CN104850083A - Heat exchange station area monitoring system - Google Patents
Heat exchange station area monitoring system Download PDFInfo
- Publication number
- CN104850083A CN104850083A CN201410661778.7A CN201410661778A CN104850083A CN 104850083 A CN104850083 A CN 104850083A CN 201410661778 A CN201410661778 A CN 201410661778A CN 104850083 A CN104850083 A CN 104850083A
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- China
- Prior art keywords
- heat exchange
- exchange station
- server
- water
- pipe
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/048—Monitoring; Safety
Abstract
The invention discloses a heat exchange station area monitoring system, comprising a monitoring center and a plurality of heat exchange station monitoring substations. The monitoring center mainly comprises a total switch, a server, and a parameter monitoring host, wherein the total switch is in connection with the server; the server is in connection with the parameter monitoring host; the server is also in connection with a video monitoring host; the total switch is also in connection with a wireless router through a router firewall; the wireless router is in connection with an all-position antenna; the heat exchange station monitoring substation is mainly composed of a control cabinet, a camera, a video server, a switch and a wireless router. The beneficial effects are that the heat exchange station area monitoring system can monitor a plurality of heat exchange stations in an area in real time through the monitoring center, thereby facilitating concentrated management and regulation; in addition, the heat exchange station area monitoring system can timely discover abnormal operating conditions of various heat exchange stations and running, emitting and leakage cases, reduce accident risks, prolong service life and improve safety and reliability.
Description
Technical field
The present invention relates to heat exchange station technical field, specifically a kind of heat exchange station regional monitoring system.
Background technology
Heat supply in winter is very general in northern China, and mainly takes centralized heat exchange station mode.Heat exchange station often centered by heat source boiler, become areal distribution, heat exchange station operation conditions will have influence on stable, the economical operation of heat source boiler, but current many heat exchange stations are all independent of one another and control separately, thus lack cooperative monitoring and concentrated regulation and administration, there is risk hidden danger.
Summary of the invention
The object of the present invention is to provide a kind of safe, reliable, practical, result of use is good and be convenient to manage concentratedly heat exchange station regional monitoring system.
The technical solution adopted for the present invention to solve the technical problems is: heat exchange station regional monitoring system comprises Surveillance center and several heat exchange stations monitoring substation composition, described Surveillance center mainly comprises total switch, server and parameter monitoring main frame composition, total switch is connected with server, server is connected with parameter monitoring main frame, parameter monitoring main frame also respectively with alarm, display, GSM communication module is connected with printer, also be connected with video monitoring main frame on the server, total switch is also connected with wireless router by router fire wall, wireless router is connected with full position antenna again, full position antenna is used for the omnibearing wireless signal of level and sends and receive.Described wireless router is used for communication and the routing function of wireless signal, described router fire wall for the protection of with strick precaution illegal invasion and virus attack, described total switch is to the Communication processing of signal transmission, described server is used for the backup to each coherent signal, issue, and realize monitoring in real time described heat exchange station monitoring substation by authorizing, monitor, described video monitoring main frame is used for receiving, process, display, inquiry vision signal, described parameter monitoring main frame is used for receiving, process, statistics, analyze, the parameter signal of display and the monitoring of the heat exchange station described in printing substation, and can alarm and alarm be crossed to emergency case, described GSM communication module is by note and related personnel's communication.
Described heat exchange station monitoring substation is primarily of switch board, video camera, video server, switch and wireless router composition, video camera is connected with video server, video server is connected with switch again, switch board is also connected with switch by cable data communication line, switch is connected with wireless router again, and unidirectional antenna is connected on wireless router, described switch board also respectively with the ultrasonic flow be contained on primary water pipe, be contained in the moisturizing solenoid valve on tap water filling pipe, flow detector and water softening device, be contained in the level sensor in expansion tank, and small pump, pressure release electromagnetic valve, ebullator, secondary returning water pressure sensor, secondary water-supply pressure transducer, temperature control transmitter, temperature-sensing valve, a supply water temperature sensor, primary water temperature sensor is connected with energy integrating instrument wiring, and primary water pipe is connected with the once outlet of heat interchanger, an import of heat interchanger is connected with a feed pipe, the secondary import of heat interchanger is connected with secondary returning water pipe and secondary water-supply pipe respectively with secondary outlet, a described feed pipe is equipped with temperature-sensing valve, one time feed pipe is equipped with a supply water temperature sensor after temperature-sensing valve, described primary water pipe is equipped with ultrasonic flow meter, primary water pipe is equipped with primary water temperature sensor after ultrasonic flow meter, a described supply water temperature sensor, primary water temperature sensor and ultrasonic flow meter are also connected with described energy integrating instrument wiring respectively, described secondary returning water pipe is equipped with ebullator, secondary returning water pipe was equipped with secondary returning water pressure sensor before ebullator, secondary returning water pipe before ebullator is also connected to level pressure pipe and is connected with expansion tank respectively with relief tube, and on level pressure pipe, small pump is housed, relief tube is equipped with pressure release electromagnetic valve, secondary water-supply pressure transducer and temperature control transmitter described secondary water-supply pipe be equipped with.Described switch board gathers for the parameter signal exchanging heat stations, conversion and Communication processing, the parameter signal of heat exchange station comprises a supply water temperature of a supply water temperature sensor, the primary water temperature of primary water temperature sensor, the secondary water-supply pressure of secondary water-supply pressure transducer, the secondary returning water pressure of secondary returning water pressure sensor, the secondary water-supply temperature of temperature control transmitter, the rate of water make-up of flow detector, a flow of ultrasonic flow meter, a heat of energy integrating instrument, the aperture of temperature-sensing valve, the operation of water softening device and stopping, the expansion tank water level of level sensor, the keying of pressure release electromagnetic valve and moisturizing solenoid valve, and the start and stop of small pump and ebullator, the signal of conversion frequencies and electric current etc.Color infrared integrated camera selected by described video camera.Described video server selects the JRS-1 network video server possessing 485 serial ports and long-range cradle head control, is mainly used in carrying out backing up to the video signal of camera acquisition and changing.Described unidirectional antenna is used for the launching and receiving of wireless signal within the scope of fixed angle.
Principle of work of the present invention is, the parameter signal of heat exchange station monitoring substation is gathered by switch board, process, and pass through switch, the wireless mode of wireless router and unidirectional antenna sends in real time to Surveillance center, simultaneously, the field video signal of collection is also wirelessly sent to Surveillance center by the video server of heat exchange station monitoring substation, then Surveillance center is processed whole parameter signal of each heat exchange station monitoring substation transmission and vision signal, analyze, computing, display, statistics, report to the police, print, inquiry and management, Surveillance center gives steering order and is sent to corresponding heat exchange station monitoring substation simultaneously, realize centralized management and the Long-distance Control of Surveillance center.
The invention has the beneficial effects as follows, the present invention carries out Real-Time Monitoring, monitoring and supervision by Surveillance center to the multiple heat exchange stations in region, be convenient to centralized management and regulation and control, and can each heat exchange station abnormal working position of Timeliness coverage and race, emit, the phenomenon such as leakage, decrease accident risk, increase the service life, improve safe reliability.
Accompanying drawing explanation
Accompanying drawing 1 is structural representation of the present invention.
In figure, 1, switch board, 2, wireless router, 3, unidirectional antenna, 4, switch, 5, video server, 6, video camera, 7, heat interchanger, 8, a feed pipe, 9, primary water pipe, 10, secondary water-supply pipe, 11, secondary returning water pipe, 12, temperature-sensing valve, 13, a supply water temperature sensor, 14, primary water temperature sensor, 15, energy integrating instrument, 16, ultrasonic flow meter, 17, secondary water-supply pressure transducer, 18, temperature control transmitter, 19, secondary returning water pressure sensor, 20, ebullator, 21, level pressure pipe, 22, relief tube, 23, pressure release electromagnetic valve, 24, small pump, 25, level sensor, 26, expansion tank, 27, tap water filling pipe, 28, moisturizing solenoid valve, 29, flow detector, 30, water softening device, 31, heat exchange station monitoring substation, 32, Surveillance center, 33, full position antenna, 34, wireless router, 35, router fire wall, 36, total switch, 37, video monitoring main frame, 38, server, 39, parameter monitoring main frame, 40, alarm, 41, display, 42, GSM communication module, 43, printer.
Embodiment
With regard to accompanying drawing 1, heat exchange station regional monitoring system of the present invention is described in detail below below.
As shown in Figure 1, heat exchange station regional monitoring system of the present invention comprises Surveillance center 32 and several heat exchange stations monitoring substation 31 forms, described Surveillance center 32 mainly comprises total switch 36, server 38 and parameter monitoring main frame 39 form, total switch 36 is connected with server 38, server 38 is connected with parameter monitoring main frame 39, parameter monitoring main frame 39 also respectively with alarm 40, display 41, GSM communication module 42 is connected with printer 43, server 38 is also connected with video monitoring main frame 37, total switch 36 is also connected with wireless router 34 by router fire wall 35, wireless router 34 is connected with full position antenna 33 again, full position antenna 33 sends for the omnibearing wireless signal of level and receives.Described wireless router 34 is for the communication of wireless signal and routing function, described router fire wall 35 for the protection of with strick precaution illegal invasion and virus attack, the Communication processing of described total switch 36 pairs of signal transmissions, described server 38 is for the backup to each coherent signal, issue, and realize monitoring in real time described heat exchange station monitoring substation 31 by authorizing, monitor, described video monitoring main frame 37 is for receiving, process, display, inquiry vision signal, described parameter monitoring main frame 39 is for receiving, process, statistics, analyze, the parameter signal of display and the monitoring of the heat exchange station described in printing substation 31, and can alarm 40 and alarm be crossed to emergency case, described GSM communication module 42 is by note and related personnel's communication.
Described heat exchange station monitoring substation 31 is primarily of switch board 1, video camera 6, video server 5, switch 4 and wireless router 3 form, video camera 6 is connected with video server 5, video server 5 is connected with switch 4 again, switch board 1 is also connected with switch 4 by cable data communication line, switch 4 is connected with wireless router 2 again, and unidirectional antenna 3 is connected on wireless router 2, described switch board 1 also respectively with the ultrasonic flow 16 be contained on primary water pipe 9, be contained in the moisturizing solenoid valve 28 on tap water filling pipe 27, flow detector 29 and water softening device 30, be contained in the level sensor 25 in expansion tank 26, and small pump 24, pressure release electromagnetic valve 23, ebullator 20, secondary returning water pressure sensor 19, secondary water-supply pressure transducer 17, temperature control transmitter 18, temperature-sensing valve 12, a supply water temperature sensor 13, primary water temperature sensor 14 is connected with energy integrating instrument 15 wiring, and primary water pipe 9 is connected with the once outlet of heat interchanger 7, an import of heat interchanger 7 is connected with a feed pipe 8, the secondary import of heat interchanger 7 is connected with secondary returning water pipe 11 and secondary water-supply pipe 10 respectively with secondary outlet, a described feed pipe 8 is equipped with temperature-sensing valve 12, one time feed pipe 8 is equipped with a supply water temperature sensor 13 after temperature-sensing valve 12, described primary water pipe 9 is equipped with ultrasonic flow meter 16, primary water pipe 9 is equipped with primary water temperature sensor 14 after ultrasonic flow meter 16, a described supply water temperature sensor 13, primary water temperature sensor 14 and ultrasonic flow meter 16 are also connected with described energy integrating instrument 15 wiring respectively, described secondary returning water pipe 11 is equipped with ebullator 20, secondary returning water pipe 11 was equipped with secondary returning water pressure sensor 19 before ebullator 20, secondary returning water pipe 11 before ebullator 20 is also connected to level pressure pipe 21 and is connected with expansion tank 26 respectively with relief tube 22, and on level pressure pipe 21, small pump 24 is housed, relief tube 22 is equipped with pressure release electromagnetic valve 23, secondary water-supply pressure transducer 17 and temperature control transmitter 18 described secondary water-supply pipe 10 be equipped with.Described switch board 1 gathers for the parameter signal exchanging heat stations, conversion and Communication processing, the parameter signal of heat exchange station comprises a supply water temperature of a supply water temperature sensor 13, the primary water temperature of primary water temperature sensor 14, the secondary water-supply pressure of secondary water-supply pressure transducer 17, the secondary returning water pressure of secondary returning water pressure sensor 19, the secondary water-supply temperature of temperature control transmitter 18, the rate of water make-up of flow detector 29, a flow of ultrasonic flow meter 16, a heat of energy integrating instrument 15, the aperture of temperature-sensing valve 12, the operation of water softening device 30 and stopping, expansion tank 26 water level of level sensor 25, the keying of pressure release electromagnetic valve 23 and moisturizing solenoid valve 28, and the start and stop of small pump 24 and ebullator 20, the signal of conversion frequencies and electric current etc.Color infrared integrated camera selected by described video camera 6.Described video server 5 selects the JRS-1 network video server possessing 485 serial ports and long-range cradle head control, is mainly used in carrying out backing up to the video signal that video camera 6 gathers and changing.Described unidirectional antenna 3 is for the launching and receiving of wireless signal within the scope of fixed angle.
Principle of work of the present invention is, the parameter signal of heat exchange station monitoring substation 31 is gathered by switch board 1, process, and by switch 4, the wireless mode of wireless router 2 and unidirectional antenna 3 sends in real time to Surveillance center 32, simultaneously, the field video signal of collection is also wirelessly sent to Surveillance center 32 by the video server 5 of heat exchange station monitoring substation 31, then Surveillance center 32 is processed whole parameter signal of each heat exchange station monitoring substation 31 transmission and vision signal, analyze, computing, display, statistics, report to the police, print, inquiry and management, Surveillance center 32 gives steering order and is sent to corresponding heat exchange station monitoring substation 31 simultaneously, realize centralized management and the Long-distance Control of Surveillance center 32.
Claims (5)
1. a heat exchange station regional monitoring system comprises Surveillance center and several heat exchange stations monitoring substation composition, described Surveillance center mainly comprises total switch, server and parameter monitoring main frame composition, it is characterized in that, total switch is connected with server, server is connected with parameter monitoring main frame, parameter monitoring main frame also respectively with alarm, display, GSM communication module is connected with printer, also be connected with video monitoring main frame on the server, total switch is also connected with wireless router by router fire wall, wireless router is connected with full position antenna again, described heat exchange station monitoring substation is primarily of switch board, video camera, video server, switch and wireless router composition, video camera is connected with video server, video server is connected with switch again, switch board is also connected with switch by cable data communication line, switch is connected with wireless router again, and unidirectional antenna is connected on wireless router.
2. heat exchange station regional monitoring system according to claim 1, it is characterized in that, described switch board also respectively with the ultrasonic flow be contained on primary water pipe, the moisturizing solenoid valve be contained on tap water filling pipe, flow detector and water softening device, be contained in level sensor in expansion tank and small pump, pressure release electromagnetic valve, ebullator, secondary returning water pressure sensor, secondary water-supply pressure transducer, temperature control transmitter, temperature-sensing valve, supply water temperature sensor, primary water temperature sensor and an energy integrating instrument wiring be connected.
3. heat exchange station regional monitoring system according to claim 2, it is characterized in that, primary water pipe is connected with the once outlet of heat interchanger, an import of heat interchanger is connected with a feed pipe, the secondary import of heat interchanger is connected with secondary returning water pipe and secondary water-supply pipe respectively with secondary outlet, a described feed pipe is equipped with temperature-sensing valve, one time feed pipe is equipped with a supply water temperature sensor after temperature-sensing valve, described primary water pipe is equipped with ultrasonic flow meter, primary water pipe is equipped with primary water temperature sensor after ultrasonic flow meter, a described supply water temperature sensor, primary water temperature sensor and ultrasonic flow meter are also connected with described energy integrating instrument wiring respectively, described secondary returning water pipe is equipped with ebullator, secondary returning water pipe was equipped with secondary returning water pressure sensor before ebullator, secondary returning water pipe before ebullator is also connected to level pressure pipe and is connected with expansion tank respectively with relief tube, and on level pressure pipe, small pump is housed, relief tube is equipped with pressure release electromagnetic valve, secondary water-supply pressure transducer and temperature control transmitter described secondary water-supply pipe be equipped with.
4. heat exchange station regional monitoring system according to claim 1, is characterized in that, color infrared integrated camera selected by described video camera.
5. heat exchange station regional monitoring system according to claim 1, is characterized in that, described video server selects the JRS-1 network video server possessing 485 serial ports and long-range cradle head control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410661778.7A CN104850083A (en) | 2014-11-19 | 2014-11-19 | Heat exchange station area monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410661778.7A CN104850083A (en) | 2014-11-19 | 2014-11-19 | Heat exchange station area monitoring system |
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| Publication Number | Publication Date |
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| CN104850083A true CN104850083A (en) | 2015-08-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410661778.7A Pending CN104850083A (en) | 2014-11-19 | 2014-11-19 | Heat exchange station area monitoring system |
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| CN (1) | CN104850083A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107154081A (en) * | 2016-12-02 | 2017-09-12 | 天津市津安热电有限公司 | A kind of heating network with intelligent inspection system |
| CN107426273A (en) * | 2017-04-06 | 2017-12-01 | 邹霞 | Distributed traffic integrating cloud service system |
| WO2018184167A1 (en) * | 2017-04-06 | 2018-10-11 | 邹霞 | Cloud service center system for flow totalization |
-
2014
- 2014-11-19 CN CN201410661778.7A patent/CN104850083A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107154081A (en) * | 2016-12-02 | 2017-09-12 | 天津市津安热电有限公司 | A kind of heating network with intelligent inspection system |
| CN107426273A (en) * | 2017-04-06 | 2017-12-01 | 邹霞 | Distributed traffic integrating cloud service system |
| WO2018184167A1 (en) * | 2017-04-06 | 2018-10-11 | 邹霞 | Cloud service center system for flow totalization |
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Application publication date: 20150819 |