3D growth models, imagery, and weather data predict vegetation encroachment near power lines, enabling proactive maintenance and fewer outages.
A pivoted multi-section pole uses a sacrificial sleeve and shear pin to prevent fracture and speed utility pole repair after storms or impacts.
A UAV-guided mounting tool places and removes cable devices on energized grid lines, cutting manual risk, labor, and service disruption.
Capacitive ground return enables a single-conductor aerial power tether that cuts tether weight, bulk, stiffness, and power loss.
A movable inner wedge and shell channel secure small cables with top-side compression, reducing damage, pull-through, and loosening over time.
A cap-mounted radial shield blocks bird droppings from high-voltage insulators, cutting earth faults without added mast structures or tools.
Directly tapping high-voltage transmission lines lets rural EV chargers bypass weak local grids using transformer substations and simpler infrastructure.
Retractable landing gear and 3D stereo vision let commercial drones place warning spheres on power lines with secure clamp alignment.
Hook-shaped jaws, a slit fastener, and an air space block rainwater leakage currents while preventing thermal loosening of wire insulation.
An adjustable swing arm delivers MV power from overhead hubs to moving train rigs, cutting bulky spooling reels, redundant cables, and reconnection time.
A pivoted multi-section pole with a replaceable sleeve speeds repair after wind, tree, or collision damage without full pole replacement.
Optical fiber characteristic patterns let utility poles be identified automatically without pre-mapped distance-to-pole data.
An opening stop and hinged half-shells let a signal body balance on an overhead rope, simplifying secure installation without constant handling.
A carrier mechanism with a self-balance control apparatus adjusts posture during line walking.
An unmanned aerial vehicle with an attached x-ray plate and cable hooks inspects power line cables without cranes or helicopters.
A railway feeder cable de-icing method uses substation voltage differences to drive current flow for heat generation.
An impulse device creates wave motion on power lines to remove snow and ice without structural changes or high energy consumption.
A cable tray splice uses interlocking male and female tines to join trays securely without specialized tools.
Slidably rotated hub members adjust leg angles to accommodate various conductor configurations, preventing electrical shocks caused by animal contact.
A splice tap clamp uses a linear actuator to move jaws and secure conductors within a housing chamber.
A portable lightning protection system uses a multi-section conductive mast to create a secure pathway for electrical discharge.
A crossover-bridge cable router routes fiber optic cables over copper conductors using a horizontal floor and downward ramps.
Tapping high voltage lines with power voltage transformers bypasses medium voltage networks, reducing infrastructure costs.
Concave crimping dies with specific radii eliminate gaps and prevent fractures in composite core conductors.
Current transformer with magnetic core generates electrical power via induction while navigation system determines optimal routes to existing power lines.
Current transformer powers aircraft warning lights via jumper connection, reducing installation complexity and maintenance costs across varying voltage levels.
An integrated fastener assembly merges multiple arms into one unit to reduce installation time while maintaining secure attachment.
An induction coil sensing device harvests electromagnetic energy from power lines, eliminating external power needs and reducing manual patrol requirements.
Radial compression forms a unified assembly that withstands windstorm forces without increasing device complexity.
Adjustable U-shaped plates anchor guard rings to existing insulator chains, resolving installation complexity without conductor detachment.
Replacing rigid sheet metal with a foldable conductive fabric reduces handling weight and storage volume while ensuring reliable electrical bonding.
A splice electrical connector uses ductile wedges to join ACCC cable conductors via tensile forces.
Concave lobes on a protective cover prevent animal contact with metal brackets, reducing short circuit risks while allowing conductor access.
Ground pin pierces insulating adhesive to create conductive contact, resolving bonding strength versus reliability trade-off.