CN215679625U - Oil drilling machine and workover rig field data acquisition device - Google Patents
Oil drilling machine and workover rig field data acquisition device Download PDFInfo
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- CN215679625U CN215679625U CN202121577103.6U CN202121577103U CN215679625U CN 215679625 U CN215679625 U CN 215679625U CN 202121577103 U CN202121577103 U CN 202121577103U CN 215679625 U CN215679625 U CN 215679625U
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Abstract
The utility model relates to an on-site data acquisition device of an oil drilling machine and a workover rig, which comprises a data acquisition station, an on-site main server and a cloud platform, wherein the data acquisition station is in signal connection with the on-site main server and the cloud platform respectively, the on-site main server is in signal connection with the cloud platform, and the data acquisition station comprises: a fixed control area data acquisition station; a pump area data acquisition station; a host area data acquisition station; and a power area data acquisition station. The field data acquisition device for the oil drilling machine and the workover rig can meet the requirement of simultaneous data acquisition and transmission of field equipment and a plurality of subsystems of the drilling machine and the workover rig, reduce the workload of field cable laying, save moving time, reduce the labor intensity of personnel, have good flexibility and reduce the overall cost of the drilling machine.
Description
Technical Field
The utility model relates to the exploitation of petroleum, mainly relate to a petroleum drilling rig and workover rig on-the-spot data acquisition unit.
Background
Because the oil drilling machine and the workover rig belong to large-scale engineering equipment, the occupied area is large, and the oil drilling machine and the workover rig need to be moved and transported; and certain proximity exists in different subsystems, and at present, the two communication modes of independently laying acquisition cables or automatically transmitting remotely have a plurality of disadvantages: the quantity of the data acquisition cables of each device and a plurality of subsystems is excessive, so that the cable laying workload and the dismounting workload of the oil drilling machine and the workover rig are large; each device of each drilling machine and a plurality of subsystems are controlled independently, and transmission, acquisition and sharing cannot be realized; UPS, controller and the like can not be configured and planned uniformly, so that the total cost of the drilling machine is increased. At present, no device or method can solve the problems, and the field data acquisition device of the oil drilling machine and the workover rig can meet the requirement of simultaneous data acquisition and transmission of equipment and a plurality of subsystems on the field of the drilling machine and the workover rig and reduce the overall cost of the drilling machine.
SUMMERY OF THE UTILITY MODEL
The utility model aims to provide an on-site data acquisition device of an oil drilling machine and a workover rig, which can meet the requirement of simultaneous data acquisition and transmission of each device and a plurality of subsystems of the drilling machine and reduce the overall cost of the drilling machine.
The utility model relates to an on-site data acquisition device of an oil drilling machine and a workover rig, which comprises a data acquisition station, an on-site main server and a cloud platform, wherein the data acquisition station is in signal connection with the on-site main server and the cloud platform respectively, the on-site main server is in signal connection with the cloud platform, and the data acquisition station comprises:
a data acquisition station in a fixed control area: the system is used for collecting and transmitting drilling instrument data, video monitoring data and tank surface equipment data to a field main server and a cloud platform;
pump area data acquisition station: the system is used for collecting and transmitting drilling pump group data, drilling instrument data and video monitoring data to a field main server and a cloud platform;
host computer district data acquisition station: the system is used for collecting and transmitting winch data, turntable data, top drive data, power catwalk data, iron roughneck data, drilling instrument data and video monitoring data to a field main server and a cloud platform;
power area data acquisition station: the system is used for collecting and transmitting diesel engine group data, electric control room data, drilling instrument data and video monitoring data to a field main server and a cloud platform.
The utility model relates to an on-site data acquisition device for an oil drilling machine and a workover rig, wherein the number of data acquisition stations is multiple, the multiple data acquisition stations are respectively arranged in sub-areas divided according to areas where equipment and subsystems of the drilling machine are located, and the multiple data acquisition stations are respectively in signal connection with an on-site main server and a cloud platform.
The utility model relates to a field data acquisition device of an oil drilling machine and a workover rig, wherein a data acquisition station of a solid control area comprises an acquisition transmission module respectively connected with a drilling instrument, a video monitoring device and a tank surface device, the acquisition transmission module is connected with a field main server through a local area network, and the acquisition transmission module is connected with a cloud platform through a 4G network.
The utility model relates to a field data acquisition device of an oil drilling machine and a workover rig, wherein a pump area data acquisition station comprises an acquisition transmission module respectively connected with a drilling pump set, a drilling instrument and video monitoring equipment in a pump area, the acquisition transmission module is connected with a field main server through a local area network, and the acquisition transmission module is connected with a cloud platform through a 4G network.
The utility model relates to an oil drilling machine and workover rig field data acquisition device, wherein a host area data acquisition station comprises acquisition and transmission modules respectively connected with a winch, a rotary table, a top drive, a power catwalk, an iron roughneck, a drilling instrument and video monitoring equipment, the acquisition and transmission modules are connected with a field main server through a local area network, and the acquisition and transmission modules are connected with a cloud platform through a 4G network.
The utility model relates to an oil drilling machine and workover rig field data acquisition device, wherein a power area data acquisition station comprises acquisition and transmission modules respectively connected with each device and a plurality of subsystems in a power area, the acquisition and transmission modules are connected with a field main server through a local area network, and the acquisition and transmission modules are connected with a cloud platform through a 4G network.
The field data acquisition device for the oil drilling machine and the workover rig can meet the requirement of simultaneous data acquisition and transmission of field equipment and a plurality of subsystems of the drilling machine and the workover rig, reduce the workload of field cable laying, save moving time, reduce the labor intensity of personnel, have good flexibility and reduce the overall cost of the drilling machine.
Drawings
Fig. 1 is a schematic structural diagram of an oil rig and workover rig field data acquisition device of the present invention.
Detailed Description
As shown in fig. 1, the field data acquisition device for the oil drilling rig and the workover rig of the present invention includes a data acquisition station 1, a field main server 2 and a cloud platform 3, wherein the data acquisition station is in signal connection with the field main server and the cloud platform respectively, the field main server is in signal connection with the cloud platform, and the data acquisition station 1 includes:
a fixed control area data acquisition station 11: the system is used for collecting and transmitting drilling instrument data, video monitoring data and tank surface equipment data to a field main server and a cloud platform;
pump area data acquisition station 12: the system is used for collecting and transmitting drilling pump group data, drilling instrument data and video monitoring data to a field main server and a cloud platform;
host area data acquisition station 13: the system is used for collecting and transmitting winch data, turntable data, top drive data, power catwalk data, iron roughneck data, drilling instrument data and video monitoring data to a field main server and a cloud platform;
power zone data acquisition station 14: the system is used for collecting and transmitting diesel engine group data, electric control room data, drilling instrument data and video monitoring data to a field main server and a cloud platform.
The utility model relates to an on-site data acquisition device for an oil drilling machine and a workover rig, wherein the number of data acquisition stations is multiple, the multiple data acquisition stations are respectively arranged in sub-areas divided according to areas where equipment and subsystems of the drilling machine are located, and the multiple data acquisition stations are respectively in signal connection with an on-site main server and a cloud platform.
The utility model relates to a field data acquisition device of an oil drilling machine and a workover rig, wherein a data acquisition station 11 in a solid control area comprises an acquisition transmission module respectively connected with a drilling instrument, a video monitoring device and a tank surface device, the acquisition transmission module is connected with a field main server through a local area network, and the acquisition transmission module is connected with a cloud platform through a 4G network.
The utility model relates to a field data acquisition device of an oil drilling machine and a workover rig, wherein a pump area data acquisition station 12 comprises an acquisition transmission module respectively connected with a drilling pump set, a drilling instrument and video monitoring equipment in a pump area, the acquisition transmission module is connected with a field main server through a local area network, and the acquisition transmission module is connected with a cloud platform through a 4G network.
The utility model relates to an oil drilling machine and workover rig field data acquisition device, wherein a host area data acquisition station comprises acquisition and transmission modules respectively connected with a winch, a rotary table, a top drive, a power catwalk, an iron roughneck, a drilling instrument and video monitoring equipment, the acquisition and transmission modules are connected with a field main server through a local area network, and the acquisition and transmission modules are connected with a cloud platform through a 4G network.
The utility model relates to an oil drilling machine and workover rig field data acquisition device, wherein a power area data acquisition station comprises acquisition and transmission modules respectively connected with each device and a plurality of subsystems in a power area, the acquisition and transmission modules are connected with a field main server through a local area network, and the acquisition and transmission modules are connected with a cloud platform through a 4G network.
The field data acquisition device for the oil drilling machine and the workover rig can meet the requirement of simultaneous data acquisition and transmission of each device and a plurality of subsystems of the drilling machine and reduce the overall cost of the drilling machine.
The utility model relates to a field data acquisition device for an oil drilling machine and a workover rig, which comprises: the system comprises a fixed control area data acquisition station, a host area data acquisition station, a pump area data acquisition station, a power area data acquisition station, an on-site main server and a cloud platform. The data acquisition modules are independent from each other, and data information in respective areas is sent to a field main server or a cloud platform in a wireless network mode through respective acquisition and transmission modules, so that the requirement of simultaneous data acquisition and transmission of each device and a plurality of subsystems of the drilling machine is met, and the overall cost of data acquisition of the oil drilling machine and the workover rig is reduced due to wireless network transmission.
Each data acquisition station has the functions of data acquisition and transmission in the area, and each data acquisition station can directly send data to be acquired and transmitted in the area to a field main server or a cloud platform. The data acquisition station of the fixed control area can acquire and send data of equipment such as drilling instruments, video monitoring equipment, tank level equipment and the like in the area to a field main server or a cloud platform; the power area data acquisition station can acquire and send data of equipment such as a diesel set, an electric control room, a drilling instrument, video monitoring and the like in the area to a field main server or a cloud platform; the pump area data acquisition station can acquire and send data of equipment such as a drilling pump set, a drilling instrument, video monitoring and the like in the area to a field main server or a cloud platform; the data acquisition station in the host area can acquire and send data of equipment such as a winch, a rotary table, a top drive, a power catwalk, an iron roughneck, a drilling instrument, a video monitoring and the like in the area to a field main server or a cloud platform.
In summary, a plurality of communication stations are established according to different areas where equipment and subsystems of the oil drilling rig and the workover rig are located, and data acquisition stations in the areas can acquire and transmit various data signals required to be transmitted by the equipment and the subsystems in the areas during operation of the drilling rig.
Compared with each device and a plurality of subsystems of the conventional oil drilling machine and workover rig, the field data acquisition device of the oil drilling machine and the workover rig is characterized in that:
1. the data transmission in each equipment and a plurality of subsystems of the oil drilling machine and the workover rig are uniformly configured, so that the requirements of independently configured acquisition communication cables and the like of each equipment and a plurality of subsystems of each drilling machine can be greatly reduced, and the workload of cable laying on the site of the oil drilling machine and the workover rig is greatly reduced.
2. The unified planning and configuration of the communication requirements of the oil drilling machine and workover rig industrial monitoring system, the integrated instrument, the electric control system, the drilling machine control system and other equipment and a plurality of subsystems and other equipment can be completed, and the overall cost of the drilling machine matched with the subsystems or equipment can be greatly reduced.
3. After various data signals needing to be transmitted of various devices and subsystems of the oil drilling machine and the workover rig are integrated in various regions, the data signals are transmitted to a field main server or a cloud server of the oil drilling machine and the workover rig in a wireless mode. And the data acquisition and transmission among all the regions of the drilling machine are more convenient.
4. The technical scheme is used for performing modular design on the oil drilling machine and the workover rig, and is more suitable for a modular moving and transporting drilling machine. The design of each subsystem has the advantages of compact structure, no need of plugging and unplugging connecting cables during transportation, no need of changing, great saving of moving time, reduction of labor intensity of personnel, good flexibility and the like.
The oil rig and workover rig field data acquisition device of the utility model has the beneficial effects that: the simultaneous data acquisition and transmission requirements of each device and a plurality of subsystems on the site of the drilling machine and the workover rig are met, the workload of site cable laying is reduced, the moving time is saved, the labor intensity of personnel is reduced, the flexibility is good, and the overall cost of the drilling machine can be reduced.
According to different areas where a plurality of components in equipment and subsystems of an oil drilling machine and a workover rig are located, the equipment and the subsystems are divided into a solid control area, a host area, a pump area, a power area and the like, and corresponding data acquisition stations are established in the areas: such as a fixed control area data acquisition station, a host area data acquisition station, a pump area data acquisition station, a power area data acquisition station, a field main server and a cloud platform. The data acquisition stations are independent from each other, and data information in respective areas is sent to a field main server or a cloud platform in a wireless network mode through respective acquisition and transmission modules.
Each data acquisition station has the functions of data acquisition and transmission in the area, and each data acquisition station can directly send data to be acquired and transmitted in the area to a field main server or a cloud platform in a wireless mode. The data acquisition station of the fixed control area can acquire and send data of equipment such as drilling instruments, video monitoring equipment, tank level equipment and the like in the area to the on-site main server and the cloud platform; the power area data acquisition station can acquire and send data of equipment such as a diesel engine set, an electric control room, a drilling instrument, video monitoring and the like in the area to the on-site main server and the cloud platform; the pump area data acquisition station can acquire and send data of equipment such as a drilling pump set, a drilling instrument, video monitoring and the like in the area to the field main server and the cloud platform; the host area data acquisition station can acquire and send data of equipment such as a winch, a rotary table, a top drive, a power catwalk, an iron roughneck, a drilling instrument, a video monitoring and the like in the area to the on-site main server and the cloud platform.
The functions and the implementation modes of the modules are as follows:
each data acquisition station is composed of a data acquisition unit, an adapter, a local area network built on site, a remote transmission 4G network and other equipment. The adapter realizes the communication between the filing server and each device and a plurality of subsystems; each data is safely sent to a field main server through a local area network built on the field, and in addition, the collected field data is sent to a cloud platform through a 4G network.
(1) A data acquisition station in a fixed control area: the system can collect data such as operation parameters, process parameters, operation and maintenance management parameters and the like of each device and a plurality of subsystems such as drilling instruments, video monitoring equipment and tank surface equipment in a solid control area, safely send each data to a field main server through a local area network built on the field, and send the collected field data to a cloud platform through a 4G network.
(2) Host computer district data acquisition station: the system can collect data such as running parameters, process parameters, operation and maintenance management parameters and the like of equipment such as winches, turntables, top drives, power catwalks, iron roughnecks, drilling instruments, video monitoring and the like in a host area, safely sends the data to a field main server through a local area network built on the field, and sends the collected field data to a cloud platform through a 4G network.
(3) Pump area data acquisition station: the system can collect data such as operation parameters, process parameters, operation and maintenance management parameters of equipment such as a drilling pump set, a drilling instrument, video monitoring and the like in a pump area, safely send all the data to a field main server through a local area network built on the field, and send the collected field data to a cloud platform through a 4G network.
(4) Power area data acquisition station: the system can collect data such as operation parameters, process parameters, operation and maintenance management parameters and the like of equipment such as a diesel engine set, an electric control room, a drilling instrument, a video monitoring device and the like in a power area, safely send the data to a field main server through a local area network built on the field, and send the collected field data to a cloud platform through a 4G network.
(5) A field master server: the field main server is used for caching, archiving and storing all data on the field after preprocessing, and can reserve a data interface for a local monitoring system or a third-party monitoring system.
(6) Cloud platform: the system is used for storing and analyzing data such as field equipment, subsystem operation parameters, process parameters, operation and maintenance management parameters and the like, and performing related display.
In summary, according to the technical scheme of the present invention, a plurality of communication stations are established according to different areas where each device and a plurality of subsystems of the drilling machine are located, and each area data acquisition station can acquire and transmit various data signals required to be transmitted by each device and a plurality of subsystems in the area during the operation of the drilling machine.
The technical scheme of the utility model is suitable for rapidly moving the drilling machine, the rapidly moving drilling machine generally adopts modular moving, and compared with the subsystems which are independently matched with the original drilling machine in the moving process, each subsystem has a connecting cable and does not need to be plugged and changed. By utilizing a plurality of data acquisition stations on the site of the drilling machine, the mode that each subsystem independently acquires and transmits data to be integrated data acquisition and transmission is changed, the communication requirements of each device and each subsystem of the conventional drilling machine are met, and therefore an independent data communication system matched with each subsystem of the conventional petroleum drilling machine and the workover rig can be omitted.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.
Claims (6)
1. The utility model provides an oil-well rig and workover rig on-the-spot data acquisition device, its characterized in that, includes data acquisition station, on-the-spot total server and cloud platform, and data acquisition station and on-the-spot total server, cloud platform difference signal connection, on-the-spot total server and cloud platform signal connection, data acquisition station includes:
a data acquisition station in a fixed control area: the system is used for collecting and transmitting drilling instrument data, video monitoring data and tank surface equipment data to a field main server and a cloud platform;
pump area data acquisition station: the system is used for collecting and transmitting drilling pump group data, drilling instrument data and video monitoring data to a field main server and a cloud platform;
host computer district data acquisition station: the system is used for collecting and transmitting winch data, turntable data, top drive data, power catwalk data, iron roughneck data, drilling instrument data and video monitoring data to a field main server and a cloud platform;
power area data acquisition station: the system is used for collecting and transmitting diesel engine group data, electric control room data, drilling instrument data and video monitoring data to a field main server and a cloud platform.
2. The oil-well rig and workover rig field data acquisition device of claim 1, wherein the number of the data acquisition stations is multiple, the multiple data acquisition stations are respectively arranged in sub-areas divided according to areas where equipment and subsystems of the oil-well rig are located, and the multiple data acquisition stations are respectively in signal connection with the field main server and the cloud platform.
3. The device for acquiring the field data of the oil drilling rig and the workover rig according to claim 2, wherein the data acquisition station in the solid control area comprises acquisition and transmission modules respectively connected with a drilling instrument, a video monitoring device and a tank level device, the acquisition and transmission modules are connected with a field main server through a local area network, and the acquisition and transmission modules are connected with a cloud platform through a 4G network.
4. The oil-well rig and workover rig field data acquisition device of claim 3, wherein the pump area data acquisition station comprises an acquisition transmission module respectively connected with a drilling pump group, a drilling instrument and a video monitoring device in the pump area, the acquisition transmission module is connected with a field main server through a local area network, and the acquisition transmission module is connected with the cloud platform through a 4G network.
5. The oil-well rig and workover rig field data acquisition device of claim 4, wherein the host area data acquisition station comprises acquisition and transmission modules respectively connected with a winch, a rotary table, a top drive, a power catwalk, an iron roughneck, a drilling instrument and a video monitoring device, the acquisition and transmission modules are connected with a field main server through a local area network, and the acquisition and transmission modules are connected with a cloud platform through a 4G network.
6. The oil-well rig and workover rig field data acquisition device of claim 5, wherein the power zone data acquisition station comprises an acquisition transmission module respectively connected with each device and a plurality of subsystems in the power zone, the acquisition transmission module is connected with a field main server through a local area network, and the acquisition transmission module is connected with the cloud platform through a 4G network.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121577103.6U CN215679625U (en) | 2021-07-13 | 2021-07-13 | Oil drilling machine and workover rig field data acquisition device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121577103.6U CN215679625U (en) | 2021-07-13 | 2021-07-13 | Oil drilling machine and workover rig field data acquisition device |
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| Publication Number | Publication Date |
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| CN215679625U true CN215679625U (en) | 2022-01-28 |
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| CN202121577103.6U Active CN215679625U (en) | 2021-07-13 | 2021-07-13 | Oil drilling machine and workover rig field data acquisition device |
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- 2021-07-13 CN CN202121577103.6U patent/CN215679625U/en active Active
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