CN-121983044-A - AI voice broadcasting system

Abstract

The invention belongs to the technical field of nuclear power broadcast communication, and particularly relates to an AI voice broadcasting system. The system comprises an IP telephone system, an access system and a broadcast control system, wherein the IP telephone system extracts the broadcast intention and content of a user through a voice recognition method and converts the broadcast intention and content into text information to be transmitted to the broadcast control system, the access system forwards an instruction to the broadcast control system and carries out regional broadcast control on a plurality of broadcast systems through a network, and the broadcast control system splits a broadcast task into a plurality of subtasks and sends control signals to different regions of the plurality of broadcast systems through a broadcast adapter to carry out broadcast. The intelligent voice interaction system has the advantages that by introducing the artificial intelligent voice recognition technology, a user can directly conduct intelligent voice interaction through the telephone system, the system can automatically recognize instructions of the user, and broadcast contents are generated according to user input and different partitions of a plurality of broadcast systems are controlled to broadcast.

Inventors

• CHEN ZHIGEN
• ZHANG KAIPENG
• LI SI
• WANG XINYU
• Xue Jiaen
• Kou Hanxue
• XIE BIN
• WEI WEIHUA
• WANG HENG

Assignees

• 福建福清核电有限公司

Dates

Publication Date

20260505

Application Date

20260112

Claims (7)

1. 1. The AI voice broadcasting system is characterized by comprising an IP telephone system, an access system and a broadcasting control system, wherein the IP telephone system extracts the broadcasting intention and content of a user through a voice recognition method and converts the broadcasting intention and content into text information to be transmitted to the broadcasting control system; The access system forwards the instruction to the broadcast control system and performs regional broadcast control on a plurality of broadcast systems through a network; the broadcast control system splits the broadcast task into a plurality of subtasks and sends control signals to different partitions of the plurality of broadcast systems for broadcasting through the broadcast adapter.
2. 2. The AI voice broadcasting system as set forth in claim 1 wherein the broadcasting control system generates voice from the text information broadcasting content and transmits the voice to the broadcasting system for broadcasting via a network.
3. 3. The AI voice broadcast system as set forth in claim 1 wherein the broadcast control system connects the broadcast systems via broadcast adapters and distributes broadcast tasks to the broadcast systems in the designated broadcast partition.
4. 4. The AI voice broadcasting system as set forth in claim 1 wherein the access system receives user broadcasting instructions via telephone voice, SMS, app, applet, web page, forwards the instructions to the broadcasting control system, and performs zone broadcasting control over a plurality of broadcasting systems via a network.
5. 5. An AI voice broadcast system as set forth in claim 3 wherein the broadcast adapters issue broadcast control system commands to specific broadcast systems, each broadcast adapter being connected to a particular broadcast partition or broadcast system to ensure that different broadcast systems can respond simultaneously to commands from the control system.
6. 6. The AI voice broadcast system of claim 1, wherein the broadcast system is a system device for playing a broadcast.
7. 7. The AI voice broadcasting system as set forth in claim 1, wherein the broadcasting system performs the specific broadcasting operation by receiving the voice broadcasting command from the adapter.

Description

AI voice broadcasting system Technical Field The invention belongs to the technical field of nuclear power broadcast communication, and particularly relates to an AI voice broadcasting system. Background Most of the existing nuclear power plants build a cable broadcast system. And answering the call of the request broadcast through the manual position of each factory area, and then initiating the broadcast to the appointed area by the manual position. This approach has the following problems: 1. the efficiency is low, when the user answers the call manually, the user can not broadcast, and when the user sends the broadcast, he can not answer the call; 2. the time is limited, the work cannot be carried out for 24 hours without interruption, and the broadcasting requirement of overtime during overhaul is difficult to meet; 3. The place is limited, the broadcasting station is required to initiate the broadcasting, and other places cannot initiate the broadcasting; 4. the broadcasting has no record, namely, how much broadcasting is sent to which people, and the broadcasting is not recorded, and under special conditions, people can only trace back by brain, and during heavy overhaul, the manual broadcasting mode is difficult to meet heavy broadcasting requirements, so that the overall working efficiency is influenced. The nuclear power unit normally operates for one day, and millions or even tens of millions of economic benefits are created. The working efficiency of nuclear power overhaul is improved, the cost of the overhaul can be reduced, and the unit can be operated normally early. The traditional broadcasting system mostly adopts a manual or semi-automatic mode to operate, the operation flow is complex, the modern intelligent office and emergency management requirements are difficult to meet, and particularly under the complex broadcasting scene of multiple partitions and multiple systems, the existing scheme lacks a unified and convenient control mode. Disclosure of Invention The invention aims to provide an AI voice broadcasting system which can receive broadcasting instructions through channels such as telephone voice, short messages, app, small programs, webpages and the like, forward the instructions to a broadcasting control system, generate and distribute broadcasting voice tasks through a network broadcasting control system and finally realize efficient regional broadcasting. The technical scheme of the invention is that the AI voice broadcasting system comprises an IP telephone system, an access system and a broadcasting control system, wherein the IP telephone system extracts the broadcasting intention and content of a user through a voice recognition method and converts the broadcasting intention and content into text information to be transmitted to the broadcasting control system; The access system forwards the instruction to the broadcast control system and performs regional broadcast control on a plurality of broadcast systems through a network; the broadcast control system splits the broadcast task into a plurality of subtasks and sends control signals to different partitions of the plurality of broadcast systems for broadcasting through the broadcast adapter. The broadcasting control system generates voice from the text information broadcasting content and transmits the voice to the broadcasting system for playing through a network. The broadcast control system connects each broadcast system through a broadcast adapter and distributes broadcast tasks to the broadcast systems in the designated broadcast partition. The access system receives user broadcasting instructions through telephone voice, short messages, app, small programs and webpages, forwards the instructions to a broadcasting control system, and performs regional broadcasting control on a plurality of broadcasting systems through a network. The broadcast adapters issue the instructions of the broadcast control system to specific broadcast systems, each broadcast adapter being connected to a specific broadcast partition or broadcast system, ensuring that different broadcast systems can respond to the instructions from the control system simultaneously. The broadcasting system is used for broadcasting system equipment. The broadcasting system receives the voice broadcasting instruction transmitted by the adapter to perform specific broadcasting operation. The invention has the beneficial effects that by introducing the artificial intelligent voice recognition technology, a user can directly conduct intelligent voice interaction through the telephone system, the system can automatically recognize the instruction of the user, and generate broadcast content according to the input of the user and control different partitions of a plurality of broadcast systems to broadcast. The system supports multiple access modes, can be widely applied to various scenes, and provides more flexible and intelligent broadcast control experience for use