CN201766611U - Well-site data remote transmission system based on message oriented middleware - Google Patents
Well-site data remote transmission system based on message oriented middleware Download PDFInfo
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- CN201766611U CN201766611U CN201020507166XU CN201020507166U CN201766611U CN 201766611 U CN201766611 U CN 201766611U CN 201020507166X U CN201020507166X U CN 201020507166XU CN 201020507166 U CN201020507166 U CN 201020507166U CN 201766611 U CN201766611 U CN 201766611U
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Abstract
The utility model discloses a well-site data remote transmission system based on message oriented middleware (MOM), and belongs to the technical field of oil well site data transmission. The system comprises a well-site real-time data acquisition module used for collecting and sending well-site real-time data, a well-site business data report module used for collecting and sending well-site business data, an MOM sub-node which is connected with the data acquisition module and the well-site business data report module and used for receiving and processing the well-site real-time data and the well-site business data, a transmission channel which is connected with the MOM sub-node and used for transmitting the well-site real-time data and the well-site business data, an MOM father node which is connected with the transmission channel and used for receiving the data, and a data read/write module which is connected with the MOM father node and actively reads the data packet received by the MOM father node. The well-site data remote transmission system achieves the remote transmission of well-site data in a stable, timely, accurate and reliable manner.
Description
Technical field
The utility model relates to the petroleum well field technical field of data transmission, exactly relates to a kind ofly based on the message-oriented middleware technology, can guarantee the distance transmission system that a large amount of real time datas are reliable and stable, timely, safe.
Background technology
Petroleum well field is distributed in the field, and more scattered, and environment is abominable, and network service and transportation condition are relatively poor.In the process of oil drilling, there are a large amount of valuable data to produce, a kind of real time data based on logging data, another kind of with the professional relevant required non-real-time data of all kinds of forms in well site.The geologic prediction of oil drilling and engineering forecast, geological analysis, individual well evaluation, regional evaluations etc. all rely on this two classes data, if their real time remotes are transferred to the center, base, so supremacy clauses such as all kinds of experts of base end and high performance equipment will formulate all kinds of problem diagnosis in well site, solution, risk control, and scientific research all plays a very important role.Wherein, the collection period of real time data is 1 second/time, about 100 of acquisition parameters, if data are transmitted in 300 well sites simultaneously, every day, data volume was about 25GB so, and visible real time data amount is a magnanimity, and requires data accurately and reliably, data are undistorted, because require harsh when accident analysis and early warning and alarming.About non-real-time data, its real-time requires low, transmission every day several, and data volume is bigger, and data demand is accurate.
At present, existing well site remote data transmission channel has the wired mode of ADSL, and radio channel such as GPRS, CDMA, 3G, satellite communication.Existing well site remote data transmission means all adopts the transmission mode of these passages self, does not adopt third party software to guarantee the accuracy of transfer of data, reliability and fail safe etc.Phenomenons such as thereby transfer of data occurs off and on, the data of reception are imperfect, inaccurate, and transfer of data time-delay is long, so this class transmission means is difficult to satisfy the center, base to the well site data, the particularly application requirements of real-time data.
The message-oriented middleware technology is with the form of information with message, is sent to another or a plurality of application programs from an application program.Major function is to provide reliable message to transmit between application program, and these message can be unified in different procotols, different departments of computer science and be transmitted between the different application software; Realize the asynchronous acceptance of message, the behavior of similar SMS, sender of the message's do not need to wait for the arrival of news response of recipient reduces the integrated degree of coupling of software multisystem; Realize the message reliable reception, guarantee that message reliably preserves at middleware, just delete message after having only the recipient to receive, a plurality of message also can the composed atom affairs.Its application relates to high-end clients such as finance, telecommunications, traffic, the energy, E-Government, also comprises a large amount of medium-sized and small enterprises clients.
In the prior art, the author is " in the scape of school; Chen Dedong; Wang Zhongren; Luo Tao and Cai Liping ", literature reference is " petroleum industry computer application ", publication date is to disclose the periodical file of one piece of autograph for " analysis of message-type middleware transmission mechanism and in the application of petroleum industry " in the periodical file in March, 2003, this periodical file content relates to that " middleware is as a kind of basic software between application system and operating system; be the difference of application system shielding harness platform; and for application provides consistent api interface, thereby makes Distributed Application have good portability and reliability.Middleware in the application of petroleum industry also more and more widely.This paper has elaborated the reliable news transmission mechanism that TongLink/Q provided.”
But above-mentioned periodical file does not solve the message-oriented middleware technology and is applied to the multiple difficulty that exists in the petroleum well field transfer of data, for example how to set up the message-oriented middleware child node of well site end, how to set up the message-oriented middleware father node of base end, and how to utilize this child node and father node to carry out transmission of data or the like, and adopt existing well site remote data transmission mode, the accuracy of transfer of data, reliability and fail safe all can't effectively be ensured, thereby transfer of data appears off and on, the data that receive are imperfect, inaccurate, phenomenons such as the transfer of data time-delay is long, therefore existing transmission means is difficult to satisfy the center, base to the well site data, particularly the application requirements of real-time data.
The utility model content
For solving the problems of the technologies described above, the utility model proposes a kind of well site remote data transmission system based on message-oriented middleware, adopt the utility model, can realize the remote transmission of well site data more stably, timely, accurately, reliably and securely, the message-oriented middleware technology is applied in the remote data transmission of well site, improved quality, efficient and the fail safe of well site remote data transmission, satisfied of the requirement of center, base well site data in real time needs.
The utility model is realized by adopting following technical proposals:
A kind of well site remote data transmission system based on message-oriented middleware, it is characterized in that: comprise the well site real-time data acquisition module of gathering and sending the well site real time data, gather and send the well site business datum reporting module of well site business datum, be connected with well site business datum reporting module with data acquisition module, and receive and handle the message-oriented middleware child node of described well site real time data and well site business datum, the transmission channel that is connected and is used for well site real time data and well site business data transmission with the message-oriented middleware child node, be connected with transmission channel, and receive the message-oriented middleware father node of data, initiatively read with being connected with the message-oriented middleware father node also by message-oriented middleware father node received data packet, and store the real-time data base at center, base and the data read-write module in the business relations database into, simultaneously, the well site business datum is along data read-write module, the message-oriented middleware father node of base end, transmission channel, the message-oriented middleware child node of well site end, well site real-time data acquisition module or the such order of well site business datum reporting module, from the base central transmission to the well site direction.
Described well site real-time data acquisition module, installation and operation is on the industrial computer or single-chip microcomputer of well site end, be used for catching in real time of different model well logging instrument image data, process data into the unified standard form, last initiatively will catch packet sends to described message-oriented middleware child node.
Described well site business datum reporting module, installation and operation are used for the amended record or the migration of daily well site business datum on the industrial computer of well site end, initiatively one of the packet that obtains is sent to described message-oriented middleware child node then.
The message-oriented middleware child node of described well site end, installation and operation is on the industrial computer or single-chip microcomputer of well site end, be used for all kinds of well sites business datum of manual entry or migration importing and the well site real time data of gathering are in real time initiatively sent, comprise that system is provided with module, be used for data breakpoint and continue the breakpoint transmission module that passes, be used for the data encryption module that data encryption is handled, the data transmission module and the message queue that are used to transmit data are provided with module, described system is provided with module and comprises IP address setting module, transmission channel is provided with module, Buffer Pool is provided with module, realize end IP address, well site respectively, the setting of transmission channel and Buffer Pool size or selection, described message queue have been provided with block configuration 3 message queues: real-time Data Transmission formation, business data transmission formation and business datum receive formation.
Described well site business datum is drawn together structural data and based on the unstructured data of document, picture.
Described transmission channel is the passage of data communication, divides wired and wireless mode, and wherein wired mode is the ADSL mode, and wireless mode comprises GPRS, CDMA, 3G or satellite communication mode.
The message-oriented middleware father node of described base end, installation and operation comprise that child node administration module, packet are provided with module, data decryption module, message queue module is set on the server at center, base; The child node administration module is responsible for the configuration management of message-oriented middleware child node, and packet is provided with the setting that module is responsible for packet size, priority, and the data decryption module is responsible for the decipher function of packet; Described message queue has been provided with block configuration 3 message queues: real time data receives formation, business datum receives formation, business datum transmit queue.
Described data read-write module, adopt the mode of service routine, being used for well logging real time data and business datum accepts data from message-oriented middleware and writes the storehouse and read the storehouse, described service routine is meant the software program at system's running background, and service routine has 3 classes: real time data is write the storehouse service, business datum writes the storehouse service and real time data is read the storehouse service.
Described real time data is write the storehouse service, is used for the reception of the real time data of base end message-oriented middleware father node, and is written to the position of real-time data base correspondence.
Described business datum is write the storehouse service, is used for the reception of the business datum of base end message-oriented middleware father node, and is written in the table of ORACLE database correspondence.
Described real time data is read the storehouse service, and the position data that is used for the real-time data base correspondence is read, and data are released for other software interface use.
The beneficial effects of the utility model show:
1, compared with prior art, the utility model adopt " the message-oriented middleware child node that well site real-time data acquisition module and well site business datum reporting module initiatively send to described well site end with the well site real time data that collects and well site business datum respectively; the packet after the message-oriented middleware child node is handled is transferred to the message-oriented middleware father node of base end by transmission channel; then; through described data read-write module read data packet from the message-oriented middleware father node initiatively; and store in the real-time data base and business relations database at center, base " such technical scheme, the well site real time data and the business datum that can be magnanimity provide more stable, in time, accurately, reliably, the remote transmission function of safety, the message-oriented middleware technology is applied in the remote data transmission of well site, improved the quality of well site remote data transmission, the requirement of center, base to well site data in real time needs satisfied in efficient and fail safe.
2, the message-oriented middleware child node comprises that being used for data breakpoint continues the breakpoint transmission module that passes, thereby has the function of breakpoint transmission, can satisfy the multi-faceted demand of center, base to well site real time data and well site business datum.
3, adopt the message-oriented middleware child node of the well site end described in the utility model and the message-oriented middleware father node of the base end that is provided with its coupling, can realize the remote transmission of well site data more stably, timely, accurately, reliably and securely, the message-oriented middleware technology is applied in the remote data transmission of well site, improved quality, efficient and the fail safe of well site remote data transmission, satisfied of the requirement of center, base well site data in real time needs.
Description of drawings
The utility model is described in further detail below in conjunction with specification drawings and specific embodiments, wherein:
Fig. 1 is a system logic pie graph of the present utility model
Fig. 2 is a system flow chart of the present utility model
Embodiment
Embodiment 1
As shown in Figure 1, the utility model is made up of message-oriented middleware child node, transmission channel, the message-oriented middleware father node of base end, data read-write module 6 parts of well site real-time data acquisition module, well site business datum reporting module, well site end.The unidirectional connection message middleware of well site real-time data acquisition module child node, the two-way connection message middleware of well site business datum reporting module child node, transmission channel two-way connection message middleware child node and father node, realize data communication, the two-way connection message middleware of final data module for reading and writing father node.
Embodiment 2
As shown in Figure 2, what well site real-time data acquisition module and well site business datum reporting module will be gathered respectively initiatively sends to the message-oriented middleware child node of well site end to well site real time data and well site business datum, then packet is transferred to the message-oriented middleware father node of base end by transmission channel, if transmission channel is normal, realize transfer of data, if it is undesired, with data waiting for transmission at local cache, the normal back breakpoint transmission of passage to be transmitted, the message-oriented middleware father node receives data, data read-write module is read data packet from the message-oriented middleware father node initiatively, stores in real-time data base and the business relations database through handling then; Also can realize simultaneously the transfer of data from the base central transmission to the well site direction, thereby realize reliable, stable, timely, the safe transmission of bi-directional data at well site end and center, base data.
Embodiment 3
With reference to Figure of description 1 and 2, the utility model one preferred forms: comprise well site real-time data acquisition module, well site business datum reporting module, the message-oriented middleware child node of well site end, transmission channel, the message-oriented middleware father node of base end, data read-write module, amount to 6 parts and form.The message-oriented middleware child node that well site real-time data acquisition module and well site business datum reporting module initiatively send to the well site end with the well site real time data that collects and well site business datum respectively, then packet is transferred to the message-oriented middleware father node of base end by transmission channel, data read-write module is read data packet from the message-oriented middleware father node initiatively, stores in real-time data base and the business relations database through handling then; Also can realize simultaneously the remote data transmission from the base central transmission to the well site direction, thereby realize reliable, stable, timely, the safe transmission of bi-directional data at well site end and center, base the well site business datum.Described well site real-time data acquisition module, installation and operation is on the industrial computer or single-chip microcomputer of well site end, realize catching in real time of different model well logging instrument image data, process data into the unified standard form, last initiatively will catch packet sends to the message-oriented middleware child node.Described well site business datum reporting module, installation and operation realize initiatively one of the packet that obtains being sent to the message-oriented middleware child node then with in the business datum amended record of daily well site or this program of moving on the industrial computer of well site end.The message-oriented middleware child node of described well site end, installation and operation is on the industrial computer or single-chip microcomputer of well site end, all kinds of well sites business datum that realization imports manual entry or migration and the well site real time data of gathering in real time initiatively send to the message-oriented middleware child node, and wherein the well site business datum is drawn together structural data and based on the unstructured data of document, picture.It is characterized in that: comprise that system is provided with module, breakpoint transmission module, data encryption module, data transmission module, message queue module is set.Wherein system is provided with module and comprises that IP address setting module, transmission channel are provided with module, Buffer Pool is provided with module, realizes the setting or the selection of end IP address, well site, transmission channel and Buffer Pool size respectively; Dispose 3 message queues: real-time Data Transmission formation, business data transmission formation, business datum receive formation.Described transmission channel is the passage of data communication, divides wired and wireless mode, and wherein wired mode is modes such as ADSL, and network is more stable, but the well logging well site mostly in the open air, is difficult to adopt wired mode; Wireless mode comprises radio channels such as GPRS, CDMA, 3G, satellite communication, but because communication base station not necessarily covers the region, well site, select for use satellite channel can satisfy communication requirement generally speaking, need to add the satellite information receiving equipment, communication cost is higher.The message-oriented middleware father node of described base end, installation and operation comprise that child node administration module, packet are provided with module, data decryption module, message queue module is set on the server at center, base.Dispose 3 message queues: real time data receives formation, business datum receives formation, business datum transmit queue.Described data read-write module adopts service manner, realize well logging in real time and business datum accept data from message-oriented middleware and write the storehouse and read library facility.Service is meant the software program at system's running background, and the no user interface does not need user intervention.The service routine of for this reason writing has 3 classes: real time data writes that the storehouse service is write in storehouse service, business datum, real time data is read the storehouse service.Real time data is write the storehouse service, realizes the real time data in the end message-oriented middleware father node of base is accepted, and is written to the position of real-time data base correspondence; Business datum is write the storehouse service, realization is accepted the business datum in the end message-oriented middleware father node of base get off, and be written in the table of ORACLE database correspondence, the ORACLE database is existing relational database technology, the storage of implementation structure data and management function; Real time data is read the storehouse service, realizes the position data of real-time data base correspondence is read, and it is released for other software interface use.
Claims (10)
1. well site remote data transmission system based on message-oriented middleware, it is characterized in that: comprise the well site real-time data acquisition module of gathering and sending the well site real time data, gather and send the well site business datum reporting module of well site business datum, be connected with well site business datum reporting module with data acquisition module, and receive and handle the message-oriented middleware child node of described well site real time data and well site business datum, the transmission channel that is connected and is used for well site real time data and well site business data transmission with the message-oriented middleware child node, be connected with transmission channel, and receive the message-oriented middleware father node of data, initiatively read with being connected with the message-oriented middleware father node also, and store the real-time data base at center, base and the data read-write module in the business relations database into by message-oriented middleware father node received data packet.
2. the well site remote data transmission system based on message-oriented middleware according to claim 1, it is characterized in that: described well site real-time data acquisition module, installation and operation is on the industrial computer or single-chip microcomputer of well site end, be used for catching in real time of different model well logging instrument image data, process data into the unified standard form, last initiatively will catch packet sends to described message-oriented middleware child node.
3. the well site remote data transmission system based on message-oriented middleware according to claim 1 and 2, it is characterized in that: described well site business datum reporting module, installation and operation is on the industrial computer of well site end, be used for the amended record or the migration of daily well site business datum, initiatively one of the packet that obtains sent to described message-oriented middleware child node then.
4. the well site remote data transmission system based on message-oriented middleware according to claim 3, it is characterized in that: the message-oriented middleware child node of described well site end, installation and operation is on the industrial computer or single-chip microcomputer of well site end, be used for all kinds of well sites business datum of manual entry or migration importing and the well site real time data of gathering are in real time initiatively sent, comprise that system is provided with module, be used for data breakpoint and continue the breakpoint transmission module that passes, be used for the data encryption module that data encryption is handled, the data transmission module and the message queue that are used to transmit data are provided with module, described system is provided with module and comprises IP address setting module, transmission channel is provided with module, Buffer Pool is provided with module, realize end IP address, well site respectively, the setting of transmission channel and Buffer Pool size or selection, described message queue have been provided with block configuration 3 message queues: real-time Data Transmission formation, business data transmission formation and business datum receive formation.
5. according to claim 1 or 4 described well site remote data transmission systems based on message-oriented middleware, it is characterized in that: described transmission channel is the passage of data communication, divide wired and wireless mode, wherein wired mode is the ADSL mode, and wireless mode comprises GPRS, CDMA, 3G or satellite communication mode.
6. the well site remote data transmission system based on message-oriented middleware according to claim 5, it is characterized in that: the message-oriented middleware father node of described base end, installation and operation comprises that child node administration module, packet are provided with module, data decryption module, message queue module is set on the server at center, base; The child node administration module is responsible for the configuration management of message-oriented middleware child node, and packet is provided with the setting that module is responsible for packet size, priority, and the data decryption module is responsible for the decipher function of packet; Described message queue has been provided with block configuration 3 message queues: real time data receives formation, business datum receives formation, business datum transmit queue.
7. according to claim 1 or 6 described well site remote data transmission systems based on message-oriented middleware, it is characterized in that: described data read-write module, adopt the mode of service routine, being used for well logging real time data and business datum accepts data from message-oriented middleware and writes the storehouse and read the storehouse, described service routine is meant the software program at system's running background, and service routine has 3 classes: real time data is write the storehouse service, business datum writes the storehouse service and real time data is read the storehouse service.
8. the well site remote data transmission system based on message-oriented middleware according to claim 7, it is characterized in that: described real time data is write the storehouse service, be used for the reception of the real time data of base end message-oriented middleware father node, and be written to the position of real-time data base correspondence.
9. the well site remote data transmission system based on message-oriented middleware according to claim 7, it is characterized in that: described business datum is write the storehouse service, be used for the reception of the business datum of base end message-oriented middleware father node, and be written in the table of ORACLE database correspondence.
10. the well site remote data transmission system based on message-oriented middleware according to claim 7 is characterized in that: described real time data is read the storehouse service, and the position data that is used for the real-time data base correspondence is read, and data are released.
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| CN201020507166XU CN201766611U (en) | 2010-08-26 | 2010-08-26 | Well-site data remote transmission system based on message oriented middleware |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101976210A (en) * | 2010-08-26 | 2011-02-16 | 中国石油集团川庆钻探工程有限公司 | Well site data remote transmission method based on message middleware |
| CN103246741A (en) * | 2013-05-20 | 2013-08-14 | 成都市欧冠信息技术有限责任公司 | Remote fast call method of distributed database system |
| CN103839396A (en) * | 2014-03-27 | 2014-06-04 | 黄国庆 | Remote transmission system for measured data of high-frequency anemograph |
| CN103955194A (en) * | 2014-05-05 | 2014-07-30 | 中国石油集团渤海钻探工程有限公司 | Logging system and method based on cloud computing |
-
2010
- 2010-08-26 CN CN201020507166XU patent/CN201766611U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101976210A (en) * | 2010-08-26 | 2011-02-16 | 中国石油集团川庆钻探工程有限公司 | Well site data remote transmission method based on message middleware |
| CN101976210B (en) * | 2010-08-26 | 2013-02-06 | 中国石油集团川庆钻探工程有限公司 | Well site data remote transmission system based on message middleware |
| CN103246741A (en) * | 2013-05-20 | 2013-08-14 | 成都市欧冠信息技术有限责任公司 | Remote fast call method of distributed database system |
| CN103839396A (en) * | 2014-03-27 | 2014-06-04 | 黄国庆 | Remote transmission system for measured data of high-frequency anemograph |
| CN103839396B (en) * | 2014-03-27 | 2015-07-08 | 黄国庆 | Remote transmission system for measured data of high-frequency anemograph |
| CN103955194A (en) * | 2014-05-05 | 2014-07-30 | 中国石油集团渤海钻探工程有限公司 | Logging system and method based on cloud computing |
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Granted publication date: 20110316 |