TWI708453B - Intelligent power distribution system and intelligent control equipment - Google Patents

Abstract

An intelligent power distribution system is suitable for a mobile device and multiple household appliances, and includes a cloud server, multiple HID relays, and an intelligent controller. The intelligent controller is electrically connected to the HID relays to detect whether the operating state is on, and obtain multiple operating states of the relays and the corresponding home appliances, and use the cloud server to set up the mobile device Show these operating status. When the operation state of any one of the HID relay and the household equipment is to be changed by the mobile device, the cloud server receives a control command generated by the mobile device, so that the intelligent controller generates the control command according to the control command Corresponding to a control signal to change the operating state of the HID relay and the household equipment.

Description

Intelligent power distribution system and intelligent control equipment

The invention relates to a power distribution system and control equipment, in particular to an intelligent power distribution system and intelligent control equipment for HID relays.

In a general home environment, an overload circuit breaker (Circuit breaker or leakage circuit breaker) is usually used in the distribution panel to control the conduction of each circuit. The user can only manually switch the power switch on the wall of the home (such as additional design Switch), or switch the wall socket through the overload circuit breaker to turn on or off the power supply status of the socket, that is, the user cannot know the conduction status of each circuit in real time. On the other hand, with the popularization of the Internet and the development of technology, the application of smart homes has gradually received attention and promotion. However, the existing smart homes almost all rely on smart home appliances with networking functions for implementation, that is, consumers Only by repurchasing new smart home appliances can you have the opportunity to experience the advantages of smart homes. Therefore, whether there are other systems or devices that can solve the aforementioned conventional problems has become an important issue.

Therefore, the purpose of the present invention is to provide an intelligent power distribution system and intelligent control equipment integrated with HID relays.

Therefore, according to one aspect of the present invention, an intelligent power distribution system is provided, which is suitable for a mobile device, N household appliances, and a mains, and includes a cloud server, N HID relays, and an intelligent controller. The cloud server establishes a connection with the mobile device.

The N HID relays are electrically connected to the N household devices, and N is a positive integer. Each of the HID relays receives and operates between a conducting state and a non-conducting state according to a corresponding control signal. When operating in the on state, an operating current of the mains is provided to the corresponding household device and the household device is activated. When operating in the non-conducting state, the operating current of the mains power is not provided to the corresponding household device and the household device is turned off.

The intelligent controller is electrically connected to the N HID relays and establishes a connection with the cloud server, and includes a first transmission control module, N first sensing modules, N first trigger modules, and a The first expansion module and a first processing module.

The first transmission control module is used to establish a connection with the cloud server to transmit and receive information. The N first sensing modules are respectively electrically connected to the N HID relays to respectively detect that the N HID relays are operating in the conducting state or the non-conducting state, and then generate corresponding N state signals. The N first trigger modules are respectively electrically connected to the N HID relays, and are controlled to generate the corresponding N control signals. The first expansion module is electrically connected to the N first sensing modules and the N first triggering modules.

The first processing module is electrically connected to the first transmission control module and the first expansion module, and receives the N status signals through the first expansion module to obtain the N HID relays and the N The N operating states of the household equipment, and the N HID relays and the N operating states of the N household equipment are displayed on the mobile device through the first transmission control module and the cloud server.

When the operating state of any one of the HID relay and the household equipment is to be changed by the mobile device, the mobile device generates a corresponding control command, and the cloud server receives the control command and controls it by the first transmission The module is transmitted to the first processing module. According to the control instruction, the first processing module controls the corresponding first trigger module to generate the control signal through the first expansion module to change the operating state of the HID relay and the household equipment.

In some embodiments, each of the first sensing modules detects the operating current provided to the household equipment by the corresponding HID relay to obtain the HID relay operating in the conducting state or the Non-conductive state. When the control signal generated by each of the first trigger modules is one of a positive pulse signal and a negative pulse signal, the corresponding HID relay is operated in the conducting state. When the control signal generated by each of the first trigger modules is the other of the positive pulse signal and the negative pulse signal, the corresponding HID relay is operated in the non-conductive state.

In other implementation aspects, the intelligent power distribution system is also suitable for M household appliances, and also includes M HID relays and an extended controller. The M HID relays are electrically connected to the M household appliances, and M is a positive integer. Each of the HID relays receives and operates between the conductive state and the non-conductive state according to the corresponding control signal. When the operation is in the on state, the operating current of the mains power is provided to the corresponding household device and the household device is activated. When operating in the non-conducting state, the operating current of the mains power is not provided to the corresponding household device and the household device is turned off.

The expansion controller is electrically connected to the M HID relays and the intelligent controller, and includes M second sensing modules, M second triggering modules, and a second expansion module. The M second sensing modules are respectively electrically connected to the M HID relays to respectively detect that the M HID relays are operating in the conducting state or the non-conducting state, and then generate corresponding M state signals. The M second trigger modules are respectively electrically connected to the M HID relays, and are controlled to generate the corresponding M control signals. The second expansion module is electrically connected to the M second sensing modules, the M second trigger modules, and the first expansion module of the intelligent controller to transmit and receive the M status signals and the M control signals.

The first processing module of the intelligent controller also receives the M status signals through the first expansion module and the second expansion module to obtain M of the M HID relays and the M household appliances The operation state, and the M operation states of the M HID relays and the M household appliances are displayed on the mobile device through the first transmission control module and the cloud server. The first processing module further controls the corresponding first trigger module or the second trigger module through the first expansion module or the first expansion module and the second expansion module according to the control command The group generates the control signal to change the operating state of the HID relay and the household equipment.

In other implementations, the smart power distribution system is also suitable for multiple environmental detectors and multiple actuators, and also includes an alarm controller that includes a second transmission control module and a The second processing module. The second transmission control module establishes a connection with the environment detectors, the actuators, and the first transmission control module of the intelligent controller.

The second processing module is electrically connected to the second transmission control module, wherein when an environmental parameter detected by any of the environmental detectors reaches a warning condition, a warning signal is generated. The second processing module receives the warning signal through the second transmission control module, and controls one of the actuators according to which of the environmental detectors generated the warning signal Operation, and through the second transmission control module, the first transmission control module, and the cloud server, the mobile device displays that the environmental parameter of one of the environmental detectors reaches the alert condition And the corresponding message that the actuator has been operated.

In some implementations, wherein, between the first transmission control module and the second transmission control module, between the environment detectors and the second transmission control module, and the actuators Any one of the connection modes with the second transmission control module adopts wired network technology or wireless network technology. The wired network technology includes any one of Ethernet and Power line communication, and the wireless network technology includes Bluetooth, Zigbee, and Z-Wave. Either.

Therefore, according to another aspect of the present invention, an intelligent control device is provided, which is suitable for a mobile device, N home appliances, a mains, a cloud server that establishes a connection with the mobile device, and N HID relays. The N HID relays are electrically connected to the N household devices, and N is a positive integer. Each of the HID relays receives and operates between a conducting state and a non-conducting state according to a corresponding control signal. When operating in the on state, an operating current of the mains is provided to the corresponding household device and the household device is activated. When operating in the non-conducting state, the operating current of the mains power is not provided to the corresponding household device and the household device is turned off.

The intelligent control device includes an intelligent controller that is electrically connected to the N HID relays and establishes a connection with the cloud server, and includes a first transmission control module and N first sensing modules , N first trigger modules, a first expansion module, and a first processing module.

The first transmission control module is used to establish a connection with the cloud server to transmit and receive information. The N first sensing modules are respectively electrically connected to the N HID relays to respectively detect that the N HID relays are operating in the conducting state or the non-conducting state, and then generate corresponding N state signals. The N first trigger modules are respectively electrically connected to the N HID relays, and are controlled to generate the corresponding N control signals. The first expansion module is electrically connected to the N first sensing modules and the N first triggering modules.

The first processing module is electrically connected to the first transmission control module and the first expansion module, and receives the N status signals through the first expansion module to obtain the N HID relays and the N The N operating states of the household equipment, and the N HID relays and the N operating states of the N household equipment are displayed on the mobile device through the first transmission control module and the cloud server.

When the operation state of any one of the HID relay and the household equipment is changed by the mobile device, the mobile device generates a corresponding control command. The cloud server receives the control command and transmits it to the first processing module through the first transmission control module. According to the control instruction, the first processing module controls the corresponding first trigger module to generate the control signal through the first expansion module to change the operating state of the HID relay and the household equipment.

In some embodiments, each of the first sensing modules detects the operating current provided to the household equipment by the corresponding HID relay to obtain the HID relay operating in the conducting state or the Non-conductive state. When the control signal generated by each of the first trigger modules is one of a positive pulse signal and a negative pulse signal, the corresponding HID relay is operated in the conducting state. When the control signal generated by each of the first trigger modules is the other of the positive pulse signal and the negative pulse signal, the corresponding HID relay is operated in the non-conductive state.

In other implementation aspects, the intelligent control device is also suitable for M household appliances and M HID relays. The M HID relays are electrically connected to the M household appliances, and M is a positive integer. Each of the HID relays receives and operates between the conductive state and the non-conductive state according to the corresponding control signal. When the operation is in the on state, the operating current of the mains power is provided to the corresponding household device and the household device is activated. When operating in the non-conducting state, the operating current of the mains power is not provided to the corresponding household device and the household device is turned off.

The intelligent control device also includes an extended controller electrically connected to the M HID relays and the intelligent controller, and includes M second sensing modules, M second trigger modules, and a first Two expansion modules.

The M second sensing modules are respectively electrically connected to the M HID relays to respectively detect that the M HID relays are operating in the conducting state or the non-conducting state, and then generate corresponding M state signals. The M second trigger modules are respectively electrically connected to the M HID relays, and are controlled to generate the corresponding M control signals. The second expansion module is electrically connected to the M second sensing modules, the M second trigger modules, and the first expansion module of the intelligent controller to transmit and receive the M status signals and the M control signals.

The first processing module of the intelligent controller also receives the M status signals through the first expansion module and the second expansion module to obtain M of the M HID relays and the M household appliances The operation state, and the M operation states of the M HID relays and the M household appliances are displayed on the mobile device through the first transmission control module and the cloud server. The first processing module further controls the corresponding first trigger module or the second trigger module through the first expansion module or the first expansion module and the second expansion module according to the control command The group generates the control signal to change the operating state of the HID relay and the household equipment.

The effect of the present invention is that the intelligent controller detects the conduction state of the N HID relays through the N first sensing modules to obtain the corresponding N state signals. Then, the first processing module receives the N status signals through the first expansion module to obtain the N operating statuses, and through the first transmission control module and the cloud server, The mobile device displays the N operating states. In addition, the first processing module also receives the control command of the mobile device through the first transmission control module and the cloud server, so as to control the corresponding first trigger module through the first expansion module Change the operation status of the corresponding HID relay and the household equipment. Therefore, the user can not only know the operation status of the N HID relays and the N home appliances on the mobile device at any time and in real time, but also can experience the advantages of the smart home.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are represented by the same numbers.

1 and 2, an embodiment of the intelligent power distribution system of the present invention is suitable for a user, a mobile device 9, N household appliances, M household appliances, a mains 8, multiple environmental detectors, and Multiple actuators, including a cloud server 2, N HID relays, M HID relays, an intelligent control device 4, and an alarm controller 5. The intelligent control device 4 includes an intelligent controller 1 and an extended controller 3. Both N and M are positive integers. The HID relay is, for example, the WR6161K HID Relay produced by Pansonic, or other HID relays with similar functions and controls. The mains power 8 is, for example, an AC voltage of 110 volts, and the mobile device 9 is, for example, a smart phone, a tablet computer, or other electronic devices with networking functions, but not limited to this.

In this embodiment, for convenience of description, only one first device 83, one second device 84, one first HID relay 81, and one second HID relay 82 are respectively taken as examples of the N household devices and the M household appliances, the N HID relays, and the M HID relays, and in other embodiments, N and M may be other plural numbers. In addition, in this embodiment, for the sake of convenience of description, only one carbon monoxide detector 71 and one gas detector 72, and one gas valve actuator 74 and one buzzer 73 are respectively taken as examples. Environment detectors and the actuators. In other embodiments, the number of environment detectors or actuators may be a singular number or other plural numbers.

The cloud server 2 establishes connections with the mobile device 9 and the smart controller 1 of the smart control device 4 respectively. For example, the cloud server 2, the mobile device 9, and the smart controller 1 support wired network technology or wireless network technology, such as Ethernet, Power line communication, and Any one of Wi-Fi, but not limited to this, as long as they can establish a connection with each other to transmit and receive information.

The N HID relays are electrically connected to the N household appliances, and each HID relay receives and operates between a conducting state and a non-conducting state according to a corresponding control signal. When operating in the conducting state, an operating current of the mains 8 is provided to the corresponding household equipment and starting the household equipment, and when operating in the non-conducting state, the operating current of the mains 8 is not provided to the corresponding The household device and turn off the household device. In this embodiment, the first device 83 to which the first HID relay 81 is electrically connected is, for example, a ceiling fan. An opening and closing switch for turning on or off the ceiling fan is provided on the wall, and the opening and closing switch is installed on the wall via The electric wire in the first HID relay 81 is electrically connected. When the opening and closing switch is pressed, the control signal can be generated, so that the first HID relay 81 is switched between the conducting state and the non-conducting state, and the ceiling fan is in the two operating states of on and off Make the corresponding switch between.

The intelligent controller 1 is electrically connected to the N HID relays (that is, the first HID relay 81), and includes a first transmission control module 15, N first sensing modules, N first triggering modules, A first expansion module 12, and a first processing module 11. The first transmission control module 15 is used to establish a connection with the cloud server 2, for example, supporting wired network technology or wireless network technology to transmit and receive information. In this embodiment, similarly, only one first sensing module 13 and one first triggering module 14 are taken as examples of the N first sensing modules and the N first triggering modules, respectively.

The N first sensing modules are respectively electrically connected to the N HID relays to respectively detect that the N HID relays are operating in the conducting state or the non-conducting state, thereby generating corresponding N state signals, and returning power Connect the first expansion module 12. In this embodiment, the first sensing module 13 detects the operating current provided to the first device 83 by the corresponding first HID relay 81 to obtain the first HID relay 81 operating in the The conducting state or the non-conducting state. For example, the first sensing module 13 utilizes a pre-designed AC-to-DC rectifier circuit and diode logic gates to obtain the operating current, such as greater than zero or equal to zero, and can sense the This operating state of the first HID relay 81.

The N first trigger modules are respectively electrically connected to the N HID relays, and are controlled by the first processing module 11 to generate the corresponding N control signals, and are also electrically connected to the first expansion module 12. In this embodiment, the control signal generated by the first trigger module 14 is one of a positive pulse signal and a negative pulse signal. When the control signal is the positive pulse signal, the corresponding HID relay (Ie, the first HID relay 81) is operated in the conducting state, and when the control signal is the negative pulse signal, the corresponding HID relay (ie, the first HID relay 81) is operated in the non-conducting state. In other embodiments, the positive pulse signal and the negative pulse signal may also correspond to the non-conductive state and the conductive state, respectively.

The first processing module 11 is electrically connected to the first transmission control module 15 and the first expansion module 12, and receives the N from the N first sensing modules through the first expansion module 12 State signals to obtain the N operating states of the N HID relays and the N household equipment, and display the N on the mobile device 9 through the first transmission control module 15 and the cloud server 2. HID relays and the N operating states of the N household appliances. For example, when the on/off switch of the ceiling fan (ie, the first device 83) is pressed so that the first HID relay 81 is operated in the conducting state, the operating state means that the first HID relay 81 is conducting And the ceiling fan has been turned on. Conversely, when the first HID relay 81 is operated in the non-conducting state, the operating state means that the first HID relay 81 is non-conducting and the ceiling fan has been turned off.

On the other hand, when the user wants to change any one of the HID relays and the operating state of the household equipment through the mobile device 9, the mobile device 9 generates a corresponding control command, for example, The user selects to turn on the ceiling fan (that is, the first device 83) through the mobile device 9. Then, the cloud server 2 receives the control command from the mobile device 9 and transmits it to the first processing module 11 through the first transmission control module 15, and the first processing module 11 according to the control command, The first expansion module 12 controls the corresponding first trigger module to generate the control signal to change the HID relay (ie the first HID relay 81) and the household equipment (ie the first device 83) The operating state.

It should be specifically supplemented that the control signal may come from a switch corresponding to the household equipment, such as the on/off switch of the ceiling fan, or it may come from the first trigger module 14 of the intelligent controller 1. Therefore, whether the HID relay is pressed by the user or the control command is selected by the mobile device 9, the corresponding first sensing module will detect and generate the corresponding status signal, and then display The mobile device 9 is available for the user to view at any time and in real time.

The M HID relays are respectively electrically connected to the M household appliances, and the operation mode of any one of the M HID relays is the same as that of one of the N HID relays. In this embodiment, the second device 84 to which the second HID relay 82 is electrically connected is, for example, a bathroom lighting device. The second device 84 is similar to the first device 83 and also has another similar on-off switch.

The expansion controller 3 is electrically connected to the M HID relays and the intelligent controller 1, and includes M second sensing modules, M second triggering modules, and a second expansion module 32. The M second sensing modules are respectively electrically connected to the M HID relays to respectively detect that the M HID relays are operating in the conducting state or the non-conducting state, and then generate corresponding M state signals. The M second trigger modules are respectively electrically connected to the M HID relays, and are controlled to generate the corresponding M control signals. The second expansion module 32 is electrically connected to the M second sensing modules, the M second trigger modules, and the first expansion module 12 of the intelligent controller 1 to transmit and receive the M states Signal and the M control signals. In this embodiment, similarly, only one second sensing module 33 and one second triggering module 34 are respectively taken as the M second sensing modules and the M second triggering modules.

More specifically, the operation of the second sensing module 33 and the first sensing module 13 are substantially the same. The difference is that the status signal passes through the second sensing module 33 and the first sensing module. The two expansion modules 32 and the first expansion module 12 are sent to the first processing module 11 of the intelligent controller 1, and then sent to the first processing module 11 through the first transmission control module 15 and the cloud server 2 Mobile device 9. The M control signals are passed through the mobile device 9, the cloud server 2, the first transmission control module 15, the first processing module 11, the first expansion module 12, and the second expansion module 32. Send to the second trigger module 34.

In this embodiment, the second expansion module 32 of the expansion controller 3 and the first expansion module 12 of the intelligent control module are electrically connected by a physical cable, but this is not the case. Is limited. For example, the upper limit of the number of HID relays that can be electrically connected to the smart controller 1 and the extended controller 3 is 10 (ie N=M=10). When the smart power distribution system is used in the environment (such as When the home or office has 30 HID relays, the intelligent controller 1 can be electrically connected with the two expansion controllers 3 through the first expansion module 12 and the two second expansion modules 32, Control the 30 HID relays separately to achieve flexible and modular expansion characteristics. In other words, in other embodiments, the intelligent control device may also only include the intelligent controller 1, and the extended controller 3 is omitted.

The alarm controller 5 includes a second transmission control module 52 and a second processing module 51. The second transmission control module 52 and the environment detectors (that is, the carbon monoxide detector 71 and the gas detector 72), the actuators (that is, the gas valve actuator 74 and the buzzer 73) and the first transmission control module 15 of the intelligent controller 1 establish a connection. Between the second transmission control module 52 and the first transmission control module 15, between the second transmission control module 52 and the environmental detectors, and between the second transmission control module 52 and the Any one of the actuators is connected by wired network technology or wireless network technology. The wired network technology includes either Ethernet or Power line communication. One, the wireless network technology includes any one of Bluetooth, Zigbee, and Z-Wave, but it is not limited thereto.

The second processing module 51 is electrically connected to the second transmission control module 52. When an environmental parameter detected by any one of the environmental detectors reaches a warning condition, a warning signal is generated, and the second processing module 51 receives the warning through the second transmission control module 52 Signal, and according to which of the environmental detectors generated the warning signal, control one of the actuators to operate, and through the second transmission control module 52, the first transmission The control module 15 and the cloud server 2 display on the mobile device 9 a message that the environmental parameter of one of the environmental detectors reaches the warning condition and the corresponding actuator has been operated.

For example, the gas detector 72 has a warning threshold set in advance when it leaves the factory. When the gas concentration in the environment (that is, the environmental parameter) is detected to be greater than the warning threshold (that is, the warning condition), That is, when the environmental parameter reaches the warning condition, the second processing module 51 selects and controls the operation of the corresponding actuator according to the environmental parameter, that is, controls the gas valve actuator 74 to close the gas valve, and the mobile device 9 shows that the gas concentration is greater than the warning threshold and the gas valve actuator 74 has closed the gas valve. Similarly, when the carbon monoxide detector 71 detects that the carbon monoxide concentration in the environment is greater than another warning threshold, the second processing module 51 selects and controls the buzzer 73 to sound an alarm.

In summary, the intelligent controller 1 detects the N HID relays through the N first sensing modules to generate the N status signals. Then, the first processing module 11 receives the N status signals through the first expansion module 12, and then the first transmission control module 15 and the cloud server 2 can be used in the mobile device 9 Display the N operating states. The first processing module 11 also receives the control command of the mobile device 9 through the first transmission control module 15 and the cloud server 2, so that the first expansion module 12 controls the corresponding first The trigger module changes the corresponding operating state of the HID relay and the household equipment. In addition, through the serial connection of the expansion controller 3 and the intelligent controller 1, it is possible to control a larger number of HID relays, thereby achieving modular expansion performance. Furthermore, by the combination of the alarm controller 5 and the smart controller 1, the user can instantly know whether the environmental detectors have reached the alert condition on the mobile device 9, and can also control the corresponding Waiting for the actuator to react and process immediately, it can indeed achieve the purpose of the invention.

However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification still belong to Within the scope of the patent for the present invention.

1: Smart controller

11: The first processing module

12: The first expansion module

13: The first sensing module

14: The first trigger module

15: The first transmission control module

2: Cloud server

3: Expansion controller

32: The second expansion module

33: The second sensing module

34: The second trigger module

4: Intelligent control equipment

5: Alarm controller

51: The second processing module

52: The second transmission control module

71: Carbon monoxide detector

72: Gas Detector

73: Buzzer

74: Gas valve actuator

8: Mains

81: The first HID relay

82: The second HID relay

83: The first device

84: second device

9: mobile device

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a block diagram illustrating an embodiment of the intelligent power distribution system of the present invention; and Fig. 2 is a block diagram illustrating an application aspect of an alarm controller of this embodiment.

1: Smart controller

11: The first processing module

12: The first expansion module

13: The first sensing module

14: The first trigger module

15: The first transmission control module

2: Cloud server

3: Expansion controller

32: The second expansion module

33: The second sensing module

34: The second trigger module

4: Intelligent control equipment

8: Mains

81: The first HID relay

82: The second HID relay

83: The first device

84: second device

9: mobile device

Claims (6)

An intelligent power distribution system, suitable for a mobile device, N household equipment, and a mains, and includes: a cloud server to establish a connection with the mobile device; N HID relays, respectively, to electrically connect the N household equipment, N is a positive integer. Each HID relay receives and operates according to a corresponding control signal between a conductive state and a non-conductive state. When operating in the conductive state, it provides an operating current of the mains to the corresponding The household device starts the household device, and when operating in the non-conducting state, does not provide the operating current of the mains power to the corresponding household device and turns off the household device; and an intelligent controller electrically connected to the N HIDs The relay establishes a connection with the cloud server, and includes a first transmission control module for establishing a connection with the cloud server to transmit and receive information, and the N first sensing modules are electrically connected respectively The N HID relays respectively detect that the N HID relays are operating in the conducting state or the non-conducting state, and then generate corresponding N state signals. The N first trigger modules are electrically connected to the N HIDs. The relay is controlled to generate the corresponding N control signals. A first expansion module is electrically connected to the N first sensing modules and the N first trigger modules, and a first processing module , Electrically connect the first transmission control module and the first expansion module, and receive the N Status signal to obtain the N operating states of the N HID relays and the N household equipment, and display the N HID relays and the N HID relays and the N HID relays on the mobile device through the first transmission control module and the cloud server When the N operating states of N home appliances are changed by the mobile device, the mobile device generates a corresponding control command, and the cloud server receives The control command is transmitted to the first processing module through the first transmission control module, and the first processing module controls the corresponding first trigger module through the first expansion module according to the control command The control signal is generated to change the operating state of the HID relay and the household equipment, and each of the first sensing modules detects the operating current provided to the household equipment by the corresponding HID relay to obtain The HID relay operates in the conducting state or the non-conducting state, and when the control signal generated by each of the first trigger modules is one of a positive pulse signal and a negative pulse signal, the corresponding HID relay operates In the conducting state, when the control signal generated by each of the first trigger modules is the other of the positive pulse signal and the negative pulse signal, the corresponding HID relay operates in the non-conducting state. The intelligent power distribution system described in claim 1 is also applicable to M household appliances, and also includes: M HID relays, which are electrically connected to the M household appliances, and M is Positive integer, each HID relay receives and operates between the conducting state and the non-conducting state according to the corresponding control signal. When operating in the conducting state, it provides the operating current of the mains to the corresponding household Device and start the household device, when operating in the non-conducting state, do not provide the operating current of the mains power to the corresponding household device and turn off the household device; and an expansion controller, which is electrically connected to the M HID relays and The intelligent controller includes M second sensing modules which are respectively electrically connected to the M HID relays to detect that the M HID relays are operated in the conducting state or the non-conducting state, and then generate the corresponding M HID relays. A status signal, M second trigger modules, respectively, are electrically connected to the M HID relays, and are controlled to generate the corresponding M control signals, and a second expansion module is electrically connected to the M second sensing Module, the M second trigger modules, and the first expansion module of the intelligent controller to transmit and receive the M status signals and the M control signals, wherein the first The processing module also receives the M state signals through the first expansion module and the second expansion module to obtain the M operating states of the M HID relays and the M household equipment, and also uses the The first transmission control module and the cloud server display the M operating states of the M HID relays and the M household equipment on the mobile device, and the first processing module also uses the control command according to the control command. The first expansion module or the first expansion module and the second expansion module control the corresponding The first trigger module or the second trigger module generates the control signal to change the operating state of the HID relay and the household equipment. The intelligent power distribution system as described in claim 1 is also applicable to multiple environmental detectors and multiple actuators, and further includes an alarm controller, which includes: a second transmission control module, and The environment detectors, the actuators, and the first transmission control module of the intelligent controller establish a connection; and a second processing module is electrically connected to the second transmission control module, wherein, When an environmental parameter detected by any one of the environmental detectors reaches a warning condition, a warning signal is generated, and the second processing module receives the warning signal through the second transmission control module, And according to which of the environmental detectors generated the warning signal, one of the actuators is controlled to operate, and by the second transmission control module and the first transmission control module And the cloud server, displaying on the mobile device a message that the environmental parameter of one of the environmental detectors has reached the warning condition and the corresponding actuator has been operated. The intelligent power distribution system according to claim 3, wherein, between the first transmission control module and the second transmission control module, between the environmental detectors and the second transmission control module, and the The connection method between any one of the actuator and the second transmission control module is wired network technology or wireless network technology, and the wired network technology includes Ethernet and power line Any one of power line communication. The wireless network technology includes any one of Bluetooth, Zigbee, and Z-Wave. An intelligent control device suitable for a mobile device, N household devices, a mains power supply, a cloud server connected to the mobile device, and N HID relays, the N HID relays are electrically connected to the N households Equipment, N is a positive integer. Each HID relay receives and operates between a conducting state and a non-conducting state according to a corresponding control signal. When operating in the conducting state, it provides an operating current of the mains Corresponding to the household device and start the household device. When operating in the non-conducting state, the operating current of the mains is not provided to the corresponding household device and the household device is turned off. The intelligent control device includes an intelligent controller, The intelligent controller is electrically connected to the N HID relays and establishes a connection with the cloud server, and includes: a first transmission control module for establishing a connection with the cloud server to transmit and receive information; N The first sensing modules are electrically connected to the N HID relays to respectively detect that the N HID relays are operating in the conducting state or the non-conducting state, and then generate corresponding N state signals; N first The trigger module is electrically connected to the N HID relays, and is controlled to generate the corresponding N control signals; a first expansion module is electrically connected to the N first sensing modules and the N first Trigger module; and a first processing module, electrically connected to the first transmission control module and the first expansion module, and receive the N status signals through the first expansion module to obtain the N HID relays and N operating states of the N household equipment, and through the first transmission control module and the cloud server, in the The mobile device displays the N operating states of the N HID relays and the N household equipment. When the mobile device changes the operating state of any one of the HID relays and the household equipment, the mobile device generates a corresponding The cloud server receives the control command and transmits it to the first processing module through the first transmission control module, and the first processing module uses the first extended module according to the control command The first trigger module corresponding to the group control generates the control signal to change the operating state of the HID relay and the household equipment, and each of the first sensing modules detects the corresponding HID relay provided to The operating current of the household equipment to obtain the HID relay operating in the conducting state or the non-conducting state, when the control signal generated by each of the first trigger modules is one of a positive pulse signal and a negative pulse signal In one case, the corresponding HID relay is operating in the on state, and when the control signal generated by each of the first trigger modules is the other of the positive pulse signal and the negative pulse signal, the corresponding HID The relay operates in this non-conducting state. The intelligent control device described in claim 5 is also applicable to M household devices and M HID relays. The M HID relays are electrically connected to the M household devices, and M is a positive integer. Each HID relay receives and Operate between the conducting state and the non-conducting state according to the corresponding control signal. When operating in the conducting state, provide the operating current of the mains to the corresponding household equipment and start the household equipment. When the operation is in the In the non-conduction state, the operating current of the mains is not provided to the corresponding household equipment And turn off the household equipment, where the intelligent control equipment further includes an extended controller electrically connected to the M HID relays and the intelligent controller, and includes: M second sensing modules, respectively Connect the M HID relays to detect that the M HID relays are operating in the conducting state or the non-conducting state, and then generate corresponding M state signals; M second trigger modules are electrically connected to the M respectively HID relay, which is controlled to generate the corresponding M control signals; and a second expansion module, electrically connected to the M second sensing modules, the M second trigger modules, and the intelligent controller The first expansion module of the intelligent controller transmits and receives the M status signals and the M control signals; wherein, the first processing module of the intelligent controller also uses the first expansion module and the second expansion The module receives the M state signals to obtain the M operating states of the M HID relays and the M household equipment, and also displays on the mobile device through the first transmission control module and the cloud server The M HID relays and the M operating states of the M household appliances, the first processing module also uses the first expansion module or the first expansion module and the second expansion according to the control command The module controls the corresponding first trigger module or the second trigger module to generate the control signal to change the operating state of the HID relay and the household equipment.

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