Movement Coordination Devices TRIZ Cases

A spring-biased lock and ratchet mechanism enable quick, secure foot-strap adjustment on exercise machines using one hand.

This rowing machine case uses adjustable support, handles, footrests, and stoppers to fit different body sizes and exercise postures.

This case uses a locating pin and pivoting frame to adjust bicycle trainer height for wheel sizes while preserving compact portability.

A frame-mounted bicycle uses separate front and rear treadmills to recreate dynamic riding and increase indoor exercise engagement.

Continuous lifting profiles guide the dynamic framework upward and rearward, creating a more realistic scull rowing motion than axial rails.

This case combines retracting cords, a confocal parabolic cylinder, and display feedback to simulate varied water sports on land.

The treadmill rotates its head frame to raise the belt while lowering the front housing, preserving running space and safety.

A flexible running deck supported at its ends uses an intermediate cushion to distribute impact and reduce joint stress.

An inclined deck and asymmetric cover accommodate the drive unit, expanding the belt area without a larger office footprint.

Learn how segmented guide tracks and a positioning element lower step height while preserving platform orientation during exercise.

A networked treadmill combines separate rotary controls with live classes, social interaction, and real-time competitive feedback.

Rail-mounted carriages move storage receptacles between safer positions and easy reach while preserving notification awareness.

A clamp-and-sleeve attachment modifies a plate-loaded press path, helping users maintain form and avoid hyperextension.

Motorized belt resistance replaces springs for easier, measurable reformer adjustment.