Mobile application voice control assembly for nuclear power production management

Abstract

The invention belongs to the technical field of voice control, and particularly relates to a nuclear power production management mobile application voice control assembly. Starting voice control: after the user logs in the mobile APP terminal, synchronously starting a voice control assembly, and after the voice control assembly is started, performing voice interaction with the user; and voice control: after the voice control component is started, user pickup is carried out through the mobile device, collected audio data is subjected to voice recognition and natural language processing, a structured semantic analysis result is output, a mobile APP terminal generates a corresponding operation instruction according to the semantic analysis result in combination with current page position information, and the operation instruction is sent to the mobile device. And performing operation corresponding to the mobile APP. According to the invention, an inspection and maintenance engineer operates the mobile APP through voice control, manual operation is reduced, and the field inspection and maintenance efficiency is improved.

Description

Technical Field

[0001] This invention belongs to the field of voice control technology, specifically relating to a voice control component for a mobile application for nuclear power production management. Background Technology

[0002] The nuclear power safety production management platform development project resulted in mobile business apps commonly used in nuclear power production management, such as mobile inspection, mobile defect reporting, mobile isolation, and electronic work packages. During on-site maintenance and repair at nuclear power plants, maintenance engineers use these mobile apps to complete daily tasks such as equipment inspection, defect reporting, isolation tagging and removal, work order initiation, and work order completion. On-site maintenance and repair require handling numerous tools and equipment, and some specialized activities necessitate wearing special protective equipment, such as insulated gloves. These scenarios present challenges for maintenance engineers in manually operating the mobile apps. Summary of the Invention

[0003] The purpose of this invention is to provide a voice control component for a nuclear power production management mobile application, enabling maintenance engineers to operate the mobile APP via voice control, reducing manual operations and improving on-site maintenance efficiency.

[0004] To achieve the above objectives, the technical solution adopted by the present invention is as follows:

[0005] A voice control component for a nuclear power production management mobile application.

[0006] Activate voice control: After the user logs in on the mobile APP, the voice control component is activated simultaneously, and the voice control component interacts with the user via voice after activation;

[0007] Voice control: After the voice control component is activated, the user's voice is picked up through the mobile device. The collected audio data is processed by speech recognition and natural language processing to output structured semantic analysis results. The mobile APP generates corresponding operation commands based on the semantic analysis results and the current page location information to perform the corresponding operations of the mobile APP.

[0008] Voice search: In mobile apps, based on the voice search function, users input voice search conditions according to a fixed structure. After voice recognition and natural language processing, structured data query instructions are output.

[0009] Voice broadcast: In the business scenario of isolation tagging and isolation tag removal, the on-site operator performs tagging and tag removal operations according to the operation order. In the mobile isolation APP, the tagging / tag removal instructions are broadcast by voice, and the operation of tagging / tag removal of the equipment is performed according to the operation instructions broadcast by voice and the voice control function.

[0010] Voice input: When equipment defects are found during inspections, they can be reported through a mobile defect reporting app. The voice input function is applied during the process of inspection data entry and defect reporting. The voice recognition results are intelligently corrected by combining nuclear power-specific lexicon and equipment database during the voice recognition and natural language processing.

[0011] Voice control: The corresponding operations in the mobile APP include opening the work order start page, confirming, removing the sign, hanging the sign, previous page, next page, first item, next item, previous item, canceling, returning to the homepage, and logging out.

[0012] Voice control: It supports intelligent matching of operation commands based on semantic analysis results and location information. For example, on the homepage, voice input to enter the work order start page or enter the work order start page will generate the command to start the work order and open the work order start page.

[0013] Voice search: including searching for work orders awaiting commencement and quarantine sites awaiting registration.

[0014] Voice input: Supports interactive voice input and integrated voice input.

[0015] Interactive voice input: Specific structured form filling templates are configured for data entry. During the interactive voice input process, users fill in the data by voice according to the input items in the form template.

[0016] Integrated voice input: On the data entry page, users can independently complete the voice input of data.

[0017] The format for voice input is: field name + field content.

[0018] The beneficial effects achieved by this invention are as follows:

[0019] This component provides the ability for voice interaction and control on mobile devices through voice control startup, voice control, voice search, voice broadcast, and voice input. Combined with the nuclear power production management mobile application, it can realize voice operation in the process of nuclear power plant equipment inspection and maintenance, improve the convenience of mobile APP operation, and improve the efficiency of on-site inspection, maintenance and other activities. Attached Figure Description

[0020] Figure 1 A functional framework diagram of a voice control component for a mobile application in nuclear power production management.

[0021] Figure 2 A schematic diagram of voice search for a voice control component in a mobile application for nuclear power production management.

[0022] Figure 3A schematic diagram of voice broadcasting for a voice control component in a mobile application for nuclear power production management.

[0023] Figure 4 A schematic diagram of interactive voice input for a voice control component in a mobile application for nuclear power production management.

[0024] Figure 5 This is a schematic diagram of an integrated voice input component for a mobile application for nuclear power production management. Detailed Implementation

[0025] The present invention will now be described in detail with reference to the accompanying drawings and specific embodiments.

[0026] The voice control component proposed in this invention includes voice control startup, voice control, voice search, voice broadcast, and voice input.

[0027] Activate voice control: After the user logs in on the mobile app, the voice control component is activated simultaneously. Once activated, the voice control component can interact with the user via voice.

[0028] Voice Control: After activating the voice control component, the user's voice can be picked up via mobile device. The collected audio data undergoes speech recognition and natural language processing to output structured semantic analysis results. The mobile app then generates corresponding operation commands based on the semantic analysis results and the current page location information, enabling users to perform the corresponding actions within the mobile app. Examples include: "Open work order start page," "Confirm," "Remove sign," "Hang sign," "Previous page," "Next page," "First item," "Next item," "Previous item," "Cancel," "Return to homepage," and "Log out."

[0029] It also supports intelligent matching of operation commands based on semantic analysis results and location information. For example, on the homepage, voice input of "enter work order start page" or "enter work order start" will generate the command "work order start" and open the work order start page.

[0030]

[0031] Voice search: In mobile apps, users may need to perform data queries, such as searching for work orders awaiting commencement or quarantine zones awaiting registration. Based on the voice search function, users input their search criteria in a fixed structure, and the system processes speech recognition and natural language processing to output structured data query commands.

[0032] Voice broadcast: In the business scenario of isolation tagging and isolation tag removal, on-site operators need to perform tagging and tag removal operations according to the operation order. In the mobile isolation APP, the voice broadcast of tagging / tag removal instructions can reduce the time on-site operators have to check and operate mobile devices. The tagging / tag removal operations of the equipment can be performed according to the voice broadcast operation instructions and voice control function.

[0033] Voice input: During on-site inspections, it is necessary to record inspection data. If equipment defects are found during the inspection, they can be reported using a mobile defect reporting app. Using voice input during data entry and defect reporting can improve data entry efficiency. Interactive and integrated voice input are supported.

[0034] In the process of speech recognition and natural language processing, the speech recognition results are intelligently corrected by combining nuclear power-specific lexicon and equipment database to improve the accuracy of speech recognition.

[0035] Interactive voice input: Specific structured form entry templates are configured for data entry. During interactive voice input, users enter information via voice one step at a time based on the entry items in the template.

[0036] Integrated voice input: On the data entry page, users can independently complete the voice input of data. The format for voice input is: field name + field content to be entered.

Claims

1. A voice control component for a nuclear power production management mobile application, characterized in that: Activate voice control: After the user logs in on the mobile APP, the voice control component is activated simultaneously, and the voice control component interacts with the user via voice after activation; Voice control: After the voice control component is activated, the user's voice is picked up through the mobile device. The collected audio data is processed by speech recognition and natural language processing to output structured semantic analysis results. The mobile APP generates corresponding operation commands based on the semantic analysis results and the current page location information to perform the corresponding operations of the mobile APP. Voice search: In mobile apps, based on the voice search function, users input voice search conditions according to a fixed structure. After voice recognition and natural language processing, structured data query instructions are output. Voice broadcast: In the business scenario of isolation tagging and isolation tag removal, the on-site operator performs tagging and tag removal operations according to the operation order. In the mobile isolation APP, the tagging / tag removal instructions are broadcast by voice, and the operation of tagging / tag removal of the equipment is performed according to the operation instructions broadcast by voice and the voice control function. Voice input: When equipment defects are found during inspections, they can be reported through a mobile defect reporting app. The voice input function is applied during the process of inspection data entry and defect reporting. The voice recognition results are intelligently corrected by combining nuclear power-specific lexicon and equipment database during the voice recognition and natural language processing.

2. The voice control component for nuclear power production management mobile application according to claim 1, characterized in that: Voice control: The corresponding operations in the mobile APP include opening the work order start page, confirming, removing the sign, hanging the sign, previous page, next page, first item, next item, previous item, canceling, returning to the homepage, and logging out.

3. The voice control component for nuclear power production management mobile application according to claim 1, characterized in that: Voice control: It supports intelligent matching of operation commands based on semantic analysis results and location information. For example, on the homepage, voice input to enter the work order start page or enter the work order start page will generate the command to start the work order and open the work order start page.

4. The voice control component for nuclear power production management mobile application according to claim 1, characterized in that: Voice search: including searching for work orders awaiting commencement and quarantine sites awaiting registration.

5. The voice control component for nuclear power production management mobile application according to claim 1, characterized in that: Voice input: Supports interactive voice input and integrated voice input.

6. The voice control component for nuclear power production management mobile application according to claim 5, characterized in that: Interactive voice input: Specific structured form filling templates are configured for data entry. During the interactive voice input process, users fill in the data by voice according to the input items in the form template.

7. The voice control component for nuclear power production management mobile application according to claim 5, characterized in that: Integrated voice input: On the data entry page, users can independently complete the voice input of data.

8. The voice control component for nuclear power production management mobile application according to claim 7, characterized in that: The format for voice input is: field name + field content.

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