Intelligent lighting control system

Abstract

The utility model provides an intelligent lighting control system, which is characterized by comprising a lighting device, a single lamp controller, a dimming control device, a dimming control cabinet, a communication module, a mode configuration module, a control module and an information acquisition module, the dimming control device controls the lighting equipment through the single lamp controller, the dimming control device outputs dimming signals to the single lamp controller through the control module, and the information collection module is used for collecting parameters of all sensors in the current environment, processing the parameters and sending the processed parameters to the dimming control device. The dimming control device comprises a control module and a dimming control cabinet, different dimming signals are output to the control module, the dimming control cabinet is composed of a mode configuration module, and the mode configuration module performs dimming mode selection so as to control the dimming control device to output the dimming signals of multiple dimming modes. The dimming control cabinet and the dimming control device are connected with the single lamp controller through the communication module.

Description

Technical Field

[0001] This utility model belongs to the technical field of intelligent lighting systems, and particularly relates to data transmission and real-time control in intelligent traffic lighting systems. Background Technology

[0002] Development Stages of Lighting Equipment Control Systems: Lighting equipment control systems mainly consist of two parts: lighting equipment and the control system itself. Besides using energy-saving lighting equipment, a unified and efficient control system plays a crucial role in the energy conservation and management of streetlights. The control methods for lighting equipment are constantly developing and evolving, mainly through the following stages:

[0003] Manual control (the most basic method of switching on and off by manually turning the power on / off); clock control (using a clock module to time the lights on and off, and to turn them on at different times. However, the lighting strategy is inconvenient to modify and lacks flexibility).

[0004] Photosensitive control (lights are switched on and off by sensing changes in light using a photosensitive probe. This method can be automated, but its stability is not guaranteed due to the influence of objective conditions).

[0005] Area control (the system uses GPRS communication technology, which can remotely control each transformer area and individual line. It combines clock control and latitude and longitude control, and can manually or automatically realize area control according to environmental changes and lighting needs of special events).

[0006] GPRS technology is a mobile data service available to GSM mobile phone users. However, it is prone to packet loss, has low actual speed, and is limited to a single terminal, making it increasingly unsuitable for today's street lighting environment. Therefore, the use of GPRS technology in the wireless Internet of Things will be gradually phased out. Summary of the Invention

[0007] To address the aforementioned technical problems, this utility model provides an intelligent lighting control system, aiming to advance the control method of lighting equipment from the regional control stage to the single-lamp control stage: single-lamp control (based on regional control, using wireless Internet of Things technology to sense the electrical parameters of any one or a group of lighting devices, enabling the switching, dimming, and querying of any one or a group of lighting devices).

[0008] The utility model discloses a technical scheme is realized as follows: An intelligent lighting control system, including lighting equipment, single lamp controller, light control device, light control cabinet, communication module, mode configuration module, control module and information acquisition module, the lighting equipment is used for lighting, the light control device passes through single lamp controller control lighting equipment, the light control device passes through control module output light control signal to single lamp controller, the information acquisition module is used for gathering the parameter of each sensor of current environment and handles and sends to light control device to different light control signal of control module output, the light control cabinet is composed of mode configuration module, mode configuration module carries out light control mode selection to control light control device output multiple light control mode light control signal, the light control cabinet and light control device and single lamp controller are connected through communication module.

[0009] Specifically, the communication module is composed of a router, a terminal server, a gateway module and a wireless communication module, the light control cabinet and the light control device are provided with the gateway module, the gateway module is connected with the terminal server through the router, the light control cabinet, the light control device and the single lamp controller are wirelessly connected with each other through the 2.4GHz communication module, so that the wired connection between the devices is reduced.

[0010] Further, the light control cabinet is composed of the mode configuration module, the mode configuration module is provided with three light control modes, namely a manual mode, an intelligent mode and a timing mode, that is, the intelligent lighting control system is provided with three light control modes, the mode configuration module should be configured with the light control device one by one according to the actual use before the actual use of the intelligent lighting control system, so that the intelligent lighting control system realizes segmented, zoned control light, and even single lamp light.

[0011] Further, the light control device is provided with an information acquisition module, the information acquisition module is composed of an illuminance sensor, an infrared sensor and a sound sensor, the illuminance sensor is used for detecting real-time ambient illuminance, the infrared sensor is used for detecting the motion state of people and objects in the environment area in real time, and the sound sensor is used for detecting the real-time decibel change in the environment area.

[0012] Further, the light adjusting control device is also provided with a control module, which is composed of a current adjusting module and a signal processing module, the light intensity sensor, the infrared sensor and the sound sensor respectively convert the real-time detected information parameters into signals and send them to the signal processing module, the signal processing module comprehensively analyzes and calculates the final calculation result according to the signals transmitted by the signal acquisition module, the signal processing module controls the current adjusting module to output corresponding light adjusting current according to the final calculation result, and the single lamp controller sends the light adjusting command to the lighting equipment in real time after receiving the light adjusting current, so that the intelligent lighting control system completes the work. BRIEF DESCRIPTION OF DRAWINGS

[0013] Figure 1 It is a structural schematic view of the utility model;

[0014] Specific structural explanation in the figure: 1 lighting equipment, 2 single lamp controller, 3 light adjusting control device, 4 light adjusting control cabinet, 5 communication module, 51 gateway module, 52 router, 53 terminal server, 54 wireless communication module, 6 mode configuration module, 61 manual mode, 62 intelligent mode, 63 timing mode, 7 control module, 71 current adjusting module, 72 signal processing module, 8 information acquisition module, 81 light intensity sensor, 82 infrared sensor, 83 sound sensor. DETAILED DESCRIPTION

[0015] The utility model will be further explained in detail in connection with the embodiment given in the accompanying drawings.

[0016] REFERENCE Figure 1 An intelligent lighting control system, including 1 lighting equipment, 2 single lamp controller, 3 light adjusting control device, 4 light adjusting control cabinet, 5 communication module, 6 mode configuration module, 7 control module and 8 information acquisition module;The 1 lighting equipment is used for lighting, the 3 light adjusting control device controls the 1 lighting equipment through the 2 single lamp controller, the 3 light adjusting control device outputs light adjusting signal to the 2 single lamp controller through the 7 control module, the 8 information acquisition module is used for gathering the parameter of each sensor of current environment and handles and sends to 3 light adjusting control device, so as to output different light adjusting signal to the 7 control module, the 4 light adjusting control cabinet is composed of the 6 mode configuration module, the 6 mode configuration module carries out light adjusting mode selection, thereby controlling the 3 light adjusting control device to output the light adjusting signal of multiple light adjusting modes, the 4 light adjusting control cabinet and the 3 light adjusting control device and the 2 single lamp controller are connected through the 5 communication module.

[0017] Specifically, the 1 lighting device and the 2 single lamp controller and the 3 dimming control device and the 4 dimming control cabinet in the intelligent lighting control system do not refer to one or a certain, the 4 dimming control cabinet can control the 3 dimming control device, the 3 dimming control device can control the 2 single lamp controller, the 1 lighting device can refer to a group of lighting lamps in an area.

[0018] Further, the 4 dimming control cabinet and the 3 dimming control device are provided with 51 gateway modules, the 51 gateway modules access the local area network where the intelligent lighting control system is located through the 52 router, so that the 4 dimming control cabinet and the 3 dimming control device access the 53 terminal server through the local area network, the management personnel can remotely transmit data with the 4 dimming control cabinet and the 3 dimming control device in real time at the 53 terminal server of the monitoring center or the management center, remotely control the 6 mode configuration module in the 4 dimming control cabinet, remotely switch the dimming mode according to the actual needs, the information parameters collected by the 8 information acquisition module and the dimming current value of the 7 control module can be sent to the 53 terminal server through the local area network, and remote observation and detection of environmental parameter changes and dimming current changes are realized.

[0019] Further, the 54 wireless communication module connects the 4 dimming control cabinet and the 3 dimming control device and the 2 single lamp controller with each other, and reduces the complicated wiring.

[0020] Further, the 6 mode configuration module is provided with three modes: 61 manual mode, 62 intelligent mode, and 63 timing mode, that is, the intelligent lighting control system is provided with three dimming modes, 61 manual mode: the intelligent lighting control system closes the dimming function, and the 1 lighting device normally opens or closes at 100% brightness; 62 intelligent mode: the intelligent lighting control system opens the dimming function, the 7 control module sends a dimming signal according to the current environmental parameter analysis and processing of the 8 information acquisition module, the 2 single lamp controller receives the signal to dim, and the 1 lighting device or 1 lighting device group adjusts the brightness; 63 timing mode: the 63 timing mode increases a timing function on the basis of the 62 intelligent mode, so that the intelligent lighting control system is timed to open or close the system.

[0021] Further, the 8 information acquisition module is provided with three parts: 81 illuminance sensor, 82 infrared sensor, and 83 sound sensor, the 81 illuminance sensor is used for detecting real-time environmental illuminance, the 82 infrared sensor is used for real-time detecting the motion state of people and objects in the environmental area, and the 83 sound sensor is used for detecting real-time decibel changes in the environmental area.

[0022] Further, the 7 control module is provided with 72 signal processing module and 71 current regulating module, the 72 signal processing module analyzes and processes the parameters collected by the 8 information collection module, makes dimming judgment according to the processing result and sends dimming signal to the 71 current regulating module, and the 71 current regulating module outputs dimming current.

Claims

1. An intelligent lighting control system, characterized by: The application relates to an intelligent lighting control system, which comprises a lighting device, a single lamp controller, a dimming control device, a dimming control cabinet, a communication module, a mode configuration module, a control module, an illumination sensor, an infrared sensor, a sound sensor and a signal acquisition module, wherein the lighting device is used for lighting, the dimming control device controls the lighting device through the single lamp controller, the dimming control device outputs a dimming signal to the single lamp controller through the control module, the signal acquisition module is used for acquiring parameters of various sensors in a current environment and processing and sending the parameters to the dimming control device so as to output different dimming signals to the control module, the dimming control cabinet is composed of the mode configuration module, the mode configuration module selects a dimming mode so as to control the dimming control device to output dimming signals of multiple dimming modes, and the dimming control cabinet, the dimming control device and the single lamp controller are connected through the communication module.

2. A smart lighting control system as claimed in claim 1, characterized in that: The communication module is composed of a router, a terminal server, a gateway module and a wireless communication module, the dimming control cabinet and the dimming control device are provided with the gateway module, the gateway module is connected with the terminal server through the router, the dimming control cabinet, the dimming control device and the single lamp controller are wirelessly connected through a 2.4GHz communication module, and wired connection between devices is reduced.

3. A smart lighting control system as claimed in claim 1, characterized in that: The dimming control cabinet is composed of the mode configuration module, the mode configuration module is provided with three dimming modes, namely a manual mode, an intelligent mode and a timing mode, that is, the intelligent lighting control system is provided with three dimming modes, the mode configuration module should be configured with the dimming control device according to actual use one by one before the intelligent lighting control system is actually used, so that the intelligent lighting control system realizes segmented and zoned control dimming or even single lamp dimming.

4. A smart lighting control system as recited in claim 1, wherein: The dimming control device is provided with an information acquisition module, the information acquisition module is composed of an illumination sensor, an infrared sensor and a sound sensor, the illumination sensor is used for detecting real-time environmental illumination, the infrared sensor is used for detecting the motion state of people and objects in an environmental area in real time, and the sound sensor is used for detecting real-time decibel changes in the environmental area.

5. A smart lighting control system as recited in claim 1, wherein: The dimming control device is also provided with a control module, the control module is composed of a current adjusting module and a signal processing module, the illumination sensor, the infrared sensor and the sound sensor respectively convert real-time detection information parameters into signals and send the signals to the signal processing module, the signal processing module comprehensively analyzes and calculates final calculation results according to signals transmitted by the signal acquisition module, the signal processing module controls the current adjusting module to output corresponding dimming currents according to the final calculation results, the single lamp controller receives the dimming currents and sends dimming commands to the lighting device in real time, so that the intelligent lighting control system completes work.

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