LED) 1013.

[0028]

In addition, when the controlled device 10 is the lighting device 101 described above, the graphical interface of the controlled device 10 in the remote control operation step of the S500 is displayed as a graphical interface (not shown) of the lighting device 101, and the lighting is clicked. The graphical interface of device 101 performs the following operational steps of illumination device 101 (as shown in Figure 6):

[0029]

S1011: Opening the operation interface: clicking on the icon of the illumination device 101 presented in the graphical interface of the illumination device 101; in the illustrated interface of the illumination device 101, the main light of the set living room, the wall lamp of the room or the bathroom may appear. A diagram such as a light, for clicking on the icon to be operated.

[0030]

S1012 display color interface: display a color interface for touch to select the color to be changed; when clicking on the selected main light of the living room, the wall light of the room or the illumination of the bathroom, etc., it will immediately display one The color interface (not shown) is used to touch the color interface to select the color to be changed (such as red, yellow, green, etc. or color) and brightness (such as super bright, constant bright, bright, small bright, small) Dark, semi-dark, full dark, etc., enabling selection according to different environments.

[0031]

S1013 converts the color value signal: converts the color of the touch selection into the corresponding three primary color light (RGB) numerical signals; the red color R green G blue B of the three primary color lights can be known through the position touched on the color interface. The value of 255, such as the orange color of the color interface, the three primary color light (RGB) values are R: 245, G: 133, B: 208, and form the three primary color light (RGB) numerical signal.

[0032]

S1014 transmits a numerical signal: the digital primary light (RGB) value signal converted into the corresponding blue primary light (RGB) is transmitted to the Bluetooth wireless chip 21 of the Bluetooth control device 20 of the illumination device 101 through the Bluetooth transmission module 31 of the smart handheld device 30; The selected orange primary color light (RGB) value signals are transmitted by the Bluetooth transmission module 31 of the smart handheld device 30 to the Bluetooth wireless chip 21 of the Bluetooth control device 20 of the illumination device 101.

[0033]

S1015 numerical decoding conversion: the received signal of the three primary colors (RGB) is decoded by the signal decoding chip 23 and converted into the voltage values of the three primary colors (RGB); the selected three primary colors of the selected color (RGB) The numerical signal is reduced to the three primary color (RGB) values by the signal decoding chip 23, and converted into the voltage values of the three primary colors of light (RGB) (for example, when the 256 gradation is passed through 12V, each gradation voltage is 0.04V, therefore, The selected orange primary light (RGB) voltage value will be R: 245 * 0.04V = 9.8V, G: 133 * 0.04V = 5.32V, B: 208 * 0.04V = 8.32V).

[0034]

S1016 outputs the voltage values of the three primary colors of light (RGB): the power supply voltage regulating chip 1011 is controlled by the central control unit (MCU) 25 to facilitate outputting the voltage values of the three primary colors of light (RGB) into the light emitting diode (LED) 1013; The central control unit (MCU) 25 controls the power supply voltage regulating wafer 1011 so that the corresponding light emitting diode (LED) 1013 can emit a corresponding color according to the voltage values of the three primary colors of light (RGB).

[0035]

S1017 generates the touched color: the light emitting diode (LED) 1013 modulates the displayed color according to the voltage value of the three primary colors (RGB); and the light emitting diode (LED) 1013 is based on the three primary colors (RGB). The voltage value is illuminated, and the overall color can be orange through the mixed light cover.

[0036]

Through the above-mentioned steps, the lighting device 101 in the home environment can easily operate and control the lighting device 101 in the illustrated interface of the lighting device 101 in the smart handheld device 30, and through the lighting device 101 in different positions. Can produce rhythmic effects (not shown) or form indicators, and can be combined with an alarm clock (not shown) to produce light sources at different times to illuminate the location, or to form a night light (not shown), when smart handheld When the device 30 is close to the lighting device 101, it will automatically illuminate without a segment, making the night action safer.

[0037]

In addition, when the controlled device 10 is the fan device 102 (as shown in FIG. 7), the fan device 102 may be an electric fan used in a home environment, a floor fan, or a cooling fan mounted on a window, and the fan The device 102 is provided with a dual channel servo motor control module 1021, a left and right rotation servo 1022, a vertical and downward tilt servo 1023, a voltage regulating circuit 1024, a fan motor 1025 and a blade 1026. The dual channel servo motor control module 1021 is passed through the device. The two-channel servo motor control module 1021 is electrically connected to the central control unit (MCU) 25 of the Bluetooth control device 20, and is electrically connected to the left and right rotation servo 1022, the up and down tilt server 1023, and the voltage regulation circuit 1024. The voltage regulating circuit 1024 is electrically connected to the fan motor 1025 and the blade 1026 to enable opening and closing and adjusting the fan blowing direction according to the control signal transmitted from the central control unit (MCU) 25 of the Bluetooth control device 20. .

[0038]

When the controlled device 10 is the fan device 102, the graphical interface of the controlled device 10 in the S500 remote control operation step is displayed as the graphical interface of the fan device 102, and the graphical interface of the selected fan device 102 is Perform the following steps of the fan unit 102 (as shown in Figure 8):

[0039]

S1021 opening the operation interface: clicking on the icon of the fan device 102 presented in the graphical interface of the fan device 102; in the illustrated interface of the fan device 102, a set electric fan, a ground fan or a window may be present The illustration of the cooling fan, etc., is used to select the icon to be operated.

[0040]

S1022 displays the fan interface: displays an interactive fan interface for touching the fan blade 1026, the fan blade 1026 rotation angle and the blade 1026 up and down angle; when selecting the set fan, the floor fan or the window The heat-dissipating fan, etc., immediately displays an interactive fan interface (not shown) for touching the interactive fan interface to select the fan blade 1026 speed to be changed (eg, automatically raising the wind speed, automatically Adjusting the wind speed and fixed wind speed), the angle of rotation of the fan blade 1026 (such as 45 degrees of rotation angle or 60 degrees of rotation angle) and the angle of up and down angle of the blade 1026, and can be selected according to different use environments.

[0041]

S1023 converts the fan value signal: converts the selected blade 1026 rotation speed, the fan blade 1026 rotation angle and the blade 1026 up and down angle to the corresponding fan value signal; the fan blade 1026 touched through the interactive fan interface The rotation speed, the angle of rotation of the blade 1026 and the angle of the up and down inclination of the blade 1026 are used to know the rotation speed of the blade 1026, the rotation angle of the blade 1026, and the angle of the up and down inclination of the blade 1026, such as the fan blade 1026 rotating speed is 80% or fan The angle of rotation of the leaves 1026 is 45 degrees each and forms a fan numerical signal.

[0042]

S1024 transmits a numerical signal: the corresponding fan value signal is transmitted to the Bluetooth wireless chip 21 of the Bluetooth control device 20 of the fan device 102 through the Bluetooth transmission module 31 of the smart handheld device 30; The Bluetooth transmission module 31 of the device 30 transmits the selected signal of the blade 1026, the angle of rotation of the blade 1026, and the angle of the blade 1026 to the Bluetooth control device 20 of the fan device 102. Inside the wafer 21.

[0043]

S1025 numerical decoding conversion: the received signal value of the fan is decoded by the signal decoding chip 23 and converted into the blade voltage value and the blade value; the selected fan blade 1026 rotation speed, the fan blade 1026 rotation angle and The numerical value of the angle of the up and down angle of the blade 1026 is reduced by the signal decoding chip 23 to the rotation speed of the blade 1026, the rotation angle of the blade 1026, and the angle of the up and down angle of the blade 1026, and the value of the blade 1026 is converted into the output control voltage value. And according to the left and right rotation angle of the blade 1026 and the angle of the up and down inclination of the blade 1026, the value of the blade is converted.

[0044]

S1026 output fan blade value and voltage value: the converted blade voltage value and the blade value are output to the central control unit (MCU) 25; the voltage regulating circuit 1024 is controlled by the central control unit (MCU) 25 to enable The output of the voltage regulating circuit 1024 is adjusted according to the received output control voltage value, and the central control unit (MCU) can also control the dual channel servo motor control module 1021 to enable adjustment of the dual channel servo according to the received fan blade value. The motor control module 1021 outputs.

[0045]

S1027 adjusts the fan device: the central control unit (MCU) 25 controls the dual channel servo motor control module 1021 according to the blade value to adjust the left and right rotation servo 1022 or the up and down tilt server 1023 so that the blade 1026 can change the left and right angles or The up and down angle, and the voltage regulating circuit 1024 and the fan motor 1025 are controlled according to the blade voltage value, so that the fan blade 1026 is rotated or adjusted, and the fan blade 1026 can control the fan according to the voltage value output by the voltage regulating circuit 1024. The power outputted by the motor 1025 can be adjusted to increase or decrease the rotational speed of the blade 1026, and the dual-channel servo motor control module 1021 can adjust the left and right rotation servo 1022 or the up-and-down tilt servo according to the received blade value. The device 1023, in turn, allows the blade 1026 to change the left and right angles or up and down angles (no segment control) to allow the fan unit 102 to adjust for changes as a whole.

[0046]

Through the above-mentioned steps, the fan device 102 in the home environment can easily operate and control the fan device 102 in the illustrated interface of the fan device 102 in the smart handheld device 30, and can time the fan operation through the timing switch. The time (not shown), or the indoor positioning wind direction has an automatic following ability (not shown), and can be matched with the cold air when the air is automatically turned off in the middle of the night, the fan device 102 can automatically start (not shown) the blower.

[0047]

In addition, when the controlled device 10 is a liquid crystal glass device 103 (as shown in FIG. 9), the liquid crystal glass device 103 can be a liquid crystal glass window or a liquid crystal glass door of each room, and the like, which is required for use in a home environment. The liquid crystal glass device 103 is provided with a power regulating wafer 1031, a transformer 1032 and a liquid crystal glass 1033. The power regulating wafer 1031 is electrically connected to the liquid crystal glass 1033 and the transformer 1032, and the power regulating wafer 1031 is connected. It is connected to the central control unit (MCU) 25 of the Bluetooth control device 20 to enable the transparency of the liquid crystal glass 1033 to be modulated according to the control signal transmitted from the central control unit (MCU) 25 of the Bluetooth control device 20.

[0048]

When the controlled device 10 is the liquid crystal glass device 103, the graphical interface of the controlled device 10 in the remote control operation step of the S500 is displayed as the graphical interface of the liquid crystal glass device 103, and the figure of the liquid crystal glass device 103 is clicked. The display interface performs the following steps of the liquid crystal glass device 103 (as shown in FIG. 10):

[0049]

S1031 opens the operation interface: the icon of the liquid crystal glass device 103 presented in the interface of the liquid crystal glass device 103 is clicked; in the illustrated interface of the liquid crystal glass device 103, the liquid crystal glass window or the liquid crystal glass of the set room appears. A diagram such as a door for clicking on the icon to be operated.

[0050]

S1032 display LCD glass interface: display a gray-scale interface for touch to select the transparency to be changed; when you click on any of the icons such as the LCD glass window or LCD glass door of the selected room, a gray-scale interface will be displayed immediately. (not shown), to touch the grayscale interface to select the transparency of the liquid crystal glass window or liquid crystal glass door to be changed (such as completely transparent, translucent, completely opaque, etc.), and can be made according to different use environments or weather. select.

[0051]

S1033 converts the transparency value signal: converts the transparency of the touch selection into the corresponding transparency value signal; the position of the touched grayscale interface can be used to know the value of the gray scale from 0 to 255, such as selecting the grayscale interface to be half When transparent, the translucency value is 133 and a transparency value signal is formed.

[0052]

S1034 transmits a numerical signal: the corresponding transparent value signal is transmitted to the Bluetooth wireless chip 21 of the Bluetooth control device 20 of the liquid crystal glass device 103 through the Bluetooth transmission module 31 of the smart handheld device 30; The Bluetooth transmission module 31 of the handheld device 30 transmits the selected transparency value signal to the Bluetooth wireless chip 21 of the Bluetooth control device 20 of the liquid crystal glass device 103.

[0053]

S1035 numerical decoding conversion: the signal value is decoded by the signal decoding chip 23 and converted into a transparency voltage value; when the above steps are the same, the transparency value signal of the selected gray level is received through the signal. The decoded wafer 23 is reduced to a transparency value and converted into a voltage value of a transparency value (for example, when the 256 gradation is passed through 12V, each gradation voltage is 0.04V, so the translucency voltage value of the selected gray scale is It is 133*0.04V=5.32V).

[0054]

S1036 output transparency voltage value: through the central control unit (MCU) 25 to control the power supply voltage regulating chip 1031, to facilitate the output of the transparent voltage value to the liquid crystal glass 1033; control the power supply voltage regulating chip by the central control unit (MCU) 25 1031, the corresponding liquid crystal glass 1033 can exhibit corresponding transparency according to the voltage value of the transparency.

[0055]

S1037 generates the transparency of the touch: the liquid crystal glass 1033 further modulates the transparency according to the voltage value of the transparency; and the liquid crystal glass 1033 exhibits a corresponding transparency according to the voltage value of the transparency (eg, OV is opaque, And 12V is fully transparent), so that the liquid crystal glass 1033 can adjust the transparency of the liquid crystal glass 1033 according to different environments or needs.

[0056]

Through the above-mentioned steps, the liquid crystal glass device 103 in the home environment can easily operate and control the liquid crystal glass device 103 in the illustrated interface of the liquid crystal glass device 103 in the smart handheld device 30, and can be made through weather forecasting. The liquid crystal glass 1033 is adjusted to an opaque state due to the hot weather to block the heat source (not shown), or the liquid crystal glass 1033 is adjusted to a translucent state in the morning to match the morning light to the indoor light (not shown). In addition, it can also automatically atomize (opaque) liquid crystal glass 1033 when no one is in the house or after a period of time, so that outsiders can not see through the internal conditions (not shown).

[0057]

In addition, when the controlled device 10 is the curtain device 104 (as shown in FIG. 11), the curtain device 104 may be any curtain that needs to be used in a home environment, such as a window or a glass door in each room, and the curtain device 104 The internal system is provided with a left stepping motor 1041, a right stepping motor 1042, a left curtain rail 1043, a right curtain rail 1044, a left confirmation positioning sensor 1045, and a right confirmation positioning sensor 1046. The left curtain slide 1043 and the left confirmation positioning sensor 1045 are electrically connected, and the right stepping motor 1042 is electrically connected to the right curtain slide rail and the 1044 right confirmation positioning sensor 1046, and the left stepping motor 1041 and the right stepping motor are connected. The 1042 is coupled to the central control unit (MCU) 25 of the Bluetooth control unit 20 to enable or disable the curtains in response to control signals transmitted from the central control unit (MCU) 25 of the Bluetooth control unit 20.

[0058]

When the controlled device is the curtain device 104, the graphical interface of the controlled device 10 in the S500 remote control operation step is displayed as the graphical interface of the curtain device 104, and the graphical interface of the blind device 104 is clicked. The following steps of the curtain device 104 (as shown in Figure 12):

[0059]

S1041: Opening the operation interface: clicking on the icon of the curtain device 104 presented in the graphical interface of the curtain device 104; in the illustrated interface of the curtain device 104, a set of room windows or glass doors may be displayed for the point Select the icon to be operated.

[0060]

S1042 displays the curtain interface: display a curtain interface for dragging and selecting the position of the curtain to be changed; when clicking any of the set room windows or glass doors, etc., a curtain interface (not shown) is immediately displayed for Touch the curtain interface to select the position of the curtain to be changed (such as fully open, fully closed, left open to the right closed, left and right sides open 20 cm, etc.), and can be selected according to different use environments.

[0061]

S1043 conversion position value signal: convert the position of the drag selection into the corresponding position value signal; the position of the left and right position values from 0 to 100 can be known through the position touched on the curtain interface, if the left side is selected When the right side is closed, the position value is R=100, L=0, and a position value signal is formed.

[0062]

S1044 transmits a numerical signal: the converted position signal is transmitted to the Bluetooth wireless chip 21 of the Bluetooth control device 20 of the curtain device 104 through the Bluetooth transmission module 31 of the smart handheld device 30; The Bluetooth transmission module 31 of the device 30 transmits the selected position value signal to the Bluetooth wireless chip 21 of the Bluetooth control device 20 of the window covering device 104.

[0063]

S1045 numerical decoding conversion: the received position value signal is decoded by the signal decoding chip 23 and converted into a position value; and the received selected position value signal is restored to the position value through the signal decoding chip 23.

[0064]

S1046 output position value: The left stepping motor 1041 or the right stepping motor 1042 is controlled by a central control unit (MCU) 25, so that the left and right side curtains can be pushed on the left curtain rail 1043 or the right curtain rail 1044. Sliding; the central control unit (MCU) 25 can control the left stepping motor 1041 or the right stepping motor 1042 according to the received position value, thereby pushing the curtains on the left and right sides to slide on the left curtain rail 1043 or the right curtain. Sliding on the rail 1044.

[0065]

S1047 generates the position of the curtain to be dragged: and the curtains on the left and right sides adjust the drag position according to the left confirmation positioning sensor 1045 and the right confirmation positioning sensor 1046; and the left and right side curtains can be according to the left stepping motor 1041 or The position value output by the right stepping motor 1042 is slid on the left curtain rail 1043 or the right curtain rail 1044, and the left curtain confirmation positioning sensor 1045 and the right confirmation positioning sensor 1046 are used to adjust the curtain to be dragged. Location.

[0066]

Through the above-mentioned steps, the curtain device 104 in the home environment can easily operate and control the curtain device 104 in the illustrated interface of the curtain device 104 in the smart handheld device 30, and the curtain device 104 can be made through the setting of the clock. In the morning, it can be turned on regularly to allow the morning light to be reflected indoors (not shown), or when the home is unoccupied or after a period of time, the curtains can be automatically pulled up, so that outsiders can not see through the internal conditions (not shown). .

[0067]

When the controlled device 10 is a bathtub device 105 (as shown in FIG. 13), the bathtub device 105 may be a bathtub device 105 used in a bathroom of a master bedroom or a public bath, and the bathtub device 105 is provided therein. There are sound interpreter 1051, sound effect expander 1052, sound effect speaker 1053, hot water electric control valve 1054, cold water electronic control valve 1055, water temperature sensor 1056, power voltage regulating chip 1057, transformer 1058 and light emitting diode (LED) 1059, through the hot water electronic control valve 1054, the cold water electronic control valve 1055 and the water temperature sensor 1056 are connected with the central control unit (MCU) 25 signal of the Bluetooth control device 20, and the sound effect speaker 1053 is connected with the sound effect amplifier 1052 is connected, and the sound effector 1052 is further connected to the sound effect interpreter 1051, and the sound effect interpreter 1051 is connected to the central control unit (MCU) 25 of the Bluetooth control device 20, and the power voltage regulating chip 1057 is connected. With light dipole The (LED) 1059 and the transformer 1058 are electrically connected, and the power regulating wafer 1057 is connected to the central control unit (MCU) 25 of the Bluetooth control device 20 to enable the central control unit from the Bluetooth control device 20 ( The control signal transmitted by the MCU) 25 regulates the water volume, music and color of the bathtub device 105.

[0068]

When the controlled device 10 is the bathtub device 105, the graphical interface of the controlled device 10 in the S500 remote control operation step is displayed as the graphical interface of the bathtub device 105, and the graphical interface of the bathtub device 105 is selected. Perform the following steps for the bath unit 105 (as shown in Figure 14):

[0069]

S1051 opening operation interface: an illustration of the bathtub device 105 presented in the graphical interface of the bathtub device 105; in the illustrated interface of the bathtub device 105, a graphical representation of the bathroom or public bathroom of the master bedroom is displayed. For the illustration of the operation to be selected.

[0070]

S1052 displays the bathtub interface: display a bathtub interface for touch selection water temperature setting, music file and color change; when you click on any of the icons in the master bedroom or public bath, you will immediately display a bathtub. Interface (not shown), for touching the bathtub interface to select the water temperature setting to be changed (40 degrees temperature, 55 degrees high temperature or 15 degrees low temperature), music file (MP3 format) and color conversion (such as red, yellow) , green, and other colors or mixed colors), and can be selected according to different places.

[0071]

S1053 converts water temperature, music and color value signals: converts the water temperature setting, music file and color conversion of the touch selection into corresponding water temperature value signals, music file signals, and three primary color light (RGB) numerical signals; The water temperature setting touched can know that the water temperature value is a few degrees, such as 40 degrees, and the touched music file can select the MP3 format track to be played, such as Jolin Tsai's big artist song, and the other touch. LED color can know the value of 0 to 255 of the red color R green G blue B of the three primary colors, such as the orange color of the color interface, the values of the three primary colors (RGB) are R: 245, G: 133, B: 208, and form a water temperature value signal, a music file signal, and three primary color light (RGB) numerical signals.

[0072]

S1054 transmits a numerical signal: the digital temperature signal, the music file signal and the three primary color light (RGB) numerical signals converted into corresponding blue water transmission modules 31 of the smart handheld device 30 are transmitted to the Bluetooth control device 20 of the bathtub device 105. In the Bluetooth wireless chip 21, the selected water temperature value signal, music file signal and three primary color light (RGB) value signals are transmitted to the Bluetooth device of the bathtub device 105 by the Bluetooth transmission module 31 of the smart handheld device 30. The control device 20 is within the Bluetooth wireless chip 21.

[0073]

S1055 numerical decoding conversion: through the signal decoding chip 23, the received water temperature value signal, music file signal, and three primary color light (RGB) numerical signals are decoded and converted into water temperature value, music file signal, and three primary color light (RGB) values; The selected water temperature value signal, the music file signal, and the three primary color light (RGB) value signals are restored to the water temperature value, the music file signal, the three primary color light (RGB) values through the signal decoding chip 23, and the three primary colors of light ( RGB) The value is converted into the voltage of the three primary colors (RGB) (for example, when the 256 levels are passed through 12V, each gradation voltage is 0.04V, so the selected orange primary light (RGB) voltage value will be It is R: 245*0.04V=9.8V, G: 133*0.04V=5.32V, B: 208*0.04V=8.32V).

[0074]

S1056 output water temperature, music and color values: through the central control unit (MCU) 25 according to the water temperature value, music file signal, three primary color light (RGB) value to control the hot water electronic control valve 1054, cold water electronic control valve 1055, water The temperature sensor 1056, the power voltage regulating chip 1057 and the sound effect interpreter 1051; the central control unit (MCU) 25 can control the power voltage regulating chip 1057 according to the received three primary color light (RGB) values, so that the corresponding The light-emitting diode (LED) 1059 can emit the corresponding color according to the voltage values of the three primary colors of light (RGB), and the central control unit (MCU) 25 can control the sound effect interpreter 1051 according to the received music file signal. The interpretation and output are performed, and the central control unit (MCU) 25 can adjust the hot water electronic control valve 1054 and the cold water electronic control valve 1055 according to the received water temperature value, and sense the heat by the water temperature sensor 1056. The common outlet temperature of the water and electricity control valve 1054 and the cold water electronic control valve 1055.

[0075]

S1057 uses a bathtub device: the light-emitting diode (LED) 1059 in the bathtub device 105 is modulated according to the voltage values of the three primary colors of light (RGB), and the hot water electronically controlled valve 1054 and the cold water electronically controlled valve 1055 The common water outlet is based on the water temperature sensor 1056 to regulate the hot water electronic control valve 1054 and the cold water electronic control valve 1055, so that the output water temperature can be used, and the sound effect speaker 1053 is connected with the sound effect amplifier 1052, and the sound effect amplifier 1052 The sound effect interpreter 1051 is connected to be capable of playing the music file, and the light emitting diode (LED) 1013 is illuminated according to the voltage values of the three primary colors (RGB), and the overall color can be transmitted through the mixed light cover. Presenting an orange color, the common water outlet of the other hot water control valve 1054 and the cold water electronic control valve 1055 is based on the water temperature sensor 1056 to regulate the hot water electronic control valve 1054 and the cold water electronic control valve 1055 to make the output hot water Control valve 1054 and cold water electric control valve The common water outlet of the door 1055 can adjust the water amount according to the water temperature value, and is connected to the sound effect expander 1052 through the sound effect speaker 1053, and the sound effect expander 1052 is connected with the sound effect interpreter 1051, so that the transmitted large artist of Jolin Tsai The song can be played by the sound speaker 1053.

[0076]

Through the above-mentioned steps, the bathtub device 105 in the home environment can easily operate and control the bathtub device 105 in the illustrated interface of the bathtub device 105 in the smart handheld device 30, and the matching music can change the bathtub color ( The figure is not shown. The timer can be used to turn on the hot water time (not shown). The water temperature sensor 1056 detects the water temperature and adjusts the hot water control valve 1054 and the cold water electronic control valve 1055. The nozzle is the one that achieves the goal of intelligent temperature control (not shown).

[0077]

When the controlled device is the home appliance device 106 (as shown in FIG. 15), the home device 106 may be a home appliance that needs to use infrared rays in all home environments such as television and air conditioner, and the home appliance device 106 is provided with signal control. The module 1061, wherein the signal control module 1061 is an infrared emitter, and the signal control module 1061 is connected to the central control unit (MCU) 25 of the Bluetooth control device 20 to enable the slave Bluetooth control device. The control signal transmitted by the central control unit (MCU) 25 of 20 turns the home appliance 106 on or off and operates.

[0078]

When the controlled device 10 is the home appliance 106, the graphical interface of the controlled device 10 in the S500 remote control operation step is displayed as the graphical interface of the home appliance 106, and the graphical interface of the home appliance 106 is clicked. Perform the following steps of the home appliance 106 (as shown in Figure 16):

[0079]

S1061: opening the operation interface: clicking on the icon of the household electrical appliance 106 presented in the operation interface of the household electrical appliance 106; in the illustrated interface of the household electrical appliance 106, the set television, air-conditioning, video player, sweeping robot, etc. appear Show, for the illustration of the operation to be selected.

[0080]

S1062 displays the home appliance interface: displays an electrical interface for selecting the home appliance option to be changed; when clicking any of the set TV, air conditioner, video player, sweeping robot, etc., it will immediately display an electrical interface (Figure Not shown), to touch the appliance interface to select the appliance options to be changed (such as the number of TVs to be selected or the temperature to be adjusted by the air conditioner), and can be selected according to different home appliances.

[0081]

S1063 converts the home appliance numerical signal: converts the home appliance option to be changed to the home appliance corresponding numerical signal; the home appliance option touched by the home appliance interface (such as the number of TVs to be selected or the temperature to be adjusted by the cold air) is converted into the corresponding value of the home appliance Signal.

[0082]

The S1064 transmits a numerical signal: the digital device signal converted into the corresponding home appliance is transmitted to the Bluetooth wireless chip 21 of the Bluetooth control device 20 of the home appliance 106 through the Bluetooth transmission module 31 of the smart handheld device 30; by the smart handheld device The Bluetooth transmission module 31 of 30 transmits the selected home appliance corresponding numerical signal to the Bluetooth wireless chip 21 of the Bluetooth control device 20 of the home appliance 106.

[0083]

S1065 numerical decoding conversion: the received signal value of the home appliance is decoded by the signal decoding chip 23 and converted into an infrared signal; the received digital value signal of the selected home appliance is restored to the corresponding value of the home appliance through the signal decoding chip 23, and the home appliance is replaced. The corresponding value is converted into an infrared signal.

[0084]

The S1066 outputs an infrared signal: the central control unit (MCU) 25 controls the signal control module 1061 to facilitate the transmission of the infrared signal through the signal control module 1061; and the central control unit (MCU) 25 can respond to the received home appliance. The value controls the signal control module 1061 and transmits an infrared signal to the home appliance 106 to be controlled through the signal control module 1061.

[0085]

S1067 uses a home appliance device to open or close or control the home appliance 106 through the infrared signal sent by the signal control module 1061; thereby, the infrared signal sent by the signal control module 1061 corresponds to the home appliance 106 to be controlled. The home appliance 106 can be controlled or turned on and off according to the corresponding value of the home appliance received by the central control unit (MCU) 25.

[0086]

Through the above-described steps, the home appliance 106 in the home environment can easily operate and control the home appliance 106 in the graphical interface of the home appliance 106 in the smart handheld device 30, and the television can be set with the cooperation time. The number of hours of viewing (not shown), and the other air-conditioning time can be set with the cooperation time to set the opening time (not shown).

[0087]

It can be seen from the above that the interactive smart home system and method thereof of the present invention have the following advantages:
1. The Bluetooth device 20 is installed in the controlled device 10, wherein the controlled device 10 is a lighting device 101, a fan device 102, a liquid crystal glass device 103, a curtain device 104, a bathtub device 105 or a household appliance device 16 Etc., the home environment is not required to be refurbished or wired, as long as the control application (APP) 32 having the operation controlled device 10 is downloaded by the smart handheld device 30, and the control application (APP) 32 is a built-in controlled device 10 The graphical interface can easily operate the controlled device 10 through the graphical interface of the controlled device 10, so that the home environment can become an environment with an intelligent home.
2. Steps of installing the controlled device through the S100, the S200 download application, the S300 for pairing connection, the S400 pairing successful connection, and the S500 for remote operation, etc., to disclose how to operate the controlled device 10 with the smart handheld device 30, Smart Home can be automated and user-friendly, increasing overall convenience and operability.

[0088]

From the above detailed description, those skilled in the art can understand that the present invention can achieve the foregoing objects, and has met the requirements of the patent law and filed a patent application.

[0089]

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; therefore, the simple equivalent changes and modifications made by the scope of the present invention and the contents of the specification, All should remain within the scope of the invention patent.

10‧‧‧Controlled equipment

101‧‧‧Lighting device

102‧‧‧Fan device

103‧‧‧Liquid glass device

104‧‧‧Window installation

105‧‧‧Bathtub installation

106‧‧‧Home Appliances

20‧‧‧Bluetooth Control Unit

30‧‧‧Smart handheld device

Claims (8)

An interactive smart home system comprising: at least one controlled device; at least one Bluetooth control device, the Bluetooth control device is coupled to the controlled device, and the Bluetooth control device is provided with a Bluetooth wireless chip and an antenna a signal decoding chip, a memory, a central control unit (MCU), and a pairing button, wherein the signal decoding chip and the memory and the pairing button are connected to a central control unit (MCU) for transmission through a central control unit (MCU). Signal transmission, the Bluetooth wireless chip is connected to the signal decoding chip and the antenna to transmit and receive signals through the antenna, and transmit the received signal to the signal decoding chip for decoding; and at least one smart handheld device, The smart handheld device has a Bluetooth transmission module, and the smart handheld device can download a control application (APP) with an operation controlled device, and the control application (APP) is a diagram of a built-in controlled device. The interface is also transmitted through the Bluetooth transmission module and the Bluetooth control device of the controlled device, so as to be able to enter through the graphical interface of the built-in controlled device. Operating and remotely controlling the device, and the control application (APP) can feed back a set of memory having the encrypted control device serial number to the Bluetooth device of the controlled device, so that the smart handheld device is controlled The graphical interface of the device has priority pairing lock rights. The interactive smart home system according to claim 1, wherein the controlled device is further a lighting device, a fan device, a liquid crystal glass device, a curtain device, a bathtub device, or a home appliance device; and the lighting device is Power supply voltage regulating chip, transformer and light-emitting diode (LED), through which the voltage regulating chip is electrically connected to the LED and the transformer, and the power regulating chip is connected to the central control unit (MCU) of the Bluetooth control device to enable the basis. The color of the light-emitting diode (LED) is modulated by a control signal transmitted from a central control unit (MCU) of the Bluetooth control device; and the fan device is provided with a dual-channel servo motor control module and a left-right rotation server. The up-and-down tilt servo, the voltage regulating circuit, the fan motor and the fan blade are electrically connected to the left and right rotation servo and the up and down tilt servo and the voltage regulating circuit through the dual channel servo motor control module, and the dual channel servo motor The control module is connected to the central control unit (MCU) signal of the Bluetooth control device, and the voltage regulating circuit is electrically connected to the fan motor and the fan blade to enable the central control unit (MCU) according to the Bluetooth control device. The control signal transmitted to open and close the fan blowing direction; and the liquid crystal glass device is provided with a power regulating wafer, a transformer and a liquid crystal glass, through which the wafer system and the liquid crystal glass are regulated The voltage regulator is electrically connected, and the power regulating chip is connected to a central control unit (MCU) signal of the Bluetooth control device, and is enabled to be adjusted according to a control signal transmitted from a central control unit (MCU) of the Bluetooth control device. Changing the transparency of the liquid crystal glass; and the curtain device is provided with a left stepping motor, a right stepping motor, a left curtain rail, a right curtain rail, a left confirmation positioning sensor, and a right confirmation positioning sensor, through which the left step is The motor is electrically connected to the left curtain rail and the left confirmation positioning sensor, and the right stepping motor is electrically connected to the right curtain rail and the right confirmation positioning sensor, and the left stepping motor and the right stepping motor are connected with the blue The central control unit (MCU) signal connection of the bud control device enables the curtain to be turned on or off according to the control signal transmitted from the central control unit (MCU) of the Bluetooth control device; and the sound device interpreter is provided in the bathtub device , sound effect amplifier, sound effect speaker, hot water electric control valve, cold water electric control valve, water temperature sensor, power supply voltage regulating chip, Transformer and light-emitting diode (LED), through the hot water electronic control valve, cold water electronic control valve and water temperature sensor are connected with the central control unit (MCU) signal of the Bluetooth control device, and the sound effect speaker system and sound effect expansion The sound amplifier is connected to the sound effect interpreter, and the sound effect interpreter is connected to the central control unit (MCU) signal of the Bluetooth control device, and the power voltage regulating chip system and the light emitting diode ( The LED is electrically connected to the transformer, and the power regulating chip is connected to the central control unit (MCU) signal of the Bluetooth control device to enable the control signal transmitted according to the central control unit (MCU) of the Bluetooth control device. To regulate the water output of the bathtub device, play music and color; and the home appliance device is provided with a signal control module, and the signal control module is connected with the central control unit (MCU) signal of the Bluetooth control device to enable The home appliance is turned on or off and the operator is operated according to a control signal transmitted from a central control unit (MCU) of the Bluetooth control device. For example, in the interactive smart home system described in claim 1, wherein the controlled device is further paired with the smart handheld device, by pressing the pairing button of the Bluetooth control device, The bud wireless chip and the antenna transmit the controlled device serial number stored in the memory to the smart handheld device, and the smart handheld device receives the controlled device serial number sent by the Bluetooth control device through the Bluetooth transmission module. Instantly display the graphical interface of the controlled device for setting the name. The interactive smart home system described in claim 1, wherein the smart handheld device is a Tablet Personal Computer, a Note Book, a Mobile Phone, and a handheld type. Any one of the PC (Personal Digital Assistant). A method of interactive smart home, the main steps of which include: installing a controlled device: installing a controlled device with a Bluetooth control device at a suitable place And the Bluetooth control device is provided with a Bluetooth wireless chip, an antenna, a signal decoding chip, a memory, a central control unit (MCU) and a pairing button, wherein the signal decoding chip and the memory and the pairing button are both connected to the central control unit. (MCU) connection for signal transmission through a central control unit (MCU), and the Bluetooth wireless chip is connected to the signal decoding chip and the antenna to transmit and receive signals through the antenna, and transmit the received signal to Decoding in the signal decoding chip; downloading the application program: downloading a control application (APP) having an operation controlled device in the smart handheld device, and the smart handheld device has a Bluetooth transmission module; : Pairing the control application (APP) with the operation-controlled device in the smart handheld device through the Bluetooth wireless chip and the antenna through the pairing button of the Bluetooth control device of the controlled device; Successful connection: When the controlled device is successfully paired with the smart handheld device, the control device has control of the controlled device. The application (APP) can display the graphical interface of the controlled device for setting the name, and feed back a set of memory with the encrypted control device serial number to the Bluetooth device of the controlled device, so that the smart handheld The graphical interface of the controlled device of the device has priority pairing locking rights; and remote control operation: operating the controlled device through the graphical interface of the controlled device. The method for interacting with a smart home as described in claim 5, wherein the step of pairing the connection further comprises the steps of: pressing the pairing button: pressing the pairing button of the Bluetooth control device of the controlled device The Bluetooth control device can transmit the serial number of the controlled device stored in the memory to the smart handheld device through the Bluetooth wireless chip and the antenna; Received controlled device signal: The smart handheld device receives the controlled device serial number sent by the Bluetooth control device through the Bluetooth transmission module. The method for an interactive smart home as described in claim 5, wherein the controlled device is further a lighting device, a fan device, a liquid crystal glass device, a curtain device, a bathtub device, or a home appliance; and when controlled When the device is a lighting device, the graphical interface of the controlled device in the remote operation step is displayed as the graphical interface of the lighting device, and the graphical interface of the lighting device is selected to perform the following steps of the lighting device: the opening operation Interface: Click on the icon of the lighting device presented in the graphical interface of the lighting device; display color interface: display a color interface for touching to select the color to be changed; convert color value signal: convert the color of the touch selection into Corresponding three primary color (RGB) numerical signals; passing numerical signals: Bluetooth digital signals that are converted into corresponding primary color light (RGB) values transmitted to the Bluetooth control device of the lighting device through the Bluetooth transmission module of the smart handheld device In-wafer; numerical decoding conversion: decoding the received three primary color light (RGB) numerical signals through the signal decoding chip and converting them into The voltage value of the three primary colors (RGB); the voltage value of the output of the three primary colors (RGB): the central control unit (MCU) is used to control the power supply voltage regulating chip, and it is convenient to output the voltage values of the three primary colors (RGB) to the light emitting diode (LED) The color of the touch is generated: the light-emitting diode (LED) modulates the displayed color according to the voltage value of the three primary colors of light (RGB); and when the controlled device is a fan device, the remote operation step is performed. The graphical interface of the controlled device is displayed as the graphical interface of the fan device, and the graphical interface of the selected fan device performs the following steps of the fan device: opening the operation interface: clicking within the graphical interface of the fan device Graphical representation of the fan device presented; display fan interface: display an interactive fan interface for touch fan blade speed, fan blade left and right rotation angle and blade up and down angle; convert fan value signal: will touch the selected blade turn The speed, the left and right rotation angle of the blade and the angle of the up and down angle of the blade are converted into corresponding fan value signals; the numerical signal is transmitted: the corresponding fan value signal is transmitted to the blue of the fan device through the Bluetooth transmission module of the smart handheld device In the Bluetooth wireless chip of the bud control device; numerical decoding conversion: the decoded fan value signal is decoded by the signal decoding chip and converted into the blade voltage value and the fan blade value; the output fan blade value and voltage value are converted The fan blade voltage value and the fan blade value are output to the central control unit (MCU); the fan unit is adjusted: the central control unit (MCU) controls the dual channel servo motor control module according to the blade value to adjust the left and right rotation servo or The up and down tilt servo enables the blade to change the left and right angle or the up and down angle and control the voltage regulating circuit and the fan motor according to the blade voltage value, so that the fan blade speed can be adjusted down or up; and when the controlled device is liquid crystal glass In the case of the device, the graphical interface of the controlled device in the remote operation step is displayed as the graphical interface of the liquid crystal glass device, and the liquid crystal is clicked. The graphical interface of the glass device performs the following steps of the liquid crystal glass device: opening the operation interface: clicking on the icon of the liquid crystal glass device presented in the graphic interface of the liquid crystal glass device; displaying the liquid crystal glass interface: displaying a gray scale interface Touch to select the transparency to be changed; convert the transparency value signal: convert the transparency of the touch selection into the corresponding transparency value signal; pass the numerical signal: convert the corresponding transparency value signal into the Bluetooth transmission mode of the smart handheld device The group is transmitted to the Bluetooth wireless chip of the Bluetooth control device of the liquid crystal glass device; the numerical decoding conversion is: decoding the transparency value signal received by the signal decoding chip and converting it into a voltage value of transparency; the voltage value of the output transparency: through The central control unit (MCU) controls the power supply voltage regulating chip to facilitate outputting the voltage value of the transparency to the liquid crystal glass; generating the transparency of the touch: the liquid crystal glass is further modulated according to the voltage value of the transparency; When the controlled device is a curtain device, the remote operation step is performed. Controlled The graphical interface of the device is displayed as the graphical interface of the curtain device, and the graphical interface of the blind device is operated as follows: the operation interface of the following curtain device is opened: the operation interface is opened: the curtain presented in the graphic interface of the blind device is clicked Icon of the device; display curtain interface: display a curtain interface for dragging and selecting the position of the curtain to be changed; converting the position value signal: converting the position selected by the drag to the corresponding position value signal; transmitting the numerical signal: converting the corresponding position The digital signal is transmitted to the Bluetooth wireless chip of the Bluetooth device of the curtain device through the Bluetooth transmission module of the smart handheld device; the numerical decoding conversion: decoding the received position value signal through the signal decoding chip and converting it into a position The value of the output position: the central control unit (MCU) controls the left stepping motor or the right stepping motor, thereby pushing the curtains on the left and right sides to slide on the left curtain rail or the right curtain rail; The position of the curtain to be dragged: and the curtains on the left and right sides are confirmed by the left positioning sensor and the right confirmation The sensor is used to adjust the drag position; when the controlled device is a bathtub device, the graphical interface of the controlled device in the remote control step is displayed as the graphical interface of the bathtub device, and the graphical interface of the bathtub device is clicked. That is, the following steps of the bathtub device are performed: opening the operation interface: clicking the icon of the bathtub device presented in the icon interface of the bathtub device; displaying the bathtub interface: displaying a bathtub interface for the touch selection water temperature setting, music file and Color conversion; convert water temperature, music, color value signal: convert the water temperature setting, music file and color conversion of the touch selection to corresponding water temperature value signal, music file signal, three primary color light (RGB) numerical signal; pass the value Signal: The digital temperature signal, the music file signal and the three primary color (RGB) digital signals converted into corresponding blue water transmission modules are transmitted to the Bluetooth wireless chip of the Bluetooth device of the bathtub device through the Bluetooth transmission module of the smart handheld device; Numerical decoding conversion: the water temperature value signal, music file signal, and three primary color (RGB) values that will be received by the signal decoding chip. After signal decoding And converted into water temperature value, music file signal, three primary color light (RGB) value; output water temperature, music and color values: through the central control unit (MCU) according to water temperature value, music file signal, three primary color light (RGB) value To control hot water electronically controlled valves, cold water electronically controlled valves, water temperature sensors, power regulating wafers and sound interpreters; use bathtub device: the light emitting diode (LED) in the bathtub device is based on three primary colors (RGB) The voltage value is used to adjust the color of the display, and the common outlet of the hot water control valve and the cold water electronic control valve is based on the water temperature sensor to regulate the hot water electronic control valve and the cold water electronic control valve, so that the output water temperature can be In use, the sound effect speaker is connected to the sound amplifier, and the sound amplifier is connected to the sound interpreter to be able to play the music file; and when the controlled device is the home appliance, the remote operation step is performed. The graphical interface of the controlled device is displayed as the graphical interface of the home appliance, and the graphical interface of the home appliance is selected to perform the following steps of the home appliance: Interface: Click on the icon of the home appliance device displayed in the graphical interface of the home appliance; display the home appliance interface: display an electrical interface for selecting the home appliance option to be changed; convert the home appliance numerical signal: select the home appliance option to be changed Converted into a digital signal corresponding to the home appliance; the digital signal is transmitted: the digital signal converted into the corresponding home appliance is transmitted to the Bluetooth wireless device of the Bluetooth control device of the home appliance through the Bluetooth transmission module of the smart handheld device; The signal decoding chip decodes the received home appliance numerical signal and converts it into an infrared signal; outputs an infrared signal: controls the signal control module through a central control unit (MCU) to facilitate the transmission of the infrared signal through the signal control module; : Turn on or off the home appliance through the infrared signal sent by the signal control module. The method for interacting with a smart home as described in claim 5, wherein the smart handheld device is a tablet personal computer, a notebook type Any one of the Notebook (Note Book), the Smart Phone, and the Personal Digital Assistant.