CN111505955A - Intelligent power supply management system and method thereof - Google Patents
Intelligent power supply management system and method thereof Download PDFInfo
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- CN111505955A CN111505955A CN202010326256.7A CN202010326256A CN111505955A CN 111505955 A CN111505955 A CN 111505955A CN 202010326256 A CN202010326256 A CN 202010326256A CN 111505955 A CN111505955 A CN 111505955A
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Abstract
The invention discloses an intelligent power management system and a method thereof, wherein the intelligent power management system comprises an intelligent power controller, an upper computer and a remote controller, the intelligent power controller comprises an interface module, a light control module, a projection control module, a play control module and a power amplifier control module, the interface module is connected with the upper computer and the remote controller, the light control module, the projection control module, the play control module and the power amplifier control module are connected with the interface module, after the protocol control configuration is carried out on the intelligent power controller by the upper computer according to the acquired initial information, an external device is connected with the intelligent power controller by the interface module, and the light control module, the projection control module, the play control module and the power amplifier control module are controlled by the remote controller or other terminals, and realizing the coordination control of multiple devices.
Description
Technical Field
The invention relates to the technical field of power management, in particular to an intelligent power management system and method.
Background
At present, in the market, both an intelligent time sequence device and an intelligent central control device are good, namely, a single intelligent central control device cannot well control various intelligent time sequence devices, the intelligent time sequence device is required to form an intelligent control system, the limitation of content control of multiple devices cannot be broken through, and the multiple devices cannot be coordinately controlled.
Disclosure of Invention
The invention aims to provide an intelligent power management system and a method thereof, which can perform coordination control on multiple devices.
In order to achieve the above object, the present invention provides an intelligent power management system, which comprises an intelligent power controller, an upper computer and a remote controller, wherein the upper computer is connected with the intelligent power controller, the remote controller is connected with the intelligent power controller, the intelligent power controller comprises an interface module, a light control module, a projection control module, a play control module and a power amplifier control module, the interface module is connected with the upper computer and the remote controller, the light control module, the projection control module, the play control module and the power amplifier control module are connected with the interface module,
the upper computer is used for carrying out system setting on the intelligent power supply controller;
the remote controller is used for remotely controlling the intelligent power controller;
the interface module is used for connecting the upper computer, the light source, the player, the projection equipment or the power amplifier equipment and receiving a control signal sent by the remote controller;
the light control module is used for performing coordination control on the connected light sources;
the projection control module is used for performing coordination control on the connected projection equipment;
the playing control module is used for performing coordination control on the connected player;
and the power amplifier control module is used for performing coordination control on the connected power amplifier equipment.
The interface module comprises a control panel, a plurality of controllable power interfaces, a plurality of normally powered interfaces, an HDMI interface, a USB interface and a network interface, the control panel is connected with the light control module, the projection control module, the playing control module and the power amplifier control module, and the controllable power interfaces, the normally powered interfaces, the HDMI interface, the USB interface and the network interface are all connected with the control panel;
the control panel is used for performing coordination control on the connecting equipment;
the controllable power interface is used for performing coordinated power supply on connected equipment;
the constant power supply interface is used for continuously supplying power;
the HDMI is used for transmitting audio and video images;
the USB interface is used for transmitting data;
and the network interface is used for communicating the intelligent power controller with a network.
The interface module further comprises an RF antenna interface, an infrared interface, a computer interface and a WiFi interface, and the RF antenna interface, the infrared interface, the computer interface and the WiFi interface are all connected with the control board;
the RF antenna interface is used for transmitting radio frequency signals;
the infrared interface is used for receiving infrared rays emitted by the remote controller;
the computer interface is used for connecting with a user computer;
the WiFi interface is used for providing WiFi for equipment connected with the intelligent power controller.
The intelligent power management system further comprises a mobile equipment module and a computer equipment module, wherein the mobile equipment module is connected with the WiFi interface, and the computer equipment module is connected with the computer interface;
the mobile equipment module is used for connecting and controlling the intelligent power supply controller through the WiFi;
and the computer equipment module is used for controlling the intelligent power controller through the computer interface.
The intelligent power management system further comprises a display module, wherein the display module is connected with the RF antenna interface;
and the display module is used for carrying out coordination control on the intelligent power controller.
In a second aspect, the present invention further provides an intelligent power management method, including:
completing control protocol configuration according to the obtained initial parameters;
and controlling the connected equipment according to the control protocol configuration.
Wherein, the completing the configuration of the control protocol according to the obtained initial parameters comprises:
and acquiring engineering information and equipment information, transmitting configuration data in the intelligent power supply controller to an upper computer to modify and configure the data, perfecting the equipment information, and establishing corresponding drive.
Wherein, according to the initial parameter obtained, finish controlling the protocol configuration, also include:
and according to the established drive, obtaining a corresponding self-defined trigger event, and simultaneously carrying out initial setting and management on the upper computer.
Wherein, controlling the connected device according to the control protocol configuration comprises:
and carrying out protocol control on equipment connected with the intelligent power controller according to the control protocol configuration.
Wherein, according to the control protocol configuration, controlling the connected equipment, further comprises:
and reading the equipment information of all the equipment connected with the intelligent power controller, and transmitting the equipment information to the upper computer for storage.
The invention discloses an intelligent power management system and a method thereof, wherein the intelligent power management system comprises an intelligent power controller, an upper computer and a remote controller, the upper computer is connected with the intelligent power controller, the remote controller is connected with the intelligent power controller, the intelligent power controller comprises an interface module, a light control module, a projection control module, a playing control module and a power amplifier control module, the interface module is connected with the upper computer and the remote controller, the light control module, the projection control module, the playing control module and the power amplifier control module are connected with the interface module, according to the obtained initial information, after the protocol control configuration is carried out on the intelligent power controller by the upper computer, external equipment is connected with the intelligent power controller through the interface module, and the light control module, the remote controller or other terminals are used for controlling the light control module, The projection control module, the playing control module and the power amplifier control module control corresponding external devices to realize the coordination control of multiple devices.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic structural diagram of an intelligent power management system provided by the present invention.
Fig. 2 is a schematic structural diagram of an interface module provided in the present invention.
Fig. 3 is a schematic diagram illustrating steps of an intelligent power management method according to the present invention.
The system comprises an intelligent power controller, a 2-upper computer, a 3-remote controller, a 4-interface module, a 5-light control module, a 6-projection control module, a 7-play control module, an 8-power amplifier control module, a 9-control panel, a 10-controllable power interface, a 11-normal power supply interface, a 12-HDMI interface, a 13-USB interface, a 14-network interface, a 15-RF antenna interface, a 16-infrared interface, a 17-computer interface, an 18-WiFi interface, a 19-mobile equipment module, a 20-computer equipment module and a 21-display module.
Detailed Description
Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the drawings are illustrative and intended to be illustrative of the invention and are not to be construed as limiting the invention.
In the description of the present invention, it is to be understood that the terms "length", "width", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", and the like, indicate orientations or positional relationships based on the orientations or positional relationships illustrated in the drawings, and are used merely for convenience in describing the present invention and for simplicity in description, and do not indicate or imply that the devices or elements referred to must have a particular orientation, be constructed in a particular orientation, and be operated, and thus, are not to be construed as limiting the present invention. Further, in the description of the present invention, "a plurality" means two or more unless specifically defined otherwise.
Referring to fig. 1, the present invention provides an intelligent power management system, where the intelligent power management system includes an intelligent power controller 1, an upper computer 2 and a remote controller 3, the upper computer 2 is connected to the intelligent power controller 1, the remote controller 3 is connected to the intelligent power controller 1, the intelligent power controller 1 includes an interface module 4, a light control module 5, a projection control module 6, a play control module 7 and a power amplifier control module 8, the interface module 4 is connected to the upper computer 2 and the remote controller 3, and the light control module 5, the projection control module 6, the play control module 7 and the power amplifier control module are connected to the interface module 4;
the upper computer 2 is used for carrying out system setting on the intelligent power supply controller 1;
the remote controller 3 is used for remotely controlling the intelligent power controller 1;
the interface module 4 is used for connecting the upper computer 2, a light source, a player, a projection device or a power amplifier device and receiving a control signal sent by the remote controller 3;
the light control module 5 is configured to perform coordination control on the connected light sources;
the projection control module 6 is configured to perform coordination control on the connected projection device;
the playing control module 7 is configured to perform coordination control on the connected players;
and the power amplifier control module is used for performing coordination control on the connected power amplifier equipment.
In the embodiment, the intelligent power management system comprises an intelligent power controller 1, an upper computer 2 and a remote controller 3, the upper computer 2 is connected with the intelligent power controller 1, the remote controller 3 is connected with the intelligent power controller 1, the intelligent power controller 1 comprises an interface module 4, a light control module 5, a projection control module 6, a playing control module 7 and a power amplifier control module 8, the interface module 4 is connected with the upper computer 2 and the remote controller 3, the light control module 5, the projection control module 6, the playing control module 7 and the power amplifier control module are connected with the interface module 4, initial parameters in the real-time intelligent power controller 1 are obtained through the real-time upper computer 2, and protocol control configuration is carried out on the intelligent power controller 1 according to the initial parameters, meanwhile, a user or an operator can perform protocol control on corresponding equipment through the remote controller 3, a plurality of external equipment can be provided, the plurality of external equipment are connected with the intelligent power supply controller 1 through the interface module 4, and are distributed to different modules for connection after being matched with equipment numbers stored in the intelligent power supply controller 1 according to equipment numbers on different external equipment, and the plurality of external equipment are supplied with power; if the external equipment is connected with the light source controller, the light control module 5 is used for carrying out coordination control on CAN light on the connected light equipment, if the connected external equipment is projection equipment, the projection control module 6 is used for controlling the projection equipment, correspondingly, if the connected external equipment is playing equipment, the playing control module 7 is used for controlling, if the connected external equipment is power amplifier equipment, the power amplifier control module is used for controlling, and since the intelligent power source controller 1 is provided with a protocol library with strong cloud in advance and comprises a plurality of brand code libraries on the market, the connected equipment CAN be directly identified and controlled, and the dual problems of intelligent audio and video and intelligent multimedia classrooms, and various independent equipment control and equipment power management of intelligent conferences CAN be perfectly solved. On the same intelligent control, control modes of protocols such as RS-232, RS-485, TCP, UDP, HTTP, infrared, Canbus and the like are added, the difficulty is that the control modes are fused on an intelligent control board, the used control mode is also a 232 serial port protocol control mode, and a linux operating system is adopted to improve the stability of the system; in order to accommodate different control protocols of all parties, each user also can autonomously generate a control protocol to submit and upload, so that resource sharing is formed.
Further, the interface module 4 includes a control board 9, a plurality of controllable power interfaces 10, a plurality of normally powered interfaces 11, an HDMI interface 12, a USB interface 13, and a network interface 14, the control board 9 is connected to the lighting control module 5, the projection control module 6, the playback control module 7, and the power amplifier control module, and the controllable power interface 10, the normally powered interface 11, the HDMI interface 12, the USB interface 13, and the network interface 14 are all connected to the control board 9;
the control panel 9 is used for performing coordination control on the connecting equipment;
the controllable power interface 10 is used for performing coordinated power supply on connected equipment;
the normal power supply interface 11 is used for continuously supplying power;
the HDMI interface 12 is configured to transmit audio and video images;
the USB interface 13 is configured to transmit data;
the network interface 14 is used for connecting the intelligent power controller 1 with a network.
In this embodiment, the interface module 4 includes a control board 9, a plurality of controllable power interfaces 10, a plurality of normally powered interfaces 11, an HDMI interface 12, a USB interface 13, and a network interface 14, the control board 9 is connected to the light control module 5, the projection control module 6, the playback control module 7, and the power amplifier control module, the controllable power interface 10, the normally powered interface 11, the HDMI interface 12, the USB interface 13, and the network interface 14 are all connected to the control board 9, all the interfaces in the interface module 4 are connected to the control board 9, and the structure thereof is as shown in the schematic structural diagram of the interface module 4 provided in fig. 2. The method comprises the steps that equipment information of external equipment connected with all interfaces is obtained through a control panel 9 and distributed to corresponding modules, the number of controllable power supply interfaces 10 is multiple, the controllable power supply interfaces can be connected with multiple external equipment at the same time and supply power, a normal power supply interface 11 can be used for continuously supplying power to an upper computer 2 to ensure normal work of an intelligent power supply controller 1, an HDMI (high definition multimedia interface) 12 is a special digital interface suitable for image transmission and can simultaneously transmit audio and image signals, the highest data transmission speed is 2.25GB/s, and meanwhile, row/analog or analog/digital conversion is not needed before signal transmission; the data stored in the intelligent power controller 1 can be downloaded through the USB interface 13, or the data can be uploaded to the intelligent power controller 1, and the intelligent power controller 1 can be connected to a network through the network interface 14, so that the intelligent power controller 1 can be updated and maintained conveniently.
Further, the interface module 4 further includes an RF antenna interface 15, an infrared interface 16, a computer interface 17 and a WiFi interface 18, and the RF antenna interface 15, the infrared interface 16, the computer interface 17 and the WiFi interface 18 are all connected to the control board 9;
the RF antenna interface 15 is configured to transmit a radio frequency signal;
the infrared interface 16 is used for receiving infrared rays emitted by the remote controller 3;
the computer interface 17 is used for connecting with a user computer;
the WiFi interface 18 is used for providing WiFi for the device connected with the intelligent power controller 1.
In this embodiment, the interface module 4 further includes an RF antenna interface 15, an infrared interface 16, a computer interface 17 and a WiFi interface 18, where the RF antenna interface 15, the infrared interface 16, the computer interface 17 and the WiFi interface 18 are all connected to the control board 9, an RF (radio frequency) interface is used to transmit radio frequency signals, the application range is wide, televisions on the market all have this interface at present, and the infrared interface can receive infrared rays emitted by the remote controller 3, then controls the external device according to the infrared rays, and is connected to an external computer through the computer interface 17, and can be used as the upper computer 2 to control the intelligent power controller 1, and the intelligent power controller 1 further includes the WiFi interface 18, and WiFi is provided through the WiFi interface 18, so that the external device obtains other controllers and enters the intelligent power controller 1 under the same network The intelligent power supply device works, and the intelligent power supply device is connected with a network and has the capability of providing WiFi. Of course, the interface module 4 may also include other interfaces, such as dry contact input and output interfaces, an RS-485 interface, an RS-232 interface, and so on.
Further, the intelligent power management system further comprises a mobile device module 19 and a computer device module 20, wherein the mobile device module 19 is connected with the WiFi interface 18, and the computer device module 20 is connected with the computer interface 17;
the mobile device module 19 is configured to connect and control the intelligent power controller 1 through the WiFi;
the computer device module 20 is configured to control the intelligent power controller 1 through the computer interface 17.
In this embodiment, the intelligent power management system further includes a mobile device module 19 and a computer device module 20, the mobile device module 19 is connected to the WiFi interface 18, the computer device module 20 is connected to the computer interface 17, the mobile device module 19 includes all mobile devices with networking functions such as a mobile phone or a tablet, and the mobile device module 19 needs an android2.2 version or more or an ios7.0 version or more to operate, the computer device module 20CPU includes more than two cores, 768 or more memory, 1024 × 768 or more resolution of a display, 200M or more hard disk remaining space, WINDOWS 7, WINDOWS 8, and WINDOWS 10 operating systems, and XP system is not supported.
Further, the intelligent power management system further comprises a display module 21, and the display module 21 is connected with the RF antenna interface 15;
the display module 21 is configured to perform coordination control on the intelligent power controller 1.
In this embodiment, the intelligent power management system further includes a display module 21, the display module 21 is connected to the RF antenna interface 15, and under L inux operating system, the display module 21 used in intelligent areas such as cinema, home, conference room, apartment, hotel, community, etc. operates the set-top box under the intelligent power controller 1 to realize intelligent control of devices and scenes such as lights, curtains, air conditioners, monitoring, security, music, movies, etc., thereby realizing intelligent application and simplifying life.
Referring to fig. 3, the present invention provides an intelligent power management method, including:
and S101, completing control protocol configuration according to the acquired initial parameters.
Specifically, engineering information and equipment information are obtained, configuration data in an intelligent power supply controller 1 are transmitted to an upper computer 2 to modify and configure data, the equipment information is perfected, engineering project information and after-sales technical support information are recorded, corresponding driving and control modes are established, corresponding self-defined trigger events are obtained according to the established driving, and meanwhile, initial setting and management of a system are carried out on the upper computer, wherein the initial setting and management of the system on the upper computer comprise language setting, time setting, factory setting and user management, the supported control modes comprise infrared, RS232, RS485, TCP, UDP, CAN, Zigbee and dry contact point output, serial ports are selected and corresponding serial port parameters are selected according to Yamaha control protocol document, and the establishment of the driving is completed.
And S102, controlling the connected equipment according to the control protocol configuration.
Specifically, according to the control protocol configuration, the equipment connected with the intelligent power controller 1 can be subjected to protocol control through the remote controller 3, the mobile equipment module 19, the computer equipment module 20 or the display module 21 and the like which are matched with or networked with the intelligent power controller 1, equipment information of all the equipment connected with the intelligent power controller is read and transmitted to the upper computer for storage, control complexity caused by excessive external equipment is avoided, and the dual problems of intelligent audio-visual and intelligent multimedia classroom, various independent equipment control of intelligent conference and equipment power management are solved
The invention relates to an intelligent power supply management system and a method thereof, wherein the intelligent power supply management system comprises an intelligent power supply controller 1, an upper computer 2 and a remote controller 3, the upper computer 2 is connected with the intelligent power supply controller 1, the remote controller 3 is connected with the intelligent power supply controller 1, the intelligent power supply controller 1 comprises an interface module 4, a light control module 5, a projection control module 6, a playing control module 7 and a power amplifier control module 8, the interface module 4 is connected with the upper computer 2 and the remote controller 3, the light control module 5, the projection control module 6, the playing control module 7 and the power amplifier control module are connected with the interface module 4, according to the obtained initial information, after the protocol control configuration is carried out on the intelligent power supply controller 1 by the upper computer 2, an external device is connected with the intelligent power supply controller 1 by the interface module 4, and the remote controller 3 or other terminals are used for controlling the light control module 5, the projection control module 6, the playing control module 7 and the power amplifier control module to control corresponding external equipment, so that the coordination control of multiple devices is realized.
While the invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (10)
1. An intelligent power management system is characterized by comprising an intelligent power controller, an upper computer and a remote controller, wherein the upper computer is connected with the intelligent power controller, the remote controller is connected with the intelligent power controller, the intelligent power controller comprises an interface module, a light control module, a projection control module, a play control module and a power amplifier control module, the interface module is connected with the upper computer and the remote controller, and the light control module, the projection control module, the play control module and the power amplifier control module are connected with the interface module;
the upper computer is used for carrying out system setting on the intelligent power supply controller;
the remote controller is used for remotely controlling the intelligent power controller;
the interface module is used for connecting the upper computer, the light source, the player, the projection equipment or the power amplifier equipment and receiving a control signal sent by the remote controller;
the light control module is used for performing coordination control on the connected light sources;
the projection control module is used for performing coordination control on the connected projection equipment;
the playing control module is used for performing coordination control on the connected player;
and the power amplifier control module is used for performing coordination control on the connected power amplifier equipment.
2. The intelligent power management system of claim 1, wherein the interface module comprises a control board, a plurality of controllable power interfaces, a plurality of normally powered interfaces, an HDMI interface, a USB interface, and a network interface, the control board is connected to the light control module, the projection control module, the playback control module, and the power amplifier control module, and the controllable power interfaces, the normally powered interfaces, the HDMI interface, the USB interface, and the network interface are all connected to the control board;
the control panel is used for performing coordination control on the connecting equipment;
the controllable power interface is used for performing coordinated power supply on connected equipment;
the constant power supply interface is used for continuously supplying power;
the HDMI is used for transmitting audio and video images;
the USB interface is used for transmitting data;
and the network interface is used for communicating the intelligent power controller with a network.
3. The intelligent power management system of claim 2, wherein said interface module further comprises an RF antenna interface, an infrared interface, a computer interface, and a WiFi interface, said RF antenna interface, said infrared interface, said computer interface, and said WiFi interface all being connected to said control board;
the RF antenna interface is used for transmitting radio frequency signals;
the infrared interface is used for receiving infrared rays emitted by the remote controller;
the computer interface is used for connecting with a user computer;
the WiFi interface is used for providing WiFi for equipment connected with the intelligent power controller.
4. The intelligent power management system according to claim 3, further comprising a mobile device module and a computer device module, wherein the mobile device module is connected to the WiFi interface, and the computer device module is connected to the computer interface,
the mobile equipment module is used for connecting and controlling the intelligent power supply controller through the WiFi;
and the computer equipment module is used for controlling the intelligent power controller through the computer interface.
5. The intelligent power management system according to claim 3, further comprising a display module, wherein said display module interfaces with said RF antenna;
and the display module is used for carrying out coordination control on the intelligent power controller.
6. An intelligent power management method, comprising:
completing control protocol configuration according to the obtained initial parameters;
and controlling the connected equipment according to the control protocol configuration.
7. The intelligent power management method of claim 6, wherein said completing the configuration of the control protocol according to the obtained initial parameters comprises:
and acquiring engineering information and equipment information, transmitting configuration data in the intelligent power supply controller to an upper computer for data modification and configuration, perfecting the equipment information, and establishing corresponding drive.
8. The intelligent power management method according to claim 7, wherein said completing the configuration of the control protocol according to the obtained initial parameters further comprises:
and according to the established drive, obtaining a corresponding self-defined trigger event, and simultaneously carrying out initial setting and management on the upper computer.
9. The intelligent power management method of claim 8, wherein controlling the connected devices according to the control protocol configuration comprises:
and carrying out protocol control on equipment connected with the intelligent power controller according to the control protocol configuration.
10. The intelligent power management method of claim 9, wherein controlling the connected devices according to the control protocol configuration, further comprises:
and reading the equipment information of all the equipment connected with the intelligent power controller, and transmitting the equipment information to the upper computer for storage.
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| CN202010326256.7A CN111505955A (en) | 2020-04-23 | 2020-04-23 | Intelligent power supply management system and method thereof |
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Application publication date: 20200807 |