CN203982148U - High-risk district warning early warning high in the clouds long distance control system - Google Patents
High-risk district warning early warning high in the clouds long distance control system Download PDFInfo
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- CN203982148U CN203982148U CN201420196447.6U CN201420196447U CN203982148U CN 203982148 U CN203982148 U CN 203982148U CN 201420196447 U CN201420196447 U CN 201420196447U CN 203982148 U CN203982148 U CN 203982148U
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Abstract
The utility model relates to a kind of high-risk district warning early warning high in the clouds long distance control system.The utility model comprises supervision end, high in the clouds service end, internet, described supervision end is by single-chip microcomputer, audible-visual annunciator, communication module and video acquisition device and environment information acquisition installation composition, and described single-chip microcomputer is connected with high in the clouds service end by internet, supervision end of the present utility model, high in the clouds service end, identity-validation device and warning security device, by supervision, hold information, by high in the clouds service end, carry out early warning and artificial checking again, carry out information sharing with remote control terminal simultaneously, the utility model can flexible networking, cover the sensible region of all public networks, the utility model adopts electronic vibration sensor design by vibration detector, utilize state-of-the-art chip technology, be applicable to outdoor alarming protection, when running into the violences such as vibration dismounting, produce vibration alarming, guaranteed the safe antitheft problem of visual plant.
Description
Technical field
The utility model relates to a kind of high-risk district warning early warning high in the clouds long distance control system.
Background technology
The fence using at present in power domain is for mostly adopting the modes such as cloth to warn personnel, easily cause personnel's malfunction, thereby the potential safety hazard of burying, neither one unification, three-dimensional carries out omnibearing protection for some particular surroundingss such as the high-risk districts of electric power, conventional method cannot reasonably be carried out early warning and processing, DeGrain, especially recent years, because the social factors such as interests and the attack of terrorism are ordered about high-risk region and are become sensitizing range, once invaded or visual plant is stolen, not only jeopardize power grid security, also will directly cause that resident's daily life has a power failure, agricultural production or business, enterprise's power-off, cause larger economic loss and worse social influence.Electric power enterprise is except bearing huge economic loss, and also organizing construction's strength is recovered power transmission as early as possible, and the equipment taking place frequently is stolen to normal production and operating activities and brought very large pressure.
For monitoring and antitheft means, mostly still organize full-time staff regularly to patrol at present, but the method takies a large amount of manpowers, realizability is poor, and anti-theft effect is not outstanding.Adopt in addition antitheft fixing means, the method has certain anti-theft function, has increased offender and has dismantled difficulty, but also increased the difficulty of service work simultaneously, and can not prevent from technological means the generation of theft.Other utilizes the antitheft design of electronically, the monitoring means stolen to transformer are more single, and false alarm usually occurs, and at present video monitoring system has been widely used in social every profession and trade and field, in the economic construction of China and social development, playing the part of very important role.And with the fast development with, mobile network and equipment, mobile video monitor, as important branch emerging in video monitoring, has had advanced hardware foundation and network support, prospect attracts people's attention.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of high-risk district warning early warning high in the clouds long distance control system.
The utility model adopts following technical scheme:
The utility model comprises supervision end, high in the clouds service end, internet;
Described supervision end is by single-chip microcomputer, audible-visual annunciator, communication module and video acquisition device and environment information acquisition installation composition, and described single-chip microcomputer is connected with high in the clouds service end by internet;
Described video acquisition device is comprised of with the PC that video frequency collection card, 485 transcoders and network interface card are housed being connected with described cradle head camera an above cradle head camera, and described PC is connected with high in the clouds service end by internet,
Described environment information acquisition device is comprised of single card microcomputer, GPRS modulator-demodular unit, 315M receiver module and sensor with SIM card; Described single card microcomputer is connected with 315M receiver module with GPRS modulator-demodular unit by RS232 mouth respectively;
Described sensor is comprised of the smoke transducer with 315M sending module and vibration transducer.
The utility model also comprises identity-validation device, and described identity-validation device is by RFID read-write equipment, fingerprint verifying apparatus and recognition of face entrance guard device, and described identity-validation device is connected with high in the clouds service end by internet.
The utility model also comprises warning security device, and described warning security device comprises fence and tear-gas rifle.
The utility model also comprises remote control terminal, and described remote control terminal comprises smart mobile phone and panel computer.
The model of described smoke transducer is SN-828-3P, and the model of described vibration transducer is CBD-AL-Z100.
The model of described single-chip microcomputer is STC12C5624AD, and the model of described audible-visual annunciator is AL200a, and the model of described communication module is the two-in-one module of ES201-GPS-GSM/GPRS.
Described recognition of face entrance guard device adopts the E215 of FIRS company, and described fingerprint verifying apparatus is controlled U160-IC in adopting, and described RFID read-write equipment adopts the ALR-9650 of FUTIANDA company.
Described single card microcomputer model is SBC6020ARM, and the model of described GPRS modulator-demodular unit is SIM300, and the model of described 315M receiver module is CRJ-FST315, and the model of described 315M sending module is CHJ-FST315.
Good effect of the present utility model is as follows:
Supervision end of the present utility model, high in the clouds service end, identity-validation device and warning security device, by supervision, hold information, by high in the clouds service end, carry out early warning and artificial checking again, carry out information sharing with remote control terminal simultaneously, the utility model can flexible networking, cover the sensible region of all public networks, the utility model adopts electronic vibration sensor design by vibration detector, utilize state-of-the-art chip technology, be applicable to outdoor alarming protection, sensitivity is adjustable continuously, vibratory impulse counting is adjustable, protection radius 1.5-4 rice, reliable effectively false alarm prevention technical protection is provided, while running into the violence dismountings such as vibration when transformer, produce vibration alarming, thereby guaranteed the safe antitheft problem of visual plant.
Accompanying drawing explanation
Accompanying drawing 1 is the utility model structured flowchart.
Accompanying drawing 2 is the structured flowchart of the utility model supervision end.
Accompanying drawing 3 is the structured flowchart of the utility model video acquisition device.
Accompanying drawing 4 is the structured flowchart of the utility model environment information acquisition device.
Embodiment
As shown in accompanying drawing 1-4, the utility model comprises that described system is by monitoring end 1, high in the clouds service end 4, internet 5;
Described supervision end 1 is comprised of single-chip microcomputer 1-1, audible-visual annunciator 1-2, communication module 1-3 and video acquisition device 1-4 and environment information acquisition device 1-5, and described single-chip microcomputer 1-1 is connected with high in the clouds service end 4 by internet 5;
Described video acquisition device 1-4 is comprised of with the PC that video frequency collection card, 485 transcoders and network interface card are housed being connected with described cradle head camera an above cradle head camera, and described PC is connected with high in the clouds service end by internet 5,
Described environment information acquisition device 1-5 is comprised of single card microcomputer, GPRS modulator-demodular unit, 315M receiver module and sensor with SIM card; Described single card microcomputer U1 is connected with 315M receiver module with GPRS modulator-demodular unit by RS232 mouth respectively;
Described sensor is comprised of the smoke transducer with 315M sending module, inclination sensor, vibration transducer, infrared sensor, dead electricity sensor, monitoring sensor,
The utility model also comprises identity-validation device 2, and described identity-validation device 2 is by RFID read-write equipment, fingerprint verifying apparatus and recognition of face entrance guard device, and described identity-validation device 2 is connected with high in the clouds service end 4 by internet 5.
The utility model also comprises warning security device 3 and remote control terminal 6, and described warning security device comprises fence and tear-gas rifle, and described remote control terminal comprises smart mobile phone and panel computer.
The utility model also includes trajectory track module, can as change in location be detected for the geographic position of monitoring vitals, sends locating information.
The utility model high in the clouds service end 4 is PC, when working, equipment by internet 5, the information of collection is shown, by audible-visual annunciator, carry out early warning simultaneously, by staff, according to the information and the video information that gather, be further processed again, therefore do not need other extra softwares can realize the function of monitoring and early warning.
Sensor harvester function mainly comprises as follows:
Infrared sensor: utilize the two inspection detectors of infrared microwave by detecting the variation of heat, whether perception has people close.When thermal change surpasses setting range, can send alerting signal to controlling mainboard.10 meters of detector investigative ranges, filter white light 6500Lux, the 2.5s constantly that reports to the police, and speed of detection 0.3 ~ 3m/s, eyeglass adopts three dimensions, inner groovy array Fresnel lens, can ultraviolet ray filtering.
Vibration transducer: adopt electronic vibration sensor design by vibration detector; utilize state-of-the-art chip technology; be applicable to outdoor alarming protection; sensitivity is adjustable continuously; vibratory impulse counting is adjustable, and protection radius 1.5-4 rice, provides reliable effectively false alarm prevention technical protection; while running into the violence dismountings such as vibration when transformer, produce vibration alarming.
Inclination sensor: by adopting the double-shaft tilt angle sensor based on 3D MEMS, high resolving power, low noise, increased damping in sensing element inside, and can bear high mechanical impact force.When the inclination that angle is set occurs to surpass head cover of transformer, produce and tilt to report to the police.
Dead electricity sensor: supervise by power-off, transformer needs only power-off, and alarm module is reported to the police immediately, also can draw a special leads from environment monitoring module, stealer will be opened transformer and this root line must be cut off or short circuit, as long as this line disconnects or by short circuit, alarm module is reported to the police immediately.
Monitor sensor: the noise decibel by transformer side judges and early warning.
Video acquisition device function mainly comprises as follows:
Described video acquisition device is comprised of with the PC that video frequency collection card, 485 transcoders and network interface card are housed being connected with described cradle head camera an above cradle head camera, and described PC is connected with high in the clouds service end by internet.
The utility model monitoring terminal receives by communication module the system configuration information that Surveillance center sends and (comprises alert if, the startup of each sensor and closed condition, deploy troops on garrison duty and withdraw a garrison etc.), after monitoring terminal is set correctly, at the state of deploying troops on garrison duty, will be according to collection environmental information is set, meet alert if, report to the police immediately, Communications service program, according to information classification, is saved in database by warning message, and information is issued to monitoring terminal supervisory routine, monitoring terminal supervisory routine, according to these information, produces warning picture, or draws real-time route.When monitoring terminal sends full detail to Communications service program, also the information of part appointment directly can be issued to designated mobile phone by gprs network.
The utility model video acquisition device also has a kind of advanced scheme, comprises the following steps:
Step1-1: device initialize
Step2-1: monitor terminal carries out identity checks and Authority Verification to central server, is verified and goes to step Step2-2, does not pass through process ends;
Step2-2: monitor terminal obtains the list of video acquisition end to central server;
Step2-3: monitor terminal is watched the real-time monitor video of certain video acquisition end;
Step2-4: monitor terminal Remote configuration is also controlled the cradle head camera of video acquisition end, afterwards process ends.
When monitor terminal sends application to central server, concrete steps are as follows:
Step3-1: monitor terminal is to the administration module application video acquisition end list of central server;
Step3-2: administration module is passed to monitor terminal and application information thereof gate inhibition's module of central server;
Step3-3: gate inhibition's module, according to the video acquisition end of preserving and the log-on message of monitor terminal, is carried out identity checks and Authority Verification;
Step3-4: gate inhibition's module is found out all video acquisition ends in this monitor terminal authority, and the list of synthetic video collection terminal;
Step3-5: gate inhibition's module sends to monitor terminal the list of video acquisition end.
When monitor terminal obtains after the list of video acquisition end, monitor terminal just can be watched the real-time monitor video of video acquisition end, and concrete steps are described below:
Step4-1: monitor terminal is selected certain video acquisition end from the list of video acquisition end;
Step4-2: according to IP and the port numbers in the list of video acquisition end, access this video acquisition end;
Step4-3: the real time video data that the video distribution module of video acquisition end sends is to video playback module;
Step4-4: video playback module allows video reception module receive real time video data;
Step4-5: video playback module allows video decode module decoding real time video data;
Step4-6: video playback module allows Video Rendering module play real time video data;
Step4-7: monitor terminal stops playing real time video data.
When monitor terminal is watched real-time monitor video, monitor terminal Remote configuration is also controlled the cradle head camera of video acquisition end, and concrete steps are described below:
Step5-1: monitor terminal is sent to the control command of cloud mirror control protocol IPCP form the cloud mirror control command receiver module of video acquisition end by mobile Internet by cloud mirror control command sending module;
Step5-2: cloud mirror control command receiver module sends to cloud mirror control module order;
Step5-3: cloud mirror control module is resolved the control command of IPCP form, extracts video configuration information and cradle head control order;
Step5-4: cloud mirror control module configures video processing module by video configuration information;
Step5-5: video processing module carries out Video processing;
Step5-6: cloud mirror control module converts cradle head control order the control protocol form (as pelco-d/p etc.) that local cradle head camera can be identified to;
Step5-7:485 transcoder becomes RS485 form by cloud mirror control command from RS232 format conversion;
Step5-8:485 transcoder is passed to cradle head camera by cloud mirror control command;
Step5-9: cradle head camera responsing control command.
The utility model also has the defencive function of cradle head camera, and concrete steps are described below:
Step6-1: cloud mirror control module is carried out timing and detected, and last cradle head control order is sent rear 5min and also do not received next cradle head control order, thinks overtime;
Step6-2: cloud mirror control module sends and ceases and desist order to 485 transcoders;
Step6-3:485 transcoder will be ceased and desisted order and be passed to cradle head camera;
Step6-4: cradle head camera stop motion.
For step Step5-5 because configuration and to stop Video processing all very simple, below the flow process that starts operation Video processing is only described, be described in detail as follows:
Step7-1: monitor terminal starts the intelligent video processing module of video acquisition end;
Step7-2: video processing module is analyzed the cradle head camera real time video data that video frequency collection card gathers, and suspicious figure detected and has invaded;
Step7-3: video processing module is passed to memory module video data;
Step7-4: one section of video data after memory module storage event occurs also can be used for collecting evidence afterwards;
Step7-5: video processing module notice alarm module;
Step7-6: alarm module sends warning message to monitor terminal, and related personnel can take action in time;
Step7-7: video processing module checks whether cloud mirror control module has monitor terminal using, if nothing, video processing module obtains cradle head control power;
Step7-8: the target tracking algorism in video processing module is controlled cradle head camera and followed the tracks of suspicious figure, exits this flow process until suspicious figure disappears.
In the present embodiment, described cloud mirror control protocol IPCP(Intelligent Ptz Control Protocol) form is the control protocol of the attributes such as self-defining a kind of Yun Jing of comprising address, denomination of dive and intelligent parameter, for details see attached table 1.The command format that cradle head camera can be identified refers to, different cradle head cameras has physically been provided with baud rate cloud mirror control protocol form when dispatching from the factory, and comprises pelco-d/p etc., and other agreements also can increase at this.
Subordinate list 1.
Claims (8)
1. a high-risk district warning early warning high in the clouds long distance control system, is characterized in that comprising supervision end (1), high in the clouds service end (4), internet (5);
Described supervision end (1) is comprised of single-chip microcomputer (1-1), audible-visual annunciator (1-2), communication module (1-3) and video acquisition device (1-4) and environment information acquisition device (1-5), and described single-chip microcomputer (1-1) is connected with high in the clouds service end (4) by internet (5);
Described video acquisition device (1-4) is comprised of with the PC that video frequency collection card, 485 transcoders and network interface card are housed being connected with described cradle head camera an above cradle head camera, and described PC is connected with high in the clouds service end by internet (5),
Described environment information acquisition device (1-5) is comprised of single card microcomputer, GPRS modulator-demodular unit, 315M receiver module and sensor with SIM card; Described single card microcomputer is connected with 315M receiver module with GPRS modulator-demodular unit by RS232 mouth respectively;
Described sensor is comprised of the smoke transducer with 315M sending module and vibration transducer.
2. high-risk district according to claim 1 warns early warning high in the clouds long distance control system, characterized by further comprising identity-validation device (2), described identity-validation device (2) is by RFID read-write equipment, fingerprint verifying apparatus and recognition of face entrance guard device, and described identity-validation device (2) is connected with high in the clouds service end (4) by internet (5).
3. high-risk district according to claim 2 warning early warning high in the clouds long distance control system, characterized by further comprising warning security device (3), and described warning security device (3) comprises fence and tear-gas rifle.
4. high-risk district according to claim 3 warning early warning high in the clouds long distance control system, characterized by further comprising remote control terminal (6), and described remote control terminal (6) comprises smart mobile phone and panel computer.
5. high-risk district according to claim 4 warns early warning high in the clouds long distance control system, and the model that it is characterized in that described smoke transducer is SN-828-3P, and the model of described vibration transducer is CBD-AL-Z100.
6. high-risk district according to claim 5 warns early warning high in the clouds long distance control system, the model that it is characterized in that described single-chip microcomputer (1-1) is STC12C5624AD, the model of described audible-visual annunciator (1-2) is AL200a, and the model of described communication module (1-3) is the two-in-one module of ES201-GPS-GSM/GPRS.
7. high-risk district according to claim 6 warns early warning high in the clouds long distance control system, it is characterized in that described recognition of face entrance guard device adopts the E215 of FIRS company, described fingerprint verifying apparatus is controlled U160-IC in adopting, and described RFID read-write equipment adopts the ALR-9650 of FUTIANDA company.
8. high-risk district according to claim 7 warns early warning high in the clouds long distance control system, it is characterized in that described single card microcomputer model is SBC6020ARM, the model of described GPRS modulator-demodular unit is SIM300, the model of described 315M receiver module is CRJ-FST315, and the model of described 315M sending module is CHJ-FST315.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420196447.6U CN203982148U (en) | 2014-04-22 | 2014-04-22 | High-risk district warning early warning high in the clouds long distance control system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420196447.6U CN203982148U (en) | 2014-04-22 | 2014-04-22 | High-risk district warning early warning high in the clouds long distance control system |
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| CN203982148U true CN203982148U (en) | 2014-12-03 |
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| CN201420196447.6U Expired - Fee Related CN203982148U (en) | 2014-04-22 | 2014-04-22 | High-risk district warning early warning high in the clouds long distance control system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106124706A (en) * | 2016-07-25 | 2016-11-16 | 陕西天洋智能科技有限公司 | Inflammable and explosive harmful influence prediction and warning cloud system |
| CN109118692A (en) * | 2018-08-01 | 2019-01-01 | 深圳市博控科技有限公司 | A kind of base station anti-theft monitoring system and method |
| CN112200995A (en) * | 2020-10-12 | 2021-01-08 | 中国人民解放军32181部队 | Low-power consumption field security system based on hybrid architecture |
-
2014
- 2014-04-22 CN CN201420196447.6U patent/CN203982148U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106124706A (en) * | 2016-07-25 | 2016-11-16 | 陕西天洋智能科技有限公司 | Inflammable and explosive harmful influence prediction and warning cloud system |
| CN109118692A (en) * | 2018-08-01 | 2019-01-01 | 深圳市博控科技有限公司 | A kind of base station anti-theft monitoring system and method |
| CN112200995A (en) * | 2020-10-12 | 2021-01-08 | 中国人民解放军32181部队 | Low-power consumption field security system based on hybrid architecture |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141203 |