CN214335777U - Comprehensive supervision, monitoring and emergency management platform system for transmission and distribution pipe network and accessory facilities - Google Patents
Comprehensive supervision, monitoring and emergency management platform system for transmission and distribution pipe network and accessory facilities Download PDFInfo
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- CN214335777U CN214335777U CN202120590588.6U CN202120590588U CN214335777U CN 214335777 U CN214335777 U CN 214335777U CN 202120590588 U CN202120590588 U CN 202120590588U CN 214335777 U CN214335777 U CN 214335777U
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Abstract
The utility model relates to a pipeline monitoring field, a transmission and distribution pipe network and affiliated facilities synthesize supervision control and emergency management platform system specifically says so. The system comprises a pipe network, pipe network accessory equipment, a remote data acquisition station, a high-pressure gas source receiving station, an intelligent gas meter, an online pipe network simulation system and a cloud database; the pipe network is connected with a data remote acquisition station; the data remote acquisition station, the yin insurance acquisition instrument and the high-pressure gas source receiving station send acquired data information to the online pipe network simulation system; the online pipe network simulation system identifies, identifies and compares the received information, and then sends the information to the cloud database for display; the data remote acquisition station is connected with the power supply. The data remote acquisition station acquires parameters such as pressure, temperature, flow and the like of the pipe network and the pipe network accessory facilities. The civil gas end is used for alarming and collecting, and the safety guarantees the life safety of people. Reading the basic data information of the existing GIS or SCADA system, carrying out intelligent analysis, optimizing plant instruments and meters and pipe network infrastructure, and preventing and controlling equipment operation performance faults.
Description
Technical Field
The utility model relates to a pipeline monitoring field, a transmission and distribution pipe network and affiliated facilities synthesize supervision control and emergency management platform system specifically says so.
Background
The pipeline is one of the five transportation tools at present, and the position of the pipeline in economic development and people's life is more important. By the end of 2019, the total length of domestic oil and gas pipe networks is about 90 kilometers. Therefore, the public potential safety hazard of the oil and gas pipeline is serious, and various potential hazards such as rough third-party construction excavation, manual damage to the oil and gas pipeline, perforation and oil and gas stealing, pipeline corrosion, current interference damage, crossing, station equipment, gas end (civil use), pipe network and well room facilities and the like which do not meet the safety requirements exist. Therefore, the system realizes safety monitoring, early warning, and prevents and reduces the national property loss and the safety of people's lives caused by the accident of damaging facilities along the line, and is the political mission responsibility which needs to be highly valued by industry competent departments.
The current monitoring technology is basically an alarm technology after pipeline leakage, and is relatively single to enterprise management.
CN103791964A discloses an intelligent gas table with thing networking and alarming function, but does not interact with monitoring system, can't in time close to gas accident pipeline.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a supervision control and emergency management platform system are synthesized to transmission and distribution pipe network and affiliated facilities to solve the above-mentioned at least some problems.
The comprehensive supervision monitoring and emergency management platform system for the transmission and distribution pipe network and the attached facilities comprises a pipe network, pipe network attached equipment, a remote data acquisition station, a high-pressure gas source receiving station, an intelligent gas meter, an online pipe network simulation system and a cloud database;
the pipe network is connected with a data remote acquisition station; a yin security acquisition instrument is arranged in the pipe network auxiliary equipment;
the data remote acquisition station, the yin insurance acquisition instrument and the high-pressure gas source receiving station send acquired data information to the online pipe network simulation system;
the remote data acquisition station comprises a vibration module, a leakage module, an RTU module, a first Internet of things module and a password protection module;
the online pipe network simulation system identifies, identifies and compares the received information, and then sends the information to the cloud database for display;
the data remote acquisition station is connected with a power supply.
Further, the power supply comprises a solar panel, and a power converter is arranged between the solar panel and the data remote acquisition station.
Further, the power converter is connected with a standby power supply.
Further, the pipe network comprises a high-pressure pipe network, a medium-pressure pipe network and a low-pressure pipe network.
Further, the pipe network accessory comprises a well chamber and an air source conversion pressure cabinet.
And further, the system also comprises an offline pipe network simulation system, wherein the offline pipe network simulation system is used for pipe network planning and information reading, station parameter providing, civil energy information statistics and pipe capacity calculation.
Furthermore, the online pipe network simulation system is connected with a geographic information system and a data acquisition and monitoring system;
the online pipeline network simulation system models data of a geographic information system and a data acquisition and monitoring system and data information of a data remote acquisition station, a high-pressure gas source receiving station and an intelligent gas meter, compares and identifies the modeled data, and feeds identified data danger information back to a cloud database;
the cloud database is connected with the display module, the alarm module and the voice prompt module.
Furthermore, the intelligent gas meter is used for metering gas consumption, and a second networking module, a positioning module and an alarm module are arranged in the intelligent gas meter and used for leakage positioning and alarming.
Furthermore, the intelligent gas meter is connected with a gas source conversion pressure cabinet and a remote control valve, the gas source conversion pressure cabinet is used for monitoring pressure, flow and temperature, and the remote control valve is used for remotely controlling the opening and closing of a main home valve of the civil conveying pipeline.
The utility model has the advantages that:
the pipeline is provided with a data remote acquisition station for acquiring parameters such as pressure, temperature, flow and the like of the pipe network and the auxiliary facilities of the pipe network. The intelligent alarm and intelligent acquisition of the civil gas end ensure the life safety of people by 'double' insurance. The port is connected with and reads the basic data information of the existing GIS or SCADA system, intelligent analysis is carried out, plant instruments and meters and pipe network infrastructure are optimized, the operation performance faults of the equipment are prevented and prevented, and transparent management and full personnel participation are carried out on the equipment;
the method has the advantages of predicting potential threats of the pipe network, optimizing the pipe network foundation, monitoring the running state of the infrastructure of the enterprise, preventing negative effects of the leakage of the civil environment and reducing the capital investment of material resources and manpower of the enterprise.
Drawings
Fig. 1 is a block diagram of a comprehensive supervision, monitoring and emergency management platform system for a transmission and distribution pipe network and auxiliary facilities;
the system comprises a pipe network 1, a high-pressure pipe network 101, a medium-pressure pipe network 102, a low-pressure pipe network 103, pipe network accessory equipment 2, an air source conversion pressure cabinet 201, a well 202, a data remote acquisition station 3, a vibration module 301, a leakage module 302, an RTU module 303, a first Internet of things module 304, a negative protection module 305, a high-pressure air source receiving station 4, an intelligent gas meter 5, a second networking module 501, a first alarm module 503, a positioning module 502, an online pipe network simulation system 6, a cloud database 7, a display module 8, an offline pipe network simulation system 9, a geographic information system 10, a data acquisition and monitoring system 11, a second alarm module 12 and a voice prompt module 13.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.
As shown in fig. 1:
the comprehensive supervision monitoring and emergency management platform system for the transmission and distribution pipe network and the accessory facilities comprises a pipe network 1, pipe network accessory equipment 2, a data remote acquisition station 3, a high-pressure gas source receiving station 4, an intelligent gas meter 5, an online pipe network simulation system 6 and a cloud database 7, wherein the online acquisition, reading and modeling modes are utilized to transmit fluid dynamic behaviors and potential threat data of a pressure pipe network, a station, a gas end (industrial and commercial households), the pipe network accessory equipment, relevant stations and pipelines in the safety range of the pipe network, and the acquired data are identified, identified and compared by the online pipe network simulation system and then are transmitted to the cloud database to be displayed, linked to alarm and positioned for display.
The pipe network 1 comprises a high-pressure pipe network 101, a medium-pressure pipe network 102 and a low-pressure pipe network 103, and the pipe network 1 is connected with the data remote acquisition station 3; the pipe network auxiliary equipment 2 comprises a well chamber 202 and a gas source conversion pressure cabinet 201, and mainly realizes the detection of current, electrodes, potential and corrosion degree of the metal pipe network cathode protection through a cathode protection acquisition instrument, a third internet of things module and a leakage module in the pipe network auxiliary equipment, and meanwhile, the alarm positioning function is also realized when leakage occurs or is lost in the well chamber 202.
The data remote acquisition station 3 (number: GD-SCZ-SYX) mainly integrates related information of pipe network auxiliary facilities and a conveying pipe network, and the information acquisition mainly comprises a vibration module 301(VF sensor), a leakage module 302 and a yin protection module 305(ZDZY-1-12Q), is linked by ports of an RTU module 303 (220VAC, 500W and 50Hz), and is sent to a cloud database 7 and an online pipe network simulation system 6 through a first Internet of things module 304 (NLK-8AI-4 AO); through vibrations module 301, leak the data information of the third party construction operation of module 302 collection pipe network safety range, online pipe network simulation system 6 reads the data information of GIS or SCADA system, discern, contrast information, finally send the signal of potential threat or the signal that reveals the emergence for cloud database 7 and show on display module 8 (dispatch management center display screen), including dangerous type and dangerous region, and also can report to the police to second alarm module 12 with relevant information of propelling movement simultaneously, second alarm module 12 can install at staff work cell-phone end, relevant regional responsible person can receive accident information in time and arrive the phenomenon and do emergency treatment.
On one hand, the high-pressure gas source receiving station 4 and the online pipe network simulation system 6 read the temperature, pressure and flow of the process pipeline installed in the high-pressure gas source receiving station, and the performance parameter information of other equipment such as a valve, a combustible alarm, a fire alarm, a flowmeter, a pressure regulating device, a cutting device, a pipe cleaner equipment tracking system and the like of the process equipment. On the other hand, the high-pressure air source is read to receive 4 data of an existing or constructed station terminal, the online pipe network simulation system 6 models the station after providing basic data of the station, the data of the SCADA data acquisition and monitoring system, the field basic data information and the like are obviously compared in a digital twin mode through a simulation modeling data mode, and then visual information prompts of pictures, leakage, positions and the like are displayed on the display module.
The civil intelligent gas meter 5 transmits the gas consumption and the meter information to the cloud database 7, and the information is synchronous; the intelligent gas meter 5 also has the functions of a second networking module 501, a first alarm module (leakage and anti-theft function) and a positioning module, and is monitored by the gas source conversion pressure cabinet 201, mainly monitoring information such as pressure, flow, temperature change and the like. In reality, the main control valve of the civil layer is basically a copper valve and needs to be manually opened, but certain residents do not cooperate or work in front of sudden accidents in actual work, so that unnecessary troubles in work are reduced, the remote control valve 14 is installed and used for remotely controlling the opening and closing of the main home-entering valve of the civil conveying pipeline, and the problem can be effectively solved. The technical means can realize the omnibearing monitoring of the management and management enterprise and the supervision and emergency real-time monitoring of the responsible personnel or the emergency management department of the management enterprise area.
An online pipe network simulation system 6(Varisim feedback station, pipeline fluid dynamic behavior) reads data collected by a GIS system 10 (geographic information system) and an SCADA system 11 (data collection and monitoring system) at present and data information collected by a field remote collection station 3, a high-pressure gas source receiving station 4 and a civil three-party (intelligent gas meter 5), carries out comparison and identification after modeling, feeds identified data danger information back to a cloud database 7, the cloud database 7 receives the danger information and displays the danger information on a display module 8, and sends danger information prompt and beep through a second alarm module 12 and a voice prompt module 13.
Further, the system comprises an offline simulation system 9, the simulation system is divided into offline simulation and online simulation, the main difference is that the configurations are different, the offline simulation system 9 is mainly installed to achieve the purposes of pipe network planning and information reading, station parameter providing, civil energy information statistics and management capacity calculation which can be timely arranged, accurate information can be timely provided for relevant units or departments under the condition of complete monitoring, production stability is guaranteed, information timeliness is guaranteed, and management enterprise grid management optimization efficiency is guaranteed.
Further, the power supply of the data remote acquisition station 3 is supplied by a solar panel 16 (100W polycrystal) and is supplied by a power converter 15(12V/4), but the solar power supply system also uses a standby power supply 17(UPS 12V/200AH) for emergency use.
Further, the high-pressure gas source receiving station 4 further comprises a pipeline operation optimizing system 401, and the pipeline operation is optimized according to performance parameters of a valve, a combustible alarm, a fire alarm, a flow meter, a pressure regulating device, a cutting device and a pipe cleaner tracking and positioning system in the high-pressure gas source receiving station 4.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (9)
1. Transport distribution pipe network and affiliated facilities synthesize supervision control and emergency management platform system, its characterized in that: the system comprises a pipe network, pipe network accessory equipment, a remote data acquisition station, a high-pressure gas source receiving station, an intelligent gas meter, an online pipe network simulation system and a cloud database;
the pipe network is connected with a data remote acquisition station; a yin security acquisition instrument is arranged in the pipe network auxiliary equipment; the remote data acquisition station comprises a vibration module, a leakage module, an RTU module, a first Internet of things module and a password protection module;
the data remote acquisition station, the yin insurance acquisition instrument and the high-pressure gas source receiving station send acquired data information to the online pipe network simulation system;
the online pipe network simulation system identifies, identifies and compares the received information, and then sends the information to the cloud database for display;
the data remote acquisition station is connected with a power supply.
2. The transmission and distribution pipe network and auxiliary facility integrated supervision, monitoring and emergency management platform system according to claim 1, characterized in that: the power supply comprises a solar panel, and a power converter is arranged between the solar panel and the data remote acquisition station.
3. The transmission and distribution pipe network and auxiliary facility integrated supervision, monitoring and emergency management platform system according to claim 2, characterized in that: the power converter is connected with a standby power supply.
4. The transmission and distribution pipe network and auxiliary facility integrated supervision, monitoring and emergency management platform system according to claim 1, characterized in that: the pipe network comprises a high-pressure pipe network, a medium-pressure pipe network and a low-pressure pipe network.
5. The transmission and distribution pipe network and auxiliary facility integrated supervision, monitoring and emergency management platform system according to claim 1, characterized in that: the pipe network accessory comprises a well chamber and an air source conversion pressure cabinet.
6. The transmission and distribution pipe network and auxiliary facility integrated supervision, monitoring and emergency management platform system according to claim 1, characterized in that:
the system also comprises an offline pipe network simulation system, wherein the offline pipe network simulation system is used for pipe network planning and information reading, station parameter providing, civil energy information statistics and pipe capacity calculation.
7. The transmission and distribution pipe network and auxiliary facility integrated supervision, monitoring and emergency management platform system according to claim 1, characterized in that: the online pipe network simulation system is connected with the geographic information system and the data acquisition and monitoring system;
the online pipeline network simulation system models data of a geographic information system and a data acquisition and monitoring system and data information of a data remote acquisition station, a high-pressure gas source receiving station and an intelligent gas meter, compares and identifies the modeled data, and feeds identified data danger information back to a cloud database;
the cloud database is connected with the display module, the alarm module and the voice prompt module.
8. The transmission and distribution pipe network and auxiliary facility integrated supervision, monitoring and emergency management platform system according to claim 1, characterized in that: the intelligent gas meter is used for metering gas consumption, and a second networking module, a positioning module and an alarm module are arranged in the intelligent gas meter and used for leakage positioning and alarming.
9. The transmission and distribution pipe network and auxiliary facility integrated supervision, monitoring and emergency management platform system according to claim 5, characterized in that: the intelligent gas meter is connected with a gas source conversion pressure cabinet and a remote control valve, the gas source conversion pressure cabinet is used for monitoring pressure, flow and temperature, and the remote control valve is used for remotely controlling the opening and closing of a main home valve of the civil conveying pipeline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120590588.6U CN214335777U (en) | 2021-03-23 | 2021-03-23 | Comprehensive supervision, monitoring and emergency management platform system for transmission and distribution pipe network and accessory facilities |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202120590588.6U CN214335777U (en) | 2021-03-23 | 2021-03-23 | Comprehensive supervision, monitoring and emergency management platform system for transmission and distribution pipe network and accessory facilities |
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| CN214335777U true CN214335777U (en) | 2021-10-01 |
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| CN202120590588.6U Active CN214335777U (en) | 2021-03-23 | 2021-03-23 | Comprehensive supervision, monitoring and emergency management platform system for transmission and distribution pipe network and accessory facilities |
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2021
- 2021-03-23 CN CN202120590588.6U patent/CN214335777U/en active Active
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