CN103616887B - The supervisory system of luminous mark and monitor terminal - Google Patents
The supervisory system of luminous mark and monitor terminal Download PDFInfo
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- CN103616887B CN103616887B CN201310606931.1A CN201310606931A CN103616887B CN 103616887 B CN103616887 B CN 103616887B CN 201310606931 A CN201310606931 A CN 201310606931A CN 103616887 B CN103616887 B CN 103616887B
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Abstract
The invention provides a kind of supervisory system and monitor terminal of luminous mark.Wherein, the supervisory system of luminous mark comprises: data transmission device, for receiving the operating state data of luminous mark; Trouble-shooter, for judging according to operating state data whether luminous mark breaks down, and when luminous mark breaks down, carrying out analysis to operating state data and obtaining failure cause; Data publication device, for issuing operating state data and failure cause to page end and/or client.The operating state data utilizing the supervisory system of luminous mark to carry out luminous mark carries out processing and analyzing, and will issue above data and analysis result in time, so that user and maintaining unit understand the ruuning situation of lamp box in time, to make corresponding reflection.
Description
Technical field
The present invention relates to telecommunications field, particularly relate to a kind of supervisory system and monitor terminal of luminous mark.
Background technology
The wide range that luminous mark uses, can as the mark of the carrier of advertising display, buildings, man-made tourist site etc.The usage quantity of current luminous mark is huge, proposes higher requirement to after-sales service service.
The after-sales service of current luminous mark, the mode of employing is generally by using user's faults, and then safeguards that unit sends maintenance personal to carry out on-site maintenance.Adopt in this way, on the one hand, maintaining unit cannot be understood accurately to the duty of luminous mark, thus maintenance preparation cannot be carried out targetedly, servicing time is long on the other hand, from discovery fault, faults to personnel assignment, on-site maintenance, likely need the longer time, during this period of time likely for user brings image and a large amount of losses economically.
Summary of the invention
The object of the invention is supervisory system and monitor terminal that a kind of luminous mark will be provided.
The present invention's further object is that the operating state data that the supervisory system of luminous mark will be utilized to carry out luminous mark carries out processing and analyzing, above data and analysis result will be issued in time, so that user and maintaining unit understand the ruuning situation of mark in time, to make corresponding reflection.
Another further object of the present invention will simplify the mode that the failure cause tentatively determining luminous mark utilizes Long-distance Control targetedly or issue maintenance single to process.
Especially, the invention provides a kind of supervisory system of luminous mark.The supervisory system of this luminous mark comprises: data transmission device, for receiving the operating state data of luminous mark; Trouble-shooter, for judging according to operating state data whether luminous mark breaks down, and when luminous mark breaks down, carrying out analysis to operating state data and obtaining failure cause; Data publication device, for issuing operating state data and failure cause to page end and/or client.
Alternatively, above-mentioned luminous mark comprises at least one electroluminescent element, above-mentioned operating state data comprises operating voltage and the working current of luminous mark: trouble-shooter is also for the electric power and the power quality parameter that calculate luminous mark according to operating voltage and working current, any one in operating voltage, working current, electric power, power quality parameter or multinomial when exceeding corresponding preset limit value scope, determines that luminous mark breaks down.
Alternatively, trouble-shooter also for: when luminous mark breaks down, abnormality in the abnormality of operating voltage, working current, electric power, power quality parameter and fault state data storehouse is carried out matching primitives, draw failure cause, wherein in fault state data storehouse, preserve the failure cause of abnormality that various fault causes and correspondence in advance.
Alternatively, operating state data also comprises the shop drawing picture of luminous mark: trouble-shooter also for: shop drawing picture is analyzed, determines the abort situation of the lamp box of luminous mark.
Alternatively, the supervisory system of above-mentioned luminous mark also comprises: remote control, is connected with trouble-shooter, for generating corresponding remote control signal according to failure cause, and remote control signal is handed down to the monitor terminal of luminous mark.
Alternatively, the supervisory system of above-mentioned luminous mark also comprises: repairing information pusher, is connected with trouble-shooter, for the information of the luminous mark broken down and failure cause being pushed to the terminal of repairman, and receives repairing report the test.
According to another aspect of the present invention, a kind of monitor terminal of luminous mark is additionally provided.The monitor terminal of this luminous mark comprises: detection part, for detecting the operating state data of luminous mark; Data transfer component, be connected with detection part signal, for the information of operating state data and luminous mark being packed, and be uploaded to the supervisory system of luminous mark, wherein the supervisory system of luminous mark is the supervisory system of any one luminous mark of above introduction.
Alternatively, detection part comprises following any one or more: temperature sensor, for measuring the working temperature of luminous mark; Voltage sensor, for measuring the operating voltage of luminous mark; Current sensor, for measuring the working current of luminous mark; Image taking device, for taking the shop drawing picture of luminous mark.
Alternatively, data transfer component is also for remote control signal that the supervisory system receiving luminous mark issues; Monitor terminal also comprises: control assembly, is connected with data transfer component signal, for obtaining remote control signal, and carries out corresponding control according to remote control signal to luminous mark.
Alternatively, data transfer component utilizes any one or more communication mode following to carry out the reception with remote control signal of uploading of operating state data: data radio station, the mobile network based on mobile cellular base station, Big Dipper short message, Zigbee; Control assembly carries out corresponding control and comprises any one mode following: start luminous mark; Close luminous mark; The supply line of luminous mark is switched to standby power supply; The steering logic of reset luminous mark, starts standby electricity light-emitting component.
The supervisory system of luminous mark of the present invention utilizes the operating state data of luminous mark to carry out fault diagnosis and automatically determines fault and issue, and reaction velocity is fast, saves fault handling time, improves fault handling efficiency.
Further, utilize supervisory system and the monitor terminal of of the present invention kind of luminous mark, automatically can gather the operational factor of luminous mark and some simple faults are processed by remote controlled manner, improve maintenance operation cost.
According to hereafter by reference to the accompanying drawings to the detailed description of the specific embodiment of the invention, those skilled in the art will understand above-mentioned and other objects, advantage and feature of the present invention more.
Accompanying drawing explanation
Hereinafter describe specific embodiments more of the present invention with reference to the accompanying drawings by way of example, and not by way of limitation in detail.Reference numeral identical in accompanying drawing denotes same or similar parts or part.It should be appreciated by those skilled in the art that these accompanying drawings may not be drawn in proportion.In accompanying drawing:
Fig. 1 carries out signal transmission structure schematic diagram between the supervisory system of luminous mark according to an embodiment of the invention and monitor terminal;
Fig. 2 is the schematic diagram of the supervisory system of luminous mark according to an embodiment of the invention;
Fig. 3 is the schematic diagram of the supervisory system of luminous mark in accordance with another embodiment of the present invention;
Fig. 4 is the functional block diagram of the supervisory system of luminous mark according to the embodiment of the present invention; And
Fig. 5 is the schematic diagram of the monitor terminal of luminous mark according to the embodiment of the present invention.
Embodiment
Fig. 1 carries out signal transmission structure schematic diagram between the supervisory system 110 of luminous mark according to an embodiment of the invention and monitor terminal 120.As shown in the figure, the monitor terminal 120 of each luminous mark is connected with one or more luminous mark 140 operating state data gathering luminous mark 140, such as operating voltage, working current, temperature, illumination effect picture etc.The supervisory system 110 of luminous mark is connected with multiple monitor terminal 120 signal and obtains above operating state data, and carries out back-end data treatment and analysis.The result of data analysis and process is by showing the various equipment 130 of client under the mode of browser or client.The supervisory system 110 of luminous mark can be each monitor terminal 120 and each luminous mark 140 assigned identification number, can be determined the position, configuring condition etc. of each monitor terminal 120 and each luminous mark 140 by identification number.
In above framework, the supervisory system 110 of luminous mark is the core of data processing.Fig. 2 is the schematic diagram of the supervisory system 110 of luminous mark according to an embodiment of the invention.The supervisory system 110 of this luminous mark comprises: data transmission device 111, trouble-shooter 112, data publication device 113.Wherein, data transmission device 111, for receiving the operating state data of luminous mark; Trouble-shooter 112, for judging according to operating state data whether luminous mark breaks down, and when luminous mark breaks down, carrying out analysis to operating state data and obtaining failure cause; Data publication device 113, for issuing operating state data and failure cause to page end and/or client.
The type of the operating state data of luminous mark, is determined by the concrete configuration of monitor terminal 120.The light source of the luminous mark in the present embodiment uses one or more electroluminescent element, such as fluorescent tube, LED etc., above electroluminescent element can use control chip or alternate manner to realize the conversion of illumination effect, the illumination effects such as such as luminosity, glow color, saltus step, circulation change, can be widely used in the various fields such as indoor and outdoor commercial advertisement, large-scale door head lamp case, public label, office building room mark, building mark, special lighting, city lighting.
Particularly, above luminous mark data can comprise the operating voltage of above electroluminescent element, working current and the internal operating temperature of luminous mark, the Integral luminous effect etc. of luminous mark.Utilize operating voltage, working current, above fault diagnosis module can calculate every electrical quantity of electroluminescent element, such as, trouble-shooter 112 is also for the electric power and the power quality parameter that calculate electroluminescent element according to operating voltage and working current, any one in operating voltage, working current, electric power, power quality parameter or multinomial when exceeding corresponding preset limit value scope, determines that luminous mark breaks down.
When luminous mark comprises multiple electroluminescent element, operating voltage and the working current of each electroluminescent element can be detected, or by electroluminescent element according to territorial classification, detect operating voltage and the working current in each region.Thus the region of refinement fault diagnosis, obtain concrete abort situation and failure cause.Consider economy, also only can detect total working voltage and the working current of all electroluminescent elements, in conjunction with the image of luminous mark illumination effect, determine abort situation and failure cause.
When operating voltage exceedes predeterminated voltage safety value, trouble-shooter 112 determines that overvoltage fault appears in luminous mark; When working current exceedes predetermined current safety value, trouble-shooter 112 determines that over current fault appears in luminous mark; When working temperature exceedes preset temperature safety value, trouble-shooter 112 determines that excess temperature fault appears in luminous mark.Above power quality parameter can comprise: one or more in voltage deviation, frequency departure, harmonic wave, three-phase imbalance, voltage fluctuation and flicker, m-Acetyl chlorophosphonazo, when the above data in power quality parameter occur abnormal, it is abnormal that trouble-shooter 112 determines that the power module of luminous mark occurs.
According to faults different above, trouble-shooter 112 can also utilize the fault state data storehouse being similar to expert system to analyze failure cause.Preserve the failure cause of abnormality that various fault causes and correspondence in fault state data storehouse in advance, the short circuit reason of such as, preserving in fault state data storehouse causes the phenomenon of the failure of fault to rise and voltage transient falling instantaneously for causing electric current.The phenomenon so detected at current failure diagnostic device 112 is that electric current rises and voltage transient falling instantaneously, just can mate and show that current failure is short circuit.The phenomenon of the failure that the abnormity of power supply preserved in such as fault state data storehouse again causes is that the quality of power supply declines rapidly, the phenomenon so detected at current failure diagnostic device 112 is that the quality of power supply declines rapidly, just can mate and show that current failure is that power module is abnormal.
By the initial analysis of trouble-shooter 112, specific aim can be provided for safeguarding or repairing, thus improve the treatment effeciency of fault.
For luminous mark, generic failure intuitively phenomenon is exactly luminous effect exception, therefore, monitor terminal 120 can also be configured with the image taking device of similar camera, the duty of luminous mark is taken, the supervisory system 110 of the luminous mark of the present embodiment utilizes image to carry out identifying or showing, and can determine the abort situation of the lamp box of luminous mark in time, as the supplementary means of fault diagnosis.
Fig. 3 is the schematic diagram of the supervisory system 110 of luminous mark in accordance with another embodiment of the present invention, the supervisory system 110 of the luminous mark of this embodiment is on the basis of upper embodiment, be configured with remote control 114 and repairing information pusher 115, improve fault handling efficiency further.
Wherein, remote control 114, is connected with trouble-shooter 112, for generating corresponding remote control signal according to failure cause, and remote control signal is handed down to the monitor terminal 120 of luminous mark.According to above remote control signal, the monitor terminal 120 of luminous mark is corresponding carries out startup luminous mark; Close luminous mark; The supply line of luminous mark is switched to standby power supply; The work of the steering logic of reset luminous mark; Start standby electricity light-emitting component.By remote control signal, teleprocessing is carried out to fault.
When site disposal cannot be dealt with problems or need to above Long-distance Control, can by repairing information pusher 115 by abort situation, failure cause and the information pushing of luminous mark that breaks down to maintenance personal, be equivalent to automatically generate and send job order.After fault handling, repairing information pusher 115 can also receive the maintenance result of maintenance personal, upgrades the state of fault lamp box.This repairing information pusher is connected with trouble-shooter 112, such as, for the information of the luminous mark broken down and failure cause being pushed to the terminal that repairman holds, mobile phone, panel computer etc., and receives repairing report the test.
Except above function, the supervisory system 110 of the luminous mark of the present embodiment can also provide operation management service, such as, show that enforcement Monitoring Data, remote failure warning, fault alarm detection, routine analysis report, Site Service dispatch a series of function.
Fig. 4 is the functional block diagram of the supervisory system 110 according to the luminous mark of the embodiment of the present invention, wherein, Real-time Monitoring Data function can detect according to equipment real time data (comprising working current, voltage, active power and power factor (PF)), user and maintainer whenever and wherever possible by page end or mobile phone terminal landing platform in the authority allowed, can grasp luminous mark current operating conditions and each operational factor.
Fault alarm diagnostic function, can judge whether according to the data uploaded to break down, and the reason broken down, such as, in the situation that electric current significantly reduces, and can judgment part light-emitting component fault; Electric current raises and the situation of temperature rising, can think and may occur short circuit etc.
Remote failure warning function, can when judging that luminous mark breaks down, and by the message informing related management personnel of note or other form, greatly improves fault handling efficiency.The warning message of luminous mark can be classified to managerial personnel according to rank, and the personnel of different rights accept the message of different stage.Warning message also can be classified to managerial personnel according to region, according to region, message push is given the managerial personnel being responsible for this region.Below the example of the fault alarm message of the supervisory system 110 of luminous mark:
Type: fault; Failure cause: current anomaly, current loading is 0.26A(normal value 0.5 to 0.532A), user: so-and-so bank; Device name: so-and-so sub-department; Numbering: BDRH_LED0001.
Whether receiving above message, managerial personnel can utilize the data publishing platform logging in supervisory system 110, check the image of fault luminous mark, check and cause load current to reduce, to carry out fault handling preparation because of part tubes breaks down.
Routine analysis function of reporting, can provide the statistical study to luminous mark energy consumption data, in real time or daily, the moon, year different demand display device status of energy consumption.Make user's clear grasp efficiency situation.In addition, other form various can also be provided, such as maintenance record etc.
Site Service scheduling feature, can understand the working condition of management maintenance personnel, fault handling result etc. in real time, carry out management and dispatching, improve management level, for performance appraisal provides Data support to maintenance management personnel.
The supervisory system 110 of luminous mark utilizes monitor terminal 120 obtain data and can issue remote control signal according to fault diagnosis result, carries out Long-distance Control.Embodiments of the invention additionally provide a kind of monitor terminal 120 of luminous mark, be connected, realize the monitoring function of luminous mark this locality with supervisory system 110 signal of above embodiment.
Fig. 5 is the schematic diagram of the monitor terminal 120 according to the luminous mark of the embodiment of the present invention, and as shown in the figure, the monitor terminal 120 of this luminous mark comprises: detection part 121, for measuring the operating state data of luminous mark; Data transfer component 122, is connected with detection part 121 signal, for the information of operating state data and luminous mark being packed, and is uploaded to the supervisory system 110 of the luminous mark that above embodiment is introduced.
The data that detection part 121 can need according to supervisory system 110 are configured, and such as, detection part 121 can be equipped with: temperature sensor, voltage sensor, current sensor, image taking device.According to the needs of the monitoring of luminous mark, with upper sensor can arbitrary disposition one of them or multiple.Wherein, temperature sensor, for measuring the working temperature of luminous mark.Voltage sensor, for measuring the operating voltage of all or part electroluminescent element.Current sensor, for measuring the working current of all or part electroluminescent element.Image taking device, for taking the shop drawing picture of luminous mark illumination effect.
The running parameters such as above temperature, voltage, electric current all within the specific limits, if beyond normal range of operation, should illustrate that fault has appearred in luminous mark in normal operation.Above operating state data is uploaded, is issued by the supervisory system 110 of luminous mark, and can failure judgement, and initial analysis failure cause.
The monitor terminal 120 of luminous mark can also be provided with control assembly 123 in addition.Control action is performed in this locality.When being configured with control assembly 123, data transfer component 122 is also for remote control signal that the supervisory system 110 receiving luminous mark issues; Control assembly 123, is connected with data transfer component 122 signal, for obtaining remote control signal, and carries out corresponding control according to remote control signal to luminous mark.Control assembly 123 carries out corresponding control and comprises any one mode following: start luminous mark; Close luminous mark; The supply line of luminous mark is switched to extension wire; The steering logic of reset luminous mark; Start or close back lit element.
Utilize control assembly 123 can carry out Long-distance Control to luminous mark, save maintenance cost, in addition in case of a failure, control assembly 123 can carry out rough handling to simple fault, improves the efficiency of fault handling.
Data transfer component 122 can utilize any one or more communication mode following to carry out the reception with remote control signal of uploading of operating state data: data radio station, mobile network, Big Dipper short message, Zigbee etc. based on mobile cellular base station.Concrete data transfer mode can be configured according to field condition.
The supervisory system 110 of the luminous mark of the present embodiment and monitor terminal 120 provide Sign Board for user, street lamp, the information-based means of Landscape Lamp management, simultaneously by LED Sign Board, street lamp, the maintenance unit of Landscape Lamp brings in this management system, the maintenance of shared luminous mark equipment, the fault handling pattern that this mode tradition of changing over is passive, maintainer is allowed long-rangely can initiatively to find LED Sign Board, street lamp, the fault of Landscape Lamp, and in very first time response process, also user can be allowed to supervise the failure response time of maintainer simultaneously, whole maintenance process, assessment service of goods quality can be examined with this.
The major technique effect of technical solution of the present invention comprises: the fault handling efficiency 1, improving luminous mark.2, provide the long-range complex control means of luminous mark: remote timing switch, timing flicker, increases the visual impact of luminous mark.3, the product quality of luminous mark is assessed: the failure rate of statistical estimation luminous mark.4, assess after sale service quality: statistical estimation fault handling response speed, supervise whole fault treating procedure.
So far, those skilled in the art will recognize that, although multiple exemplary embodiment of the present invention is illustrate and described herein detailed, but, without departing from the spirit and scope of the present invention, still can directly determine or derive other modification many or amendment of meeting the principle of the invention according to content disclosed by the invention.Therefore, scope of the present invention should be understood and regard as and cover all these other modification or amendments.
Claims (8)
1. a supervisory system for luminous mark, comprising:
Data transmission device, for receiving the operating state data of luminous mark;
Trouble-shooter, for judging whether described luminous mark breaks down according to described operating state data, and when described luminous mark breaks down, analyzes described operating state data, obtains failure cause;
Data publication device, for issuing described operating state data and described failure cause to page end and/or client, and
Described operating state data comprises the shop drawing picture of described luminous mark;
Described trouble-shooter also for: described shop drawing picture is analyzed, determines the abort situation of the lamp box of described luminous mark.
2. supervisory system according to claim 1, wherein,
Described luminous mark comprises at least one electroluminescent element;
Described operating state data comprises operating voltage and the working current of described electroluminescent element:
Described trouble-shooter is also for the electric power and the power quality parameter that calculate described electroluminescent element according to described operating voltage and working current, any one in described operating voltage, described working current, described electric power, described power quality parameter or multinomial when exceeding corresponding preset limit value scope, determines that described luminous mark breaks down.
3. supervisory system according to claim 2, wherein,
Described trouble-shooter also for: when described luminous mark breaks down, abnormality in the abnormality of described operating voltage, described working current, described electric power, described power quality parameter and fault state data storehouse is carried out matching primitives, draw described failure cause, in wherein said fault state data storehouse, preserve the failure cause of abnormality that various fault causes and correspondence in advance.
4. supervisory system according to any one of claim 1 to 3, also comprises:
Remote control, is connected with described trouble-shooter, for generating corresponding remote control signal according to described failure cause, and described remote control signal is handed down to the monitor terminal of described luminous mark.
5. supervisory system according to any one of claim 1 to 3, also comprises:
Repairing information pusher, is connected with described trouble-shooter, for the information of the described luminous mark broken down and described failure cause being pushed to the terminal of repairman, and receives repairing report the test.
6. a monitor terminal for luminous mark, comprising:
Detection part, for detecting the operating state data of described luminous mark;
Data transfer component, be connected with described detection part signal, for the information of described operating state data and described luminous mark is packed, and be uploaded to the supervisory system of luminous mark, the supervisory system of wherein said luminous mark is the supervisory system of luminous mark according to any one of claim 1 to 5, and described detection part comprises following any one or more:
Temperature sensor, for measuring the working temperature of described luminous mark;
Voltage sensor, for measuring the operating voltage of electroluminescent element in described luminous mark;
Current sensor, for measuring the working current of electroluminescent element in described luminous mark;
Image taking device, for taking the shop drawing picture of described luminous mark.
7. monitor terminal according to claim 6, wherein,
Described data transfer component is also for remote control signal that the supervisory system receiving described luminous mark issues;
Described monitor terminal also comprises: control assembly, is connected with described data transfer component signal, for obtaining described remote control signal, and carries out corresponding control according to described remote control signal to described luminous mark.
8. monitor terminal according to claim 7, wherein,
Described data transfer component utilizes any one or more communication mode following to carry out the reception with described remote control signal of uploading of described operating state data: data radio station, the mobile network based on mobile cellular base station, Big Dipper short message, Zigbee;
Described control assembly carries out corresponding control and comprises any one mode following: start described luminous mark; Close described luminous mark; The supply line of described luminous mark is switched to standby power supply; Reset the steering logic of described luminous mark; Start standby electricity light-emitting component.
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| CN107426255A (en) * | 2016-05-19 | 2017-12-01 | 张力 | A kind of method and system of electric light maintenance |
| CN107680520A (en) * | 2017-09-26 | 2018-02-09 | 上海欧美拉光电股份有限公司 | The diagnostic method of Precise Diagnosis LED failure on a kind of intelligent APP lines |
| CN109584765A (en) * | 2019-01-23 | 2019-04-05 | 上海窗魅光学科技有限公司 | Realize the method and its system of LED display fault detection |
| CN109827789A (en) * | 2019-01-28 | 2019-05-31 | 广育德（武汉）智控技术有限公司 | A kind of detection method and detection system of the failure of rail traffic Sign lapm cabinet lockset |
| CN111846095B (en) * | 2019-05-14 | 2022-05-17 | 北京骑胜科技有限公司 | Fault detection device, electric power-assisted vehicle and fault detection method |
| CN110766927A (en) * | 2019-10-16 | 2020-02-07 | 国网山东省电力公司汶上县供电公司 | User side-based power consumption autonomous monitoring system and method |
| CN111554199B (en) * | 2020-05-07 | 2022-08-26 | 贵州中晟泰科智能技术有限公司 | SMD white light lamp pearl structure suitable for outdoor display screen |
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