An intelligent broadcasting method suitable for nuclear power plants

Abstract

The present invention belongs to the field of digital nuclear power technology, and specifically relates to an intelligent broadcasting method applicable to nuclear power plants. When there is a communication demand on site, employee A calls the intelligent broadcast server, and the software deployed on the intelligent broadcast server automatically obtains the object and callback phone number that employee A needs to communicate with, and then organizes and archives the relevant information according to established rules and sends it to the voice broadcasting system. The broadcasting system broadcasts the relevant information throughout the plant, and the intelligent broadcasting server monitors the communication status of the callback phone number in real time to see if there is an incoming call within the specified time. If there is no incoming call, it automatically triggers the broadcast instruction again, and so on until there is an incoming call after the broadcast, and the broadcast process ends. The present invention uses intelligent voice dialogue model technology to achieve the technical effect of automatically extracting and recording call content; through the intelligent broadcast model, the technical effect of converting broadcast calling to machine calling is achieved, which can improve broadcast efficiency and reduce unnecessary manual work.

Description

Technical Field

[0001] The invention belongs to the technical field of digital nuclear power, and in particular relates to an intelligent broadcasting method applicable to a nuclear power plant. Background Art

[0002] Due to electromagnetic interference shielding requirements or construction cost control, nuclear power plants in operation usually have blind spots for mobile phone signals. Personnel in this area cannot be directly contacted by mobile terminals, resulting in communication and contact difficulties. During normal power operation of the unit, the noise on site is relatively high, and personnel working in the production area often need to wear protective equipment such as earplugs, which makes it impossible to hear the incoming call reminder when the mobile communication device receives a call, and cannot communicate in time.

[0003] In view of the above phenomenon, nuclear power plants usually broadcast a message to a certain person through the whole plant broadcast, which is broadcast by the operator in the main control room or a specific announcer. The general process is that employee A needs to contact employee B. Since employee A cannot be contacted in real time on the communication terminal, employee A will call the main control room or the announcer to inform the relevant information, and the operator or announcer in the main control room will broadcast it through the whole plant broadcast (roughly "employee B call back a certain phone number"). After employee B obtains the information through the broadcast, he contacts employee A through the nearest landline.

[0004] During normal power operation, the noise level is high on site. Although the volume of the on-site broadcast is high, it usually takes multiple broadcasts to contact the personnel who cannot be contacted in real time by the communication terminal. During the overhaul of the unit, the number of on-site operators is several times that of the normal operation, and the need for broadcasting to call people back is more urgent. During the overhaul of the unit, there are two or three on-site call-back broadcasts every minute. Therefore, in areas where the mobile communication terminals of the nuclear power plant cannot be contacted in real time, it is very inconvenient to communicate with the outside world. The method of calling the broadcast back through the main control room or the broadcaster has become the only way for nuclear power plants to communicate in areas where mobile communication terminals cannot communicate in real time.

[0005] Due to the large number of personnel during the overhaul period, the main control room and the announcer hotline are often busy and cannot be contacted quickly. Even after the broadcast is completed, it is difficult to get in touch with them after just one broadcast. Multiple broadcasts are required to get in touch, and the overall communication and contact efficiency is low.

[0006] In view of the above situation, the intelligent broadcasting platform designed by the present invention digitizes the business process of broadcasting and calling people back, relying on the opportunity of nuclear power digital transformation. Using primary artificial intelligence applications, call information is automatically extracted, and the whole plant is automatically broadcasted based on the extracted information. According to the communication call situation, it is determined whether the called number has call back information. If there is no call back information, the call is automatically repeated, and the machine broadcasts instead of people, thereby improving communication efficiency. Summary of the invention

[0007] The purpose of the present invention is to provide an intelligent broadcasting method suitable for nuclear power plants, which uses AI technology to realize the transformation of broadcasting in nuclear power plants from human broadcasting to machine broadcasting, and can automatically track the callback of the called number after the broadcast is called out. If the call is not returned in time, it will automatically trigger the instruction to broadcast again, so that every communication demand can be met, improve the overall communication efficiency, and promote the practical application of digital technology in nuclear power production and operation.

[0008] In order to achieve the above object, the technical solution adopted by the present invention is:

[0009] An intelligent broadcasting method applicable to nuclear power plants, deploying an intelligent broadcasting server in a computer room to realize information transmission between plant area telephone communication and broadcasting systems, and deploying software on the server that can automatically communicate and extract key information of calls.

[0010] When there is a communication need on site, employee A calls the intelligent broadcast server. The software deployed on the intelligent broadcast server automatically obtains the person employee A needs to communicate with and the callback number, and then organizes and archives the relevant information according to established rules and sends it to the voice broadcast system. The broadcast system broadcasts the relevant information throughout the factory. The intelligent broadcast server monitors the communication status of the callback number in real time to see if there is an incoming call within the specified time. If no call is dialed in, it automatically triggers the broadcast instruction again. This cycle repeats until there is an incoming call after the broadcast, and the broadcast process ends.

[0011] When there is a communication need on site, employee A makes a call to the intelligent broadcast server.

[0012] The software deployed on the intelligent broadcast server automatically obtains the person that employee A needs to communicate with and the callback phone number, and records and archives it according to established rules.

[0013] The intelligent broadcasting platform sends the relevant information to the voice broadcasting system, and the broadcasting system broadcasts the relevant information throughout the factory.

[0014] The intelligent broadcast server monitors the communication status of the callback telephone number in real time to see whether there is an incoming call to the required communication number within the specified time.

[0015] If it is determined that there is no incoming call to the required communication number, the broadcast command will be automatically triggered again, and this will be repeated until a call comes in to the required communication number after the broadcast.

[0016] When it is determined that there is an incoming call to the required communication number, the broadcast process ends.

[0017] The beneficial effects achieved by the present invention are:

[0018] The present invention realizes the technical effect of automatically extracting and recording the main content of a call through the technical means of an intelligent voice dialogue model; realizes the technical effect of transforming broadcast calling into machine calling through an intelligent broadcast model, which can improve broadcast efficiency, reduce unnecessary manual work, and promote the digital transformation of nuclear power. By automatically tracking the terminal call status of the required incoming call, if no incoming communication is detected within the specified time, the automatic paging function is realized. Based on the communication status of the telephone number that needs to be dialed back, it is automatically determined whether the current broadcast is valid, which can greatly improve the effectiveness of broadcast communication, and can also effectively avoid the communication demand personnel from repeatedly making calls to describe their communication needs, thereby improving the overall communication efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 The figure is a flow chart of an intelligent broadcasting method applicable to a nuclear power plant;

[0020] In the figure, ① is the communication demand access stage; ② is the communication demand record extraction stage; ③ is the communication demand conversion broadcast stage; ④ is the communication demand automatic comparison stage; ⑤ is the communication demand has ended with an incoming call; ⑥ is the communication demand broadcast stage after no valid incoming call. DETAILED DESCRIPTION

[0021] The present invention is described in detail below with reference to the accompanying drawings and specific embodiments.

[0022] Deploy an intelligent broadcast server in the computer room to realize the information transmission between the factory telephone communication and the broadcast system. Deploy a software on the server that can automatically communicate and extract key information of the call. When there is a communication demand on site, employee A calls the intelligent broadcast server. The software deployed on the intelligent broadcast server automatically obtains the object and callback number that employee A needs to communicate with, and then organizes and archives the relevant information according to the established rules and sends it to the voice broadcast system. The broadcast system broadcasts the relevant information throughout the factory. The intelligent broadcast server monitors the communication status of the callback phone number in real time to see if there is an incoming call within the specified time. If there is no incoming call, it will automatically trigger the broadcast instruction again, and repeat this process until there is an incoming call after the broadcast, and the broadcast process ends.

[0023] The main innovation of the present invention is to combine the real-time communication needs of nuclear power plants with artificial intelligence technology to realize the transformation from human-call broadcasting to automatic machine-call broadcasting. The method of extracting relevant information through automatic calls described in the present invention is set based on the actual needs of nuclear power plants, and broadcasts in the same way as human-call broadcasting. It improves the convenience and practicality of use by nuclear power site employees during the application of human-intelligent broadcasting. The automatic follow-up paging function described in the present invention is an innovative setting based on the actual situation of on-site broadcasting calls in nuclear power plants, where multiple calls are required to achieve real-time communication. Based on the communication situation of the telephone number that needs to be dialed back, it automatically determines whether the broadcast is valid, which can greatly improve the effectiveness of broadcast communication. At the same time, it can also effectively avoid the communication needs of people making repeated calls to describe their communication needs, thereby improving communication efficiency as a whole.

[0024] Stage ① in the figure is: when there is a communication need on site, employee A makes a call to the smart broadcast server;

[0025] Phase ② in the figure is: the software deployed on the intelligent broadcast server automatically obtains the object and callback phone number that employee A needs to communicate with, and records and archives it according to the established rules;

[0026] Stage ③ in the figure is: the intelligent broadcasting platform sends the relevant information to the voice broadcasting system, and the broadcasting system broadcasts the relevant information to the entire factory;

[0027] Stage ④ in the figure is: the intelligent broadcast server monitors the communication status of the callback phone number in real time to see if there is a call incoming to the required communication number within the specified time;

[0028] Stage ⑥ in the figure is: Stage ④ determines that there is no incoming call to the required communication number, then automatically triggers the broadcast command again, and repeats this process until a call comes in to the required communication number after the broadcast;

[0029] Stage ⑤ in the figure is: Stage ④ determines that there is an incoming call to the required communication number, and the broadcast process ends.

Claims

1. An intelligent broadcasting method applicable to a nuclear power plant, characterized in that: An intelligent broadcast server is deployed in the computer room to realize information transmission between the factory telephone communication and the broadcast system, and software that can automatically communicate and extract key information of the call is deployed on the server.

2. The intelligent broadcasting method applicable to a nuclear power plant according to claim 1, characterized in that: When there is a communication need on site, employee A calls the intelligent broadcast server. The software deployed on the intelligent broadcast server automatically obtains the person employee A needs to communicate with and the callback number, and then organizes and archives the relevant information according to established rules and sends it to the voice broadcast system. The broadcast system broadcasts the relevant information throughout the factory. The intelligent broadcast server monitors the communication status of the callback number in real time to see if there is an incoming call within the specified time. If no call is dialed in, it automatically triggers the broadcast instruction again. This cycle repeats until there is an incoming call after the broadcast, and the broadcast process ends.

3. The intelligent broadcasting method applicable to a nuclear power plant according to claim 2, characterized in that: When there is a communication need on site, employee A makes a call to the intelligent broadcast server.

4. The intelligent broadcasting method applicable to a nuclear power plant according to claim 2, characterized in that: The software deployed on the intelligent broadcast server automatically obtains the person that employee A needs to communicate with and the callback phone number, and records and archives it according to established rules.

5. The intelligent broadcasting method applicable to a nuclear power plant according to claim 2, characterized in that: The intelligent broadcasting platform sends the relevant information to the voice broadcasting system, and the broadcasting system broadcasts the relevant information throughout the factory.

6. The intelligent broadcasting method applicable to a nuclear power plant according to claim 2, characterized in that: The intelligent broadcast server monitors the communication status of the callback telephone number in real time to see whether there is an incoming call to the required communication number within the specified time.

7. The intelligent broadcasting method applicable to a nuclear power plant according to claim 2, characterized in that: If it is determined that there is no incoming call to the required communication number, the broadcast command will be automatically triggered again, and this will be repeated until a call comes in to the required communication number after the broadcast.

8. The intelligent broadcasting method applicable to a nuclear power plant according to claim 2, characterized in that: When it is determined that there is an incoming call to the required communication number, the broadcast process ends.

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