Gymnastic Exercising TRIZ Cases

A power unit drives a support structure to rotate the ankle, moving the entire lower limb in a spinning motion to exercise muscles and meridian systems.

A golf launch monitor uses flight modeling to predict ball trajectories and landing positions.

Nesting a sensor housing inside the shaft grip resolves trade-offs between automation and measurement accuracy while preserving natural feel.

A square retaining ring secures the hoop on the shaft, resolving control difficulties from thin rounded hoops.

Wireless sensors transmit motion data to a mobile device, enabling detailed trajectory analysis while reducing power consumption.

Segmented evolution stages and independent scoring resolve complexity trade-offs while boosting exercise motivation.

Dual inertial sensors measure upper body and club energy to calculate transfer ratios for swing optimization.

A wearable knee sensor tracks rider orientation to estimate riding posture correctness, replacing complex indoor camera setups with portable outdoor analysis.

A modular fitting system analyzes swing mechanics and ball flight data to recommend customized club components for individual golfers.

Separate top and bottom sensors track multiple markers on the same surface, resolving erroneous recognition when targets are closely spaced.

An inertial sensor detects running feature points to generate exercise information including swing leg dynamics and energy efficiency metrics.

A training apparatus uses controlled UV lighting to create a low-contrast environment that enhances visuomotor skills.

A mobile pose comparison system uses computer vision to extract user posture features and calculate distance scores against reference videos.

A golf club sensor system manages power consumption by dynamically adjusting gyroscope operational states based on detected swing phases.

Inertial sensors calculate shaft and hogan planes to evaluate swing quality without complex camera systems.

A pressure roller uses a composite elastic layer with specific thermal conductive fillers to manage heat transfer.

A GPS system renders contest views matching the spectator's physical position using portable devices.

Segmented rotating housing reduces friction between balls, preventing jams in automatic feeders while maintaining capacity.

Vibration and acoustic sensors detect bat impact and base contact to capture precise timing data for base running analysis.

A magnetic motion sensor unit captures swing data via a display mat, replacing bulky mechanical arrays to enable portable analysis.

A swing analysis device calculates precise ball hitting tool trajectories using sensor data and posture correction.

Light beam interruption triggers visual indicators to provide objective exercise completion feedback, resolving subjective interpretation of drill sequences.

A processor detects a nearby person to attach their activity data to an electronic identity without dedicated hardware.

Physical markers and range visualization systems align virtual targets with physical fields, resolving vertical reference judgment accuracy challenges.

Optical motion tracking feeds machine learning algorithms that analyze swing variables and preferences to minimize ball dispersion and enhance performance.

A golf club fitting system analyzes shot trajectory and dispersion to recommend custom shafts.

Multiple linear regression identifies key swing parameters to determine optimal loft specifications for individual golfers.

A handheld golf ball locator uses harmonic radar to detect passive balls without embedded electronics.

A projectile tracking system calculates 3D trajectories to simulate launched objects in sports scenes.

Automated sensors and GPS receivers detect ball flight to eliminate human error in hole-in-one verification.

An adjustable housing adapts to patient anatomy while a mechanotherapy generator transmits vibrations for tissue regeneration.

An arcuate training article with a thumb support guides finger placement on a bat handle to enhance swing control.

A heavy bag mounted on a Cartesian gantry system moves laterally to simulate sparring partners, resolving the limitation of stationary training targets.

A controller detects valid motion signal features using a dynamic reference function to filter noise and artifacts.

Zone-based target areas replace pinpoint targets in scattergraph diagrams to provide actionable performance insights without interrupting game flow.

A position detection system uses a 2D matrix of infrared sensors to specify object locations on an infrared screen.

Motion capture technology generates a virtual instructor that demonstrates specific game actions, resolving confusion from abstract icons.

A golf club sensor system manages power consumption through dynamic gyroscope state transitions triggered by accelerometer movement detection.

A modular learning system manages microlearning events by validating credentials and determining compatible services for automated marketplace publishing.

Replacing manual adjustments with automated motor assemblies reduces setup time while enabling comprehensive three-angle swing training.

Integrated sensor network and illumination system provide real-time feedback for injury analysis and performance evaluation during practice sessions.

An integrated locating circuit in a sports ball detects position and motion data, resolving the trade-off between precise tracking and device complexity.

A guided workout interface generates segmented timelines and real-time performance metrics from location data.

Athletic wear integrates sensors and cameras with a processor to capture biometric and positional data.

Acoustic signal processing extracts impact location and speed from mobile device audio, replacing costly specialized equipment.

A motion monitoring system captures sensor data to generate speed metrics for athletic performance analysis.