CN203504827U - Intelligent Lighting Control System - Google Patents

Intelligent Lighting Control System Download PDF

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CN203504827U
CN203504827U CN201320594673.5U CN201320594673U CN203504827U CN 203504827 U CN203504827 U CN 203504827U CN 201320594673 U CN201320594673 U CN 201320594673U CN 203504827 U CN203504827 U CN 203504827U
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胡成鹄
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Jiangsu Handesen Intelligent Technology Co ltd
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Nanjing Handson Science & Technology Corp
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
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Abstract

本实用新型提供一种智能照明控制系统，包括一个DALI总线模块，一个电源模块，一个按键模块，一个显示模块，一个MCU模块，其中，电源模块与外界市电和所有前述其它模块相连，采用开关电源工作模式；MCU模块与电源模块、DALI总线模块、显示模块及按键模块相连，MCU模块核心器件为XMEGA16D4；DALI总线模块与电源模块和MCU模块相连；按键模块与MCU模块和电源模块相连；通过采用DALI智能系统不仅能控制单个灯具的照明，而且能够对多个灯具进行编组控制，还可以对不同区域的灯具进行统一控制，大大方便了灯具的使用。

Figure 201320594673

The utility model provides an intelligent lighting control system, which includes a DALI bus module, a power supply module, a button module, a display module, and an MCU module, wherein the power supply module is connected with the external mains and all the aforementioned other modules, and adopts a switch Power working mode; the MCU module is connected with the power module, DALI bus module, display module and key module, and the core device of the MCU module is XMEGA16D4; the DALI bus module is connected with the power module and the MCU module; the key module is connected with the MCU module and the power module; The DALI intelligent system can not only control the lighting of a single lamp, but also group and control multiple lamps. It can also uniformly control lamps in different areas, which greatly facilitates the use of lamps.

Figure 201320594673

Description

Intelligent lighting system
Technical field
The utility model relates to take MCU as processor, the electronic installation based on signal processing and mechanics of communication, and particularly a kind of control system of intelligent lighting, is applicable to lighting field.
Background technology
Existing industrial lighting, commercial illumination, home lighting field mostly adopts region to divide and controls lamp lighting, such illumination is just simply opened or closes, utilize simple switch to present the effect of building and outdoor scene, be difficult to meet people's esthetic requirement, simultaneously, the switch of light fixture must arrive the metope operation that lamp switch is installed, convenient not.Mounted lamp switch on body of wall, has also affected the aesthetic feeling of body of wall, has destroyed overall structure.
Existing lighting field, general light fixture is relatively difficult to realization and carries out active accommodation brightness regulation according to ambient brightness, and, the most non-LED of existing light fixture, power is large, and energy consumption is large, and luminous efficiency is low.
Based on microprocessor, the intelligent illuminating system of network communication and automatic technology, possesses easy to operate, powerful, maintain easily the advantage such as autgmentability is strong, along with the progress of technology and the increase of the market demand, intelligent lighting system has progressively occupied the mainstream market of lighting field.
In DALI system, use serial data stream information, this information is comprised of address and order two parts, represents respectively ' 0 ' and ' 1 ' data, and use each address with the star communication of broadcasting format with the voltage swing between two data lines.System forms the structure that is divided into the corresponding a plurality of slaves of a main frame.In general, DALI communication can be set up 64 addresses and 16 group addresss.
Summary of the invention
The purpose of this utility model is for the existing problem of prior art: inconvenient whole control of light fixture in 1 region; The brightness of 2 illuminations can not be carried out self adaptation adjustment to environment; The switch of 3 light fixtures needs artificial interference, and operation can not timing automatic operate; The brilliance control of 4 illuminations is cumbersome.A kind of intelligent lighting system is provided now.
For achieving the above object, the utility model adopts following technical scheme:
An intelligent lighting system, comprises a DALI bus module, a power module, a key-press module, a display module, a MCU module, wherein, power module is connected with all aforementioned other modules with external commercial power, adopts Switching Power Supply mode of operation; MCU module is connected with power module, DALI bus module, display module and key-press module, and MCU module core devices is XMEGA16D4; DALI bus module is connected with MCU module with power module; Key-press module is connected with power module with MCU module;
Key-press module comprises that brightness increases key, and brightness reduces key, sight state switch key, state storage key, electric power on/off key, loop switch key and reset key;
Power module is responsible for civil power 220V to change into the 24V that system works needs, 5V DC power supply;
Indicating module is responsible for indicating parameter, ambient temperature, ambient brightness and/or the situation of presence pattern of current brightness, operative sensor;
DALI bus module is responsible for DALI hardware interface, and the data in bus are sent into MCU microprocessor, and the data of simultaneously MCU being sent change into DALI signal and send.
Further, the inside annexation of DALI bus module is that 2 pin of connector J6 and 1 pin of rectifier bridge stack D103 are connected, 1 pin of connector J6 is connected with 2 pin of rectifier bridge stack D103, the 4 pin ground connection of rectifier bridge stack D103, 3 pin of rectifier bridge stack D103 and 2 pin of resistance R 109, 4 pin of optocoupler U103, 2 pin of resistance R 106, 2 pin of resistance R 102, 1 pin of triode Q101, 1 pin of optocoupler U101 is connected, the 2 pin ground connection of triode Q103, 1 pin of triode Q103 is connected with 1 pin of resistance R 111, 2 pin of resistance R 111 and 2 pin of resistance R 112, 3 pin of optocoupler U103 are connected, 1 pin of resistance R 112 is connected to the ground, 2 pin of optocoupler U103 are connected with MCU module, 1 pin of optocoupler U103 is connected with 1 pin of resistance R 110, 2 pin of resistance R 110 are connected with 5V power supply.1 pin of resistance R 106 is connected with 1 pin of 2 pin of resistance R 107, capacitor C 103,3 pin of chip U102, and 1 pin of resistance R 107 and 2 pin of capacitor C 103 are connected to the ground.4 pin of triode Q101,2 pin are connected with a pin of resistance R 102,2 pin of 5 pin of triode Q101,6 pin, resistance R 101 are connected, 1 pin of resistance R 101 is connected to the ground, 3 pin of triode Q101 are connected with 1 pin of 2 pin of diode D102, diode D101,2 pin of diode D101 are connected with 1 pin of 1 pin of C101, resistance R 103,5 pin of chip U102,1 pin of 2 pin of resistance R 103 and 1 pin of resistance R 105, C102, is connected with 4 pin of chip U102.1 pin of chip U102 is connected with 1 pin of triode Q102, and 2 pin of triode Q102 are connected with 1 pin of resistance R 108, and 3 pin of triode Q102 are connected with 2 pin of optocoupler U101,2 pin ground connection of resistance R 108.
The utility model can not only be controlled the illumination of single light fixture by employing DALI intelligent system, and can organize into groups control to a plurality of light fixtures, can also unify to control to the light fixture of zones of different, greatly facilitates the use of light fixture.
This intelligent lighting system can also pre-store the parameter state of all light fixtures under certain situation, be set as fixing contextual model, such as the morning, afternoon, at dusk, night, the sights such as meeting, when sight switches, can automatically all light fixtures can be switched in the operating state prestoring, make the illumination of light fixture and outside environment reach perfect harmony.
DALI console controller can also be processed the outer signals of being passed back by transducer, such as human-induced signal, and ambient brightness signal, ambient temperature signal etc.Illustrate: when having people through out-of-date, human body sensor detects, and transmits a signal to main frame, after main frame is received, light fixture is lighted automatically.The brightness of all right testing environment of transducer simultaneously, testing result is fed back to DALI main frame, the luminous environment automatic control lamp tool that DALI main frame can have been set according to user is adjusted brightness, user also can set light application time and the brightness of light fixture voluntarily, and can be at any time adjusted, also can need to set voluntarily light application time and the brightness of light fixture according to sight.
The present invention not only can be applicable to industrial lighting, commercial lighting, the occasions such as home lighting, also be particularly suitable for the occasion that the controlled light fixture such as school and industry park distributes and disperses, adopt the present invention to organize into groups control to the controlled light fixture of these dispersions, avoid keeper to remove one by one switch light fixture, also avoided allowing manager find the trouble of numerous dispersion lamp switch simultaneously.
DALI console controller can with guard monitor network internet, responsive occasion, timesharing during such as night of bank, when someone occurs, controller can synchronized transmission information to monitor network, remind administrative staff, play to a certain extent security protection effect.
Accompanying drawing explanation
Fig. 1 is the composition schematic diagram of intelligent lighting system of the present utility model;
Fig. 2 is the inside annexation circuit diagram of DALI bus module;
Fig. 3 is the workflow diagram of intelligent lighting system of the present utility model.
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in further detail.
The utility model is used DALI communications protocol, comprises the communication with various transducers.As shown in Figure 1, intelligent lighting system comprises a DALI bus module, a power module, a key-press module, a display module, a MCU processor module.Power module is connected with all other modules with external commercial power, adopts Switching Power Supply mode of operation; MCU processor module is connected with power module, DALI communication module, display module and key-press module, and MCU module kernel control chip is XMEGA16D4; DALI communication module is connected with MCU module with power module; Key-press module is connected with power module with MCU module.Key-press module comprises that brightness increases key, and brightness reduces key, sight state switch key, state storage key, electric power on/off key, loop switch key and reset key.
Power module is responsible for civil power 220V to change into the 24V that system works needs, 5V DC power supply.
Key-press module is responsible for man-machine interaction, and user is interactive by key-press module and main frame, thereby controls all illuminations.
Indicating module is responsible for indicating the state of current main frame and light fixture, such as current brightness, or the parameter of operative sensor, ambient temperature, ambient brightness, situation of presence pattern etc.
DALI bus module is responsible for DALI hardware interface, and the data in bus are sent into MCU microprocessor, and the data of simultaneously MCU being sent change into DALI signal and send.
Intelligent lighting system as previously discussed, the inside annexation of described DALI bus module interface, as shown in Figure 2, 2 pin of connector J6 are connected with 1 pin of rectifier bridge stack D103, 1 pin of connector J6 is connected with 2 pin of rectifier bridge stack D103, the 4 pin ground connection of rectifier bridge stack D103, 3 pin of rectifier bridge stack D103 and 2 pin of resistance R 109, 4 pin of optocoupler U103, 2 pin of resistance R 106, 2 pin of resistance R 102, 1 pin of triode Q101, 1 pin of optocoupler U101 is connected, the 2 pin ground connection of triode Q103, 1 pin of triode Q103 is connected with 1 pin of resistance R 111, 2 pin of resistance R 111 and 2 pin of resistance R 112, 3 pin of optocoupler U103 are connected, 1 pin of resistance R 112 is connected to the ground, 2 pin of optocoupler U103 are connected with MCU module, 1 pin of optocoupler U103 is connected with 1 pin of resistance R 110, 2 pin of resistance R 110 are connected with 5V power supply.1 pin of resistance R 106 is connected with 1 pin of 2 pin of resistance R 107, capacitor C 103,3 pin of chip U102, and 1 pin of resistance R 107 and 2 pin of capacitor C 103 are connected to the ground.4 pin of triode Q101,2 pin are connected with 1 pin of resistance R 102,2 pin of 5 pin of triode Q101,6 pin, resistance R 101 are connected, 1 pin of resistance R 101 is connected to the ground, 3 pin of triode Q101 are connected with 1 pin of 2 pin of diode D102, diode D101,2 pin of diode D101 are connected with 1 pin of 1 pin of C101, resistance R 103,5 pin of chip U102,1 pin of 2 pin of resistance R 103 and 1 pin of resistance R 105, C102, is connected with 4 pin of chip U102.1 pin of chip U102 is connected with 1 pin of triode Q102, and 2 pin of triode Q102 are connected with 1 pin of resistance R 108, and 3 pin of triode Q102 are connected with 2 pin of optocoupler U101,2 pin ground connection of resistance R 108.
The control method of DALI intelligent illuminating system is: take console controller as main frame, bottom light fixture and transducer are all slave, a main frame and a plurality of slave machine distributed illumination system.Operator is by all slaves of host computer control, and monitors the state of all slaves.
As shown in Figure 3, operator sends instruction by button to the workflow of this intelligent lighting system, after MCU detects, changes into data and sends instruction by DALI module, after controlled light fixture is subject to, according to instruction, shows.Meanwhile, indicating module also shows current state, for operator, observes.
Systemic-function mainly contains: control the brightness of all light fixtures, read its parameter, and, can carry out the additions and deletions of scene switching or group to switch, form the brightness of all current light fixtures of adjustment in bottom, use and increase and reduce button, after pressing, continue to increase or reduce brightness, brightness arrives after target, unclamps button.
On/off key can be turned off all light fixtures or open, if current all lamps, in open mode, by being exactly once to turn off all lamps, then by once, are opened all lamps again.
Repeat to press sight switching key, main frame can be periodically between all contextual models repetend change.
During set scene parameter, first by scene switching key, cyclic switching in all scenes, till while being switched to target scene, then by increasing or reduce button, adjust brightness, after having adjusted, press storage button, the parameter of this contextual model is upgraded by parameter current.
Control key-press module and comprise that a plurality of lighting circuit switches control, and brightness control function, have that scene is switched and scene parameter such as arranges at the function button.Totally 7 buttons, are respectively increase, reduce, and sight switches, state storage, ON/OFF, loop switch etc.
Adjust the brightness of current light fixture, use and increase and reduce button, continue to increase or reduce brightness after pressing, brightness arrives after target, unclamps button.
Switching contextual model, is used sight switching key, after pressing, main frame can be periodically between all contextual models repetend change, arrived after target contextual model, unclamp button.

Claims (2)

1.一种智能照明控制系统，其特征在于：包括一个DALI总线模块，一个电源模块，一个按键模块，一个显示模块，一个MCU模块，其中，电源模块与外界市电和所有前述其它模块相连，采用开关电源工作模式；MCU模块与电源模块、DALI总线模块、显示模块及按键模块相连，MCU模块核心器件为XMEGA16D4；DALI总线模块与电源模块和MCU模块相连；按键模块与MCU模块和电源模块相连； 1. A kind of intelligent lighting control system, it is characterized in that: comprise a DALI bus module, a power supply module, a button module, a display module, an MCU module, wherein, power supply module links to each other with external commercial power and all aforementioned other modules, Switching power supply mode is adopted; the MCU module is connected with the power module, DALI bus module, display module and key module, and the core device of the MCU module is XMEGA16D4; the DALI bus module is connected with the power module and the MCU module; the key module is connected with the MCU module and the power module ; 按键模块包括亮度增加键，亮度减少键，情景状态切换键，状态存储键，电源开/关键，回路切换键和复位按键； The key module includes brightness increase key, brightness decrease key, scene state switching key, state storage key, power on/off key, circuit switching key and reset key; 电源模块负责将市电220V转成系统工作需要的24V，5V直流电源； The power module is responsible for converting the mains 220V into the 24V and 5V DC power required by the system; 指示模块负责指示当前亮度、部分传感器的参数、环境温度、环境亮度和/或当前情景模式； The indicating module is responsible for indicating the current brightness, parameters of some sensors, ambient temperature, ambient brightness and/or current scene mode; DALI总线模块负责DALI硬件接口，将总线上的数据送入MCU微型处理器，同时将MCU发出的数据，转成DALI信号发出。 The DALI bus module is responsible for the DALI hardware interface, sending the data on the bus to the MCU microprocessor, and at the same time converting the data sent by the MCU into DALI signals and sending them out. 2.根据权利要求1所述的智能照明控制系统，其特征在于：所述DALI总线模块的内部连接关系为接插件J6的2脚与整流桥堆D103的1脚相连，接插件J6的1脚与整流桥堆D103的2脚相连，整流桥堆D103的4脚接地，整流桥堆D103的3脚与电阻R109的2脚、光耦U103的4脚、电阻R106的2脚、电阻R102的2脚、三极管Q101的1脚、光耦U101的1脚相连，三极管Q103的2脚接地，三极管Q103的1脚与电阻R111的1脚相连，电阻R111的2脚与电阻R112的2脚、光耦U103的3脚相连，电阻R112的1脚与地相连，光耦U103的2脚与MCU模块相连，光耦U103的1脚与电阻R110的1脚相连，电阻R110的2脚与5V电源相连；电阻R106的1脚与电阻R107的2脚、电容C103的1脚、芯片U102的3脚相连，电阻R107的1脚与电容C103的2脚与地相连；三极管Q101的4脚、2脚与电阻R102的一脚相连，三极管Q101的5脚、6脚、电阻R101的2脚相连，电阻R101的1脚与地相连，三极管Q101的3脚与二极管D102的2脚、二极管D101的1脚相连，二极管D101的2脚与C101的1脚、电阻R103的1脚、芯片U102的5脚相连，电阻R103的2脚与电阻R105的1脚、C102的1脚，与芯片U102的4脚相连；芯片U102的1脚与三极管Q102的1脚相连，三极管Q102的2脚与电阻R108的1脚相连，三极管Q102的3脚与光耦U101的2脚相连，电阻R108的2脚接地。 2. The intelligent lighting control system according to claim 1, characterized in that: the internal connection relationship of the DALI bus module is that pin 2 of the connector J6 is connected with pin 1 of the rectifier bridge stack D103, and pin 1 of the connector J6 Connect with pin 2 of rectifier bridge stack D103, ground pin 4 of bridge stack rectifier D103, pin 3 of bridge stack rectifier D109, pin 2 of resistor R109, pin 4 of optocoupler U103, pin 2 of resistor R106, pin 2 of resistor R102 Pin, pin 1 of triode Q101, pin 1 of optocoupler U101 are connected, pin 2 of triode Q103 is grounded, pin 1 of triode Q103 is connected with pin 1 of resistor R111, pin 2 of resistor R111 is connected with pin 2 of resistor R112, optocoupler Pin 3 of U103 is connected, pin 1 of resistor R112 is connected to ground, pin 2 of optocoupler U103 is connected to MCU module, pin 1 of optocoupler U103 is connected to pin 1 of resistor R110, pin 2 of resistor R110 is connected to 5V power supply; Pin 1 of resistor R106 is connected to pin 2 of resistor R107, pin 1 of capacitor C103, pin 3 of chip U102, pin 1 of resistor R107 is connected to pin 2 of capacitor C103 and ground; pin 4 and pin 2 of transistor Q101 are connected to the resistor One leg of R102 is connected, pins 5 and 6 of triode Q101, pin 2 of resistor R101 are connected, pin 1 of resistor R101 is connected to ground, pin 3 of transistor Q101 is connected with pin 2 of diode D102 and pin 1 of diode D101, Pin 2 of diode D101 is connected with pin 1 of C101, pin 1 of resistor R103 and pin 5 of chip U102, pin 2 of resistor R103 is connected with pin 1 of resistor R105 and pin 1 of C102 is connected with pin 4 of chip U102; Pin 1 of U102 is connected to pin 1 of triode Q102, pin 2 of triode Q102 is connected to pin 1 of resistor R108, pin 3 of triode Q102 is connected to pin 2 of optocoupler U101, pin 2 of resistor R108 is grounded.
CN201320594673.5U 2013-09-26 2013-09-26 Intelligent Lighting Control System Expired - Fee Related CN203504827U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104378672A (en) * 2014-11-14 2015-02-25 戴万谋 Intelligent remote controller
WO2016123747A1 (en) * 2015-02-03 2016-08-11 深圳市海骏电子科技有限公司 Sensor having profile mode setting function
WO2017063610A1 (en) * 2015-10-16 2017-04-20 得能创科有限公司 Method for intelligently installing indoor lamplight system
TWI580906B (en) * 2014-05-08 2017-05-01 台達電子工業股份有限公司 Controlling device, controlling system and controlling method for indoor apparatus

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI580906B (en) * 2014-05-08 2017-05-01 台達電子工業股份有限公司 Controlling device, controlling system and controlling method for indoor apparatus
CN104378672A (en) * 2014-11-14 2015-02-25 戴万谋 Intelligent remote controller
WO2016123747A1 (en) * 2015-02-03 2016-08-11 深圳市海骏电子科技有限公司 Sensor having profile mode setting function
WO2017063610A1 (en) * 2015-10-16 2017-04-20 得能创科有限公司 Method for intelligently installing indoor lamplight system
US10292247B2 (en) 2015-10-16 2019-05-14 Delight Innovative Technologies Limited Intelligent installation method of indoor lighting system
EP3364727A4 (en) * 2015-10-16 2019-06-26 Delight Innovative Technologies Limited METHOD FOR INTELLIGENT INSTALLATION OF AN INDOOR LAMP SYSTEM

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