CN204810430U - LED lighting device and because LED lighting device's video monitor system - Google Patents
LED lighting device and because LED lighting device's video monitor system Download PDFInfo
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- CN204810430U CN204810430U CN201520301910.3U CN201520301910U CN204810430U CN 204810430 U CN204810430 U CN 204810430U CN 201520301910 U CN201520301910 U CN 201520301910U CN 204810430 U CN204810430 U CN 204810430U
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Abstract
The utility model provides a LED lighting device and because LED lighting device's video monitor system, wherein, LED lighting device includes: LED light -emitting component, be used for gathering audio/video data sound video acquisition subassembly, be used for to audio/video data carry on data processing a data processing subassembly, be used for the supply assembly that sends the audio/video data behind the data processing power line communication subassembly to the power line on and be connected with above -mentioned each subassembly, wherein, a data processing component is connected with sound video acquisition subassembly and power line communication subassembly respectively, a data processing component still is connected with LED light -emitting component for control LED light -emitting component is luminous. The utility model provides a LED lighting device, based on LED lighting device's video monitor system and the secret nature that the method can improve video monitoring, and can simplify monitored control system's installation operation, and can reduce cost.
Description
Technical field
The utility model relates to lighting technology, particularly relates to a kind of LED light device and the video monitoring system based on LED light device.
Background technology
The solid-state semiconductor device of LED (LightEmittingDiode, light-emitting diode) to be a kind of can be by electric energy conversion visible ray, it directly can be converted into light electricity.LED due to have energy-saving and environmental protection, can the lot of advantages such as light-operated, practical, stability is high, the response time is short, long-life, be widely used in various lighting field in the today of advocating low-carbon (LC) life.Along with the development of intellectual technology, the intelligent requirements of the terminal equipment in Intelligence home environment is also improved day by day, how to reallocate resources, strengthen the function application of LED, home intelligent equipment is more simplified more integrated, become the demand for development of intellectual technology instantly.
In addition, home security is also the importance of the modern life, usual employing watch-dog forms supervisory control system, because existing watch-dog is various, use operation is inconvenient and degree of intelligence is low, needs to set up a lot of equipment when supervisory control system is installed, and needs the installation personnel of specialty simultaneously, carry out complicated wiring, quantities is large, and cost is high, causes the waste of resource and affects attractive in appearance.Moreover, too obvious watch-dog, also tries to take shelter after easy monitored object discovery.And existing supervisory control system adopts traditional radio communication mostly, stability is not high, or adopts common Ethernet interconnected, and wiring is also inconvenient.
Moreover, the data that current supervisory control system collects mostly are stored in this locality, and after supervisory control system collection terminal carries out video intelligent analysis, by the Internet, analysis result is sent to the Surveillance center of far-end, this just needs jumbo this locality to store, and require that collection terminal has stronger video data disposal ability, add input cost greatly.
Utility model content
The utility model provides a kind of LED light device and the video monitoring system based on LED light device, for improving the crypticity of video monitoring, and can simplify the fitting operation of supervisory control system, and can reduce costs.
The utility model embodiment provides a kind of LED light device, comprising: LED luminescence component, for gather audio, video data audio-video collection assembly, for described audio, video data is carried out data processing the first data handling component, for the power line communication assembly audio, video data after data processing is sent on power line and the Power Supply Assembly be connected with described LED luminescence component, audio-video collection assembly, the first data handling component, power line communication assembly; Wherein;
Described first data handling component is connected with described audio-video collection assembly and power line communication assembly respectively; Described first data handling component is also connected with described LED luminescence component, luminous for controlling described LED luminescence component.
LED light device as above, described first data handling component comprises: for carrying out the data pre-processor of data processing and the controller for control data preprocessor and power line communication assembly transceiving data to audio, video data; Wherein,
Described data pre-processor is connected with power line communication assembly with described audio-video collection assembly respectively; Described controller is connected with power line communication assembly with described data pre-processor respectively;
Described controller is also connected with described LED luminescence component, luminous for controlling described LED luminescence component.
LED light device as above, also comprises light sensor and light filling assembly; Wherein,
Described light sensor is connected with described Power Supply Assembly and data pre-processor respectively, for detecting the brightness data of described LED luminescence component ambient light, and sends to described data pre-processor to carry out data processing described brightness data;
Described light filling assembly is connected with described Power Supply Assembly and controller respectively, described controller receives the brightness data after process from described data pre-processor, and controls light filling assembly according to the brightness data after process and/or LED luminescence component is opened or closed, the light filling intensity of light filling assembly and the illumination intensity of described LED luminescence component.
LED light device as above, described audio-video collection assembly comprises: audio collection device and video collector; Wherein,
Described audio collection device is connected with described Power Supply Assembly and data pre-processor respectively, for gathering voice data, and sends to described data pre-processor to carry out data processing described voice data;
Described video collector is connected with described Power Supply Assembly and data pre-processor respectively, for gathering video data, and sends to described data pre-processor to carry out data processing described video data.
LED light device as above, described audio collection device is microphone, and described microphone is arranged on described LED luminescence component.
LED light device as above, described video collector comprises: camera and angle adjusting mechanism; Wherein,
Described camera is connected with described Power Supply Assembly and data pre-processor respectively, for gathering video data, and sends to described data pre-processor to carry out data processing described video data;
Described angle adjusting mechanism is connected with described Power Supply Assembly, controller and camera respectively, for regulating the shooting angle of described camera according to the control signal of described controller.
The another embodiment of the utility model provides a kind of video monitoring system based on LED light device, comprise: Terminal Server Client, server and at least one monitoring collecting device, wherein, described monitoring collecting device comprises power line communication apparatus and at least one LED light device as described in claim 1-6;
Described power line communication apparatus is connected by power line with the power line communication assembly in LED light device, described power line communication apparatus is also connected by wired or wireless network with described server, for receiving the audio, video data that described LED light device collects, and send described server to and carry out data storage, treatment and analysis;
Described server is connected by wired or wireless network with described Terminal Server Client, for the audio, video data after process is supplied to Terminal Server Client, also for receiving the control command of described Terminal Server Client and being transmitted to described LED light device.
Video monitoring system as above, described monitoring collecting device also comprises: router; Described router is connected by wired or wireless network with described power line communication apparatus and described server respectively.
Video monitoring system as above, described router is wireless router.
Video monitoring system as above, described server comprises: data transmit-receive assembly, the second data handling component and data storage component; Wherein,
Described data transmit-receive assembly is connected with described Terminal Server Client and power line communication apparatus respectively, for receiving audio, video data from described power line communication apparatus, and issue Terminal Server Client, and receive control command from Terminal Server Client, and issue power line communication apparatus;
Described second data handling component is connected with described data transmit-receive assembly, carries out data processing for the audio, video data that receives data transmitting-receiving subassembly or control command;
Described data storage component is connected with described data transmit-receive assembly and the second data handling component, store for the audio, video data that receives described data transmit-receive assembly or control command, and/or audio, video data after carrying out data processing to the second data handling component or control command store.
Video monitoring system as above, described server is cloud server.
Video monitoring system as above, described Terminal Server Client is any one in smart mobile phone, Intelligent worn device, personal computer, notebook computer, panel computer.
The technical scheme that the utility model embodiment provides, by being arranged in LED luminescence component by audio-video collection Components integration, carries out audio frequency and/or video data acquiring, and collection illumination and monitoring one, improve the crypticity of audio-video monitoring; The audio frequency collected and/or video data carry out data processing by the first data handling component, again after the modulation of power line communication assembly, outwards transmitted by power line, do not need additionally to lay netting twine or electric wire, only need utilize existing power line, simplify fitting operation, also reduce cost, comprise Material Cost and human cost.
Accompanying drawing explanation
The structural representation of the LED light device that Fig. 1 provides for the utility model embodiment one;
The another structural representation of the LED light device that Fig. 2 provides for the utility model embodiment one;
The workflow diagram of the LED light device that Fig. 3 provides for the utility model embodiment one;
The structural representation of the LED light device that Fig. 4 provides for the utility model embodiment two;
Fig. 5 carries out the workflow diagram of light filling for LED light device that the utility model embodiment two provides;
The structural representation of the video monitoring system that Fig. 6 provides for the utility model embodiment three;
The workflow diagram of the video monitoring system that Fig. 7 provides for the utility model embodiment three;
The workflow diagram of the video monitoring system medium-long range client control LED light device that Fig. 8 provides for the utility model embodiment three.
Reference numeral:
1-LED luminescence component; 2-audio-video collection assembly; 3-first data handling component;
4-power line communication assembly; 5-Power Supply Assembly; 31-data pre-processor;
32-controller; 6-light sensor; 7-light filling assembly;
8-Terminal Server Client; 9-server; 10-power line communication apparatus;
11-router.
Embodiment
Embodiment one
The structural representation of the LED light device that Fig. 1 provides for the utility model embodiment one.As shown in Figure 1, the LED light device that the present embodiment provides comprises: LED luminescence component 1, audio-video collection assembly 2, first data handling component 3, power line communication assembly 4 and the Power Supply Assembly 5 connected with LED luminescence component 1, audio-video collection assembly 2, first data handling component 3, power line communication (PowerLineCommunication is called for short PLC) equipment 4.Audio-video collection assembly 2 is for gathering audio, video data.First data handling component 3 is connected with audio-video collection assembly 2 and power line communication assembly 4 respectively, for receiving the audio, video data that audio-video collection assembly 2 collects, and is sent on power line by power line communication assembly 4 after data processing.First data handling component 3 is also connected with described LED luminescence component 1, luminous for control LED luminescence component 1.
Wherein, the input of Power Supply Assembly 5 can be connected with power line 220V/AC (can compatible 110V/AC), and is carried out by alternating current being converted to the operating voltage needed for other each equipment.In Power Supply Assembly 5 except the circuit being provided with voltage transitions, also be provided with power line coupling circuit, power line communication assembly 4 receives data, transmission data and zero passage detection signal data are all coupled to power line live wire and zero line by the power line coupling circuit in Power Supply Assembly 5.
By multiple Light-Emitting Diode, (lightemittingdiode is called for short: LED) connected by series, parallel and series-parallel connection mode LED luminescence component 1.Operating voltage needed for LED luminescence component 1 is that 12VDC or 5V/DC, LED luminescence component 1 is connected with Power Supply Assembly 5, obtains required operating voltage from Power Supply Assembly 5.
Audio-video collection assembly 2 is arranged on LED luminescence component 1, become one with LED luminescence component 1, by welding, bonding, be spirally connected, the mode such as Fastener connection connects, suppose that LED luminescence component 1 is a LED, then audio-video collection assembly 2 can be arranged on the lampshade of LED, or is arranged on the panel of LED.The function of audio-video collection assembly 2 gathers audio, video data in pickup area, also be video data and/or voice data, audio-video collection assembly 2 is connected with the first data handling component 3, the video data collected and/or voice data is sent to the first data handling component 3.First data handling component 3 pairs video data and/or voice data carry out preliminary treatment, such as, adopt the modes such as filtering, amplification, denoising to process.
First data handling component 3 is connected with power line communication assembly 4, and pretreated video data and/or voice data are sent to power line communication assembly 4, and controls power line communication assembly 4 and carry out Data Modulation and data transmit-receive.The function of power line communication assembly 4 is modulated pretreated video data and/or voiceband data signal.Power line communication assembly 4 is also connected with Power Supply Assembly 5, carries out voltage transitions, then is sent on power line, outwards transmitted by power line by Power Supply Assembly 5 pairs of electric power signals.
It will be appreciated by those skilled in the art that, can also power line demodulation components be set in addition, demodulation is carried out to power line signal, after obtaining voice data and/or video data, server is sent to again by network, server can store voice data and/or video data, checks for user.
In addition, the first data handling component 3 is also connected with LED luminescence component 1, carries out luminous lighting for control LED luminescence component 1, or the intensity of illumination of control LED luminescence component 1.
The technical scheme that the present embodiment provides, by being arranged in LED luminescence component by audio-video collection Components integration, carries out audio frequency and/or video data acquiring, and collection illumination and monitoring one, improve the crypticity of audio-video monitoring; The audio frequency collected and/or video data carry out data processing by the first data handling component, again after the modulation of power line communication assembly, outwards transmitted by power line, do not need additionally to lay netting twine or electric wire, only need utilize existing power line, simplify fitting operation, also reduce cost, comprise Material Cost and human cost.
On the basis of technique scheme, the function of the first data handling component 3 carries out preliminary treatment to the voice data collected and/or video data, and control power line communication assembly 4 carries out Data Modulation and data transmit-receive, and control LED luminescence component 1 carries out luminous lighting, or the intensity of illumination of control LED luminescence component 1, those skilled in the art can adopt various ways to form the first data handling component 3, and the present embodiment provides a kind of concrete implementation:
The another structural representation of the LED light device that Fig. 2 provides for the utility model embodiment one.As shown in Figure 2, first data handling component 3 specifically can comprise data pre-processor 31 and controller 32, wherein, data pre-processor 31 is connected with power line communication assembly 4 with audio-video collection assembly 2 respectively, for receiving the voice data and/or video data that audio-video collection assembly 2 collects, and after data processing, send to power line communication assembly 4.Data pre-processor 31 can be the circuit devcie such as amplifier, filter composition conventional in prior art, to reach the process such as voice data and/or video data amplifies, filtering and noise reduction collected audio-video collection assembly 2, obtain the data comprising real information.Data pre-processor 31 can pass through Media Independent Interface, and (MediaIndependentInterface is called for short: MII) be connected with power line communication assembly 4, so that voice data and/or screen data are sent to power line communication assembly 4.Data pre-processor 31 is also connected with Power Supply Assembly 5, obtains required operating voltage by Power Supply Assembly 5.
Controller 32 is connected with power line communication assembly 4 with data pre-processor 31 respectively, for control data preprocessor 32 and power line communication assembly 4 transceiving data.Concrete, controller 32 can adopt microprocessor conventional in prior art and associated peripheral circuits to form, and is connected with data pre-processor 31, and the exportable control signal of controller 32 is used for control data preprocessor 31 and receives data or send data.Controller 32 is also connected with power line communication assembly 4, and the signal of output is for controlling power line communication assembly 4.The particular circuit configurations of controller 32 can be set by technical staff, and sets and data pre-processor 31 and the interconnective mode of power line communication assembly 4 according to the microprocessor specifically adopted and peripheral circuit.
In addition, controller 32 is also connected with LED luminescence component 1, carries out luminous lighting for control LED luminescence component 1, or the intensity of illumination of control LED luminescence component 1.Controller 32 is also connected with Power Supply Assembly 5, obtains required operating voltage by Power Supply Assembly 5.
Above-mentioned data pre-processor 31 and controller 32 can be autonomous device separately, and also can integrate, physical circuit can be set by technical staff, and the present embodiment does not limit.
The function of above-mentioned audio-video collection assembly gathers voice data and/or video data, specifically can comprise the audio collection device and video collector that integrate, or the audio collection device separated and video collector.Wherein, audio collection device is connected with above-mentioned Power Supply Assembly 5 and data pre-processor 31 respectively, for gathering voice data, and is sent to by voice data data pre-processor 31 to carry out data processing.Audio collection implement body can be microphone, and this microphone is integrated to be arranged on LED luminescence component 1, has more concealed effect.Voice signal is converted to the signal of telecommunication by microphone, as voice data, sends to data pre-processor 31 to carry out data prediction.The quantity of microphone can be one, also can be two or be greater than two, or microphone can also be the shotgun microphone comparatively responsive to the acoustic signals of specific direction, and the connection between microphone and data pre-processor can set according to concrete device.
Video collector is connected with Power Supply Assembly 5 and data pre-processor 31 respectively, for gathering video data, and is sent to by video data data pre-processor 31 to carry out data processing.Video acquisition implement body can comprise camera, and this camera is integrated to be arranged on LED luminescence component 1, has more concealed effect.Camera obtains picture signal and is converted to the signal of telecommunication, as voice data, sends to data pre-processor 31 to carry out data prediction.
Further, video collector can also comprise angle adjusting mechanism, and angle adjusting mechanism is connected with camera with Power Supply Assembly 5, controller 32 respectively, can expanded images shooting angular range.Angle adjusting mechanism can regulate the shooting angle of camera, comprise swing up and down, swing, rotation etc., specifically can adopt mechanism conventional in prior art, comprise motor, transmission mechanism etc.Connection and the mounting means of angle adjusting mechanism and camera also can refer to prior art.Controller 32 can transmit control signal to angle adjusting mechanism, for the action of control angle governor motion.Power Supply Assembly 5 is powered for angle adjusting mechanism.
The workflow diagram of the LED light device that Fig. 3 provides for the utility model embodiment one.The course of work of above-mentioned LED light device with reference to Fig. 3, can specifically comprise following several step:
Step 301, camera and microphone Real-time Collection video data and voice data, and send to data pre-processor.
Wherein, camera and microphone can carry out data acquisition simultaneously, or gather separately.
Step 302, data pre-processor carry out data prediction to video data and voice data, and send to power line communication assembly.
Data prediction is carried out to video data and voice data, comprises the process such as amplification, filtering, compression process can also be carried out to data.
Step 303, power line communication assembly are modulated pretreated video data and voice data, are then sent to power line.
Embodiment two
The structural representation of the LED light device that Fig. 4 provides for the utility model embodiment two.The present embodiment is on the basis of above-described embodiment, has carried out further optimization to LED light device.As shown in Figure 4, the LED light device that the present embodiment provides, except comprising above-mentioned LED luminescence component 1, audio-video collection assembly 2, first data handling component 3, power line communication assembly 4 and Power Supply Assembly 5, also comprises light sensor 6 and light filling assembly 7.
Wherein, the function of LED luminescence component 1, audio-video collection assembly 2, first data handling component 3, power line communication assembly 4 and Power Supply Assembly 5 and annexation each other all can refer to above-described embodiment.
Light sensor 6 is connected with Power Supply Assembly 5 and the first data handling component 3 respectively, specifically can be connected with data pre-processor 31, for detecting the brightness data of LED luminescence component 1 ambient light, and data pre-processor 31 is sent to by brightness data to carry out data processing.Data pre-processor 31 is connected with controller 32, and the brightness data after process is sent to controller 32.
Light filling assembly 7 is connected with Power Supply Assembly 5 and controller 32 respectively, and controller 32 receives the brightness data after process from data pre-processor 31, and opens according to the brightness data control light filling assembly 7 after process or close.Such as, when LED luminescence component 1 is in unlatching luminance, brightness data after process and pre-set luminance threshold compare by controller 32, when the brightness data after processing is less than luminance threshold, then control light filling assembly 7 to open, for improving illumination brightness, ensure the definition of video acquisition.This light filling assembly 7 can be equipment common in prior art, such as lower-powered LED, infrared light filling assembly etc.
And when LED luminescence component 1 be in closed condition luminous time, brightness data after process and pre-set luminance threshold also can compare by controller 32, when the brightness data after process is less than luminance threshold, then control LED luminescence component 1 is opened, for improving illumination brightness; Or control LED luminescence component 1 and light filling assembly 7 are all opened.
In addition, controller 32 can control the light filling intensity of light filling assembly 7 and the illumination intensity of LED luminescence component 1, such as provide the voltage of corresponding amplitude to light filling assembly 7 and LED luminescence component 1, then the illumination intensity of adjustable light filling assembly 7 and LED luminescence component 1.
Above-mentioned, operation brightness data and pre-set luminance threshold compared also can be performed by data pre-processor 31, data pre-processor 31 is after carrying out preliminary treatment by brightness data, compare with luminance threshold, when the brightness data after processing is less than luminance threshold, data pre-processor 31 sends light filling signal to controller 32, and indicating controller 32 controls light filling assembly 7 and/or LED luminescence component 1 is opened, to improve illumination brightness.
Fig. 5 carries out the workflow diagram of light filling for LED light device that the utility model embodiment two provides.As shown in Figure 5, above-mentioned LED light device is carried out light filling and can be adopted following several step:
Step 501, light sensor gather ambient brightness data, and send to data pre-processor.
Step 502, data pre-processor carry out preliminary treatment to brightness data.
Step 503, data pre-processor judge whether pretreated brightness data is less than luminance threshold, if so, then perform step 504.
In this step, if whether brightness data is more than or equal to luminance threshold, then returns and perform step 501.
Step 504, data pre-processor send light filling signal to controller.
Step 505, controller control light filling assembly and open.
In this step, controller can also regulate the light filling intensity of light filling assembly, or controller can also be opened and regulate the intensity of illumination of LED luminescence component by control LED luminescence component.
Embodiment three
The structural representation of the video monitoring system that Fig. 6 provides for the utility model embodiment three.The present embodiment is on the basis of above-mentioned two embodiments, and the LED light device adopting above-mentioned any embodiment to provide forms video monitoring system.As shown in Figure 6, this video monitoring system comprises: Terminal Server Client 8, server 9 and at least one monitoring collecting device, wherein, monitoring collecting device comprise power line communication apparatus 10 and at least one as above-described embodiment the LED light device that provides.
Power line communication apparatus 10 is connected with LED light device, specifically be connected by power line with the power line communication assembly 4 in LED light device, power line communication assembly 4 pairs of video datas and/voice data are sent to power line communication apparatus 10 by power line after modulating.Power line communication apparatus 10 from power line Received signal strength, and carries out demodulation, reduction video data and/voice data.Power line communication apparatus 10 can adopt identical structure with power line communication assembly 4, has the function of power line being carried out to modulation and demodulation.
Power line communication apparatus 10 is also connected by wired or wireless network with server 9, and video data and/voice data are sent to server 9 and carry out data storage, treatment and analysis.
Server 9 is connected by wired or wireless network with Terminal Server Client 8, for video data and/voice data processes, then by the result feedback after process to Terminal Server Client 8, check to point out Terminal Server Client 8.Or Terminal Server Client 8 long-rangely can check the video data and/voice data that store in server 9.Server 9 self can also have analysis judgement, current video data and/voice data are judged, such as personage is identified, special event is judged, specifically image processing techniques can be adopted, to realize when there is stranger in video pictures, warning message can be sent to Terminal Server Client 8 immediately.
Process by server 9 pairs of video datas and/voice data and store, result is sent to Terminal Server Client 8, thus alleviate the data processing load of monitoring collecting device, and, user can check result repeatedly by Terminal Server Client 8, and the data that server 9 stores, from server 9 download data, the monitoring situation of LED light device can also be learnt.
In addition, Terminal Server Client 8 can to server 9 sending controling instruction, such as: open or close LED luminescence component, regulate LED luminescence component brightness of illumination, unlatching or close light filling assembly 7, regulate light filling assembly 7 brightness of illumination, regulate the instructions such as microphone volume size, camera focal length, angle adjusting mechanism.Control command is sent to LED light device by power line after being modulated by power line communication apparatus 10 pairs of control commands by server 9 again.Power line communication assembly 4 in LED light device carries out demodulation, reduction control command, then sends to controller 32 to process.Power line communication assembly 4 then in above-mentioned LED light device has bidirectional interface, video data and/or voice data can either be carried out modulation and be sent on power line, can carry out demodulation reduction control command again from power line Received signal strength.
Above-mentioned server 9 specifically can adopt cloud server.Above-mentioned Terminal Server Client 8 be specifically as follows in smart mobile phone, Intelligent worn device, personal computer, notebook computer, panel computer any one.
The workflow diagram of the video monitoring system that Fig. 7 provides for the utility model embodiment three.On the basis of above-mentioned Fig. 3, the course of work of this video monitoring system comprises following several step:
Step 701, camera and microphone Real-time Collection video data and voice data, and send to data pre-processor.
Step 702, data pre-processor carry out data prediction to video data and voice data, and send to power line communication assembly.
Step 703, power line communication assembly are modulated pretreated video data and voice data, are then sent to power line.
Above-mentioned steps 701,702,703 can refer to step 301 in above-described embodiment, 302, the specific implementation of 303, repeat no more herein.
Step 704, power line communication apparatus receive the signal on power line and carry out demodulation, obtain video data and/or voice data.
Video data and/or voice data are sent to server by step 705, power line communication apparatus.
Step 706, server store video data and/or voice data, treatment and analysis.
Whether extremely step 707, server judge the video data after processing and/or voice data, if so, then perform step 708; If not, then step 709 is performed.
Step 708, server send alarm signal to Terminal Server Client.
Video data and/or voice data store by step 709, server.
Further, as shown in Figure 6, above-mentioned monitoring collecting device also comprises router one 1, and router one 1 is connected by wired or wireless network with power line communication apparatus 10 and server 9 respectively.Power line communication apparatus 10 is linked in network by router one 1, and then is connected with server 9, for sending audio, video data to server 9, and the control command that reception server 9 is sent.This router one 1 can be cable router, can be also wireless router, then can reduce wiring further according to wireless router.
Above-mentioned power line communication apparatus 10 and router one 1 can be independently two equipment, also can integrate, set power line communication function and network connecting function.
For above-mentioned server 9, the above-mentioned functions that technical staff can possess according to it carries out concrete structure setting, such as: server 9 can comprise: data transmit-receive assembly, the second data handling component and data storage component.
Wherein, data transmit-receive assembly is connected with Terminal Server Client 8 and power line communication apparatus 10 respectively, for receiving audio, video data from power line communication apparatus 10, and issues Terminal Server Client 8; And receive control command from Terminal Server Client 8, and issue power line communication apparatus 10.Data transmit-receive assembly can adopt data interface circuit conventional in prior art, such as, data interface circuit in existing server or interface module etc.
Second data handling component is connected with data transmit-receive assembly, carries out data processing for the audio, video data that receives data transmitting-receiving subassembly or control command.Usually, data transmit-receive assembly receives audio, video data or control command, first sends to the second data handling component to process, and correspondence sends to Terminal Server Client 8 or power line communication apparatus 10 more afterwards.
Data storage component is connected with data transmit-receive assembly and/or the second data handling component, store for the audio, video data that receives data transmitting-receiving subassembly or control command, and/or audio, video data after carrying out data processing to the second data handling component or control command store, for user's inquiry or download.Concrete, the audio, video data that data transmit-receive assembly can first receive by data storage component or control command store, and afterwards, then send to the second data handling component to process; Or data storage component only stores the audio, video data after the second data handling component process or control command.
Second data handling component self can also have analysis judgement, current video data and/voice data are judged, such as personage is identified, special event is judged, specifically image processing techniques can be adopted, to realize when there is stranger in video pictures, warning message can be sent by data transmit-receive assembly to Terminal Server Client 8 immediately.
Technique scheme achieves audio, video data result or the warning message of Terminal Server Client 8 reception server 9 feedback, and checks the voice data that LED light device collects and/or video data by server 9, thus realizes audio-video monitoring.Terminal Server Client 8 can also pass through server 9 to LED light device sending controling instruction, to control opening or close LED luminescence component, regulate LED luminescence component brightness of illumination, unlatching or to close light filling assembly 7, adjustment light filling assembly 7 brightness of illumination, to regulate microphone volume size, camera focal length, angle adjusting mechanism etc.
Further, all data by software cryptography, in addition, also need subscriber authentication when Terminal Server Client 8 checks feedback information when passing through power line transmission, to ensure safety of monitoring data and protection privacy of user.
The workflow diagram of the video monitoring system medium-long range client control LED light device that Fig. 8 provides for the utility model embodiment three.As shown in Figure 8, Terminal Server Client control LED light device can comprise following step:
Step 801, Terminal Server Client are to server sending controling instruction.
Terminal Server Client can be any one in smart mobile phone, Intelligent worn device, personal computer, notebook computer, panel computer.For smart mobile phone as Terminal Server Client, in smart mobile phone, corresponding application program is installed in advance, user opens application program, corresponding interface is selected the related data in querying server, or select control command to LED light device, such as: the unlatching of the unlatching of LED luminescence component or closedown, light filling assembly or closedown, the brightness regulation of light filling assembly, the angular adjustment etc. of camera.
Above-mentioned application program can be write according to conventional programming language and programming software by technical staff, and display interface provides user the button etc. that editable region maybe can be clicked.
Control command is sent to power line communication apparatus by step 802, Terminal Server Client.
Step 803, power line communication apparatus are modulated control command, and are sent on power line.
Power line communication assembly in step 804, LED light device carries out demodulation to the signal received from power line, reduction control command, and sends to data pre-processor.
Step 805, data pre-processor carry out data prediction to control command, send to controller afterwards.
Step 806, controller control to perform respective operations according to control command.
Such as, controller is according to the brightness of the unlatching of the unlatching of control command control LED luminescence component or cut out, light filling assembly or cut out, adjustment light filling assembly, the angle etc. regulating camera.
The video monitoring system that the present embodiment provides, adopting the LED light device in above-described embodiment, by being arranged in LED luminescence component by audio-video collection Components integration, carrying out audio frequency and/or video data acquiring, collection illumination and monitoring one, improve the crypticity of audio-video monitoring; The audio frequency collected and/or video data carry out data processing by the first data handling component, again after the modulation of power line communication assembly, outwards transmitted by power line, do not need additionally to lay netting twine or electric wire, only need utilize existing power line, simplify fitting operation, also reduce cost, comprise Material Cost and human cost.
Compared with prior art, the LED light device that above-described embodiment provides integrates illumination, monitors, audio-video collection assembly is integrated with in LED light device, LED light device is utilized to carry out the collection of audio, video data, realize the monitoring in the regional extent of data acquisition, the audio, video data collected, after LED light device carries out preliminary treatment, by power line is transmitted after being modulated by power line communication assembly, without the need to other wiring, and monitor mode secret is convenient.
Based on the video monitoring system of this LED light device, by adopting LED light device, pretreated audio, video data is transmitted by power line, and be sent to server by after power line communication apparatus demodulation, at server, divisional processing and storage are carried out to audio, video data, finally again result is fed back to Terminal Server Client, thus alleviate the processing load of monitoring collection terminal, and user can optionally check feedback information by Terminal Server Client, audio, video data is checked at server, and download audio, video data from server, obtain the situation of LED light device monitoring.Terminal Server Client can be utilized to send the control command to LED light device by server simultaneously, regulate the operating state of LED light device, control command passes through power line transmission, again through the demodulation of the modulation of power line communication apparatus and the power line communication assembly in LED light device thus controller control command be transferred in LED light device, perform corresponding operation according to control command.LED light device is without the need to connecting up in addition for monitoring function, cost-saving and space, and audio-video collection assembly is arranged in LED light device, not only convenient but also concealed, audio, video data after collection is without the need to carrying out analyzing and processing at LED light device end, but undertaken storing, analyze and processing by server, reduce system cost.
Embodiment four
On the basis of the various embodiments described above, the present embodiment also provides a kind of method for supervising of the video monitoring system based on LED light device, wherein, video monitoring system comprises Terminal Server Client, server and at least one monitoring collecting device, monitoring collecting device comprises power line communication apparatus and at least one LED light device, server is connected by network with Terminal Server Client, and is connected with at least one power line communication apparatus; Power line communication apparatus is connected with at least one LED light device by power line; The Power Supply Assembly that LED light device comprises LED luminescence component, audio-video collection assembly, the first data handling component, power line communication assembly and is connected with LED luminescence component, audio-video collection assembly, the first data handling component, power line communication assembly.Then this method for supervising comprises the steps:
First, the first data handling component receives the audio, video data that audio-video collection assembly collects, and sends to server by power line communication assembly and power line communication apparatus after data processing.
Then, server stores audio, video data, treatment and analysis, and the audio, video data after process is supplied to Terminal Server Client.
Further, this method for supervising can also comprise the steps:
The control command received from Terminal Server Client is sent to the first data handling component by power line communication apparatus and power line communication assembly by server, to indicate the illumination intensity of the first data handling component control LED luminescence component unlatching or closedown or control LED luminescence component.
Compared with prior art, the LED light device that above-described embodiment provides integrates illumination, monitors, audio-video collection assembly is integrated with in LED light device, LED light device is utilized to carry out the collection of audio, video data, realize the monitoring in the regional extent of data acquisition, the audio, video data collected, after LED light device carries out preliminary treatment, by power line is transmitted after being modulated by power line communication assembly, without the need to other wiring, and monitor mode secret is convenient.
Based on the video monitoring system of this LED light device, by adopting LED light device, pretreated audio, video data is transmitted by power line, and be sent to server by after power line communication apparatus demodulation, at server, divisional processing and storage are carried out to audio, video data, finally again result is fed back to Terminal Server Client, thus alleviate the processing load of monitoring collection terminal, and user can optionally check feedback information by Terminal Server Client, audio, video data is checked at server, and download audio, video data from server, obtain the situation of LED light device monitoring.Terminal Server Client can be utilized to send the control command to LED light device by server simultaneously, regulate the operating state of LED light device, control command passes through power line transmission, again through the demodulation of the modulation of power line communication apparatus and the power line communication assembly in LED light device thus controller control command be transferred in LED light device, perform corresponding operation according to control command.LED light device is without the need to connecting up in addition for monitoring function, cost-saving and space, and audio-video collection assembly is arranged in LED light device, not only convenient but also concealed, audio, video data after collection is without the need to carrying out analyzing and processing at LED light device end, but undertaken storing, analyze and processing by server, reduce system cost.
What deserves to be explained is, the data processing method occurred in above-described embodiment, all can refer in prior art and the mode that voice data, video data, control command carry out data processing is performed, completely can adopt hardware circuit to realize for voice data, video data, such as the device such as amplifier, filter builds.As for the program of controller inside, then can, by technical staff according to existing knowledge, adopt conventional programming software and programming language to carry out programming realization, can realize receiving data from the input of controller and peripheral circuit, sending data from output.
Last it is noted that above each embodiment is only in order to illustrate the technical solution of the utility model, be not intended to limit; Although be described in detail the utility model with reference to foregoing embodiments, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein some or all of technical characteristic; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of each embodiment technical scheme.
Claims (12)
1. a LED light device, it is characterized in that, comprising: LED luminescence component, for gather audio, video data audio-video collection assembly, for described audio, video data is carried out data processing the first data handling component, for the power line communication assembly audio, video data after data processing is sent on power line and the Power Supply Assembly be connected with described LED luminescence component, audio-video collection assembly, the first data handling component, power line communication assembly; Wherein,
Described first data handling component is connected with described audio-video collection assembly and power line communication assembly respectively; Described first data handling component is also connected with described LED luminescence component, luminous for controlling described LED luminescence component.
2. LED light device according to claim 1, it is characterized in that, described first data handling component comprises: for carrying out the data pre-processor of data processing and the controller for control data preprocessor and power line communication assembly transceiving data to audio, video data; Wherein,
Described data pre-processor is connected with power line communication assembly with described audio-video collection assembly respectively; Described controller is connected with power line communication assembly with described data pre-processor respectively;
Described controller is also connected with described LED luminescence component, luminous for controlling described LED luminescence component.
3. LED light device according to claim 2, is characterized in that, also comprises light sensor and light filling assembly; Wherein,
Described light sensor is connected with described Power Supply Assembly and data pre-processor respectively, for detecting the brightness data of described LED luminescence component ambient light, and sends to described data pre-processor to carry out data processing described brightness data;
Described light filling assembly is connected with described Power Supply Assembly and controller respectively, described controller receives the brightness data after process from described data pre-processor, and controls light filling assembly according to the brightness data after process and/or LED luminescence component is opened or closed, the light filling intensity of light filling assembly and the illumination intensity of described LED luminescence component.
4. the LED light device according to Claims 2 or 3, is characterized in that, described audio-video collection assembly comprises: audio collection device and video collector; Wherein,
Described audio collection device is connected with described Power Supply Assembly and data pre-processor respectively, for gathering voice data, and sends to described data pre-processor to carry out data processing described voice data;
Described video collector is connected with described Power Supply Assembly and data pre-processor respectively, for gathering video data, and sends to described data pre-processor to carry out data processing described video data.
5. LED light device according to claim 4, is characterized in that, described audio collection device is microphone, and described microphone is arranged on described LED luminescence component.
6. LED light device according to claim 4, is characterized in that, described video collector comprises: camera and angle adjusting mechanism; Wherein,
Described camera is connected with described Power Supply Assembly and data pre-processor respectively, for gathering video data, and sends to described data pre-processor to carry out data processing described video data;
Described angle adjusting mechanism is connected with described Power Supply Assembly, controller and camera respectively, for regulating the shooting angle of described camera according to the control signal of described controller.
7. the video monitoring system based on LED light device, it is characterized in that, comprise: Terminal Server Client, server and at least one monitoring collecting device, wherein, described monitoring collecting device comprises power line communication apparatus and at least one LED light device as described in any one of claim 1-6;
Described power line communication apparatus is connected by power line with the power line communication assembly in LED light device, described power line communication apparatus is also connected by wired or wireless network with described server, for receiving the audio, video data that described LED light device collects, and send described server to and carry out data storage, treatment and analysis;
Described server is connected by wired or wireless network with described Terminal Server Client, for the audio, video data after process is supplied to Terminal Server Client, also for receiving the control command of described Terminal Server Client and being transmitted to described LED light device.
8. video monitoring system according to claim 7, is characterized in that, described monitoring collecting device also comprises: router; Described router is connected by wired or wireless network with described power line communication apparatus and described server respectively.
9. video monitoring system according to claim 8, is characterized in that, described router is wireless router.
10. video monitoring system according to claim 7, is characterized in that, described server comprises: data transmit-receive assembly, the second data handling component and data storage component; Wherein,
Described data transmit-receive assembly is connected with described Terminal Server Client and power line communication apparatus respectively, for receiving audio, video data from described power line communication apparatus, and issue Terminal Server Client, and receive control command from Terminal Server Client, and issue power line communication apparatus;
Described second data handling component is connected with described data transmit-receive assembly, carries out data processing for the audio, video data that receives data transmitting-receiving subassembly or control command;
Described data storage component is connected with described data transmit-receive assembly and the second data handling component, store for the audio, video data that receives described data transmit-receive assembly or control command, and/or audio, video data after carrying out data processing to the second data handling component or control command store.
11. video monitoring systems according to claim 7 or 10, it is characterized in that, described server is cloud server.
12. video monitoring systems according to claim 7, is characterized in that, described Terminal Server Client is any one in smart mobile phone, Intelligent worn device, personal computer, notebook computer, panel computer.
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| CN201520301910.3U CN204810430U (en) | 2015-05-11 | 2015-05-11 | LED lighting device and because LED lighting device's video monitor system |
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| CN201520301910.3U CN204810430U (en) | 2015-05-11 | 2015-05-11 | LED lighting device and because LED lighting device's video monitor system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104853163A (en) * | 2015-05-11 | 2015-08-19 | 浙江生辉照明有限公司 | LED lighting device, video monitoring system based on device and method thereof |
| CN107493449A (en) * | 2016-06-12 | 2017-12-19 | 中兴通讯股份有限公司 | A kind of video call method, device and mobile terminal |
| CN107919069A (en) * | 2018-01-02 | 2018-04-17 | 南京逸杰软件科技有限公司 | Possess programmable infrared illumination and cannula type LED display modules and application |
-
2015
- 2015-05-11 CN CN201520301910.3U patent/CN204810430U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104853163A (en) * | 2015-05-11 | 2015-08-19 | 浙江生辉照明有限公司 | LED lighting device, video monitoring system based on device and method thereof |
| CN107493449A (en) * | 2016-06-12 | 2017-12-19 | 中兴通讯股份有限公司 | A kind of video call method, device and mobile terminal |
| CN107919069A (en) * | 2018-01-02 | 2018-04-17 | 南京逸杰软件科技有限公司 | Possess programmable infrared illumination and cannula type LED display modules and application |
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