CN113919521A - Automatic inspection system for nuclear power site - Google Patents
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Abstract
The invention particularly relates to a nuclear power site automatic inspection system which comprises a front-end inspection instrument application program and a background automatic inspection system, wherein the front-end inspection instrument application program is in wireless network connection with the background automatic inspection system; the front-end inspection instrument application program is used for acquiring a video image of the current inspection equipment according to the inspection task and sending the video image to the background automatic inspection system; the background automatic inspection system is used for receiving the video image of the current inspection equipment sent by the front-end inspection instrument application program, acquiring the operating parameters and the state of the current inspection equipment, judging whether the operating parameters and the state of the current inspection equipment are abnormal or not, acquiring the inspection result of the current inspection equipment and transmitting the inspection result to the front-end inspection instrument application program through a wireless network for displaying. The automatic inspection system for the nuclear power site realizes automatic inspection based on wireless communication and image recognition technology, and can greatly improve the working efficiency of inspection personnel and the accuracy of inspection results.
Description
Technical Field
The invention relates to the technical field of nuclear power plant field inspection, in particular to a nuclear power field automatic inspection system.
Background
A large amount of special equipment is arranged in a nuclear power plant, and daily equipment routine inspection work is indispensable for ensuring the safe operation of the nuclear power plant. Because the number of system equipment of each specialty such as electrical, instrumentation and control, machinery and the like in a power station is thousands of, each equipment needs to record 2-3 items of contents when patrolling, and needs to record dozens of patrolling contents when patrolling, the patrolling contents needed to be recorded each time of patrolling are very huge. At present, the inspection mode of a nuclear power plant is mainly that an inspector arrives at an equipment site, an inspection result is recorded in a paper form, and after inspection is finished, a user turns over a paper inspection book by a manager and signs and confirms the paper inspection book. The inspection means needs to check the inspection items and record the content one by one on site, is time-consuming and labor-consuming, cannot feed back and inspect in time if the equipment has abnormal conditions, is low in working efficiency and is easy to make mistakes.
Disclosure of Invention
Based on this, it is necessary to provide a nuclear power on-site automatic inspection system aiming at the problems of low working efficiency and poor accuracy of inspection results existing in the existing inspection mode of a nuclear power plant, the nuclear power on-site automatic inspection system realizes automatic inspection based on wireless communication and image recognition technology, and the working efficiency of inspection personnel and the accuracy of inspection results can be greatly improved.
In order to achieve the above purpose, the invention provides the following technical scheme:
the nuclear power site automatic inspection system comprises a front-end inspection instrument application program and a background automatic inspection system, wherein the front-end inspection instrument application program is in wireless network connection with the background automatic inspection system;
the front-end inspection instrument application program is used for acquiring a video image of the current inspection equipment according to the inspection task and sending the video image to the background automatic inspection system; the background automatic inspection system is used for receiving the video image of the current inspection equipment sent by the front-end inspection instrument application program, acquiring the operating parameters and the state of the current inspection equipment, judging whether the operating parameters and the state of the current inspection equipment are abnormal or not, acquiring the inspection result of the current inspection equipment and transmitting the inspection result to the front-end inspection instrument application program through a wireless network for displaying.
Further, the front-end polling instrument application program comprises a polling instrument module; the background automatic inspection system comprises an equipment basic model database, an image identification module and an inspection task module; the inspection instrument module is respectively connected with the inspection task module and the image identification module in a wireless network manner;
the equipment basic model database is used for carrying out image modeling on the inspection equipment and storing image modeling data of the inspection equipment; the inspection task module is used for establishing an inspection task and sending the inspection task to the inspection instrument module through a wireless network; the inspection instrument module is used for receiving inspection task information sent by the inspection task module, acquiring a video image of current inspection equipment according to the inspection task information, and sending the video image to the image identification module through a wireless network;
the image identification module is used for receiving the video image of the current inspection equipment sent by the inspection instrument module and capturing the operation parameters of the current inspection equipment from the video image of the current inspection equipment through an image identification technology; and calling an equipment basic model database, acquiring modeling data of the current inspection equipment, comparing the operating parameters of the current inspection equipment with the modeling data of the current inspection equipment, judging whether the operating parameters and the state of the current inspection equipment are abnormal or not, obtaining an inspection result of the current inspection equipment, and transmitting the inspection result to the inspection instrument module through a wireless network for displaying.
Further, the front-end polling instrument application program is also used for single sign-on of a user; the background automatic inspection system is based on a B/S framework and is interconnected with the existing information system interface of the nuclear power plant, and single sign-on authentication and data sharing of a user are achieved.
Furthermore, the background automatic inspection system also comprises a data interface module, and the data interface module is interconnected with the existing information system interface of the nuclear power plant; the inspection task module is also used for sending the inspection task to the data interface module; the inspection instrument module is also used for single sign-on of a user, acquiring user sign-on information, sending the user sign-on information to the data interface module through a wireless network, receiving a user single sign-on authentication result sent by the data interface module, and allowing the user to enter a front-end inspection instrument application program under the condition that the user single sign-on authentication is correct; the image identification module is also used for sending the inspection result of the current inspection equipment to the data interface module;
the data interface module is used for receiving the user single sign-on information sent by the inspection instrument module and the inspection task information sent by the inspection task module, accessing the existing information system of the nuclear power plant, acquiring the authentication and authorization information of the user according to the user single sign-on information, comparing the authentication and authorization information of the user with the inspection task information, acquiring the user single sign-on authentication result and sending the user single sign-on authentication result to the inspection instrument module, and realizing the single sign-on authentication of the user; and the system is used for receiving the inspection result of the current inspection equipment sent by the image identification module and transmitting the inspection result of the current inspection equipment back to the existing information system of the nuclear power plant, so that data sharing between the background automatic inspection system and the existing information system of the nuclear power plant is realized.
Furthermore, the data interface module is also used for calling an information access interface of the current inspection equipment, acquiring the information of the current inspection equipment and transmitting the information back to the existing information system of the nuclear power plant, and realizing the information synchronization of the current inspection equipment.
Further, automatic system of patrolling and examining of backstage still includes wireless location and transmission module, wireless location and transmission module are the current wireless network system's of nuclear power plant part for pass through wiFi with the front end appearance application of patrolling and examining and be connected or thing networking data connection, for providing data real-time transmission passageway between front end appearance application of patrolling and examining and the automatic system of patrolling and examining of backstage, cooperate with the current wireless network of nuclear power plant simultaneously, realize communication functions such as personnel's location, route navigation and real-time pronunciation, image, video. The wireless positioning and transmission module is generally deployed in an internal network of a nuclear power plant, is in the same network environment with the existing information system of the nuclear power plant, is connected with an internal network switch by using a network cable, and realizes information stream interaction by using a TCP/IP protocol.
Furthermore, the inspection task module sends inspection task information to the inspection instrument module through the wireless positioning and transmission module; the inspection instrument module sends a video image of the current inspection equipment to the image identification module through the wireless positioning and transmission module; the image identification module transmits the inspection result of the current inspection equipment back to the inspection instrument module through the wireless positioning and transmission module to be displayed.
Furthermore, the patrol inspection instrument module sends the user login information to the data interface module through the wireless positioning and transmission module.
Further, the image modeling data of the inspection equipment is obtained by: according to the operation characteristics of the inspection equipment, image modeling is carried out on the operation parameters and the operation indexes of the equipment under different working conditions, image modeling data of the inspection equipment are obtained, and an equipment basic model database is formed.
Furthermore, the image modeling data of the inspection equipment comprises an installation position of the inspection equipment, an encoding of the inspection equipment, an operation state of the inspection equipment and an operation index of the inspection equipment.
Further, the operation indexes of the inspection equipment comprise indexes, an indicator light, an instrument panel, a switch gear and a locking state, for example, a power source green light is normally ON, the switch gear is normally in an ON gear, and the reading of the instrument panel is normally between 0.9 and 1.06 MPa.
Furthermore, the inspection task module makes an inspection plan and a shift according to the operation condition of the nuclear power plant and establishes an inspection task; planning a routing inspection route and a routing inspection point; and configuring equipment needing to be patrolled and patrolling items.
Further, the existing information systems of the nuclear power plant include an SAP system and a PA system.
Furthermore, the front-end inspection instrument application program also comprises a statistical analysis report module, wherein the statistical analysis report module receives the inspection result sent by the image identification module, presents the inspection result of the current value according to the line, the inspection point and the inspection equipment as a unit, and statistically presents and prints the inspection result in a form of a table and/or a graph; the inspection result of the current value comprises the abnormal operation parameters of the current inspection equipment, the non-inspection of the current inspection equipment and the abnormal state of the current inspection equipment.
Furthermore, the background automatic inspection system further comprises an inspection result approval module, and the inspection result approval module is used for approving the inspection result of the current value presented by the statistical analysis report module according to the length of the value.
Furthermore, the background automatic inspection system also comprises an exception handling module, and if the image identification module judges that the running parameters and the state of the current inspection equipment are abnormal, the exception handling module is triggered to send the inspection instrument module to display according to different preset handling rules.
Furthermore, the front-end polling instrument application program is installed on terminal equipment used by polling personnel on site. The terminal equipment used by the inspection personnel on site can be special equipment or a commercially available Pad, and smart mobile phone equipment can be accessed to a wireless network and has positioning and communication functions; the camera with a certain resolution is matched, and the front-end polling instrument application program calls the camera of the terminal equipment to realize the functions of scanning, photographing, video shooting and the like.
The invention has the beneficial technical effects that:
according to the automatic inspection system for the nuclear power site, disclosed by the invention, automatic inspection is realized on the basis of wireless communication and image recognition technologies, and the working efficiency of inspection personnel and the accuracy of inspection results can be greatly improved.
Drawings
FIG. 1 is a flow chart of the operation of the automatic inspection system for a nuclear power site.
In the figure, firstly, an inspection task module sends an inspection task to terminal equipment through a wireless positioning and transmission module; the polling instrument module controls the image identification module to poll; comparing the site image with the basic model library of the equipment by the image identification module, and returning the result; the image recognition module returns the polling result to the polling instrument module; if the inspection result is abnormal, informing an abnormal processing module to process; sixthly, returning to the original state; seventhly, submitting a routing inspection result; eighthly, producing a statistical analysis report according to the inspection result; and ninthly, interfacing with other systems of the power plant.
Detailed Description
The invention is described in further detail below with reference to the figures and the detailed description.
With the development of communication technology, a wireless network system is sequentially built in a nuclear power plant to provide basic conditions for information data interaction, on the other hand, the application of computer technology and video image recognition technology is more and more popularized and improved, the application and practice of full-automatic inspection are realized in the nuclear power plant based on the wireless network and in combination with the video image recognition technology, and the working efficiency of inspection personnel and the accuracy of inspection results can be greatly improved.
The invention provides a nuclear power site automatic inspection system which comprises a front-end inspection instrument application program and a background automatic inspection system, wherein the front-end inspection instrument application program is in wireless network connection with the background automatic inspection system;
the front-end inspection instrument application program is used for acquiring a video image of the current inspection equipment according to the inspection task and sending the video image to the background automatic inspection system; the background automatic inspection system is used for receiving the video image of the current inspection equipment sent by the front-end inspection instrument application program, acquiring the operating parameters and the state of the current inspection equipment, judging whether the operating parameters and the state of the current inspection equipment are abnormal or not, acquiring the inspection result of the current inspection equipment and transmitting the inspection result to the front-end inspection instrument application program through a wireless network for displaying.
Further, the front-end polling instrument application program comprises a polling instrument module; the background automatic inspection system comprises an equipment basic model database, an image identification module and an inspection task module; the inspection instrument module is respectively connected with the inspection task module and the image identification module in a wireless network manner;
the equipment basic model database is used for carrying out image modeling on the inspection equipment and storing image modeling data of the inspection equipment; the inspection task module is used for establishing an inspection task and sending the inspection task to the inspection instrument module through a wireless network; the inspection instrument module is used for receiving inspection task information sent by the inspection task module, acquiring a video image of current inspection equipment according to the inspection task information, and sending the video image to the image identification module through a wireless network;
the image identification module is used for receiving the video image of the current inspection equipment sent by the inspection instrument module and capturing the operation parameters of the current inspection equipment from the video image of the current inspection equipment through an image identification technology; and calling an equipment basic model database, acquiring modeling data of the current inspection equipment, comparing the operating parameters of the current inspection equipment with the modeling data of the current inspection equipment, judging whether the operating parameters and the state of the current inspection equipment are abnormal or not, obtaining an inspection result of the current inspection equipment, and transmitting the inspection result to the inspection instrument module through a wireless network for displaying.
Further, the front-end polling instrument application program is also used for single sign-on of a user; the background automatic inspection system is based on a B/S framework and is interconnected with the existing information system interface of the nuclear power plant, and single sign-on authentication and data sharing of a user are achieved.
Furthermore, the background automatic inspection system also comprises a data interface module, and the data interface module is interconnected with the existing information system interface of the nuclear power plant; the inspection task module is also used for sending the inspection task to the data interface module; the inspection instrument module is also used for single sign-on of a user, acquiring user sign-on information, sending the user sign-on information to the data interface module through a wireless network, receiving a user single sign-on authentication result sent by the data interface module, and allowing the user to enter a front-end inspection instrument application program under the condition that the user single sign-on authentication is correct; the image identification module is also used for sending the inspection result of the current inspection equipment to the data interface module;
the data interface module is used for receiving the user single sign-on information sent by the inspection instrument module and the inspection task information sent by the inspection task module, accessing the existing information system of the nuclear power plant, acquiring the authentication and authorization information of the user according to the user single sign-on information, comparing the authentication and authorization information of the user with the inspection task information, acquiring the user single sign-on authentication result and sending the user single sign-on authentication result to the inspection instrument module, and realizing the single sign-on authentication of the user; and the system is used for receiving the inspection result of the current inspection equipment sent by the image identification module and transmitting the inspection result of the current inspection equipment back to the existing information system of the nuclear power plant, so that data sharing between the background automatic inspection system and the existing information system of the nuclear power plant is realized.
Furthermore, the data interface module is also used for calling an information access interface of the current inspection equipment, acquiring the information of the current inspection equipment and transmitting the information back to the existing information system of the nuclear power plant, and realizing the information synchronization of the current inspection equipment.
Further, automatic system of patrolling and examining of backstage still includes wireless location and transmission module, wireless location and transmission module are the current wireless network system's of nuclear power plant part for pass through wiFi with the front end appearance application of patrolling and examining and be connected or thing networking data connection, for providing data real-time transmission passageway between front end appearance application of patrolling and examining and the automatic system of patrolling and examining of backstage, cooperate with the current wireless network of nuclear power plant simultaneously, realize communication functions such as personnel's location, route navigation and real-time pronunciation, image, video. The wireless positioning and transmission module is generally deployed in an internal network of a nuclear power plant, is in the same network environment with the existing information system of the nuclear power plant, is connected with an internal network switch by using a network cable, and realizes information stream interaction by using a TCP/IP protocol.
Furthermore, the inspection task module sends inspection task information to the inspection instrument module through the wireless positioning and transmission module; the inspection instrument module sends a video image of the current inspection equipment to the image identification module through the wireless positioning and transmission module; the image identification module transmits the inspection result of the current inspection equipment back to the inspection instrument module through the wireless positioning and transmission module to be displayed.
Furthermore, the patrol inspection instrument module sends the user login information to the data interface module through the wireless positioning and transmission module.
Further, the image modeling data of the inspection equipment is obtained by: according to the operation characteristics of the inspection equipment, image modeling is carried out on the operation parameters and the operation indexes of the equipment under different working conditions, image modeling data of the inspection equipment are obtained, and an equipment basic model database is formed.
Furthermore, the image modeling data of the inspection equipment comprises an installation position of the inspection equipment, an encoding of the inspection equipment, an operation state of the inspection equipment and an operation index of the inspection equipment.
Further, the operation indexes of the inspection equipment comprise indexes, an indicator light, an instrument panel, a switch gear and a locking state, for example, a power source green light is normally ON, the switch gear is normally in an ON gear, and the reading of the instrument panel is normally between 0.9 and 1.06 MPa.
Furthermore, the inspection task module makes an inspection plan and a shift according to the operation condition of the nuclear power plant and establishes an inspection task; planning a routing inspection route and a routing inspection point; and configuring equipment needing to be patrolled and patrolling items.
Further, the existing information systems of the nuclear power plant include an SAP system and a PA system.
Furthermore, the front-end inspection instrument application program also comprises a statistical analysis report module, wherein the statistical analysis report module receives the inspection result sent by the image identification module, presents the inspection result of the current value according to the line, the inspection point and the inspection equipment as a unit, and statistically presents and prints the inspection result in a form of a table and/or a graph; the inspection result of the current value comprises the abnormal operation parameters of the current inspection equipment, the non-inspection of the current inspection equipment and the abnormal state of the current inspection equipment.
Furthermore, the background automatic inspection system further comprises an inspection result approval module, and the inspection result approval module is used for approving the inspection result of the current value presented by the statistical analysis report module according to the length of the value.
Furthermore, the background automatic inspection system also comprises an exception handling module, and if the image identification module judges that the running parameters and the state of the current inspection equipment are abnormal, the exception handling module is triggered to send the current inspection equipment to the inspection instrument module according to different preset handling rules for displaying.
Furthermore, the front-end polling instrument application program is installed on terminal equipment used by polling personnel on site. The terminal equipment used by the inspection personnel on site can be special equipment or a commercially available Pad, and smart mobile phone equipment can be accessed to a wireless network and has positioning and communication functions; the camera with a certain resolution is matched, and the front-end polling instrument application program calls the camera of the terminal equipment to realize the functions of scanning, photographing, video shooting and the like.
The method for automatically inspecting the nuclear power plant site by using the nuclear power plant site automatic inspection system comprises the following steps:
step 001: the method comprises the following steps that a polling person receives terminal equipment provided with a front-end polling instrument application program, the polling person logs in the front-end polling instrument application program through an employee number or a mailbox account number by utilizing an existing wireless network system of the nuclear power plant, and the front-end polling instrument application program and a background automatic polling system perform interactive authentication to ensure the correctness of the polling person;
step 002: the inspection personnel select an inspection line according to the distributed work tasks, and arrive at an equipment inspection area to prepare for inspection according to the navigation prompt on the application program terminal equipment of the front-end inspection instrument;
step 003: the patrol personnel scans the patrol inspection point label, and the front-end patrol inspection instrument application program automatically judges whether the patrol inspection point is correct or not according to the positioned position information and the scanning result, so that the patrol personnel is prevented from going to the on-site patrol inspection or missing the patrol inspection place; if the inspection point is correct, the next inspection operation is carried out; if the inspection point is incorrect, the front-end inspection instrument application program gives an error prompt and navigates the inspection personnel to the correct inspection point;
step 004: scanning the two-dimensional code of the current inspection equipment at the correct inspection place according to the prompt on the application program of the front-end inspection instrument, and ensuring that the current inspection equipment is correct; if the current routing inspection is correctly set, carrying out the next operation; if the current inspection equipment is incorrect, the front-end inspection instrument application program prompts the inspection personnel and navigates the inspection personnel to the correct position of the current inspection equipment.
Step 005: the inspection personnel take pictures or video shots on the current inspection equipment according to the prompt on the front-end inspection instrument application program, and the front-end inspection instrument application program acquires the video image of the current inspection equipment and sends the video image to the background automatic processing system in real time through a wireless network. In the process, the field patrol personnel do not need to record data manually, and only need to take pictures or take videos according to the prompt on the application program of the front-end patrol instrument.
Step 006: the background automatic processing system acquires the running parameters and the state of the current inspection equipment from the video image of the current inspection equipment through an image identification technology, judges whether the running parameters and the state of the current inspection equipment are abnormal or not, obtains the inspection result of the current inspection equipment and transmits the inspection result back to the front-end inspection instrument application program through a wireless network to be displayed.
Step 007: if the inspection result of the current equipment is normal, the inspection personnel scans and photographs next inspection equipment according to the inspection task information; and if the inspection result of the current equipment is abnormal, the inspection personnel processes the prompt information according to the abnormal result.
Step 008: and repeating the step 003-.
Step 009: after the front-end inspection instrument application program finishes on-site inspection, the nuclear power on-site automatic inspection system automatically informs the value to be long and examines and approves the inspection result in the background automatic inspection system.
Step 010: in the process of inspection, if the inspection equipment has an emergency fault or needs to be inspected on site, voice calling and video conversation can be initiated through the terminal equipment, and experts can be contacted in time to solve the problem.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. The nuclear power site automatic inspection system is characterized by comprising a front-end inspection instrument application program and a background automatic inspection system, wherein the front-end inspection instrument application program is in wireless network connection with the background automatic inspection system; the front-end inspection instrument application program is used for acquiring a video image of the current inspection equipment according to the inspection task and sending the video image to the background automatic inspection system; the background automatic inspection system is used for receiving the video image of the current inspection equipment sent by the front-end inspection instrument application program, acquiring the operating parameters and the state of the current inspection equipment, judging whether the operating parameters and the state of the current inspection equipment are abnormal or not, acquiring the inspection result of the current inspection equipment and transmitting the inspection result to the front-end inspection instrument application program through a wireless network for displaying.
2. The automatic inspection system for nuclear power sites of claim 1 wherein the front end inspection tour application includes an inspection tour module; the background automatic inspection system comprises an equipment basic model database, an image identification module and an inspection task module; the inspection instrument module is respectively connected with the inspection task module and the image identification module in a wireless network manner;
the equipment basic model database is used for carrying out image modeling on the inspection equipment and storing image modeling data of the inspection equipment; the inspection task module is used for establishing an inspection task and sending the inspection task to the inspection instrument module through a wireless network; the inspection instrument module is used for receiving inspection task information sent by the inspection task module, acquiring a video image of current inspection equipment according to the inspection task information, and sending the video image to the image identification module through a wireless network;
the image identification module is used for receiving the video image of the current inspection equipment sent by the inspection instrument module and capturing the operation parameters of the current inspection equipment from the video image of the current inspection equipment through an image identification technology; and calling an equipment basic model database, acquiring modeling data of the current inspection equipment, comparing the operating parameters of the current inspection equipment with the modeling data of the current inspection equipment, judging whether the operating parameters and the state of the current inspection equipment are abnormal or not, obtaining an inspection result of the current inspection equipment, and transmitting the inspection result to the inspection instrument module through a wireless network for displaying.
3. The automatic inspection system for nuclear power sites according to claim 2, wherein the front end inspection instrument application program is further used for single sign-on of a user; the background automatic inspection system is based on a B/S framework and is interconnected with the existing information system interface of the nuclear power plant, and single sign-on authentication and data sharing of a user are achieved.
4. The automatic inspection system for nuclear power sites according to claim 3, wherein the background automatic inspection system further comprises a data interface module, and the data interface module is interconnected with an existing information system interface of a nuclear power plant; the inspection task module is also used for sending the inspection task to the data interface module; the inspection instrument module is also used for single sign-on of a user, acquiring user sign-on information, sending the user sign-on information to the data interface module through a wireless network, receiving a user single sign-on authentication result sent by the data interface module, and allowing the user to enter a front-end inspection instrument application program under the condition that the user single sign-on authentication is correct; the image identification module is also used for sending the inspection result of the current inspection equipment to the data interface module;
the data interface module is used for receiving the user single sign-on information sent by the inspection instrument module and the inspection task information sent by the inspection task module, accessing the existing information system of the nuclear power plant, acquiring the authentication and authorization information of the user according to the user single sign-on information, comparing the authentication and authorization information of the user with the inspection task information, acquiring the user single sign-on authentication result and sending the user single sign-on authentication result to the inspection instrument module, and realizing the single sign-on authentication of the user; and the system is used for receiving the inspection result of the current inspection equipment sent by the image identification module and transmitting the inspection result of the current inspection equipment back to the existing information system of the nuclear power plant, so that data sharing between the background automatic inspection system and the existing information system of the nuclear power plant is realized.
5. The automatic nuclear power site inspection system according to claim 4, wherein the data interface module is further configured to call an information access interface of the current inspection equipment, obtain information of the current inspection equipment, and transmit the information back to an existing information system of the nuclear power plant, so as to achieve information synchronization of the current inspection equipment.
6. The automatic inspection system for nuclear power sites according to any one of claims 1 to 5, wherein the background automatic inspection system further comprises a wireless positioning and transmission module, the wireless positioning and transmission module is part of the existing wireless network system of the nuclear power plant and is used for being in data connection with the front-end inspection instrument application program, providing a real-time data transmission channel between the front-end inspection instrument application program and the background automatic inspection system, and being cooperatively matched with the existing wireless network system of the nuclear power plant to realize personnel positioning, route navigation and real-time communication functions.
7. The automatic inspection system for the nuclear power site according to claim 2, wherein the front-end inspection instrument application program further comprises a statistical analysis report module, the statistical analysis report module receives the inspection results sent by the image recognition module, presents the inspection results of the current value according to the unit of a line, an inspection point and inspection equipment, and statistically presents and prints the inspection results in the form of a table and/or a graph; the inspection result of the current value comprises the abnormal operation parameters of the current inspection equipment, the non-inspection of the current inspection equipment and the abnormal state of the current inspection equipment.
8. The automatic inspection system for nuclear power sites according to claim 2, wherein the background automatic inspection system further comprises an inspection result approval module, and the inspection result approval module is used for approving the benchmarking according to the current inspection result presented by the statistical analysis report module.
9. The automatic inspection system for nuclear power sites according to claim 2, wherein the background automatic inspection system further comprises an exception handling module, and if the image recognition module judges that the current inspection equipment is abnormal in operation parameters and state, the exception handling module is triggered to send preset corresponding handling rules to the inspection instrument module for display.
10. The automatic inspection system for nuclear power sites according to claim 1, wherein the front-end inspection tour application program is installed on a terminal device used by an inspection worker on site, and the terminal device has functions of positioning, communication, scanning, photographing and video shooting.
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CN208520404U (en) * | 2018-04-24 | 2019-02-19 | 北京拓盛智联技术有限公司 | A kind of intelligent inspection system |
CN110070637A (en) * | 2019-04-16 | 2019-07-30 | 苏州浪潮智能科技有限公司 | A kind of mobile method for inspecting of data center's total management system |
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