CN215581476U - Explosion-proof wearable expert diagnostic system of offshore oil platform - Google Patents
Explosion-proof wearable expert diagnostic system of offshore oil platform Download PDFInfo
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- CN215581476U CN215581476U CN202121954581.4U CN202121954581U CN215581476U CN 215581476 U CN215581476 U CN 215581476U CN 202121954581 U CN202121954581 U CN 202121954581U CN 215581476 U CN215581476 U CN 215581476U
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Abstract
The application provides an explosion-proof wearable expert diagnostic system of an offshore oil platform, and relates to the technical field of remote control. Wherein explosion-proof type wearable expert diagnostic system of offshore oil platform includes: the system comprises a wearable explosion-proof mobile terminal, wireless signal transceiving equipment, a network switch, a monitoring system terminal and a remote expert command terminal; a certain amount of wireless signal receiving and transmitting equipment is arranged on the offshore oil platform to realize signal coverage of the whole platform, the wearable explosion-proof mobile terminal is communicated with the monitoring system terminal and the remote expert command terminal through the wireless signal receiving and transmitting equipment and a network switch, and the expert and field personnel are remotely provided with videos and talkbacks by utilizing the built-in camera device and headset of the wearable explosion-proof mobile terminal to guide field operation and equipment maintenance. The maintenance cost is reduced, and the working efficiency of maintenance personnel of the offshore oil platform is improved.
Description
Technical Field
The application relates to the technical field of remote control, in particular to an explosion-proof wearable expert diagnosis system for an offshore oil platform.
Background
At present, an offshore oil platform is an important oil exploitation facility, field operators need to periodically visit the platform to perform routing inspection and maintenance work, when field equipment breaks down, the field operators need to find out the position of the fault at the first time, make a maintenance scheme and perform equipment rush repair, but the complex fault is difficult to solve only by the field operators, and the offshore oil platform has the characteristics of remote position, inconvenient traffic and the like, so that the time and labor are wasted and the production is delayed when an expert team arrives at the site.
In the prior art, voice communication between field operators and expert teams is realized basically by means of voice devices, but the voice communication cannot timely and effectively troubleshoot faults and carry out maintenance work.
Therefore, how to provide a device capable of effectively checking and maintaining fault equipment when an expert team cannot reach the site of an offshore oil platform becomes an urgent problem to be solved.
SUMMERY OF THE UTILITY MODEL
The purpose of the embodiment of the application is to provide an explosion-proof wearable expert diagnostic system of offshore oil platform, set up the wireless signal transceiver of a certain amount in offshore platform whole area, realize the signal coverage of full platform, the explosion-proof mobile terminal of wearing formula carries out the communication through wireless signal transceiver with long-range expert command terminal and monitored control system terminal, and through built-in camera device and the headset of wearing formula mobile terminal, realize that long-range expert carries out long-range video and talkback with the platform field personnel, guide field operation and equipment maintenance, reduce the safety risk of unmanned platform, the diagnostic efficiency of equipment has been improved, the maintenance cost is reduced, the work efficiency of maintainer has been improved.
In order to solve the above technical problem, an embodiment of the present application provides the following technical solutions:
the application first aspect provides an explosion-proof type wearable expert diagnostic system of offshore oil platform, includes:
the wearable anti-explosion mobile terminal is of an anti-explosion structure, is worn on an operator on a wellhead platform or a central platform site of an offshore oil platform, and comprises a camera device and a headset;
the command terminal is positioned on the central platform or the land area and is controlled by an expert team;
the information transmission device is connected with the wearable mobile terminal and the command terminal;
the camera device and the headset acquire audio and video information of fault equipment in an offshore oil platform, the wearable explosion-proof mobile terminal transmits the audio and video information of the fault equipment to the command terminal through the information transmission device, the command terminal receives and displays the audio and video information of the fault equipment, an expert team provides professional instructions according to the audio and video information of the fault equipment, the professional instructions are transmitted to the wearable explosion-proof mobile terminal through the information transmission device, and the audio and video information and the professional instructions of the fault equipment are interacted between the wearable mobile terminal and the command terminal through the information transmission device.
In some modified embodiments of the first aspect of the present application, the information transmission device includes:
the wireless signal receiving and transmitting equipment is distributed on the central platform and the wellhead platform, and each wireless signal receiving and transmitting equipment is in wireless connection with the wearable explosion-proof mobile terminal;
a plurality of network switches distributed across the central platform, wellhead platform, and land area; the network switch located on the wellhead platform is in signal connection with the wireless signal transceiving equipment located on the wellhead platform, the network switch located on the central platform is in signal connection with the wireless signal transceiving equipment located on the central platform, the network switch located on the wellhead platform is connected with the network switch located on the central platform through an optical cable, and the network switch located on the central platform is further connected with the network switch located on the central platform through an optical cable or microwave;
the wearable explosion-proof mobile terminal transmits the audio and video information of the fault equipment to the network switch positioned on the platform through the wireless signal transceiving equipment positioned on the platform, the network switch positioned on the wellhead platform transmits the audio and video information of the fault equipment to the network switch positioned on the central platform, the network switch positioned on the central platform transmits the audio and video information of the fault equipment to the network switch positioned on a land area, and the network switch positioned on the land area transmits the audio and video information of the fault equipment to the command terminal;
the command terminal transmits the professional indication to the network switch located on a central platform through the network switch located on a land area, the network switch located on the central platform transmits the professional indication to the network switch located on a wellhead platform or the wireless signal transceiving equipment located on the central platform, the network switch located on the wellhead platform transmits the professional indication to the wireless signal transceiving equipment located on the wellhead platform, and the wireless signal transceiving equipment wirelessly transmits the professional indication to the wearable explosion-proof mobile terminal.
In some modified embodiments of the first aspect of the present application, the wearable explosion-proof mobile terminal includes:
the microprocessor is connected with the camera device and the headset respectively and used for receiving and processing the audio and video information of the fault equipment and sending the processed audio and video information of the fault equipment to the wireless signal transceiver; the microprocessor is also connected with the headset and used for processing the professional indication sent by the wireless signal receiving and sending equipment and transmitting the professional indication to the headset.
In some modified embodiments of the first aspect of the present application, the wearable explosion-proof mobile terminal further includes:
the wireless communication piece is used for connecting the microprocessor with the wireless signal transceiver in a communication mode, transmitting the audio and video information sent by the microprocessor to the wireless signal transceiver and transmitting the professional indication received by the wireless signal transceiver to the microprocessor.
In some modified embodiments of the first aspect of the present application, the command terminal includes:
the monitoring system terminal is positioned on the central platform and is connected with the network switch positioned on the central platform;
and the remote expert commanding terminal is located in the land area and is connected with the network switch located in the land area.
In some variations of the first aspect of the present application, the wireless signal transceiving equipment located at the central platform and at the wellhead platform is of explosion-proof construction.
Compared with the prior art, the explosion-proof wearable expert diagnostic system for the offshore oil platform provided by the first aspect of the application is used for diagnosing fault equipment on the offshore oil platform so as to facilitate a field operator on the offshore oil platform to maintain the fault equipment according to instructions, and comprises a wearable explosion-proof mobile terminal, a command terminal and an information transmission device, wherein the wearable explosion-proof mobile terminal is worn on the body of the field operator, the field operator wears the wearable explosion-proof mobile terminal to check the equipment on a wellhead platform and a central platform, if complex faults of the equipment occur, audio and video information of the fault equipment is obtained, the audio and video information is transmitted to the command terminal through the information transmission device, and the command terminal is arranged in a land area or the central platform, the wearable terminal of the field operating personnel receives the professional instruction, the maintenance operation is carried out on the fault equipment according to the professional instruction, the audio and video acquisition of the fault equipment is further carried out, the audio and video information collected again is transmitted to the command terminal through the information transmission device, the command terminal sends out the further professional instruction according to the audio and video collected again, the interaction process can be repeatedly circulated until the wearable explosion-proof mobile terminal obtains the professional instruction of the final maintenance method. The explosion-proof wearable expert diagnosis system for the offshore oil platform can realize effective communication between field operators of the offshore oil platform and expert teams of the command terminal through the information transmission device, so that the expert teams do not need to reach a wellhead platform, the command terminal can see the audio and video information of the fault equipment on the offshore oil platform, and communicate with the field operator on the offshore oil platform through the information transmission device according to the audio and video information of the fault equipment and send a professional instruction, therefore, field operators on the offshore oil platform maintain the fault equipment according to professional instructions of the expert team, the fault equipment can be effectively checked and maintained, time is saved, production on the offshore oil platform is not delayed, maintenance cost is reduced, and working efficiency of the field operators on the offshore oil platform is improved.
Drawings
The above and other objects, features and advantages of exemplary embodiments of the present application will become readily apparent from the following detailed description read in conjunction with the accompanying drawings. Several embodiments of the present application are illustrated by way of example and not by way of limitation in the figures of the accompanying drawings and in which like reference numerals refer to similar or corresponding parts and in which:
fig. 1 schematically shows a block diagram of an explosion-proof wearable expert diagnostic system for an offshore oil platform;
fig. 2 schematically shows a block diagram of another explosion-proof wearable expert diagnostic system for an offshore oil platform;
the reference numbers illustrate:
the explosion-proof wearable expert diagnostic system 1 of the offshore oil platform, the explosion-proof mobile terminal 12 of wearing formula, camera device 122, headset 124, microprocessor 126, wireless communication 128, monitored control system terminal 142, remote expert commander terminal 144, wireless signal transceiver 162, network switch 164.
Detailed Description
Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present disclosure may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
As shown in fig. 1 and fig. 2, the present application provides an explosion-proof wearable expert diagnostic system 1 for an offshore oil platform, comprising:
the wearable anti-explosion mobile terminal 12 is of an anti-explosion structure, the wearable anti-explosion mobile terminal 12 is worn on an operator on the site of a wellhead platform or a central platform of an offshore oil platform, and the wearable anti-explosion mobile terminal 12 comprises a camera device 122 and a headset 124;
the command terminal is positioned on the central platform or the land area and is controlled by an expert team;
the information transmission device is connected with the wearable mobile terminal and the command terminal;
the camera device 122 and the headset 124 acquire audio and video information of a fault device in an offshore oil platform, the wearable explosion-proof mobile terminal 12 transmits the audio and video information of the fault device to the command terminal through the information transmission device, the command terminal receives and displays the audio and video information of the fault device, an expert team provides professional instructions according to the audio and video information of the fault device, the professional instructions are transmitted to the wearable explosion-proof mobile terminal 12 through the information transmission device, and the audio and video information and the professional instructions of the fault device are interacted between the wearable mobile terminal and the command terminal through the information transmission device.
The offshore oil platform explosion-proof wearable expert diagnostic system 1 provided by the first aspect of the application is used for diagnosing fault equipment on an offshore oil platform so as to facilitate field operators on the offshore oil platform to maintain the fault equipment according to instructions, the offshore oil platform explosion-proof wearable expert diagnostic system 1 comprises a wearable explosion-proof mobile terminal 12, a command terminal and an information transmission device, the wearable explosion-proof mobile terminal 12 is worn on the body of the field operators, the equipment has a simple structure, can replace a battery on the field, is convenient to operate, adopts wireless connection and a portable design, is particularly suitable for remote maintenance and use on the field of offshore oil fields, the field operators wear the wearable explosion-proof mobile terminal 12 to check the equipment on a wellhead platform and a central platform, and if complex faults of the equipment occur, audio and video information of the fault equipment is acquired, and audio and video information is transmitted to a command terminal through an information transmission device, the command terminal is arranged in a land area or a central platform, a person who is more specialized in equipment maintenance is arranged at the command terminal, the professional stores the audio and video information according to the received audio and video information of the faulty equipment, professional instructions are carried out on how to maintain the fault equipment, the professional instructions are transmitted to the wearable mobile terminal through the information transmission device, the wearable mobile terminal receives the professional instructions, and further audio and video acquisition of fault equipment is carried out according to the professional instruction, the acquired audio and video information is transmitted to the command terminal through the information transmission device, the command terminal sends out further professional instruction according to the acquired audio and video, and the interaction process can be repeatedly circulated until the wearable explosion-proof mobile terminal 12 obtains the final professional instruction of the maintenance method. The explosion-proof wearable expert diagnosis system 1 for the offshore oil platform can realize effective communication between field operators of the offshore oil platform and expert teams of a command terminal through an information transmission device, so that the expert teams do not need to reach a wellhead platform, the command terminal can see the audio and video information of the fault equipment on the offshore oil platform, and communicate with the field operator on the offshore oil platform through the information transmission device according to the audio and video information of the fault equipment and send a professional instruction, therefore, field operators on the offshore oil platform maintain the faulty equipment according to professional instructions of the expert team, the device for effectively checking and maintaining the faulty equipment can save time, production on the offshore oil platform cannot be delayed, maintenance cost is reduced, and working efficiency of the field operators on the offshore oil platform is improved.
As shown in fig. 1 and fig. 2, in the embodiment of the present application, the information transmission apparatus includes:
the plurality of wireless signal transceiver devices 162 are distributed on the central platform and the wellhead platform, and each wireless signal transceiver device 162 is wirelessly connected with the wearable explosion-proof mobile terminal 12;
a plurality of network switches 164, a plurality of the network switches 164 distributed over the central platform, wellhead platform, and land area; the network switch 164 located on the wellhead platform is in signal connection with the wireless signal transceiver 162 located on the wellhead platform, the network switch 164 located on the central platform is in signal connection with the wireless signal transceiver 162 located on the central platform, the network switch 164 located on the wellhead platform is connected with the network switch 164 located on the central platform through an optical cable, and the network switch 164 located on the central platform is further connected with the network switch 164 located on the land area through an optical cable or microwave;
the wearable explosion-proof mobile terminal 12 transmits the audio and video information of the faulty equipment to the network switch 164 located on the platform through the wireless signal transceiver 162 located on the platform, the network switch 164 located on the wellhead platform transmits the audio and video information of the faulty equipment to the network switch 164 located on the central platform, the network switch 164 located on the central platform transmits the audio and video information of the faulty equipment to the network switch 164 located on the terrestrial region, and the network switch 164 located on the terrestrial region transmits the audio and video information of the faulty equipment to the command terminal;
the command terminal transmits the professional indication to the network switch 164 located in the central platform through the network switch 164 located in the land area, the network switch 164 located in the central platform transmits the professional indication to the network switch 164 located in the wellhead platform or the wireless signal transceiver device 162 located in the central platform, the network switch 164 located in the wellhead platform transmits the professional indication to the wireless signal transceiver device 162 located in the wellhead platform, and the wireless signal transceiver device 162 wirelessly transmits the professional indication to the wearable explosion-proof mobile terminal 12.
In this embodiment, the information transmission device includes a plurality of wireless signal transceiver 162 and a plurality of network switches 164, a plurality of wireless signal transceiver 162 are distributed on the central platform, and a plurality of wireless signal transceiver 162 are also distributed on the wellhead platform, so that the offshore oil platform is covered with signals of the whole platform, that is, the offshore oil platform communicates with the command terminal through the ethernet, and the uplink rate is not lower than 1000 Mbps. The wearable explosion-proof mobile terminal 12 is enabled to cover the wireless signal through the wireless signal transceiver 162, the audio and video information of the fault equipment acquired by the wearable explosion-proof mobile terminal 12 can be transmitted through the wireless signal transceiver 162, the wireless signal transceiver 162 is connected with the network switch 164 through an optical cable, so that the audio and video information of the fault equipment received by the wireless signal transceiver 162 is transmitted to the network switch 164 and then transmitted to the command terminal through the network switches 164 at other positions, a professional of the command terminal can watch and listen to the received audio and video information of the fault equipment at the command terminal and personally check the condition of the fault equipment, thereby effectively checking the condition of the fault equipment, conveniently providing a solution, and transmitting professional instructions to the wearable explosion-proof mobile terminal 12 through the network switch 164 and the wireless signal transceiver 162, the method is used for effectively checking the faults on the offshore oil platform by an expert team on the land, providing professional instructions, and maintaining fault equipment by field operators on the offshore oil platform according to the professional instructions.
In this embodiment, the network switch 164 at the wellhead platform is fiber-optic connected to the network switch 164 at the central platform, and the network switch 164 at the central platform is fiber-optic connected to the network switch 164 at the land area via undersea fiber cables or microwaves.
In the embodiment of the present application, the wearable explosion-proof mobile terminal 12 includes:
the microprocessor 126 is connected with the camera device 122 and the headset 124 respectively, and is configured to receive and process the audio and video information of the faulty device, and send the processed audio and video information of the faulty device to the wireless signal transceiver 162; the microprocessor 126 is further connected to the headset 124, and is configured to process and transmit the professional indication sent by the wireless signal transceiver 162 to the headset 124.
In this embodiment, the wearable explosion-proof mobile terminal 12 further includes a microprocessor 126, the microprocessor 126 is wirelessly connected to the wireless signal transceiver 162, the microprocessor 126 is further connected to the camera 122 and the headset 124 respectively, thereby receiving the audio and video information of the faulty equipment collected by the camera device 122, and coding the received audio and video information, so as to facilitate subsequent transmission and viewing, the processed audio/video information is transmitted to the wireless signal transceiver 162 and then is sent to the command terminal through the wireless signal transceiver 162 and one or more network switches 164, and professional instructions sent by the one or more network switches 164 and the wireless signal transceiving equipment 162 are processed by the microprocessor 126 and then transmitted to the headset 124, and a field operator performs further information acquisition or maintenance on the faulty equipment according to the professional instructions received by the headset 124.
As shown in fig. 1 and fig. 2, in the embodiment of the present application, the wearable explosion-proof mobile terminal 12 further includes:
the microprocessor 126 is in communication connection with the wireless signal transceiver 162 through the wireless communication piece 128, the audio and video information sent by the microprocessor 126 is transmitted to the wireless signal transceiver 162 through the wireless communication piece 128, and the professional instruction received by the wireless signal transceiver 162 is transmitted to the microprocessor 126 through the wireless communication piece 128.
In this embodiment, the wearable explosion-proof mobile terminal 12 further includes a wireless communication element 128, the wireless communication element 128 is connected to the microprocessor 126 and wirelessly connected to the wireless signal transceiver 162, so that the wireless signal transceiver 162 is connected to the microprocessor 126 through the wireless communication element 128, the audio and video information sent by the microprocessor 126 is transmitted to the wireless signal transceiver 162 through the wireless communication element 128, the wireless transceiver is then transmitted to the command terminal through one or more network switches 164, an expert team located at the command terminal sends out a professional instruction according to the audio and video information, the professional instruction is transmitted to the wireless communication element 128 through one or more network switches 164 and the wireless signal transceiver 162, the wireless communication element 128 is then transmitted to the microprocessor 126, the professional instruction is processed by the microprocessor 126 and then transmitted to the headset 124, and a field operator further acquires information or maintains dimensions of a faulty device according to the professional instruction received by the headset 124 And (7) repairing.
In this embodiment of the present application, the command terminal includes:
the player is connected with the network switch 164 located on the land, and receives and plays the audio and video information of the faulty equipment sent by the network switch 164 located on the land;
a voice device connected to the network switch 164 located on the land, the voice device collecting professional instructions of an expert team and transmitting the professional instructions to the network switch 164 located on the land.
In this embodiment, the command terminal comprises a player and a voice device, both connected to said network switch 164 located on land, so that the audio-video information of the faulty equipment is transmitted to the player of the command terminal through said network switch 164 located on the land, and the audio and video information is played on the player, an expert team positioned at the command terminal carries out professional indication on the fault equipment according to the audio and video information played by the player of the command terminal, the voice device receives the professional indication, and sends professional instructions to the network switch 164 located on land, the network switch 164 located on land transmits the information to the headset 124 of the wearable explosion-proof mobile terminal 12 through the network switch 164 located on the central platform, the network switch 164 located on the wellhead platform and the wireless signal transceiver 162, and maintenance personnel perform further information acquisition or maintenance on the fault equipment according to the professional instructions.
In this embodiment of the present application, the command terminal includes:
the monitoring system terminal 142, the monitoring system terminal 142 is located in the central platform, the monitoring system terminal 142 is connected with the network switch 164 located in the central platform;
a remote expert commander terminal 144, wherein the remote expert commander terminal 144 is located in the land area, and the remote expert commander terminal 144 is connected to the network switch 164 located in the land area.
In this embodiment, the command terminal includes a monitoring system terminal 142 and a remote expert command terminal 144, where the monitoring system terminal 142 is located on the central platform, the monitoring system terminal 142 is an operation station located on the central platform, and a central platform professional management station is provided, and transmits the acquired audio and video of the faulty device to the monitoring system terminal 142 through the wireless transmission device and the network switch 164, so as to realize the watching and talkback of the remote video, and thereby, the professional can participate in and guide the field device maintenance in real time. The command terminal further comprises a remote expert command terminal 144, the remote expert command terminal 144 is located in a land area and is an operation station for land remote expert management, the remote expert command terminal is mainly controlled by an expert team, collected audio and video of the fault equipment are transmitted to the remote expert command terminal 144 through wireless transmission equipment and the network switch 164, and through remote video and talkback, experts can participate in and guide field equipment maintenance in real time.
Optionally, there are a plurality of command terminals, and the plurality of command terminals are located at different positions.
In this embodiment, through the intranet, the remote expert commander terminal 144 communicates with other units inside the company, and team personnel of the experts of other units inside the company can participate and guide the field device maintenance in real time by accessing the portal through the remote expert commander terminal 144.
In the embodiment of the present application, the wireless signal transceiver 162 located at the central platform and the wellhead platform is an explosion-proof structure.
In this embodiment, the wireless signal transceiver devices 162 located at the central platform and the wellhead platform are explosion-proof structures, so that the wireless signal transceiver devices 162 located at the central platform and the wellhead platform are prevented from being affected by problems such as explosion on the offshore oil platform.
The explosion-proof wearable expert diagnostic system for the offshore oil platform comprises a wearable explosion-proof mobile terminal, a command terminal and an information transmission device, wherein the wearable explosion-proof mobile terminal is worn on the body of a field operator, the field operator wears the wearable explosion-proof mobile terminal to inspect equipment on a wellhead platform and a central platform, if complex faults of the equipment are found, audio and video information of the faulty equipment is obtained and transmitted to the command terminal through the information transmission device, the command terminal is arranged in a land area or the central platform, and a person more specialized in equipment maintenance is arranged at the command terminal, the method comprises the steps that a professional indicates how to maintain the fault equipment according to received audio and video information of the fault equipment, the professional indicates are transmitted to a wearable mobile terminal through an information transmission device, the wearable terminal receives the professional indications, further audio and video acquisition of the fault equipment is carried out according to the professional indications, the information transmission device transmits the audio and video information acquired again to a command terminal, the command terminal sends out further professional indications according to the audio and video acquired again, and the interaction process can be repeatedly circulated until the wearable explosion-proof mobile terminal obtains the final professional indications of the maintenance method. The explosion-proof wearable expert diagnosis system for the offshore oil platform can realize effective communication between field operators of the offshore oil platform and expert teams of the command terminal through the information transmission device, so that the expert teams do not need to reach a wellhead platform, the command terminal can see the audio and video information of the fault equipment on the offshore oil platform, and the command terminal can communicate with the field operators on the offshore oil platform and send professional instructions according to the audio and video information of the fault equipment through the information transmission device, therefore, field operators on the offshore oil platform maintain the faulty equipment according to professional instructions of the expert team, the device for effectively checking and maintaining the faulty equipment can save time, production on the offshore oil platform cannot be delayed, maintenance cost is reduced, and working efficiency of the field operators on the offshore oil platform is improved.
The above description is only for the specific embodiments of the present application, but the scope of the present application is not limited thereto, and any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present application, and shall be covered by the scope of the present application. Therefore, the protection scope of the present application shall be subject to the protection scope of the claims.
Claims (6)
1. The utility model provides an explosion-proof type wearable expert diagnostic system of offshore oil platform which characterized in that includes:
the wearable anti-explosion mobile terminal is of an anti-explosion structure, is worn on an operator on a wellhead platform or a central platform site of an offshore oil platform, and comprises a camera device and a headset;
the command terminal is positioned on the central platform or the land area and is controlled by an expert team;
the information transmission device is connected with the wearable mobile terminal and the command terminal;
the camera device and the headset acquire audio and video information of fault equipment in an offshore oil platform, the wearable explosion-proof mobile terminal transmits the audio and video information of the fault equipment to the command terminal through the information transmission device, the command terminal receives and displays the audio and video information of the fault equipment, an expert team provides professional instructions according to the audio and video information of the fault equipment, the professional instructions are transmitted to the wearable explosion-proof mobile terminal through the information transmission device, and the audio and video information and the professional instructions of the fault equipment are interacted between the wearable mobile terminal and the command terminal through the information transmission device.
2. The explosion-proof wearable expert diagnostic system for offshore oil platforms according to claim 1, characterized in that the information transmission means comprises:
the wireless signal receiving and transmitting equipment is distributed on the central platform and the wellhead platform, and each wireless signal receiving and transmitting equipment is in wireless connection with the wearable explosion-proof mobile terminal;
a plurality of network switches distributed across the central platform, wellhead platform, and land area; the network switch located on the wellhead platform is in signal connection with the wireless signal transceiving equipment located on the wellhead platform, the network switch located on the central platform is in signal connection with the wireless signal transceiving equipment located on the central platform, the network switch located on the wellhead platform is connected with the network switch located on the central platform through an optical cable, and the network switch located on the central platform is further connected with the network switch located on the central platform through an optical cable or microwave;
the wearable explosion-proof mobile terminal transmits the audio and video information of the fault equipment to the network switch positioned on the platform through the wireless signal transceiving equipment positioned on the platform, the network switch positioned on the wellhead platform transmits the audio and video information of the fault equipment to the network switch positioned on the central platform, the network switch positioned on the central platform transmits the audio and video information of the fault equipment to the network switch positioned on a land area, and the network switch positioned on the land area transmits the audio and video information of the fault equipment to the command terminal;
the command terminal transmits the professional indication to the network switch located on a central platform through the network switch located on a land area, the network switch located on the central platform transmits the professional indication to the network switch located on a wellhead platform or the wireless signal transceiving equipment located on the central platform, the network switch located on the wellhead platform transmits the professional indication to the wireless signal transceiving equipment located on the wellhead platform, and the wireless signal transceiving equipment wirelessly transmits the professional indication to the wearable explosion-proof mobile terminal.
3. The offshore oil platform explosion-proof wearable expert diagnostic system as set forth in claim 2, characterized in that the wearable explosion-proof mobile terminal comprises:
the microprocessor is connected with the camera device and the headset respectively and used for receiving and processing the audio and video information of the fault equipment and sending the processed audio and video information of the fault equipment to the wireless signal transceiver; the microprocessor is also connected with the headset and used for processing the professional indication sent by the wireless signal receiving and sending equipment and transmitting the professional indication to the headset.
4. The offshore oil platform explosion-proof wearable expert diagnostic system as recited in claim 3, wherein the wearable explosion-proof mobile terminal further comprises:
the wireless communication piece is used for connecting the microprocessor with the wireless signal transceiver in a communication mode, transmitting the audio and video information sent by the microprocessor to the wireless signal transceiver and transmitting the professional indication received by the wireless signal transceiver to the microprocessor.
5. The explosion-proof wearable expert diagnostic system for offshore oil platform according to claim 2, characterized in that the command terminal comprises:
the monitoring system terminal is positioned on the central platform and is connected with the network switch positioned on the central platform;
and the remote expert commanding terminal is located in the land area and is connected with the network switch located in the land area.
6. The explosion-proof wearable expert diagnostic system for offshore oil platforms according to claim 2,
the wireless signal receiving and transmitting equipment positioned on the central platform and the wellhead platform is of an explosion-proof structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121954581.4U CN215581476U (en) | 2021-08-19 | 2021-08-19 | Explosion-proof wearable expert diagnostic system of offshore oil platform |
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| CN202121954581.4U CN215581476U (en) | 2021-08-19 | 2021-08-19 | Explosion-proof wearable expert diagnostic system of offshore oil platform |
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| CN202121954581.4U Active CN215581476U (en) | 2021-08-19 | 2021-08-19 | Explosion-proof wearable expert diagnostic system of offshore oil platform |
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2021
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