CN211831259U - Intelligent scene light control system - Google Patents
Intelligent scene light control system Download PDFInfo
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- CN211831259U CN211831259U CN202020690762.XU CN202020690762U CN211831259U CN 211831259 U CN211831259 U CN 211831259U CN 202020690762 U CN202020690762 U CN 202020690762U CN 211831259 U CN211831259 U CN 211831259U
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Abstract
The utility model relates to an intelligence lighting technology field, in particular to intelligence scene light control system, include: the system comprises a collection end, a system management end, a client control end, a system control end and an output terminal. The acquisition end is used for acquiring control signals of the illumination space; the client control end is various control devices for controlling the lighting space; the system control end is used for switching value output and switching on or switching off equipment of the output terminal; the system management terminal is respectively connected with the acquisition terminal, the client control terminal and the system control terminal through a Wifi and Zigbee dual-mode wireless transmission mode to transmit data; the intelligent scene light control system in the embodiment realizes the output control of various intelligent scene lights through the matching of the acquisition terminal, the system management terminal, the client control terminal, the system control terminal and the output terminal, and meets the light control requirements of different occasions.
Description
Technical Field
The utility model relates to an intelligence lighting technology field, in particular to intelligence scene light control system.
Background
With the improvement of living standards of people and the development of light sources, the requirements of people on illumination are higher and higher, a harmonious atmosphere and a comfortable environment are required to be created by utilizing light, a dynamic effect is created, the operation is simple and convenient, and in the traditional light control, an operator starts and stops an illumination switch on time every day or starts an illumination system at a preset time. This kind of mode consumes the human cost height, and is inefficient, and unreliable, and whether the light is actually opened or closed unmanned understanding, often has the waste of electric energy, has certain defect.
Therefore, it is desirable to provide an intelligent scene lighting control system to solve the above technical problems.
SUMMERY OF THE UTILITY MODEL
The utility model provides an intelligence scene light control system, through system management end, collection end, customer control end, system control end, output terminal's cooperation, realized multiple different intelligence scene light output control, solved opening of illumination light unicity, can not use the scene function control of formation with other equipment simultaneously, consume the human cost height, it is efficient, the complicacy of circuit wiring, the poor and power extravagant big scheduling problem of node expansibility.
In order to solve the technical problem, the utility model adopts the technical scheme that:
an intelligent scene light control system comprising:
the acquisition end is used for acquiring control signals of the illumination space;
the client control end is used for controlling various control devices of the lighting space;
the system control end is used for switching value output and switching on or off equipment of the output terminal;
the system management terminal is connected with the acquisition terminal in a Wifi and Zigbee dual-mode wireless transmission mode and is used for receiving the control signal acquired by the acquisition terminal; the client control end is connected with the server and used for receiving and storing the control signal transmitted by the client control end; the equipment is connected with the system control end, sends a control instruction to the system control end and switches on or off the output terminal;
and the output terminal is respectively connected with the system management terminal, the system control terminal and the client control terminal in a Zigbee wireless transmission mode and is used for executing control instruction signals sent by the system control terminal and the client control terminal and switching on or off different scene light modes.
In the intelligent scene lighting control system of the present invention, the system management end includes an intelligent gateway, a wireless router, the internet, and a computer terminal;
the intelligent gateway is internally provided with an MCU, a Wifi chip, a Zigbee chip and an integrated circuit, adopts a Zigbee + Wifi dual-mode wireless transmission mode, and is communicated with a wireless router through Wifi to access the Internet to realize a remote control function; the Zigbee nodes in the Zigbee and acquisition end, the client control end, the system control end and the output terminal are networked to carry out data transmission, and the received signals are managed and controlled in a centralized manner, so that the functions of centralized control of LED lamps, timing switching, full-on and full-off, control of various scene lamplight and memory are realized.
Intelligence scene light control system in, gather the end, include:
the Zigbee door magnetic sensor is used for detecting whether a door of the illumination space is opened or closed, and performing data transmission with the intelligent gateway through Zigbee networking; the Zigbee door magnetic sensor consists of a wireless transmitting module and a magnetic block and is arranged above the inner side of the door;
the Zigbee human body infrared sensor is used for detecting whether a person exists in a certain area of the illumination space, and performs data transmission with the intelligent gateway through Zigbee networking;
and the Zigbee illumination sensor is used for detecting the illumination of a certain area of the illumination space and carrying out data transmission with the intelligent gateway through Zigbee networking.
In the intelligent scene lighting control system of the present invention, the client control end includes a panel switch and a mobile phone client; the panel switch and the intelligent gateway are networked through Zigbee to carry out data transmission, and a scene light mode is set for controlling the switching functions of the conference system, the air conditioning system and the curtain control module and carrying out switching, brightness adjustment and dimming and scene light control on the LED lamp;
the mobile phone client communicates with the intelligent gateway through Wifi connection for data transmission, and is provided with a scene light mode for controlling the switching functions of the conference system, the air conditioning system and the curtain control module and carrying out operations such as switching, dimming, scene light control and the like on the LED lamp.
Intelligence scene light control system in, the customer control end still includes LED lamp remote controller, LED lamp remote controller is used for control LED lamp drive module is right for it is right to pass through LED lamp drive module the LED lamp carries out the switch, adjusts luminance and scene light control.
In the intelligent scene lighting control system of the present invention, the system control end includes a Zigbee scene controller; the Zigbee scene controller is respectively connected with the conference system, the air conditioning system and the curtain control module for communication, is matched with the intelligent gateway for use, and outputs different scene light control modes.
In the intelligent scene light control system of the utility model, the Zigbee scene controller adopts a Zigbee wireless technology to communicate with the intelligent gateway, and adopts wired connection to communicate with the conference system, the air conditioning system and the curtain control module respectively; the scene controller integrates a Zigbee chip, an MCU main control chip and a relay module, is provided with eight switching value output ports and is used for controlling equipment of an output terminal.
In the intelligent scene lighting control system of the present invention, the output terminal includes the conference system, the air conditioning system, the curtain control module, the LED lamp driving module and the LED lamp; the conference system, the air conditioning system and the curtain control module are respectively communicated with the Zigbee scene controller by adopting line connection; the LED lamp driving module is respectively in Zigbee networking with the intelligent gateway and the LED lamp remote controller, receives a control instruction to control the LED lamp driving module, and performs operations such as switching on and off, dimming and scene light control on the LED lamp.
Intelligence scene light control system in, computer terminal and internet, wireless router, intelligent gateway connection communication can set up scene light mode through control software, be used for control conference system, air conditioning system, (window) curtain control module's switch function, and to the LED lamp carries out the switch, adjusts luminance and scene light control.
Intelligence scene light control system in, the system control end includes the extension module for new functional module is connected in the extension.
The utility model discloses compare in prior art, its beneficial effect is: the utility model discloses a system management end, collection end, customer control end, system control end, output terminal's cooperation has realized multiple different intelligent scene light output control, can be provided with multiple different scene control mode, sets up scene function, satisfies the light control demand of different occasions.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required to be used in the embodiments are briefly introduced below, and the drawings in the following description are only corresponding drawings of some embodiments of the present invention.
Fig. 1 is an expansion diagram of the preferred embodiment of the intelligent scene lighting control system of the present invention.
Fig. 2 is the scene controller control schematic diagram of the preferred embodiment of the intelligent scene lighting control system of the present invention.
Fig. 3 is the utility model discloses an intelligent gateway circuit schematic diagram of the preferred embodiment of intelligent scene light control system.
Fig. 4 is the utility model discloses a LED lamp drive module control schematic diagram of the preferred embodiment of intelligent scene light control system.
The system comprises a collection terminal 11, a client control terminal 12, a system management terminal 13, an output terminal 14, a system control terminal 15, a Zigbee door sensor 111, a Zigbee human infrared sensor 112, a Zigbee illuminance sensor 113, a panel switch 121, a mobile phone client 122, an LED lamp remote controller 123, an intelligent gateway 131, a wireless router 132, the internet 133, a computer terminal 134, a conference system 141, an air conditioning system 142, a curtain control module 143, an LED lamp 144, an LED lamp driving module 145, an LED power module 1451, a driving chip 1452, a Zigbee scene controller 151, an expansion module 152, an MCU1311, a Wifi chip 1312, a Zigbee chip 1313, a Zigbee chip 1511, an MCU main control chip 1512, a relay module 1513, and an eight-way switching value output port 1514.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by the skilled in the art without creative work belong to the protection scope of the present invention.
Following do the utility model provides a pair of can solve above technical problem's intelligent scene light control system's preferred embodiment.
In the drawings, elements having similar structures are denoted by the same reference numerals.
The terms "first," "second," and the like in the terms of the present invention are used for descriptive purposes only and are not to be construed as indicating or implying relative importance, nor should they be construed as limiting in any way.
The utility model provides an intelligence scene light control system's preferred embodiment does:
referring to fig. 1, an intelligent scene lighting control system includes: the system comprises a collection terminal 11, a client control terminal 12, a system management terminal 13, an output terminal 14 and a system control terminal 15. The acquisition end 11 is used for acquiring control signals of the illumination space. The client control 12 is a variety of control devices that control the lighting space. The system management terminal 13 is connected with the acquisition terminal through a Wifi and Zigbee dual-mode wireless transmission mode and is used for receiving the control signal acquired by the acquisition terminal; the client control end is connected with the server and is used for receiving and storing the control signal transmitted by the client control end; and the device is connected with the system control end, sends a control instruction to the system control end and switches on or off the output terminal. The system control terminal 15 is used for switching on and off the output, and turning on or off the output terminal. The output terminal 14 is connected to the system management terminal 13, the system control terminal 15, and the client control terminal 12 through a Zigbee wireless transmission manner, and is configured to execute control instruction signals sent by the system control terminal 15 and the client control terminal 12, and turn on or turn off different scene lighting modes. The intelligent scene light control system in this embodiment realizes multiple different intelligent scene light output controls through the cooperation of the system management end 13, the acquisition end 11, the client control end 12, the system control end 15 and the output terminal 14, can be provided with multiple different scene control modes to set scene functions, meets the light control requirements of different occasions, solves the problems of single opening of lighting light, incapability of using the formed scene function control with other equipment at the same time, high labor cost, low efficiency, complex circuit wiring, poor node expansibility, large power waste and the like, and is suitable for various commercial spaces such as markets, offices, exhibition halls, libraries and museums.
Referring to fig. 3, the system management terminal 13 includes an intelligent gateway 131, a wireless router 132, the internet 133, and a computer terminal 134. The intelligent gateway 131 is internally provided with an MCU1311, a Wifi chip 1312, a Zigbee chip 1313 and an integrated circuit, adopts a Zigbee + Wifi dual-mode wireless transmission mode, and is communicated with the wireless router 132 through Wifi to access the Internet 133 so as to realize a remote control function; the Zigbee nodes in the Zigbee and acquisition end 11, the client control end 12, the system control end 13 and the output terminal 14 are networked to carry out data transmission, and the received signals are managed and controlled in a centralized manner, so that the functions of centralized control of LED lamps, timing switching, full-on and full-off, control of various scene lamplight and memory are realized.
The acquisition end 11 comprises a Zigbee door magnetic sensor 111, a Zigbee human body infrared sensor 112, and a Zigbee illuminance sensor 113. The Zigbee door magnetic sensor 111 is used to detect whether a door of the lighting space is opened or closed, and performs data transmission with the intelligent gateway 131 through Zigbee networking; the Zigbee door magnetic sensor consists of a wireless transmitting module and a magnetic block and is arranged above the inner side of the door. The Zigbee human infrared sensor 112 is used to detect whether a person exists in a certain area of the lighting space, and performs data transmission with the intelligent gateway 131 through Zigbee networking. The Zigbee illuminance sensor 113 is configured to detect illuminance of a certain area in the lighting space, and perform data transmission with the intelligent gateway 131 through Zigbee networking.
The client control end 12 includes a panel switch 121 and a handset client 122. The panel switch 121 and the intelligent gateway 131 perform data transmission through Zigbee networking. And the panel switch 121 is provided with a scene light mode for controlling the switching functions of the conference system, the air conditioning system and the curtain control module, and switching, dimming and scene light control of the LED lamp.
The mobile client 122 and the intelligent gateway 131 are in Wifi connection communication for data transmission, and the mobile client 122 is provided with a scene light mode for controlling the switching functions of the conference system, the air conditioning system and the curtain control module, and performing operations such as switching on and off, dimming and scene light control on the LED lamp.
The client control end 12 further includes an LED lamp remote controller 123, where the LED lamp remote controller 123 is configured to control the LED lamp driving module 145, and is configured to perform switching, dimming and scene light control on the LED lamp 144 through the LED lamp driving module 145.
The system control terminal 15 includes a Zigbee scene controller 151; the Zigbee scene controller 151 is respectively connected to and communicated with the conference system 141, the air conditioning system 142, and the curtain control module 143, and is used in cooperation with the intelligent gateway 131 to output different scene lighting control modes.
Referring to fig. 2, the Zigbee scene controller 151 is connected and communicated with the intelligent gateway 131 by using Zigbee wireless technology, and is respectively connected and communicated with the conference system 141, the air conditioning system 142, and the curtain control module 143 by using wired connections; the scene controller 151 integrates a Zigbee chip 1511, an MCU main control chip 1512, and a relay module 1513, and is provided with an eight-way switching value output port 1514 for controlling devices of the output terminal 14. And the system control terminal 15 includes an expansion module 152 for expanding and connecting new function modules.
The output terminal 14 comprises a conference system 141, an air conditioning system 142, a curtain control module 143, an LED lamp driving module 145 and an LED lamp 144; the conference system 141, the air conditioning system 142 and the curtain control module 143 are respectively in line connection communication with the Zigbee scene controller 151; the LED lamp driving module 145 performs Zigbee networking with the intelligent gateway 131 and the LED lamp remote controller 123, receives a control instruction to control the LED lamp driving module 145, and performs operations such as switching on and off, dimming on and off, and scene light control on the LED lamp 144.
The computer terminal 134 is connected with the internet 133, the wireless router 132 and the intelligent gateway 131 for communication, and a scene light mode can be set through control software on the computer terminal 134, so as to control the switching functions of the conference system 141, the air conditioning system 142 and the curtain control module 143, and to control the switching, the brightness adjustment and the dimming of the LED lamp 144 and the scene light.
The following describes a specific working principle of the intelligent scene lighting control system in this embodiment:
signal acquisition: the method comprises the steps that signals of all areas are collected through a Zigbee door sensor 111, a Zigbee human body infrared sensor 112, a Zigbee illumination sensor 113 and the like of a collecting end 11, collected data are transmitted to an intelligent gateway 131 through a Zigbee wireless technology, and all lights and various devices are controlled in a centralized mode through the intelligent gateway 131; the Zigbee door magnetic sensor 111 is used to detect whether a door is opened or closed, and send a signal source to the intelligent gateway 131 for turning on or off light; the Zigbee human body infrared sensor 112 is used for detecting whether a person exists in a certain area, and when the person exists, the light is automatically turned on, and when the person leaves, the light is turned off in a delayed manner; the Zigbee illuminance sensor 113 is used to detect the illuminance of a certain area, automatically turn on the light according to the natural light difference, and automatically turn off the light when the natural light is sufficient; the combination of various sensors has the characteristics of flexible combination, intelligent control and the like, is favorable for the accurate control and the humanized control of a system, and can meet the use requirements of different users.
Signal processing: the system management end 13 consists of an intelligent gateway 131, a wireless router 132, the internet 133 and a computer terminal 134; the intelligent gateway 131 is internally provided with an MCU1311, a Wifi chip 1312, a Zigbee chip 1313 and an integrated circuit, has Wifi and Zigbee dual-mode wireless transmission, can be connected with the Internet 133 in a networking manner with the wireless router 132, and can set different scene light modes through the computer terminal 134 to realize remote control; and the system can be automatically networked with Zigbee nodes, and the received signals are managed and controlled in a centralized manner, so that the functions of centralized control of the LED lamps 144, timing switch, full-on and full-off, light control of various scenes, memory and the like are realized.
Scene control management: the combination of the intelligent gateway 131 and the Zigbee scene controller 151 can set different scene light control modes through software on the computer terminal of the system management terminal 13, or the mobile phone APP can set different scene light control modes as well; the Zigbee controller 151 is internally provided with a Zigbee chip 1511, an MCU main control chip 1512, an 8-way relay 1513 and an integrated circuit; data communication is carried out with the intelligent gateway 131 through a Zigbee wireless technology, received data is processed by the MCU main control chip 1512 and then a control instruction is sent to determine whether to switch on or switch off the relay module 1513, the data is output as a switching value, and connected terminal devices, such as the LED lamp 144, the conference system 141, the air conditioning system 142 and the curtain control module 143, are switched on or switched off;
and wireless control output: the wireless control output is operated by the client control end 12; the client control end 12 comprises a panel switch 121, a mobile phone client 122, an LED lamp remote controller 123 and the like; a Zigbee chip is arranged in the panel switch 121, can be automatically networked with Zigbee nodes to perform wireless communication control, and sends a control instruction to the intelligent gateway 131 to perform centralized control, timing switch, full-on and full-off, light control of various scenes, memory function and setting and other operations on the LED lamps 144; the mobile phone can be connected with the intelligent gateway 131 through Wifi through the APP software on the mobile phone client 122, and at this time, centralized control, timing switching, full-on full-off, various scene light control, memory function and setting and other operations on the LED lamp 144 can be realized on the mobile phone APP software, and the same function operation can be remotely realized on the LED lamp 144 through a mode of accessing the Internet 133 through a network; the LED lamp driving module 145 can be remotely controlled through the LED lamp remote controller 123 to perform operations such as switching on and off, dimming and scene light control on the LED lamp 144; referring to fig. 4, the LED lamp driving module 145 is built in with a Zigbee chip, an LED power module 1451, a driving chip 1452, a relay, and an integrated circuit, and the driving chip 1452 outputs a Pulse Width Modulation (PWM) signal with a high frequency pulse generator to adjust the light of the LED lamp.
In summary, although the present invention has been described with reference to the preferred embodiments, the above-described preferred embodiments are not intended to limit the present invention, and those skilled in the art can make various changes and modifications without departing from the spirit and scope of the present invention, so that the scope of the present invention shall be determined by the scope of the appended claims.
Claims (10)
1. An intelligent scene light control system, comprising:
the acquisition end is used for acquiring control signals of the illumination space;
the client control end is used for controlling various control devices of the lighting space;
the system control end is used for switching value output and switching on or off equipment of the output terminal;
the system management terminal is connected with the acquisition terminal in a Wifi and Zigbee dual-mode wireless transmission mode and is used for receiving the control signal acquired by the acquisition terminal; the client control end is connected with the server and used for receiving and storing the control signal transmitted by the client control end; the equipment is connected with the system control end, sends a control instruction to the system control end and switches on or off the output terminal;
and the output terminal is respectively connected with the system management terminal, the system control terminal and the client control terminal in a Zigbee wireless transmission mode and is used for executing control instruction signals sent by the system control terminal and the client control terminal and switching on or off different scene light modes.
2. The intelligent scene light control system of claim 1, wherein the system management end comprises an intelligent gateway, a wireless router, the internet and a computer terminal;
the intelligent gateway is internally provided with an MCU, a Wifi chip, a Zigbee chip and an integrated circuit, adopts a Zigbee + Wifi dual-mode wireless transmission mode, and is communicated with a wireless router through Wifi to access the Internet to realize a remote control function; the Zigbee nodes in the Zigbee and acquisition end, the client control end, the system control end and the output terminal are networked to carry out data transmission, and the received signals are managed and controlled in a centralized manner, so that the functions of centralized control of LED lamps, timing switching, full-on and full-off, control of various scene lamplight and memory are realized.
3. The intelligent scene light control system of claim 2, wherein the collection end comprises:
the Zigbee door magnetic sensor is used for detecting whether a door of the illumination space is opened or closed, and performing data transmission with the intelligent gateway through Zigbee networking; the Zigbee door magnetic sensor consists of a wireless transmitting module and a magnetic block and is arranged above the inner side of the door;
the Zigbee human body infrared sensor is used for detecting whether a person exists in a certain area of the illumination space, and performs data transmission with the intelligent gateway through Zigbee networking;
and the Zigbee illumination sensor is used for detecting the illumination of a certain area of the illumination space and carrying out data transmission with the intelligent gateway through Zigbee networking.
4. The intelligent scene light control system of claim 2, wherein the client control end comprises a panel switch and a mobile phone client; the panel switch and the intelligent gateway are networked through Zigbee to carry out data transmission, and a scene light mode is set for controlling the switching functions of a conference system, an air conditioning system and a curtain control module and carrying out switching, brightness adjustment and dimming and scene light control on the LED lamp;
the mobile phone client communicates with the intelligent gateway through Wifi connection for data transmission, and is provided with a scene light mode for controlling the switching functions of the conference system, the air conditioning system and the curtain control module and carrying out switching, dimming and scene light control operations on the LED lamp.
5. The intelligent scene light control system according to claim 4, wherein the client control end further comprises an LED lamp remote controller, and the LED lamp remote controller is used for controlling the LED lamp driving module and is used for switching on and off, dimming and controlling scene light of the LED lamp through the LED lamp driving module.
6. The intelligent scene light control system of claim 4, wherein the system control end comprises a Zigbee scene controller; the Zigbee scene controller is respectively connected with the conference system, the air conditioning system and the curtain control module for communication, is matched with the intelligent gateway for use, and outputs different scene light control modes.
7. The intelligent scene light control system of claim 6, wherein the Zigbee scene controller is connected and communicated with the intelligent gateway by a Zigbee wireless technology, and is respectively connected and communicated with the conference system, the air conditioning system and the curtain control module by wired connections; the scene controller integrates a Zigbee chip, an MCU main control chip and a relay module, is provided with eight switching value output ports and is used for controlling equipment of an output terminal.
8. The intelligent scene light control system of claim 7, wherein the output terminal comprises the conference system, an air conditioning system, a curtain control module, an LED lamp driving module and an LED lamp; the conference system, the air conditioning system and the curtain control module are respectively communicated with the Zigbee scene controller by adopting line connection; the LED lamp driving module is respectively in Zigbee networking with the intelligent gateway and the LED lamp remote controller, receives a control instruction to control the LED lamp driving module, and performs switching, dimming and scene light control operations on the LED lamp.
9. The intelligent scene light control system of claim 4, wherein the computer terminal is connected with the internet, the wireless router and the intelligent gateway for communication, and sets a scene light mode through control software for controlling the switching functions of the conference system, the air conditioning system and the curtain control module, and performing switching, dimming and scene light control on the LED lamp.
10. The intelligent scene light control system of claim 6, wherein the system control end comprises an expansion module for expanding and connecting new function modules.
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| CN113175636A (en) * | 2021-05-08 | 2021-07-27 | 深圳市明泰润投资发展有限公司 | Light structure of precious stone wall and control system thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113175636A (en) * | 2021-05-08 | 2021-07-27 | 深圳市明泰润投资发展有限公司 | Light structure of precious stone wall and control system thereof |
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