TWI389488B - Complex management system and method for controlling home devices - Google Patents

Description

Composite home management system and control method thereof

The invention relates to a management system and a control method thereof, in particular to a composite home management system and a control method thereof suitable for a home environment.

With the continuous advancement of information technology, the use of home management systems to integrate and control the different functions of home appliances in the home environment can provide people with a more comfortable and convenient home environment.

The traditional home management system is a single network type application, such as Power Line Network (PLN), Wireless Local Area Network (WLAN), ZigBee wireless network, etc., so wireless Household appliances and wired home appliances must be controlled by different home management systems. However, due to the usability and expandability of home appliances, it is difficult to achieve full use of wireless devices or all wired devices in the home environment, based on home management. The main purpose of the system is to provide a more convenient life, and the use of more than two management systems is not convenient for the user.

It can be seen that there is still room for improvement in Xi's home management system, and it is necessary to design a composite home management system.

In view of the above-mentioned conventional home management system, which is a single network type application, a single system cannot control the wired device and the wireless device at the same time, the present invention provides a composite home management system and a control method thereof, which can be used by the user. The system of the present invention controls the home device via ZigBee wireless communication and Power Line Communication (PLC) communication.

One object of the present invention is to provide a composite home management system and a control method thereof. The user can control at least one ZigBee wireless device or at least one power line control device according to a required service order in a control center.

Another object of the present invention is to provide a composite home management system and a control method thereof. The user can order at least one ZigBee wireless device or at least one power line via the Internet at a remote control end according to a required service. The control device is controlled.

According to a feature of the present invention, the present invention provides a composite home management system comprising: a remote control terminal, a control center, a server, at least one ZigBee wireless device, and at least one power line control device. The at least one ZigBee wireless device can receive the control message via the ZigBee wireless network, operate according to the received control message, and transmit a return message of the action result; at least one power line control device can pass the power line network (PLN) Receiving a control message, performing an action according to the received control message, and transmitting a return message of the action result; the server is connected to the control center and the at least one power line control device or at least one ZigBee wireless device for accepting and judging Controlling the message and transmitting the control message to the corresponding at least one ZigBee wireless device via the ZigBee wireless network, or transmitting the control message to the at least one power line control device via the Power Line Network (PLN), and receiving the return of the action result The control center includes a control device for providing the required services; the control center is configured to send control messages according to the requested service requirements and receive the return message of the action results; the remote control terminal is connected to the control center via the Internet The network delivers the service requirements to the control center.

According to another feature of the present invention, the present invention provides a method for controlling a composite home management system, comprising the steps of: (A) the control center receives a user's service demand; and (B) the control center converts the service demand into a Controlling the message and transmitting the control message to the server; (C) the server receiving the control message, determining and transmitting the control message to the corresponding at least one ZigBee wireless device, or at least one power line control device; (D) at least one ZigBee The wireless device, or the at least one power line control device, acts according to the received control message; (E) the at least one ZigBee wireless device, the at least one power line control device transmits a return message of the action result to the server; (F) the server receives Report the message, process the return message, and send the return message to the control center; and (G) the control center receives the return message and processes the return message.

According to still another feature of the present invention, the present invention provides a control method for a composite home management system, comprising the following steps: (A) the remote control terminal receives a user's service request; and (B) the remote control terminal communicates via the Internet. The network transmits the service request to the control center; (C) the control center receives and converts the service request into a control message, and then transmits the control message to the server; (D) the server receives the control message, determines and transmits the control message to Corresponding at least one ZigBee wireless device, or at least one power line control device; (E) at least one ZigBee wireless device, or at least one power line control device acting in accordance with the received control message; (F) at least one ZigBee wireless device, or At least one power line control device transmits a return message of the action result to the server; (G) the server receives the return message, processes the report message, and transmits the report message to the control center; (H) the control center receives and returns The message is processed; and (I) the control center transmits the return message of the action result to the remote console via the Internet.

In order to provide the reader with a better understanding of the technical content of the present invention, the preferred embodiment is described below. Please refer to FIG. 1 first. FIG. 1 is a schematic diagram of a composite home management system according to a preferred embodiment of the present invention, including a control center. 1. A server 2, at least one ZigBee wireless device 3, at least one power line control device 4, and a remote control terminal 5. The control center 1 includes a control device 11 for the following service requirements; the remote control terminal 5 is connected to the control center 1 for providing service requests via the Internet; the control center 1 is connected to the server 2 for receiving and processing And sending a control message and a return message; the server 2 is connected to at least one ZigBee wireless device 3 or at least one power line control device 4 for receiving, determining, and transmitting control messages and report messages; at least one ZigBee wireless device 3 for transmitting via ZigBee The wireless network receives control messages and sends return messages, and acts according to the received control messages. ZigBee is a wireless network protocol, which is mainly developed by the ZigBee Alliance. The bottom layer is based on the IEEE802.15.4 standard. Media access layer and physical layer, the main features are low speed, low power consumption, support a large number of network nodes, support multiple network topologies; at least one power line control device 4 is used to receive control via Power Line Network (PLN) Messages and sending return messages, and actions based on received control messages.

The user can issue a service request at the remote control terminal 5 or the control device 11, wherein the service demand issued by the remote control terminal 5 is transmitted to the control center 1 via the Internet; the control center 1 converts the service request into a control message. Then, it is transmitted to the server 2 by a universal serial bus (USB); the server 2 receives the control message, and transmits the control message to the corresponding ZigBee wireless network according to the ID of the control message. The at least one ZigBee wireless device 3 is transmitted to the at least one power line control device 4 via a Power Line Network (PLN), wherein the control message is encapsulated by a Simple Control Protocol (SCP) packet or a SAANET packet. Passed here, SAANET is a communication protocol developed by the Smart Appliance Alliance (SAA); at least one ZigBee wireless device 3, or at least one power line control device 4 receives the control message and acts according to the content of the control message And send a return message of the result of the action to the ZigBee wireless network or Power Line Network (PLN) The server 2 receives the report message and transmits it to the control center 1 by a universal serial bus (USB); the control center 1 receives and processes the report message.

Please refer to FIG. 2. FIG. 2 is a schematic diagram of a server 2 of a composite home management system according to a preferred embodiment of the present invention, which includes a slicer 21, a power line control server 22, and a ZigBee server 23; a slicer 21 is connected to the power line control server 22 and the ZigBee server 23 for transmitting the packet to the power line control server 22 or the ZigBee server 23 according to the ID in the received packet and the planable configuration table; the power line control server 22 is used to receive and send Simple Control Protocol (SCP) packets and SAANET packets; ZigBee server 23 is used to receive and send SAANET packets and ZigBee packets.

Please refer to FIG. 3. FIG. 3 is a structural diagram of a power line communication network of a composite home management system according to a preferred embodiment of the present invention, wherein the control center 1 is connected to the slicer 21, and the power line control server 22 is connected to the slicer. 21. The power supply terminal 6 and the at least one power line control device 4; the power line control server 22 and the at least one power line control device 4 each include a power line communication module 221, which can be transmitted by a Power Line Network (PLN) And receiving SAANET packets and Simple Control Protocol (SCP) packets.

Please refer to FIG. 4. FIG. 4 is a schematic diagram of a ZigBee server of a composite home management system according to a preferred embodiment of the present invention, including a SAANET packet adapter 231, a first information distributor 232, and a second information distributor 235. a ZigBee packet adapter 234, and at least one processing unit 233; wherein the SAANET packet adapter 231 is coupled to the first information distributor 232, the first information distributor 232 is coupled to the at least one processing unit 233, the at least one processing unit 233 Connecting to the ZigBee packet adapter 234 and the second information distributor 235; at least one processing unit 233 has a corresponding relationship with at least one ZigBee wireless device 3, and at least one processing unit 233 is configured to process at least one corresponding to itself ZigBee wireless device 3 control message and return message.

The SAANET packet adapter 231 receives the SAANET packet and transmits it to the first information distributor 232. The first information distributor 232 transmits the information in the packet according to the ID in the received SAANET packet and the planable configuration table. Corresponding at least one processing unit 233; at least one processing unit 233 processes the received control message and transmits it to the ZigBee packet transceiver 234; the ZigBee packet transmitter 234 encapsulates the control message into a ZigBee packet and sends it out, and Receiving the return message and transmitting it to the second information distributor 235; the second information distributor 235 transmits the information in the packet to the corresponding at least one processing according to the ID in the received SAANET packet and the planable configuration table. Unit 233.

Please refer to FIG. 5. FIG. 5 is a structural diagram of a control center of a composite home management system according to a preferred embodiment of the present invention, including a control center 1, a remote control terminal 5, a server 2, and at least one ZigBee wireless device 3. And at least one power line control device 4; the control center 1 includes a user interface 12, a remote control message receiver 13, a message processing program 14, an interface display program 15, a wired core control program 16, and a serial peripheral interface (Serial Peripheral Interface The SPI) signal transmitting and receiving program 17 and the wireless communication core program 18; the user interface 12 is a visual window that can be directly selected to select a desired service.

The user can provide the service request on the user interface 12 or the remote control terminal 5. When the user interface 12 issues the service request, the user interface 12 receives the service request and then transmits it to the message processing program 14, the message processing program. 14 converting the service request into a control message and making a judgment. If the control message is corresponding to the at least one power line control device 3, transmitting to the wired core control program 16, and the wired core control program 16 performs control of wired communication regarding the control message. The program transmits and transmits it to the Serial Peripheral Interface (SPI) signal transmitting and receiving program 17, and the serial peripheral interface signal transmitting program 17 transfers the control information to the servo by the Universal Serial Bus (USB). If the control message is corresponding to at least one ZigBee wireless device 4, it is transmitted to the wireless communication core program 18, and the wireless communication core program 18 processes the control message and converts it into a universal serial stream (Universal Serial Bus, USB) is transmitted to the server 2.

The server 2 includes a slicer 21, a power line control server 22, and a ZigBee server 23. The control message is transmitted to the slicer 21 by a Universal Serial Bus (USB), and the slicer 21 makes a control message. Judging and transmitting the message to the power line control server 22 or the ZigBee server 23; if the slicer 21 transmits the control message to the ZigBee server 23, the ZigBee server 23 transmits the control message to the corresponding one according to the content of the control message. At least one ZigBee wireless device 3, at least one ZigBee wireless device 3 operates according to the received control message and returns a return message of an action result; if the slicer 21 transmits the control message to the power line control server 22, the power line control servo The device 22 transmits a control message to at least one power line control device 4, and at least one power line control device 4 operates according to the received control message and returns a return message of an action result. The server 2 receives the report message. If the report message is transmitted by at least one ZigBee wireless device 3, the ZigBee server 23 processes the report message and transmits it to the control in a universal serial bus (USB). Center 1; If the report message is transmitted by at least one power line control device 4, the power line control server 22 processes the report message and transmits it to the control center 1 in a Universal Serial Bus (USB).

The control center 1 receives the return message by using the Universal Serial Bus (USB). If the content of the report message is SAANET packet, the report message is transmitted to the wireless communication core program for processing, and then transmitted to the interface display program. 15; If the content of the report message is a Simple Control Protocol (SCP) packet, the report message is sent to the Serial Peripheral Interface (SPI) signal sending and receiving program 17 for processing, and then transmitted to The wired core control program 16 and the wired core control program 16 process the report message and transmit it to the interface display program 15; the interface display program 15 transmits the message to be displayed to the user interface 12 for the user to know the action. result.

When the user sends a control message to the remote control terminal 5, the remote control terminal 5 receives the control message and transmits it to the control center 1 via the Internet. The remote control message receiver 13 receives the control message and determines that it corresponds to At least one power line control device 4 or at least one ZigBee wireless device 3, if corresponding to at least one power line control device 4, transmits it to the wired core control program 16, and the wired core control program 16 performs a wired communication control program thereon and It is transmitted to the Serial Peripheral Interface (SPI) signal transmitting and receiving program 17, and the Serial Peripheral Interface (SPI) signal transmitting and receiving program 17 converts it into a universal serial bus (Universal Serial Bus, USB) is transmitted to the server 2; if the control message corresponds to at least one ZigBee wireless device 3, it is transmitted to the wireless communication core program 18, and the wireless communication core program 18 processes it and converts it into a general sequence stream. (Universal Serial Bus, USB) is transferred to the server 2.

The server 2 includes a slicer 21, a power line control server 22, and a ZigBee server 23. The control message is transmitted to the slicer 21 by a Universal Serial Bus (USB), and the slicer 21 makes a control message. Judging and transmitting the message to the power line control server 22 or the ZigBee server 23; if the slicer 21 transmits the control message to the ZigBee server 23, the ZigBee server 23 transmits the control message to the corresponding one according to the content of the control message. At least one ZigBee wireless device 3, at least one ZigBee wireless device 3 operates according to the received control message and returns a return message of an action result; if the slicer 21 transmits the control message to the power line control server 22, the power line control servo The device 22 transmits a control message to at least one power line control device 4, and at least one power line control device 4 operates according to the received control message and returns a return message of an action result. The server 2 receives the report message. If the report message is transmitted by at least one ZigBee wireless device 3, the ZigBee server 23 processes the report message and transmits it to the control in a universal serial bus (USB). Center 1; If the report message is transmitted by at least one power line control device 4, the power line control server 22 processes the report message and transmits it to the control center 1 in a Universal Serial Bus (USB).

The control center 1 receives the return message by using the Universal Serial Bus (USB). If the content of the report message is SAANET packet, the report message is transmitted to the wireless communication core program for processing, and then transmitted to the remote control. The message receiver 13; if the content of the report message is a Simple Control Protocol (SCP) packet, the report message is sent to the Serial Peripheral Interface (SPI) signal sending and receiving program 17 for processing, and then It is transmitted to the wired core control program 16, and the wired core control program 16 processes the report message and transmits it to the remote control message receiver 13; the remote control message receiver 13 transmits the report message to the Internet via the Internet. The remote control terminal 5 is provided for the user to know the result of the action.

Referring to FIG. 6 and FIG. 7 , FIG. 6 and FIG. 7 are schematic diagrams of a user interface of a composite home management system according to a preferred embodiment of the present invention. In FIG. 6 , the user may be air-conditioned, illuminated, or A small icon for electric curtains, microwave ovens, refrigerators and electricity meters, select the home appliances to be controlled; Figure 7 shows the control options for the lighting on the user interface. The user can select the brightness of the lighting according to individual needs.

The above-mentioned embodiments are merely examples for convenience of description, and the scope of the claims is intended to be limited to the above embodiments.

1. . . control center

11. . . Control device

12. . . user interface

13. . . Remote control message receiver

14. . . Message handler

15. . . Interface display program

16. . . Wired core control program

17. . . Sequence peripheral interface signal sending and receiving program

18. . . Wireless communication core program

2. . . server

twenty one. . . Splitter

twenty two. . . Power line control server

221. . . Power line communication module

twenty three. . . ZigBee server

231. . . SAANET Packet Transmitter

232. . . First information distributor

233. . . Processing unit

234. . . ZigBee packet transmitter

235. . . Second information distributor

3. . . ZigBee wireless device

4. . . Power line control device

5. . . Remote console

6. . . Power supply

1 is a schematic diagram of a composite home management system in accordance with a preferred embodiment of the present invention.

2 is a schematic diagram of a server of a composite home management system in accordance with a preferred embodiment of the present invention.

3 is a block diagram of a power line communication network of a composite home management system in accordance with a preferred embodiment of the present invention.

4 is a schematic diagram of a ZigBee server of a composite home management system in accordance with a preferred embodiment of the present invention.

FIG. 5 is a structural diagram of a control center of a composite home management system according to a preferred embodiment of the present invention.

6 is a schematic diagram of a user interface of a composite home management system in accordance with a preferred embodiment of the present invention.

7 is a schematic diagram of a user interface of a composite home management system in accordance with a preferred embodiment of the present invention.

1. . . control center

11. . . Control device

2. . . server

3. . . ZigBee wireless device

4. . . Power line control device

5. . . Remote console

Claims (16)

A composite home management system, comprising: at least one ZigBee wireless device, which can transmit and receive messages via a ZigBee wireless network, operate according to the received control message, and transmit a return message of the action result; at least one power line control device Transmitting and receiving a message via the power line network, transmitting a response message according to the received control message, and transmitting a response message to the action result; and a server connected to the at least one power line control device according to the received control message Transmitting a control message to the corresponding at least one ZigBee wireless device via the ZigBee wireless network, or transmitting the control message to the at least one power line control device via the power line network, and receiving the at least one ZigBee wireless device via the ZigBee wireless network a return message of the action result, or a return message receiving the action result of the at least one power line control device via the power line network, and transmitting the report message; a control center connected to the server, including a control device using the following Service required, the control center is based on The released service sends a control message to the server and receives a return message of the action result; and a remote control terminal connected to the control center for delivering the required service to the control center via the Internet; The server includes: a power line control server for receiving and transmitting a Simple Control Protocol (SCP) packet and a SAANET (Smart Appliance Alliance NET) packet; a ZigBee server for receiving and transmitting SAANET packets and ZigBee packets; and all the devices connected to the power line control server and the ZigBee server for determining the ID and the planable configuration table in the received packet And transmitting the packet to the ZigBee server or the power line control server. The composite home management system of claim 1, wherein the control center is connected to the server by a universal serial bus (USB). The composite home management system of claim 1, wherein the message received and sent between the server and the at least one ZigBee wireless device and the at least one power line control device is SAANET packet or simple control protocol ( Simple Control Protocol (SCP) is a way of transmitting packets. SAANET is a communication protocol developed by the Smart Appliance Alliance (SAA). The composite home management system according to claim 3, wherein the power line control server is connected to a power supply terminal and the at least one power line control device, and the power line control server further comprises a power line communication module. To transmit and receive Simple Control Protocol (SCP) packets and SAANET packets by Power Line Network (PLN). For example, in the composite home management system described in claim 4, at least one power line control device further includes a power line communication module for transmitting by a Power Line Network (PLN). And receive Simple Control Protocol (SCP) packets and SAANET packets. The composite home management system according to claim 3, wherein the ZigBee server comprises: at least one processing unit, which has a corresponding relationship with one or more of the at least one ZigBee wireless device, The first information distributor is connected to the at least one processing unit for determining the ID and the planable configuration table in the received SAANET packet according to the control message and the return message of the corresponding at least one ZigBee wireless device; Transmitting the information in the packet to the corresponding at least one processing unit; an SAANET packet transceiver is connected to the first information distributor for receiving the SAANET packet and sending the received packet to the The first information distributor is connected to the at least one processing unit, and configured to transmit the information in the packet to the corresponding information according to the ID in the received SAANET packet and the planable configuration table. The at least one processing unit; and a ZigBee packet transceiver connected to the at least one processing unit and the second information distributor for processing the at least one processing order The control message encapsulated packet and sends out SAANET, and external ZigBee packet received return message, and transmits the information to the second dispenser. A method for controlling a composite home management system, the system comprising at least one ZigBee wireless device, at least one power line control device, a server, and a control center, the method comprising the following steps: (A) the control center receives a user Service needs; (B) the control center converts the service request into a control message and transmits the control message to the server; (C) the server receives the control message, determines and transmits the control message to the corresponding at least a ZigBee wireless device, or the at least one power line control device; (D) the at least one ZigBee wireless device, or the at least one power line control device acts in accordance with the received control message; (E) the at least one ZigBee wireless device, or The at least one power line control device transmits a return message of an action result to the server; (F) the server receives the report message, processes the report message, and transmits the report message to the control center; and (G) The control center receives the return message and processes the report message. The method of claim 7, wherein the control center comprises a user interface, a message processing program, a wireless communication core program, a wired core control program, and a serial Peripheral Interface (SPI). The signal sending and receiving program, the user interface is a visual window that can be directly selected to select a desired service; wherein the step (B) comprises the following steps: (B1) the user interface receives a use (B2) the message processing program converts the service request into a control message, and determines, by the ID of the control message, that it corresponds to the at least one power line control device Or the control message of the at least one ZigBee wireless device, if Determining that the control message corresponds to the at least one power line control device, transmitting the control message to the wired core control program; (B3) the wired core control program performing a wired communication control program on the control message, and the control message is Transmitting to the Serial Peripheral Interface (SPI) signal transmitting and receiving program; (B4) the SPI signal transmitting program converts the control message into a Universal Serial Bus (USB) and transmits the signal to the server (B5) if it is determined in step (B2) that the control message is a control message corresponding to the at least one ZigBee wireless device, transmitting the control message to the wireless communication core program; and (B6) the wireless communication core The program processes the control message and converts the control message into a Universal Serial Bus (USB) for transmission to the server. The method of claim 7, wherein the server comprises a divider, a power line control server, and a ZigBee server, wherein the step (C) comprises the following steps: (C1) the server is a universal serial bus (USB) is connected to the control center to receive the control message; (C2) the slicer determines, by the content of the control message, that it corresponds to the at least one ZigBee wireless device or the At least one power line control device; if it is a control message corresponding to the at least one ZigBee wireless device, transmitting the control message to the ZigBee server; (C3) the ZigBee server is controlled according to the ID of the control message Transmitting a message to the at least one ZigBee wireless device to which it corresponds; (C4) if it is determined in step (C2) that the control message is a control message corresponding to the at least one power line control device, the control message is transmitted to the power line control server; and (C5) the power line control server The control message is transmitted to the at least one power line control device. The method of claim 7, wherein the server comprises a brancher, a power line control server, and a ZigBee server, wherein the step (F) comprises the following steps: (F1) the server receives the Returning a message and determining that it is transmitted by the at least one ZigBee wireless device or the at least one power line control device, and if the report message is transmitted by the at least one ZigBee wireless device, transmitting a report message to the ZigBee server (F2) the ZigBee server transmits the report message to the control center by a universal serial bus (USB); (F3) if in step (F1), the report message is And transmitting, by the at least one power line control device, the report message to the power line control server for processing; and (F4) the power line control server discharging the report message in a universal sequence (Universal Serial Bus, USB) ) Transfer to the control center. The method of claim 7, wherein the control center comprises a user interface, an interface display program, a wireless communication core program, a wired core control program, and a serial Peripheral Interface (SPI). Signal sending and receiving program, the user The interface is a visual window that can be directly selected to select the desired service. Among them, the step (G) includes the following steps: (G1) The control center is in a universal serial bus (USB). Receiving the report message; if the content of the report message is a SAANET packet, transmitting it to the wireless communication core program for processing; (G2) the wireless communication core program receiving the report message and processing the report message, and then reporting the report message Transmitted to the interface display program; (G3) in step (F1), if the content of the report message is a Simple Control Protocol (SCP) packet, it is transmitted to the serial peripheral interface (Serial Peripheral Interface, SPI) signal transmission and reception program processing; (G4) the serial Peripheral Interface (SPI) signal transmission and reception program processes the report message, and then transmits the report message to the wired core control program; (G5) the cable The core control program processes the report message and transmits it to the interface display program; and (G6) the interface display program displays the desired display The message is transmitted to the user interface. A method for controlling a composite home management device system, the system comprising at least one ZigBee wireless device, at least one power line control device, a server, a control center, and a remote control terminal, the method comprising the following steps: (A) The remote control terminal receives a service requirement of a user; (B) the remote control terminal transmits the service request to the control center via the Internet; (C) the control center receives and converts the service request into a control message, and then transmits the control message to the server; (D) the server receives the control message, determines and transmits the control message to the corresponding at least one ZigBee wireless device, or the at least one power line control device; (E) the at least one ZigBee wireless device, or the at least a power line control device operates according to the received control message; (F) the at least one ZigBee wireless device, or the at least one power line control device transmits a return message of an action result to the server; (G) the server receives the Reporting the message and processing the report message, and then transmitting the report message to the control center; (H) the control center receives and processes the report message; and (I) the control center via the Internet The return message of the action result is transmitted to the remote control terminal. The method of claim 12, wherein the control center comprises a remote control message receiver, a wireless communication core program, a wired core control program, and a serial Peripheral Interface (SPI) signal transmission. And receiving the program, wherein the step (C) comprises the following steps: (C1) the remote control message receiver receives a user's service request via the Internet, converts the service request into a control message, and then Transfer to the server; (C2) the remote control message receiver determines that the control message corresponds to the at least one power line control device or the at least one ZigBee wireless device, and if it is a control message corresponding to the at least one power line control device, transmits the control message To the wired core control program; (C3) the wired core control program performs a wired communication control program for the control message, and transmits the control message to the Serial Peripheral Interface (SPI) signal transmitting and receiving program; (C4) the SPI signal transmitting program converts the control message into a universal serial bus (USB) and transmits the signal to the server; (C5) if it is determined in step (C2) that the control message corresponds to The control message of the at least one ZigBee wireless device is transmitted to the wireless communication core program; and (C6) the wireless communication core program processes the control message and converts the converted message into a general sequence stream ( The Universal Serial Bus (USB) is transferred to the server. The method of claim 12, wherein the server comprises a divider, a power line control server, and a ZigBee server, wherein the step (D) comprises the following steps: (D1) the control center will control the message. Transmitting to the splitter by using a Universal Serial Bus (USB), the splitter determines the content of the control message and transmits the control message to the power control server or the ZigBee server. If it is determined that the slicer transmits the control message to the ZigBee server, the ZigBee server receives the control message. And transmitting the control message to the at least one ZigBee wireless device corresponding thereto; and (D2) in step (D1), if determined, the slicer transmits the control message to the power line control And the server, the power line control server receives the control message and transmits the control message to the at least one power line control device. The method of claim 12, wherein the server comprises a brancher, a power line control server, and a ZigBee server, wherein the step (G) comprises the following steps: (G1) the server receives the Returning a message, if the report message is transmitted by the at least one ZigBee wireless device, transmitting the report message to the ZigBee server for processing; (G2) the ZigBee server distributing the report message in a general sequence (Universal Serial Bus, USB) is transmitted to the control center; (G3) if the report message is transmitted by the at least one power line control device in step (G1), the report message is transmitted to the power line control server And (G4) the power line control server transmits the report message to the control center in a universal serial bus (USB). The method of claim 12, wherein the control center comprises a remote control message receiver, a wireless communication core program, a wired core control program, and a serial Peripheral Interface (SPI) signal transmission. And the receiving program, wherein the step (H) comprises the following steps: (H1) The control center receives the report message by using a Universal Serial Bus (USB), and if the content of the report message is a SAANET packet, it is transmitted to the wireless communication core program; (H2) the wireless communication core The program processes the report message and transmits it to the remote control message receiver; (H3) in step (H1), if the content of the report message is a Simple Control Protocol (SCP) packet, then Transmitting to the Serial Peripheral Interface (SPI) signal sending and receiving program; (H4) the Serial Peripheral Interface (SPI) signal sending and receiving program processes the report message and transmits it to the The wired core control program; (H3) the wired core control program processes the report message and transmits it to the remote control message receiver; and (H6) the remote control message receiver, the report message Transfer to the remote console via the internet.