| # infraredimageofpowerequipment-kt4us-zqnd > 2025-03-13 3:50pm | |
| https://universe.roboflow.com/rf-100-vl/infraredimageofpowerequipment-kt4us-zqnd | |
| Provided by a Roboflow user | |
| License: MIT | |
| # Overview | |
| - [Introduction](#introduction) | |
| - [Object Classes](#object-classes) | |
| - [Arrester](#arrester) | |
| - [Breaker](#breaker) | |
| - [Bushing](#bushing) | |
| - [Clamp](#clamp) | |
| - [Current Transformer](#current-transformer) | |
| - [Disconnector](#disconnector) | |
| - [Disconnector2](#disconnector2) | |
| - [Insulator](#insulator) | |
| - [Transformer](#transformer) | |
| # Introduction | |
| This dataset focuses on identifying and annotating key power equipment in infrared images to assist in monitoring and maintenance tasks. The classes include various components found in electrical substations and power lines. | |
| - **Arrester**: Protects electrical equipment by diverting surge voltage. | |
| - **Breaker**: Automatically interrupts electric current flow. | |
| - **Bushing**: Insulator permitting conductor passage through barriers. | |
| - **Clamp**: Secures electrical conductors. | |
| - **Current Transformer**: Measures alternating current. | |
| - **Disconnector**: Electrically isolates equipment to ensure safety. | |
| - **Disconnector2**: Alternative design disconnector for versatility. | |
| - **Insulator**: Prevents unwanted flow of electricity. | |
| - **Transformer**: Changes the voltage of an electric current. | |
| # Object Classes | |
| ## Arrester | |
| ### Description | |
| Cylindrical shape with a series of ridges spaced out along its length. | |
| ### Instructions | |
| Annotate the entire ridged cylindrical structure. Do not include adjacent wires or attachments unless integral to the arrester. | |
| ## Breaker | |
| ### Description | |
| Tall, segmented structure typically with a distinct top and base platform. | |
| ### Instructions | |
| Include the entire segmented column, paying attention to the top and bottom fixtures. Do not annotate surrounding equipment unless directly connected. | |
| ## Bushing | |
| ### Description | |
| Smooth cylindrical component often mounted on larger devices. | |
| ### Instructions | |
| Capture the entire cylindrical form, ensuring that connected structures like screws or mounts on transformers are not included unless part of the bushing itself. | |
| ## Clamp | |
| ### Description | |
| Small, compact object usually securing wires or cables. | |
| ### Instructions | |
| Precisely outline the object securing the cables. Avoid including excessive portions of the cable itself unless they are integral to the clamp. | |
| ## Current Transformer | |
| ### Description | |
| Bulky with a prominent body and a base, often near power conduits. | |
| ### Instructions | |
| Focus on the main central structure and base. Do not include nearby conduits or wires unless they are essential components of the transformer. | |
| ## Disconnector | |
| ### Description | |
| Articulated arms and connectors, typically mounted on larger frameworks. | |
| ### Instructions | |
| Encompass the complete articulated apparatus. Exclude underlying support structures unless directly part of the disconnector's operation. | |
| ## Disconnector2 | |
| ### Description | |
| Enhanced design of disconnector with more extensive components, more box-like. | |
| ### Instructions | |
| Identify and encapsulate the entire extended assembly, excluding background frameworks and unrelated wiring beyond operational limits. | |
| ## Insulator | |
| ### Description | |
| Long, thin column with disc-like segments, part of larger electric configurations. | |
| ### Instructions | |
| Outline the full column along with its segmentations. Do not include support arms or extraneous apparatus unless physically part of the insulator. | |
| ## Transformer | |
| ### Description | |
| Large, complex arrangement with multiple prominent and flat components. | |
| ### Instructions | |
| Outline the whole set of interconnected compartments and their electrical fittings. Ensure external connections irrelevant to transformer operations are not mistakenly included. |