Flywheels TRIZ Cases
- Internal Magnetic Flywheel Control With Wider Resistance Range
A coaxial magnetic control disk and speed sensor expand flywheel resistance range while improving adjustment accuracy and stability.
- Stationary-Shaft Flywheel Layout for Rotor Stability and Low Loss
A stationary shaft with magnetic levitation spreads rotor loads, cuts stress concentration, and reduces flywheel energy loss.
- Segmented Flywheel Rotor Balancing for High-Speed Structural Integrity
Stacked plates, balancing holes, adhesive filler, and rods keep the flywheel center of mass aligned to prevent breakage at high speed.
- Internal Magnetic Flywheel Assembly for Wider Resistance Control
A coaxial magnetic control disk and speed sensor expand flywheel resistance range, stabilize damping, and simplify fitness equipment maintenance.
- Self-Adjusting Flywheel Battery Structure for Multi-Mode Magnetic Bearing Loss
Switching active and passive magnetic bearings lets a vehicle flywheel battery cut control loss while staying stable in charge, standby, and discharge modes.
- Stationary-Shaft Flywheel Layout for Stress-Stable Energy Storage
A stationary shaft through the rotor cuts stress concentration and energy loss, improving flywheel stability in offshore and seismic use.
- Series-Connected Flywheel Interconnections for Low-Load Inertia Amplification
A rim-to-rim and axle-to-axle flywheel chain boosts rotational energy storage while avoiding a proportional rise in input driving force.
- Flywheel Elastic Member Guidance to Reduce Hysteresis Torque
An integrated circumferential cup guides flywheel elastic members directly, cutting friction, hysteresis torque, and assembly complexity.
- Pre-Compressed Rotor Damper Coupling for Collision Sound Control
Pre-compressed elastic members balance torsional torque in a rotor damper, limiting relative rotation and suppressing collision sound.
- Adjustable Flywheel Inertia Using Removable Tuning Weights
Arc-shaped grooves and removable tuning weights let one flywheel cover different inertia needs while reducing part numbers and redesign time.
- Triple-Mass Flywheel With Active Torsional Damping Range Extension
An electric motor adjusts two torsional dampers in a triple-mass flywheel to widen engine-speed vibration isolation beyond dual-mass limits.
- Foldable Flywheel Mechanism for Portable Field Power Generation
A collapsible flywheel shifts between planar and sinusoidal forms to turn human or outdoor motion into portable power for field tools.
- Flywheel Arrangement With Magnetic Stabilization
A flywheel shaft uses permanent magnets for horizontal and vertical stabilization to levitate the rotor.
- Flywheel Damper Seat Posture Change for Sliding Resistance
A flywheel damper seat member alters its posture to shift contact points between rotary members.
- Stacked Flywheel Rotor Segmentation for Energy Storage
Segmenting the rotor into aligned sub-rotors overcomes through-hardening constraints and shipping logistics while boosting energy density.
- Flywheel Assembly with Segmented Bearing Chamber
Segmenting the housing isolates bearing grease off-gassing from the primary flywheel chamber, maintaining vacuum integrity.