Windings Insulation Material TRIZ Cases
- Stator Phase Insulation via Molded Coil Ends
Molded plastic body insulates stator coil ends, replacing manual paper placement to enable fully automated manufacturing.
- Power Transmission Device Cover Insulation Creeping Distance
Non-conductive cover reduces axial length and weight in power transmission devices.
- Etched Adhesive Tape for Battery Winding Bonding
An etched carrier film with filament reinforcement bonds expanding media windings, resisting detachment from transverse expansion forces.
- 3D Printed Ceramic Winding Assembly for High-Temperature Electrical Machines
A monolithic ceramic winding assembly extends operational temperature limits by eliminating cooling systems and reducing partial discharge risks.
- Electric Motor Axial Heat Dissipation Channels
Axial heat dissipation channels in motor carrier teeth conduct thermal energy away from wound coils, preventing thermal damage during high-power operation.
- Single Rotor Motor Terminal Pocket Design
A single rotor motor uses a bobbin terminal pocket to fix coil terminals securely.
- Metal Oxide Insulation for Electric Machine Thermal Management
Metal oxide insulation on conductors provides high dielectric strength and thermal conduction for compact electric machines.
- Liquid Thermosetting Resin Composition with Nanocarbon and Silane Coupling Agent
A liquid thermosetting resin composition incorporates nanocarbon and a reactive organic additive to form a robust network structure.
- Electric Motor Stator Tooth Vibration Reduction
Welding or retaining members stiffen electric motor stator cores, reducing noise from magnetic flux-induced tooth vibration.
- Soft-Magnetic Stator Insulation for Torque Density
Soft-magnetic insulation replaces paper in stator slots, increasing slot cross-section and torque density by allowing magnetic flux penetration.