Gymnastic Exercising TRIZ Cases

An IMU-based wearable calibrates 3D motion and delivers real-time visual, audio, and haptic cues to correct exercise form.

Sensor-driven actuators adjust gym weights in real time to match changing user strength, improving exercise safety and precision.

Projected content on a sensorized punching bag adapts to strike data, combining real resistance with immersive coaching and feedback.

Projectile hit detection and automated light, sound, fog, and scoring responses turn underused open fields into interactive game spaces.

Magnetometer sensing replaces inconsistent Doppler spin tracking, while BLE triangulation helps locate the golf ball precisely.

Detachable sensor attachments and a central computing unit track force, motion, and work across strength exercises without costly integrated gym equipment.

Fluorescent and white backing markers improve golf ball imaging across ball colors while suppressing ambient light and background interference.

Near-infrared fluorescent markers let a launch monitor track golf balls and clubs across colors while reducing ambient light interference.

Foot angle controllers let divers advance, reverse, turn, and spin hands-free while avoiding manual control conflicts with other underwater gear.

Streaming wearable sensor data is matched to movement signatures to segment repetitions and deliver real-time exercise performance metrics.

Multiple launch monitors and motion sensors are aligned, corrected, and combined to deliver more consistent golf swing data and fitting insights.

Edge AI and computer vision on a mobile device analyze exercise posture in real time, reducing coaching dependence and system cost.

Heart rate calibration and real-time equipment adjustment personalize workout segments to match each user's fitness level.

Sensor-based ball and player tracking identifies shot types across dispersed courts while limiting processing load and preserving real-time feedback.

A paddle wheel in an external liquid line creates stable laminar counterflow, cutting turbulence, energy use, and water loss.

Guide paths, break points, and ball afterimages make green terrain easier to read in screen golf, improving shot planning and immersion.

A detachable sensor ring lets one throw-analysis module move across different discs while capturing acceleration, rotation, GPS, and orientation data.

Real-time AR guidance uses topography and predicted ball trajectory to place golf balls accurately and reduce uneven putting green wear.

Server-based simulation selects and projects optimal putting paths, keeping golf store terminals compact while maintaining uniform training quality.

A two-stage neural pipeline resizes frames, crops mapped ball regions, and tracks motion to cut compute and false positives.

Radar-detectable wave-pattern marks built into the golf ball improve launch condition data accuracy without sticker alignment or durability issues.

A shaft-mounted sensor tracks bending and twisting to estimate grip pressure without interfering with the golfer's natural hold.

Gradient-based segmentation and DTW align noisy rehabilitation motion signals to extract matching intervals for faster, more accurate recovery assessment.

A wearable interface combines individual and group workout progress with social support, avoiding multi-device navigation for shared fitness goals.

A distance sensor guides object positioning before multi-antenna radar capture, improving shot analysis accuracy with lower cost and easier setup.

Combines pre-match and in-match tennis data to predict point, game, and match outcomes with context-aware what-if analysis and momentum metrics.

An offset inertia axis and gyroscope-controlled rotating element let a motorized curling stone follow curved paths and avoid obstacles on flat surfaces.

An epoxy golf ball with a magnetometer and BLE radio measures spin up to 5000 RPM and improves close-range localization.

Conductive ink marks built into the golf ball replace fragile radar stickers, improving launch data accuracy and reliability.

Multiple camera views detect real shot events, classify shot type, and auto-record box scores despite camera motion and player occlusion.

Real-time 3D motion tracking and AI coaching bring continuous home rehabilitation guidance without frequent hospital visits.

A three-channel exercise device protocol cuts latency and power use while supporting reliable control, feedback, and virtual training.

Integrated conductive radar marks replace fragile stickers on golf balls, improving launch data accuracy, durability, and setup consistency.

Combining perspiration, heatflux, heart rate, and GPS data, this wearable computes real-time energy expenditure and movement efficiency.

Adjustable impulse mechanisms control ball power and trajectory while automated collection returns balls for continuous batting practice.