TW202211658A - Zigbee switch-linking multi-control system especially having a control system to perform pairing settings for the switches of Zigbee switch bases and capable of controlling different types of electrical appliances - Google Patents

Abstract

A Zigbee switch-linking multi-control system of the present invention comprises: a plurality of Zigbee switch bases, a Zigbee host, a cloud server, and a mobile device. The plurality of Zigbee switch bases are respectively provided with at least one switch and at least one control unit electrically connected with the at least one switch. The control unit is electrically connected to a power cord and at least one wire, and each wire is electrically connected to an electrical appliance. The Zigbee host communicates with the control unit of the plurality of Zigbee switches through a Zigbee network. The cloud server communicates with the Zigbee host through a network, and the cloud server is provided with a control system. The mobile device communicates with the cloud server through a network, an application program is installed on the mobile device, and the application program can operate the control system to perform pairing settings for the switches of Zigbee switch bases and the electrical appliances. In this way, the use function and practicability are greatly improved, and the original switch seat can be directly replaced for modification without changing the existing circuit.

Description

Zigbee switch linkage multi-control system

The present invention relates to a control system, especially a Zigbee switch linkage multi-control system.

According to the press, households, companies and other places are equipped with lamps, air conditioners, TVs and other electrical appliances. Generally, lamps are turned on and off through switch sockets set on the wall. When users want to turn on or off lamps, they can only walk to the switch. It can be operated by the seat to turn on or off the lamps, while the air conditioner is controlled by the remote control. When the user wants to control the air conditioner, he can only operate the remote control on the spot, resulting in a very unsatisfactory operation.

In order to solve this problem, there is a ZigBee wireless communication technology on the market. The ZigBee wireless communication technology has been widely promoted in many smart homes by virtue of its series of characteristics and advantages. It is inseparable from the strong support of Internet technology. The application of Zigbee wireless communication technology in smart homes is mainly manifested as follows: firstly, to create an overall structure to realize intelligent control of different homes; secondly, to choose a reasonable area to install Zigbee routing equipment, and establish its corresponding Effective connection of the network; third, carry out reasonable installation of Zigbee modules for a series of terminal equipment to achieve effective interaction of different information. In practical applications, applicable control methods can be adopted, such as command control of lamps and air conditioners, etc., and the application of Zigbee wireless communication technology in the field of smart home can improve the convenience of home operation and reduce home costs on the one hand. It can improve people's living experience and demonstrate the practicality of this technology.

However, the known Zigbee wireless communication technology can only be controlled one-to-one by the switch on the switch seat or individually through the network, and cannot be paired and set according to the needs of use, resulting in its use function is greatly limited, and the practicability is greatly reduced. Therefore, there is indeed a need for improvement.

In view of the above-mentioned shortcomings of the conventional Zigbee wireless communication technology, the inventor of the present invention has come up with the present invention after many discussions, prototype tests, and many revisions and improvements.

The invention provides a Zigbee switch linkage multi-control system, comprising: a plurality of Zigbee switch bases, each of the Zigbee switch bases is respectively provided with at least one switch and a control unit, the at least one switch is electrically connected with the control unit, The control unit is electrically connected to a power cord and at least one wire, and each of the wires is electrically connected to an electrical appliance, which can be controlled by the control unit to energize or power off each electrical appliance; a Zigbee host, through the Zigbee network Communication and connection with the control units of the plurality of Zigbee switches; a cloud server, communicating with the Zigbee host through the network, a control system is arranged on the cloud server, and the control system includes a login unit, a pairing unit, A processing module and a custom unit, the login unit provides a user account to log in to the cloud server, the pairing unit provides the user to pair the account and the plurality of Zigbee switch bases, the processing module includes an initial value storage unit and a self-defined value storage unit, the initial value storage unit is for storing the initial setting value of the electrical appliance to which the wires are electrically connected after the pairing unit is paired; A set value is set, the custom unit is for the user to modify the initial set value of the plurality of Zigbee switch bases, and the modified value is stored in the custom value storage unit; and a mobile device is communicated and connected with the cloud server through a network , an application program is installed on the mobile device, and the application program can be connected to operate the control system.

The main purpose of the Zigbee switch linkage multi-control system of the present invention is that it can set the switch of each Zigbee switch seat and each of the electrical appliances through the application program installed on the mobile device according to the needs of use, so as to achieve the use function and Practicality is greatly improved.

The second purpose of the Zibee switch linkage multi-control system of the present invention is that it can directly replace the original switch seat for modification without changing the existing circuit, so as to save the cost and time of modification.

The following description is further described with the drawings of the preferred embodiments of the present invention, in order to enable those familiar with the related art of the present invention to implement according to the statements in this specification.

First of all, please refer to the first to fifth figures, the present invention is a Zigbee switch linkage multi-control system, comprising: a plurality of Zigbee switch bases 10 , a Zigbee host 20 , a cloud server 30 and a mobile device 40 .

The plurality of Zigbee switch bases 10 are respectively provided with at least one switch 11 and a control unit 12, the at least one switch 11 is electrically connected to the control unit 12, and the control unit 12 is electrically connected to a power line (live line) 13 and At least one lead 14, each lead 14 is electrically connected to an electrical appliance 15 (such as a lamp, an air conditioner, a TV, etc.), and the control unit 12 can control each electrical appliance 15 to be energized or powered off; in this embodiment, The plurality of Zigbee switch bases 10 include a first Zigbee switch base 10A, a second Zigbee switch base 10B and a third Zigbee switch base 10C. A first switch 11A is provided on the first Zigbee switch base 10A and a control unit 12, the first switch 11A is electrically connected to the control unit 12, the control unit 12 is electrically connected to a power cord (live wire) 13 and a first wire 14A, the first wire 14A is electrically connected to a The first electrical appliance 15A, the second Zigbee switch base 10B is provided with a second switch 11B, a third switch 11C and a control unit 12 , the second switch 11B and the third switch 11C are electrically connected to the control unit 12 For connection, the control unit 12 is electrically connected to a power cord (live wire) 13, a second conductor 14B and a third conductor 14C, the second conductor 14B is electrically connected to a second electrical appliance 15B, and the third conductor 14C is electrically connected A third electrical appliance 15C is connected, and the third Zigbee switch base 10C is provided with a fourth switch 11D, a fifth switch 11E, a sixth switch 11F and a control unit 12, the fourth switch 11D, the fifth switch 11E and the sixth switch 11F are electrically connected to the control unit 12, and the control unit 12 is electrically connected to a power cord (live wire) 13, a fourth wire 14D, a fifth wire 14E, and a sixth wire 14F. The fourth lead 14D is electrically connected to a fourth electrical device 15D, the fifth lead 14E is electrically connected to a fifth electrical device 15E, and the sixth lead 14F is electrically connected to a sixth electrical device 15F.

The Zigbee host 20 is communicatively connected to the control unit 12 of the plurality of Zigbee switch bases 10 (the first Zigbee switch base 10A, the second Zigbee switch base 10B, and the third Zigbee switch base 10C) through a Zigbee network.

The cloud server 30 is connected to the Zigbee host 20 through a wired or wireless network. A control system 31 is provided on the cloud server 30. The control system 31 includes a login unit 311, a pairing unit 312, a processing module A group 313 and a custom unit 314, the login unit 311 provides a user account to log in to the cloud server 30, the pairing unit 312 provides the user to pair the account with the plurality of Zigbee switch bases 10, the processing module 313 includes an initial A value storage unit 3131 and a custom value storage unit 3132, the initial value storage unit 3131 is for storing the initial setting value of the wires 14 and the electrical appliances 15 electrically connected after the pairing unit 312 is paired, and the custom value is stored The unit 3132 is for storing the custom setting value of the plurality of Zigbee switch bases 10 , the customizing unit 314 is for the user to modify the initial setting value of the plurality of Zigbee switch bases 10 , and the modification is stored in the custom value storage unit 3132 .

The mobile device 40 communicates with the cloud server 30 through a wireless network. An application (APP) 41 is installed on the mobile device 40. The application 41 can be connected to the control system 31, and the application 41 operates the The control system 31 controls the switches 11 (first switch 11A, second switch 11B, first switch 11A, second switch 11B, The third switch 11C, the fourth switch 11D, the fifth switch 11E, the sixth switch 11F) and each of the electrical appliances 15 (the first electrical appliance 15A, the second electrical appliance 15B, the third electrical appliance 15C, the fourth electrical appliance 15D, the fifth electrical appliance 15E , the sixth electrical appliance 15F) performs pairing setting, and stores the custom setting value of the pairing setting in the custom value storage unit 314; in this embodiment, the mobile device 40 may be a smart phone, a tablet computer, or the like.

When in use, as shown in the sixth figure, the application program 41 on the mobile device 40 can be used to connect to the control system 31 on the cloud server 30 to perform the setting operation. The setting operation steps include: a. logging in step 411, Provide an operation screen for the user account to perform login authentication and log in to the cloud server 30; b. Pairing step 412, pair each of the Zigbee switch bases 10 (the first Zigbee switch base 10A, the second Zigbee switch base 10B, the first Zigbee switch base 10B, The switches 11 (the first switch 11A, the second switch 11B, the third switch 11C, the fourth switch 11D, the fifth switch 11E, the sixth switch 11F) and the respective electrical appliances 15 (the first electrical appliance 15A, the second electrical appliance 15B, the third electrical appliance 15C, the fourth electrical appliance 15D, the fifth electrical appliance 15E, the sixth electrical appliance 15F) are paired to generate an initial setting value, and the initial setting value is stored in the initial value storage of the processing module 313 Unit 3131; c. Setting step 413, a custom setting value can be generated by modification by the customizing unit 314, the custom setting value is stored in the custom value storage unit 3132 of the processing module 313, and the custom setting value is in In this embodiment, as shown in Figure 7, the first switch 11A is set to simultaneously turn on or off the first electrical appliance 15A, the second electrical appliance 15B and the fifth electrical appliance E, the second switch 11B turns on or off the third electrical appliance 15C, and the third switch 11C Turn on or off the second electrical appliance 15B, the fourth switch 11D turns on or off the fourth electrical appliance 15D, the fifth switch 11E turns on or off the fifth electrical appliance 15E, and the sixth switch 11F turns on or off the sixth electrical appliance 15F; d. Save the above pairing settings.

When the first switch 11A of the first Zigbee switch base 10A is operated, as shown in the eighth figure, the control unit 12 of the first Zigbee switch base 10A transmits a message to the Zigbee host 20 through the Zigbee network. Then, the Zigbee host 20 sends the message to the cloud server 30 and the mobile device 40 through the network. Then, as shown in the ninth figure, the application 41 feeds back the message to the Zigbee host 20 through the network, and then the Zigbee host 20 sends the message back through the network. The information is sent to the first Zigbee switch base 10A, the second Zigbee switch base 10B and the third Zigbee switch base 10C through the Zigbee network, and the first electrical appliance 15A is controlled by the control unit 12 of the first Zigbee switch base 10A To turn on or off, the control unit 12 of the second Zigbee switch base 10B controls the second electrical appliance 15B to turn on or off, and the control unit 12 of the third Zigbee switch base 10C controls the fifth electrical appliance 15E to turn on or off.

In addition, when the third switch 11C of the second Zigbee switch base 10B is operated, as shown in FIG. 10, the control unit 12 of the first Zigbee switch base 10A transmits a message to the Zigbee host 20 through the Zigbee network. Then, the Zigbee host 20 sends the message to the cloud server 30 and the mobile device 40 through the network. Then, as shown in Figure 11, the application 41 sends back the message to the Zigbee host 20 through the network, and then the Zigbee host sends the message back to the Zigbee host 20. 20 Send a message to the second Zigbee switch base 10B through the Zigbee network, and the control unit 12 of the second Zigbee switch base 10B controls the second electrical appliance 15B to be turned on or off.

Furthermore, when the network is disconnected, each of the switches 11 on each of the Zigbee switch bases 10 automatically returns to operate the corresponding electrical appliance 15 according to the initial setting value.

From the structure of the above-mentioned specific embodiment, the following benefits can be obtained:

1. The Zigbee switch linkage multi-control system of the present invention can be used to control each of the Zigbee switch bases 10 (the first Zigbee switch base 10A, the second Zigbee switch base 10A, the second Zigbee switch base The switches 11 (the first switch 11A, the second switch 11B, the third switch 11C, the fourth switch 11D, the fifth switch 11E, the sixth switch 11F) in the seat 10B, the third Zigbee switch seat 10C) and the electrical appliances 15 (The first electrical appliance 15A, the second electrical appliance 15B, the third electrical appliance 15C, the fourth electrical appliance 15D, the fifth electrical appliance 15E, and the sixth electrical appliance 15F) perform various pairing settings, so as to greatly improve the use function and practicability.

2. The Zigbee switch linkage multi-control system of the present invention can directly replace the original switch seat with the Zigbee switch seat 10 for modification without changing the existing circuit, so as to save the cost and time of modification, which is in line with economic benefits .

10: Purple bee switch seat 10A: The first purple bee switch seat 10B: The second Zigbee switch seat 10C: The third Zigbee switch seat 11: switch 11A: The first switch 11B: Second switch 11C: The third switch 11D: Fourth switch 11E: Fifth switch 11F: Sixth switch 12: Control unit 13: Power cord 14: Wire 14A: The first wire 14B: Second wire 14C: Third wire 14D: Fourth wire 14E: Fifth wire 14F: Sixth wire 15: Electrical Appliances 15A: The first electrical appliance 15B: Second electrical appliance 15C: The third electrical appliance 15D: Fourth Appliance 15E: Fifth Appliance 15F: Sixth Appliance 20: Zigbee Host 30: Cloud server 31: Control system 311: Login Unit 312: Pairing unit 313: Processing Modules 3131: Initial value storage unit 3132: Custom value storage unit 314: Custom Units 40: Mobile Devices 41: Apps 411: Login steps 412: Pairing steps 413: Setting steps 414:Storage step

The first figure is a schematic diagram of the Zigbee switch linkage multi-control system of the present invention. The second figure is a perspective view of the Zigbee switch seat of the present invention. Figure 3 is another perspective view of the Zigbee switch seat of the present invention. The fourth figure is a schematic diagram of the Zigbee switch seat of the present invention. Figure 5 is a block diagram of the Zigbee switch linkage multi-control system of the present invention. Fig. 6 is a flow chart of the operation of the application program of the present invention. FIG. 7 is a schematic diagram of pairing electrical appliances according to the self-defined setting value of the present invention. Figure 8 is a schematic diagram 1 of the first use state of the Zigbee switch linkage multi-control system of the present invention. Fig. 9 is a schematic diagram 2 of the first use state of the Zigbee switch linkage multi-control system of the present invention. Figure 10 is a schematic diagram 1 of the second use state of the Zigbee switch linkage multi-control system of the present invention. Fig. 11 is a schematic diagram 2 of the second use state of the Zigbee switch linkage multi-control system of the present invention.

10: Purple bee switch seat

10A: The first purple bee switch seat

10B: The second Zigbee switch seat

10C: The third Zigbee switch seat

11: switch

11A: The first switch

11B: Second switch

11C: The third switch

11D: Fourth switch

11E: Fifth switch

11F: Sixth switch

13: Power cord

14: Wire

14A: The first wire

14B: Second wire

14C: Third wire

14D: Fourth wire

14E: Fifth wire

14F: Sixth wire

15: Electrical Appliances

15A: The first electrical appliance

15B: Second electrical appliance

15C: The third electrical appliance

15D: Fourth Appliance

15E: Fifth Appliance

15F: Sixth Appliance

20: Zigbee Host

30: Cloud server

40: Mobile Devices

41: Apps

Claims (4)

A Zigbee switch linkage multi-control system, comprising: A plurality of Zigbee switch bases, each Zigbee switch base is respectively provided with at least one switch and a control unit, the at least one switch is electrically connected with the control unit, and the control unit is electrically connected with a power cord and at least one wire, Each of the wires is electrically connected to an electrical appliance, and each electrical appliance can be energized or powered off under the control of the control unit; A Zigbee host communicating with the control units of the plurality of Zigbee switches through the Zigbee network; A cloud server is connected to the Zigbee host through a network. A control system is arranged on the cloud server. The control system includes a login unit, a pairing unit, a processing module and a custom unit. The login unit The unit provides a user account to log in to the cloud server, the pairing unit provides a user pairing account and the plurality of Zigbee switch bases, the processing module includes an initial value storage unit and a custom value storage unit, the initial value storage unit After the pairing unit is paired, the initial setting values of the electrical appliances connected to the wires are stored. or modify the initial setting value of the plurality of Zigbee switch bases, and store the modified value in the self-defined value storage unit; and A mobile device communicates with the cloud server through a network, an application program is installed on the mobile device, and the application program can be connected to operate the control system. The ZigBee switch linkage multi-control system as claimed in claim 1, wherein the cloud server and the ZigBee host are connected through wired or wireless network communication. The Zigbee switch linkage multi-control system as claimed in claim 1, wherein the mobile device and the cloud server are connected through wireless network communication. The Zigbee switch linkage multi-control system according to claim 1, wherein the mobile device is a smart phone or a tablet computer.

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