CN101975929A - Intelligent LED lamp remote monitoring system - Google Patents
Intelligent LED lamp remote monitoring system Download PDFInfo
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- CN101975929A CN101975929A CN201010516601XA CN201010516601A CN101975929A CN 101975929 A CN101975929 A CN 101975929A CN 201010516601X A CN201010516601X A CN 201010516601XA CN 201010516601 A CN201010516601 A CN 201010516601A CN 101975929 A CN101975929 A CN 101975929A
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Abstract
The invention relates to an intelligent LED lamp remote monitoring system which comprises an LED lamp sub module, an LED lamp receiving and processing terminal and a monitoring centre. The LED lamp receiving and processing terminal realizes information transfer with the monitoring centre through a GSM (Global System for Mobile Communications) module arranged inside the LED lamp receiving and processing terminal. The LED lamp sub module is internally provided with an RF (Radio Frequency) transmitting module and transmits signals to the LED lamp receiving and processing terminal. In the invention, the LED lamp sub module is internally provided with the RF transmitting module and effectively combined with LED lamp inductive sensing technology, short distance high-frequency communication technology and GSM remote network communication technology to form the remote monitoring system. The remote monitoring system can perform remote realtime monitoring for single group or multiple groups of LED lamps. The users or manufacturers can obtain the work condition of each group of LED lamps at the first time, thereby, the after-sales service level of products is improved and the product quality improving and upgrading period is shortened.
Description
Technical field
The present invention relates to a kind of wireless monitor product of electrical type, particularly a kind of intelligent LED light fixture remote supervision system.
Background technology
Along with popularizing of LED energy-saving lamp, just highlight its importance more with the effect of safeguarding after sale.LED light fixture in the market is various in style and dragons and fishes jumbled together, the selling price illuminating product of other type relatively wants expensive a lot, the consumer is also higher relatively to quality requirements in addition, normal life and the work that quality problems can not get handling timely then can influence the user occurs as fruit product, how guaranteeing the product quality of oneself and doing after sale service well just becomes the target that each producer is pursued.When doing a good job of it the quality of production, how to go to follow the tracks of product situation in use after sale? this series products of Xiao Shouing all is passive to feed back the information that provides by the consumer in the market, and content is not accurate enough in time, causes producer not accomplish well to follow the tracks of after sale and product is improved upgrading timely and effectively.Country advocates energy-saving and emission-reduction now, and obtained good enforcement, a lot of large-scale public places, all changed this energy-conserving product as airport, station, highway etc., but, bring very big inconvenience for user's work, life and trip in case there is certain reason to cause the damage of product but to can not get handling timely.
Summary of the invention
The objective of the invention is at above-mentioned existing problems and deficiency, providing a kind of can have at fingertips to the operating position of LED light fixture, accomplishes once there being problem in time to handle, and makes the timely improved intelligent LED light fixture remote supervision system of design defect energy.
Technical scheme of the present invention is achieved in that
Intelligent LED light fixture remote supervision system of the present invention, comprise the LED lamp submodule of device in the LED light fixture, the LED lamp that the signal that LED lamp submodule is sent carries out analyzing and processing receives processing terminal and is used to receive the monitoring center that the LED lamp receives the information that processing terminal sends over, and described LED lamp receives processing terminal by the information transmission of its inner gsm module realization that is provided with monitoring center, be characterized in being provided with the RF sending module in the described LED lamp submodule, described LED lamp submodule sends signal to the LED lamp by this RF sending module and receives processing terminal.
Wherein, above-mentioned LED lamp submodule comprises processor of single chip computer and the voltage and current detection circuit that is connected with this processor of single chip computer, radiance temperature testing circuit and power-supplying circuit A, described voltage and current detection circuit comprises the voltage sample module, the current sample module reaches and the voltage sample module, the integer amplifying circuit modules A that the current sample module is connected with processor of single chip computer, the radiance temperature testing circuit comprises luminosity sensor, temperature sensor reaches and luminosity sensor, the integer amplifying circuit module B that temperature sensor is connected with processor of single chip computer, described power-supplying circuit A comprises a primary power and the back-up source by lithium battery power supply by the 220V mains-supplied, be connected on the processor of single chip computer after the described primary power process step-down rectifier filter regulator circuit modules A, described back-up source is directly connected on the processor of single chip computer, and above-mentioned RF sending module is connected with processor of single chip computer.
Above-mentioned LED lamp receives processing terminal and comprises host scm processor and the signal receiving circuit and the power-supplying circuit B that are connected with the host scm processor, wherein said signal receiving circuit comprises RF receiver module and the data decode module that is connected with the host scm processor with the RF receiver module, described power-supplying circuit B comprises a primary power and the back-up source by lithium battery power supply by the 220V mains-supplied, be connected on the host scm processor behind the described primary power process step-down rectifier filter regulator circuit module B, described back-up source is directly connected on the host scm processor, the said GSM module is connected with the host scm processor, and is connected with the SIM card module on the described gsm module.
Above-mentioned monitoring center for by mobile phone or with the mobile phone be chovr body be used to collect the internet SMS platform that the LED lamp receives the information that processing terminal sends.
The present invention is because employing is provided with the RF sending module in LED lamp submodule, and effectively in conjunction with LED light fixture induction sensing technology, short distance high-frequency communication technology and GSM remote network communication technology and form remote supervision system, by being bumped into this remote supervision system in traditional LED lamp circuit the inside, can carry out effective remote real time monitoring to single operating position of organizing or organizing more the LED light fixture simultaneously, make user or manufacturer can both obtain the working condition of every group of LED light fixture the very first time, as what time turning on light, what time turn off the light, whether pearl damages the LED lamp, whether normal working temperature and brightness and residing position of LED light fixture work or the like can both have at fingertips, if occur abnormal conditions when using, LED light fixture induction sensing module can in time be handled information, send to the GSM terminal module by the low-power consumption high-frequency signal then, final realize with user's mobile phone or the internet is long-range connects by its, the user handles timely according to the information content situation that receives, avoid or reduce to the user and bring unnecessary influence, realize and improve the self-value of product, and pass through the operating position of the every set product of understanding promptly and accurately, also help the after sale service level that improves product and shorten the cycle that the product quality improvement is upgraded.And the transmission frequency of LED lamp submodule is in the civilian sphere that country allows, can be 433.92MHZ or with lower frequency, and the low working current of Overall Power Consumption is less than 4mA, by adopting the high-level efficiency high frequency to transmit, electromagnetic radiation is low, and adopts modular to be bumped into, and is easy to install, one self-test switch is set simultaneously, by press self-test switch can detect self work whether normal.And the LED lamp receives processing terminal and adopts full waterproof modular design, and failure rate is low, volume is little, easy for installation, adopts the design of wide temperature simultaneously, and the climatic adaptation ability is strong, and working temperature can reach-40 ℃ to-85 ℃.
The present invention is further illustrated below in conjunction with accompanying drawing.
Description of drawings
Fig. 1 is a composition block scheme of the present invention.
Fig. 2 is LED lamp submodular circuits figure of the present invention.
Fig. 3 is that LED lamp of the present invention receives the processing terminal circuit diagram.
Embodiment
As shown in Figure 1-Figure 3, intelligent LED light fixture remote supervision system of the present invention, comprise the LED lamp submodule of device in the LED light fixture, the LED lamp that the signal that LED lamp submodule is sent carries out analyzing and processing receives processing terminal and is used to receive the monitoring center that the LED lamp receives the information that processing terminal sends over, and described LED lamp receives processing terminal by the information transmission of its inner gsm module realization that is provided with monitoring center, be provided with the RF sending module in the described LED lamp submodule, described LED lamp submodule sends signal to the LED lamp by this RF sending module and receives processing terminal.And the LED lamp receives processing terminal and can expand according to actual operating position, but monitoring center shared one just passable.As shown in Figure 2, above-mentioned LED lamp submodule comprises processor of single chip computer and the voltage and current detection circuit that is connected with this processor of single chip computer, radiance temperature testing circuit and power-supplying circuit A, described voltage and current detection circuit comprises the voltage sample module, the current sample module reaches and the voltage sample module, the integer amplifying circuit modules A that the current sample module is connected with processor of single chip computer, the radiance temperature testing circuit comprises luminosity sensor, temperature sensor reaches and luminosity sensor, the integer amplifying circuit module B that temperature sensor is connected with processor of single chip computer, described power-supplying circuit A comprises a primary power and the back-up source by lithium battery power supply by the 220V mains-supplied, be connected on the processor of single chip computer after the described primary power process step-down rectifier filter regulator circuit modules A, described back-up source is directly connected on the processor of single chip computer, and above-mentioned RF sending module is connected with processor of single chip computer.And the transmission frequency of this LED lamp submodule is in the civilian sphere that country allows, can be 433.92MHZ or with lower frequency, and the low working current of Overall Power Consumption is less than 4mA, by adopting the high-level efficiency high frequency to transmit, electromagnetic radiation is low, and adopts modular to be bumped into, and is easy to install, one self-test switch is set simultaneously, by press self-test switch can detect self work whether normal.As shown in Figure 3, above-mentioned LED lamp receives processing terminal and comprises host scm processor and the signal receiving circuit and the power-supplying circuit B that are connected with the host scm processor, wherein said signal receiving circuit comprises RF receiver module and the data decode module that is connected with the host scm processor with the RF receiver module, described power-supplying circuit B comprises a primary power and the back-up source by lithium battery power supply by the 220V mains-supplied, be connected on the host scm processor behind the described primary power process step-down rectifier filter regulator circuit module B, described back-up source is directly connected on the host scm processor, the said GSM module is connected with the host scm processor, and is connected with the SIM card module on the described gsm module.And this LED lamp receives processing terminal and adopts full waterproof modular design, and failure rate is low, volume is little, easy for installation, adopts the design of wide temperature simultaneously, and the climatic adaptation ability is strong, and working temperature can reach-40 ℃ to-85 ℃.In order to cooperate gsm module to realize the transmission of information, above-mentioned monitoring center for by mobile phone or with the mobile phone be chovr body be used to collect the internet SMS platform that the LED lamp receives the information that processing terminal sends.
Wherein, LED lamp submodule is bumped in the LED light fixture, mainly is to be responsible for the working condition of LED lamp is detected, and detected signal is carried out the computing judgment processing, the result is sent by the RF sending module at last again.Detection to the LED lamp mainly is by temperature sensor, luminance sensor, also has its operating voltage and working current to realize in addition.When anomalous signals appears in the LED lamp, anomalous signals can be delivered to processor of single chip computer by significant level signal that can be detected of amplifying circuit amplification formation and handle the formation data, and this data operation encrypted generate the serial data signal with independent IP address code, be sent to the RF sending module then and convert the wireless high-frequency signal to and send.Under the normal condition, its power supply is to be provided after through the step-down rectifier filtering voltage regulation by the civil power of 220V, but when power supply unusual, power failure or daybreak occur when turning off the light, system will be switched by the back-up source lithium battery power supply, and the assurance system can also operate as normal also in time send out the information that has a power failure.
LED lamp reception processing terminal can be installed in the place apart from 1000～1500 meters of each LED lamp submodule centers, and surpassing this scope need increase a LED lamp reception processing terminal.It mainly is to come work around LED lamp submodule that this LED lamp receives processing terminal, when high-frequency circuit receives signal, earlier can be through the decoding of data decode module, whether discernible signal is legal effective, the legal and valid data will be sent to the host scm processor, notify monitoring center by its control gsm module with note or the mode called again.The LED lamp receives processing terminal also two power supplys, and one is the primary power of 220V mains-supplied, and another is the back-up source of lithium battery power supply, and usual system is by the primary power power supply, in case have a power failure then provide electric energy by back-up source.
The user of monitoring center can be the user, also can be the manufacturer, and it mainly is to be that the internet SMS platform of chovr body is come acquisition of information by mobile phone or with the mobile phone.After the information of receiving, monitoring center can number by the SIM card number of caller machine and the LED lamp submodule in the note and inquire about the specific address of determining this submodule, and the failure code from note carries out preliminary diagnosis to it, handles the discharge fault by special maintainer to the scene according to the address of inquiry again.
The present invention describes by embodiment, but the present invention is not construed as limiting, with reference to description of the invention, other variations of the disclosed embodiments, expect easily that as professional person such variation should belong within the claim restricted portion of the present invention for this area.
Claims (6)
1. intelligent LED light fixture remote supervision system, comprise the LED lamp submodule of device in the LED light fixture, the LED lamp that the signal that LED lamp submodule is sent carries out analyzing and processing receives processing terminal and is used to receive the monitoring center that the LED lamp receives the information that processing terminal sends over, and described LED lamp receives processing terminal by the information transmission of its inner gsm module realization that is provided with monitoring center, it is characterized in that being provided with the RF sending module in the described LED lamp submodule, described LED lamp submodule sends signal to the LED lamp by this RF sending module and receives processing terminal.
2. according to the described intelligent LED light fixture of claim 1 remote supervision system, it is characterized in that above-mentioned LED lamp submodule comprises processor of single chip computer and the voltage and current detection circuit that is connected with this processor of single chip computer, radiance temperature testing circuit and power-supplying circuit A, described voltage and current detection circuit comprises the voltage sample module, the current sample module reaches and the voltage sample module, the integer amplifying circuit modules A that the current sample module is connected with processor of single chip computer, the radiance temperature testing circuit comprises luminosity sensor, temperature sensor reaches and luminosity sensor, the integer amplifying circuit module B that temperature sensor is connected with processor of single chip computer, described power-supplying circuit A comprises a primary power and the back-up source by lithium battery power supply by the 220V mains-supplied, be connected on the processor of single chip computer after the described primary power process step-down rectifier filter regulator circuit modules A, described back-up source is directly connected on the processor of single chip computer, and above-mentioned RF sending module is connected with processor of single chip computer.
3. according to the described intelligent LED light fixture of claim 1 remote supervision system, it is characterized in that above-mentioned LED lamp receives processing terminal and comprises host scm processor and the signal receiving circuit and the power-supplying circuit B that are connected with the host scm processor, wherein said signal receiving circuit comprises RF receiver module and the data decode module that is connected with the host scm processor with the RF receiver module, described power-supplying circuit B comprises a primary power and the back-up source by lithium battery power supply by the 220V mains-supplied, be connected on the host scm processor behind the described primary power process step-down rectifier filter regulator circuit module B, described back-up source is directly connected on the host scm processor, the said GSM module is connected with the host scm processor, and is connected with the SIM card module on the described gsm module.
4. according to the described intelligent LED light fixture of claim 1 remote supervision system, it is characterized in that above-mentioned monitoring center for by mobile phone or with the mobile phone be chovr body be used to collect the internet SMS platform that the LED lamp receives the information that processing terminal sends.
5. according to the described intelligent LED light fixture of claim 1 remote supervision system, it is characterized in that above-mentioned LED lamp receives the place that processing terminal is installed in 1000～1500 meters of distance L ED lamp submodules, exceeding this scope need increase a LED lamp reception processing terminal.
6. according to claim 1 or 3 described intelligent LED light fixture remote supervision systems, it is characterized in that above-mentioned LED lamp receives processing terminal and notifies monitoring center by the control gsm module with note or the mode called.
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| CN201010516601XA CN101975929A (en) | 2010-10-22 | 2010-10-22 | Intelligent LED lamp remote monitoring system |
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| CN201010516601XA CN101975929A (en) | 2010-10-22 | 2010-10-22 | Intelligent LED lamp remote monitoring system |
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| CN103048583A (en) * | 2012-12-27 | 2013-04-17 | 深圳市九洲电器有限公司 | Detection device and method of LED (Light Emitting Diode) nixie tube |
| CN106376150A (en) * | 2015-07-22 | 2017-02-01 | 山东骏风电子有限公司 | Balance breathing lamp |
| CN107390143A (en) * | 2017-07-27 | 2017-11-24 | 安吉天剑电器科技有限公司 | A kind of energy-saving lamp operating condition detection means and detection method |
| CN107942267A (en) * | 2017-12-14 | 2018-04-20 | 佛山科学技术学院 | Street lamp facility failure and life prediction system |
| CN109507613A (en) * | 2018-10-22 | 2019-03-22 | 惠州市华阳光电技术有限公司 | A kind of test method of Intelligent lamp |
| CN116828679A (en) * | 2023-06-16 | 2023-09-29 | 广东省机场管理集团有限公司工程建设指挥部 | Navigation aid lamp control system based on 5G communication |
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| CN116828679A (en) * | 2023-06-16 | 2023-09-29 | 广东省机场管理集团有限公司工程建设指挥部 | Navigation aid lamp control system based on 5G communication |
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Application publication date: 20110216 |