CN205486742U - Remote control data acquisition transmission system based on RTU - Google Patents
Remote control data acquisition transmission system based on RTU Download PDFInfo
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- CN205486742U CN205486742U CN201620180114.3U CN201620180114U CN205486742U CN 205486742 U CN205486742 U CN 205486742U CN 201620180114 U CN201620180114 U CN 201620180114U CN 205486742 U CN205486742 U CN 205486742U
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- rtu
- sleeve pipe
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- protection sleeve
- cable
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Abstract
The utility model discloses a remote control data acquisition transmission system based on RTU, pressure sensor, temperature sensor, miniature CCD camera and in the pit the light be connected through protective case in line processing circuit and composite cable one end, composite cable's the other end is around being connected with encoder one end on cable winch's transmission shaft, encoder and the synchronous rotation of composite cable, the other end and the RTU one end of encoder are connected, and RTU passes through internet and remote control center and is connected, miniature CCD camera sets up gathers the inside image of pipeline in protective case's bottom, the even distribution round around miniature CCD camera of light, be equipped with 3 at least evenly distributed's shelves pole on the outer wall of protective case lower extreme, shelves pole and protective case axial vertical. The utility model discloses can accurate, directly perceived, clearly data image acquisition be in the pit carried out, and remote monitoring and analysis data can be carried out.
Description
Technical field
This utility model belongs to oil field, particularly relates to a kind of remote control data acquiring and transmission system based on RTU.
Background technology
Oil is the flammable thick liquid of brownish black from deep under ground exploitation, is mainly used as fuel oil and gasoline, is also many chemical industries, such as the raw material of solution, chemical fertilizer, insecticide and plastics etc..Powerful industry increases and the domestic level of constantly lifting increases China's demand to oil further, the general employing logging technique oil gas characteristic to reservoir space in the exploration and exploitation of petroleum resources, depositional environment, tectonic geologies etc. are analyzed research, but oil reservoir logging working environment is special and complicated, operating risk is big, there is technology height intensive, the feature that technical difficulty is big, traditional employing Ultrasonic Well Logging technology carries out data acquisition in petroleum pipeline, the data inaccuracy gathered, intuitively, the solution release system of complexity need to be set up, the workload of following explanations is the biggest, job costs are the highest, and can not remotely monitor.
Utility model content
The purpose of this utility model is: for overcoming the deficiencies in the prior art, a kind of simple in construction is provided, can clear, accurately, convenient, the remote control data acquiring and transmission system based on RTU of situation in reflection petroleum pipeline intuitively, and long-range monitoring and data analysis, its data and other collaborative share can be carried out.
For achieving the above object, the technical solution of the utility model is:
A kind of remote control data acquiring and transmission system based on RTU, including composite cable, protection sleeve pipe, process circuit, magnetic orientator, pressure transducer, temperature sensor, miniature CCD video camera, illuminating lamp, cable reel, encoder, RTU and remote control center, described pressure transducer, temperature sensor, miniature CCD video camera and illuminating lamp are placed in protection sleeve pipe, pressure transducer, temperature sensor, miniature CCD video camera and illuminating lamp process circuit in protection sleeve pipe and are connected with composite cable one end, the other end of composite cable is wound on the power transmission shaft of cable reel and is connected with encoder one end, encoder and composite cable synchronous axial system, the other end of described encoder is connected with RTU one end, RTU is connected with remote control center by the Internet；Described miniature CCD video camera is arranged on the collected downhole pipe interior image of protection sleeve pipe; illuminating lamp is evenly distributed in and makes a circle in miniature CCD video camera week; the outer wall of described protection its lower end is provided with at least 3 equally distributed levers, and described lever is axially vertical with protection sleeve pipe.
Further, the length of described lever is to protect sleeve outer wall to 0.35-0.65 times of inner-walls of duct distance.
Further, the outer wall of described protection sleeve upper end is provided with at least 3 equally distributed levers, and described lever is axially vertical with protection sleeve pipe.
Further, described composite cable includes single mode four optical-fiber cable and power supply supply cable, and temperature sensor, pressure transducer and illuminating lamp are all connected with power supply supply cable, and miniature CCD video camera and magnetic orientator are all connected with single mode four optical-fiber cable.
Further, described protection sleeve pipe uses metal material.
Owing to have employed such scheme, the beneficial effects of the utility model are: solve the deficiencies in the prior art, 1, this utility model uses and encoder, RTU and remote monitoring center, can be used for various severe working environment remotely to monitor, and this system uses miniature CCD video camera that situation in pipeline carries out the image acquisition of high definition, convenient directly perceived, and by pressure transducer and temperature sensor and magnetic orientator can to temperature, pressure, the degree of depth be acquired；2, described pressure transducer, temperature sensor, magnetic orientator and miniature CCD video camera all as in protection sleeve pipe, can accurately measure；3, put into pipeline because of protection sleeve pipe by cable to produce and rock or wave; the greasy dirt being stained with duct wall can affect its accuracy measured; the outer wall using protection its lower end is provided with equally distributed lever; can prevent from protecting sleeve pipe to encounter oil tube wall; and affect the accuracy of temperature, pressure and depth data, also it is avoided that because bigger the rocking of miniature CCD camera makes the not fogging clear of collection simultaneously；4, can prevent from further protecting sleeve pipe to wave or rock；5, the length of described lever is to protect sleeve outer wall to 0.35-0.65 times of pipe interior distance, it is possible to makes protection sleeve pipe without impinging on inside pipe wall and is not stuck；6, described protection sleeve pipe uses metal material, it is ensured that the accuracy of measurement data.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of specific embodiment 1.
Fig. 3 is the structural representation of specific embodiment 2.
Fig. 4 is the upward view of specific embodiment 2.
Reference: 1-pipeline, 2-composite cable, 3-protects sleeve pipe, and 4-processes circuit, 5-magnetic orientator; 6-pressure transducer, 7-temperature sensor, 8-miniature CCD video camera, 9-pin, 10-illuminating lamp; 11-cable reel, 12-encoder, 13-RTU, 14-remote control center.
Detailed description of the invention
nullEmbodiment 1: combine Fig. 1、Fig. 2，A kind of remote control data acquiring and transmission system based on RTU，Including composite cable 2、Protection sleeve pipe 3、Process circuit 4、Magnetic orientator 5、Pressure transducer 6、Temperature sensor 7、Miniature CCD video camera 8、Illuminating lamp 10、Cable reel 11、Encoder 12、RTU13 and remote control center 14，Described pressure transducer 6、Temperature sensor 7、Miniature CCD video camera 8 and illuminating lamp 10 are placed in protection sleeve pipe 3，Pressure transducer 6、Temperature sensor 7、Miniature CCD video camera 8 and illuminating lamp 10 process circuit 4 in protection sleeve pipe 3 and are connected with composite cable 2 one end，The other end of composite cable 2 is wound on the power transmission shaft of cable reel 11 and is connected with encoder 12 one end，Encoder 12 and composite cable 2 synchronous axial system，The other end of described encoder 12 is connected with RTU13 one end，RTU13 is connected with remote control center 14 by the Internet；Described miniature CCD video camera 8 is arranged on collected downhole pipeline 1 internal image of protection sleeve pipe 3; illuminating lamp 10 is evenly distributed in miniature CCD video camera and makes a circle for 8 weeks; the outer wall of described protection sleeve pipe 3 lower end is provided with 3 equally distributed levers 9, and described lever 9 is axially vertical with protection sleeve pipe 3.
The length of lever 9 described in the present embodiment is to protect sleeve pipe 3 outer wall to 0.35-0.65 times of pipeline 1 inwall distance.
Protecting the outer wall of sleeve pipe 3 upper end to be provided with at least 3 equally distributed levers 9 described in the present embodiment, described lever 9 is axially vertical with protection sleeve pipe 3.
Composite cable 2 described in the present embodiment includes that single mode four optical-fiber cable and power supply supply cable, temperature sensor 7, pressure transducer 6 and illuminating lamp 10 are all connected with power supply supply cable, and miniature CCD video camera 8 and magnetic orientator 5 are all connected with single mode four optical-fiber cable.
Sleeve pipe 3 is protected to use metal material described in the present embodiment.
nullEmbodiment 2: combine Fig. 1、Fig. 3、Fig. 4，A kind of remote control data acquiring and transmission system based on RTU，Including composite cable 2、Protection sleeve pipe 3、Process circuit 4、Magnetic orientator 5、Pressure transducer 6、Temperature sensor 7、Miniature CCD video camera 8、Illuminating lamp 10 and cable reel 11、Encoder 12、RTU13 and remote control center 14，Described pressure transducer 6、Temperature sensor 7、Miniature CCD video camera 8 and illuminating lamp 10 are placed in protection sleeve pipe 3，Pressure transducer 6、Temperature sensor 7、Miniature CCD video camera 8 and illuminating lamp 10 process circuit 4 in protection sleeve pipe 3 and are connected with composite cable 2 one end，The other end of composite cable 2 is wound on the power transmission shaft of cable reel 11 and is connected with encoder 12 one end，Encoder 12 and composite cable 2 synchronous axial system，The other end of described encoder 12 is connected with RTU13 one end，RTU13 is connected with remote control center 14 by the Internet；Described miniature CCD video camera 8 is arranged on collected downhole pipeline 1 internal image of protection sleeve pipe 3; illuminating lamp 10 is evenly distributed in miniature CCD video camera and makes a circle for 8 weeks; it is respectively equipped with 3 equally distributed levers 9 on the outer wall upper and lower end outer wall of described protection sleeve pipe 3 upper end; described lever 9 is axially vertical with protection sleeve pipe 3, can prevent from further protecting sleeve pipe 3 to wave and rock.
The length of lever 9 described in the present embodiment is to protect sleeve pipe 3 outer wall to 0.35-0.65 times of pipeline 1 inwall distance.
Protecting the outer wall of sleeve pipe 3 upper end to be provided with at least 3 equally distributed levers 9 described in the present embodiment, described lever 9 is axially vertical with protection sleeve pipe 3.
Composite cable 2 described in the present embodiment includes that single mode four optical-fiber cable and power supply supply cable, temperature sensor 7, pressure transducer 6 and illuminating lamp 10 are all connected with power supply supply cable, and miniature CCD video camera 8 and magnetic orientator 5 are all connected with single mode four optical-fiber cable.
Sleeve pipe 3 is protected to use metal material described in the present embodiment.
Claims (5)
- null1. a remote control data acquiring and transmission system based on RTU，It is characterized in that: include composite cable (2)、Protection sleeve pipe (3)、Process circuit (4)、Magnetic orientator (5)、Pressure transducer (6)、Temperature sensor (7)、Miniature CCD video camera (8)、Illuminating lamp (10)、Cable reel (11)、Encoder (12)、And remote control center (14) RTU(13)，Described pressure transducer (6)、Temperature sensor (7)、Miniature CCD video camera (8) and illuminating lamp (10) are placed in protection sleeve pipe (3)，Pressure transducer (6)、Temperature sensor (7)、Miniature CCD video camera (8) and illuminating lamp (10) process circuit (4) in protection sleeve pipe (3) and are connected with composite cable (2) one end，The other end of composite cable (2) is wound on the power transmission shaft of cable reel (11) and is connected with encoder (12) one end，Encoder (12) and composite cable (2) synchronous axial system，The other end of described encoder (12) and RTU(13) one end is connected，RTU(13) it is connected with remote control center (14) by the Internet；Described miniature CCD video camera (8) is arranged on collected downhole pipeline (1) internal image of protection sleeve pipe (3); illuminating lamp (10) is evenly distributed in and makes a circle in miniature CCD video camera (8) week; the outer wall of described protection sleeve pipe (3) lower end is provided with at least 3 equally distributed levers (9), and described lever (9) is axially vertical with protection sleeve pipe (3).
- A kind of remote control data acquiring and transmission system based on RTU the most according to claim 1, it is characterised in that: the length of described lever (9) is to protect sleeve pipe (3) outer wall to 0.35-0.65 times of pipeline (1) inwall distance.
- A kind of remote control data acquiring and transmission system based on RTU the most according to claim 1 and 2; it is characterized in that: the outer wall of described protection sleeve pipe (3) upper end is provided with at least 3 equally distributed levers (9), described lever (9) is axially vertical with protection sleeve pipe (3).
- A kind of remote control data acquiring and transmission system based on RTU the most according to claim 1, it is characterized in that: described composite cable (2) includes single mode four optical-fiber cable and power supply supply cable, temperature sensor (7), pressure transducer (6) and illuminating lamp (10) are all connected with power supply supply cable, and miniature CCD video camera (8) and magnetic orientator (5) are all connected with single mode four optical-fiber cable.
- A kind of remote control data acquiring and transmission system based on RTU the most according to claim 3, it is characterised in that: described protection sleeve pipe (3) uses metal material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620180114.3U CN205486742U (en) | 2016-03-10 | 2016-03-10 | Remote control data acquisition transmission system based on RTU |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620180114.3U CN205486742U (en) | 2016-03-10 | 2016-03-10 | Remote control data acquisition transmission system based on RTU |
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| CN205486742U true CN205486742U (en) | 2016-08-17 |
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| CN201620180114.3U Active CN205486742U (en) | 2016-03-10 | 2016-03-10 | Remote control data acquisition transmission system based on RTU |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108680453A (en) * | 2018-05-14 | 2018-10-19 | 安徽省（水利部淮河水利委员会）水利科学研究院（安徽省水利工程质量检测中心站） | A kind of long-range monitoring soil steady infiltration rate Function Fitting system |
-
2016
- 2016-03-10 CN CN201620180114.3U patent/CN205486742U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108680453A (en) * | 2018-05-14 | 2018-10-19 | 安徽省（水利部淮河水利委员会）水利科学研究院（安徽省水利工程质量检测中心站） | A kind of long-range monitoring soil steady infiltration rate Function Fitting system |
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| C14 | Grant of patent or utility model | ||
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