Intelligent power equipment health inspection system

Abstract

This new invention is a smart power equipment health inspection system, comprising a field-end device and a cloud-based device (expert-end device). The field-end device provides a guided view of the power equipment health inspection, using integrated digital standard operating procedures (SOPs) to guide on-site personnel in the inspection, and generating power equipment health inspection parameters using visual recognition. The cloud-based device performs anomaly diagnosis based on the received information, and the expert-end device allows experts to review the draft health inspection report generated by the cloud-based device, ensuring that the anomaly diagnosis is consistent with the actual on-site situation. In this way, the smart power equipment health inspection system can transform the traditional fragmented operation that relies heavily on manual labor into a data-driven, fully automated process, successfully reducing the traditional 1 to 2 weeks of operation time to less than 1 day, thereby improving operational efficiency and shortening the customer's decision-making cycle.

Claims

1. A smart power equipment health inspection system, comprising: A field-end device includes: a field-end processing unit that executes a power equipment health check procedure to generate a power equipment health check guidance screen; a field-end display unit electrically connected to the field-end processing unit to receive and display the power equipment health check guidance screen; an image capturing unit electrically connected to the field-end processing unit and capturing at least one power equipment image; and a field-end communication unit electrically connected to the field-end processing unit. The field-end processing unit receives the power equipment image captured by the image capturing unit, identifies the power equipment image, generates at least one power equipment health check parameter, and further transmits the power equipment image and the power equipment health check parameter through the field-end communication unit. A cloud device communicatively connected to the field-end device includes: a cloud communication unit communicatively connected to the field-end communication unit; and a cloud database storing standard information. A cloud processing unit, electrically connected to the cloud communication unit and the cloud database, receives images of the power equipment and health inspection parameters of the power equipment through the cloud communication unit; wherein, the cloud processing unit further reads the standard information stored in the cloud database, and performs an anomaly diagnosis procedure based on the standard information and the health inspection parameters of the power equipment to generate a draft health inspection report, and the cloud processing unit also sends the draft health inspection report and the power equipment image through the cloud communication unit; an expert terminal device, communicatively connected to the cloud device, includes: an expert terminal communication unit communicatively connected to the cloud communication unit; an expert terminal processing unit, electrically connected to the expert terminal communication unit, and receives the draft health inspection report and the power equipment image through the expert terminal communication unit; an expert terminal display unit, electrically connected to the expert terminal processing unit, to receive and display the draft health inspection report and the power equipment image; An expert input unit is electrically connected to an expert processing unit. When the expert input unit generates a confirmation signal, the expert processing unit receives the confirmation signal and sends it to the cloud communication unit via the expert communication unit. When the cloud processing unit receives the confirmation signal via the cloud communication unit, it generates a final health check report based on the initial draft and sends it to a client device via the cloud communication unit.

2. The intelligent power equipment health inspection system as described in claim 1, wherein, When the expert input unit generates a correction signal, the expert processing unit receives the correction signal and sends it to the cloud communication unit through the expert communication unit; wherein, when the cloud processing unit receives the correction signal through the cloud communication unit, the cloud processing unit modifies the draft health check report according to the correction signal and resends the draft health check report to the expert communication unit through the cloud communication unit.

3. The intelligent power equipment health check system as described in claim 1, wherein, When the cloud processing unit receives the image of the power equipment and the health inspection parameters of the power equipment through the cloud communication unit, the cloud processing unit organizes the health inspection parameters of the power equipment into a structured data format.

4. The intelligent power equipment health check system as described in claim 1, wherein, The standard information stored in this cloud database is CNS3990 information.

5. The intelligent power equipment health inspection system as described in claim 1, wherein, The field terminal device further includes: a field terminal input unit electrically connected to the field terminal processing unit, and generating a manual input parameter; wherein, when the field terminal processing unit receives the manual input parameter, the field terminal processing unit further generates the power equipment health check parameter based on the manual input parameter.

6. The intelligent power equipment health check system as described in claim 1, wherein, The cloud database further stores a list of equipment; when the cloud processing unit sends the final draft of the health check report to the client device through the cloud communication unit, the cloud processing unit further reads the equipment list, generates a recommended equipment list based on the final draft of the health check report and the equipment list, and sends the recommended equipment list to the client device.

7. The intelligent power equipment health check system as described in claim 6, wherein, When the cloud processing unit generates the recommended equipment list based on the finalized health check report and the equipment list, the cloud processing unit performs a single quick search on the equipment list based on at least one keyword in a missing item in the finalized health check report to generate the recommended equipment list.

8. The intelligent power equipment health check system as described in claim 7, wherein, When the cloud processing unit performs the single fast search, it stops the search once it finds a recommended device that matches the keyword, and generates a list of recommended equipment based on the recommended device information.

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