Cycle Batteries TRIZ Cases

A rotating adjusting element lets the closure insert easily, then locks engaging protrusions to remove play, rattling, and tolerance-related looseness.

A down-tube battery with straight removal and a central motor above the frame section preserves slim e-bike frame rigidity and appearance.

Relative movement between saddle parts is sensed to detect rider load and posture, enabling adaptive control for comfort and performance.

Electrical devices are suspended inside a closed main frame to avoid pooled moisture while preserving cable access and maintenance.

Separating battery and drive unit mounting across lower and pivot frames preserves secure fixation while allowing controlled frame bending.

Detachable support elements float electronic components inside bicycle frame tubes to absorb vibration, fit tube variations, and ease installation.

A support axle and rotatable pedal housings replace the inner cover, cutting weight and complexity while preserving dynamic balance control.

Motor control modulates quadrature voltage to create tactile alerts for speed, torque, and battery thresholds without extra hardware.

A modular internal reinforcement stiffens e-bike frame tubes around battery cutouts while avoiding costly, time-consuming rib welding.

A segmented frame with main and backup battery sections extends riding time while keeping the teen off-road motorcycle structure manageable.

By placing the motor control unit ahead of the motor and battery, this layout keeps connectors higher and lowers center of gravity.

A dual-sided separator packs a battery and electrical components into a smaller vehicle parts box while preserving appearance and steering stability.

An upper-wall discharge port and covered vent path expel heat from vehicle electrical parts while blocking mud and debris entry.

Vehicle vibrations can swing a detachable power-supply lid; fixing it in the display-to-power-unit gap reduces contact noise and interference.

A wireless linear actuator with integrated battery and controls removes frame cable routing, simplifying dropper post installation and maintenance.

A movable plug socket shields bicycle or e-bike charging and data connections from weather while keeping access convenient.

This case integrates the battery and motor with the motorcycle frame to preserve support while reducing weight and manufacturing complexity.

Integrated lithium battery powers a heated bicycle saddle, eliminating complex external wiring while maintaining safe temperature control.

Lateral sliding battery holder with integrated electrical contacts prevents frame obstruction and user movement restriction.

A partially integrated battery system fits a lower housing portion within an electric bicycle down tube while keeping the upper section accessible.

A plastic casing covers a sheet metal scooter frame to enhance structural integrity and waterproofing.

Placing batteries inside the rotating connection member eliminates aluminum die-casting parts, reducing structural complexity and manufacturing costs.