Gymnastic Exercising TRIZ Cases

Wireless sensors in an athletic garment stream biometric data for real-time remote processing, avoiding manual transfer and delayed analysis.

Sensors on a golf club tag detect swing and strike events, then send data to a location-aware device to record shots without manual entry.

Robotic swing testing and swing-characteristic fitting tailor club face bulge and roll to counter gear effect and improve off-center shot accuracy.

A three-channel exercise device protocol separates streaming, commands, and responses to cut latency, save power, and support variable resistance.

Motion and pressure sensors trigger short GNSS bursts when gait changes, cutting battery drain while keeping speed error below 7.5%.

Machine learning and physics-based simulation predict optimal player routes from tracking data and render live overlays for viewing and coaching.

Electromagnetic resistance replaces manual weight changes, using sensor and processor feedback to adapt loads as user strength shifts.

Motion-triggered wearable recording captures golf shots hands-free and wirelessly sends swing data for display and sharing.

Hierarchical sensor fusion segments planning, coordination, and execution to deliver targeted cues that speed learning in open motor tasks.

A shock-absorbing smart golf ball protects embedded sensors and antenna placement while improving putting flight data accuracy.

Leg angle sensing lets divers control advance, retreat, turning, and in-situ spinning hands-free while avoiding conflicts with gas cylinders.

A rotatable exercise machine screen switches between raised and lowered positions to keep display orientation ergonomic for different workouts.

Continuous torso-worn sensing plus user pain input enables more accurate back pain assessment without bulky, uncomfortable wearables.

Camera-based putting analysis tracks ball paths and stopping points to deliver personalized feedback and support competitive golf play.

Observed ball flight is matched with club-specific trajectory and spin probabilities to resolve ambiguous spin candidates from noisy radar or camera data.

Variable-rate saving captures athletic equipment impacts and motion while preserving battery life and portable feedback accuracy.

Stick-mounted pressure and acceleration sensing replaces costly cameras to capture shot timing, force, and release data across training environments.

Sensor fusion and mishit filtering isolate well-struck golf shots to generate personalized swing benchmarks and adjustment guidance.

Posture-specific reference values flag abnormal wearable sensor attachment, improving motion measurement accuracy and reattachment convenience.