Gymnastic Exercising TRIZ Cases

A swing arm recovery system captures and returns basketballs through a chute, eliminating the need to retrieve loose balls and preserving shooting rhythm.

Resilient members provide resistive force against foot arching to strengthen plantar fascia muscles without requiring complex device structures.

A wearable device detects activity types using a wireless receiver circuit and physiological sensors.

Sensor fusion in a smart putter distinguishes true strokes from ground impacts, resolving manual scoring inaccuracies.

A boxing video game platform uses body sensors to evaluate player movements against champion techniques for real-time coordination feedback.

Sequenced target assemblies with sensors provide consistent training to overcome inconsistent skill development.

Resistor-controlled charging activates the load switch for brief signal bursts, preventing rapid battery depletion in portable tracking devices.

An elastic band display surface allows a golf ball to pass through, eliminating bounce noise while projecting the predicted trajectory.

Sports implement with integrated pressure sensors and motion detectors to capture finger contact data.

Automated system generates adjusted play calls for wearable player devices using real-time game circumstance data.

A baseball pitching simulator uses motor-driven pulleys to move a target vertically and horizontally.

Integrated golf launch monitor eliminates manual calibration by automatically detecting swing triggers and calculating flight parameters.

A table tennis ball features a pseudo-random marking pattern of 18 points to enable automatic spin detection via infrared imaging.

A posture analysis device maps a foot image to match user dimensions and overlays pressure distribution data for intuitive display.

Three-dimensional spheres feature textured protrusions to stimulate distal sensation receptors during rotational grip exercises.

Infrared reflectors on a golf club enable precise speed and motion capture, resolving the trade-off between measurement accuracy and system complexity.

A tracking system monitors equipment usage to predict availability for users.

A center of gravity control support device applies tactile stimulation to the user's sole via vibration motors when posture deviates from a predetermined range.

Elastic cable shrouds change length under force, resolving simulation accuracy issues in rugby training.

A wearable impact detection device uses a molded housing and a flex zone to secure sensors relative to the battery.

Self-service hip traction device applies adjustable leg force via pneumatic tensioner, eliminating clinical staff dependency.

Sensors embedded in protective gear detect contact location and provide real-time feedback to correct unsafe techniques and reduce head injury risk.

A training device foot element incorporates a support web to stabilize the mounting head against the base surface.

A molded hockey puck integrates an electronic signal transmitter core to enhance on-ice visibility for broadcast tracking.

A golf analysis device generates swing data using radar sensors and receives calibration information from a user terminal to refine measurement algorithms.

Slidable abutment and clamping mechanism maintain knee flexion to prevent arthrofibrosis scar tissue formation.

A hitting tool selection diagnosis system integrates operability and momentum scores to generate weighted total values for accurate bat matching.

A universal data curation platform standardizes raw health monitoring device streams into unified formats.

A mirror display device overlays computer-generated animations onto a patient's real-time reflection to guide physical exercises.

A biometric guidance insole adjusts tactile stimuli via dynamic air pressure to guide user movement.

On Course Rating Systems normalize performance times across varying course difficulties to provide accurate pace targets for athletes.

A fall prevention system monitors the trajectory of a user's center of mass relative to their base of support using body-worn sensors.

A wearable device collects motion data to predict sports performance, bypassing venue constraints that limit direct measurement.

Segmented air bags and pressure sensors measure rectal and anal muscle pressure, providing real-time feedback to improve treatment efficacy for constipation.

Piezochromic line-calling system uses threshold impact signals to expand the visible color-change area, resolving detection errors from UV or shoe interference.

A gait monitor uses paired movement sensors on the user's head to detect lateral balance and foot strike patterns during running.

A movement information collection device obtains user motion data using integrated sensors to determine preferences automatically.

A toe down strain gauge measures shaft deformation during a golf swing to calculate an expected bending point value.

A 3D holographic display integrates with stationary exercise equipment to provide stereoscopic visuals and depth perception.

Strain gauges on the stem detect deformation to measure upper body power, resolving incomplete leg-only monitoring.

Embedded electronics in a golf ball transmit location and spin data via Bluetooth, resolving the trade-off between driving distance and locating time.

Hierarchical notification rules deliver timely glucose alerts while optimizing network resource utilization.

Processor algorithms compensate for gyroscope bias and saturation during swing motion without static leveling calibration.

A head-mounted display overlays ideal golf trajectories onto the real environment to provide immediate visual feedback.