Gymnastic Exercising TRIZ Cases

See how adjustable lateral supports, multi-axial pelvic supports, and frame folding assemblies

See how vertical ball stacking with a spring-loaded base and top delivery opening solves bottom

See how a rotatable dual-frame chair design enables easy transformation between reclining and f

See how a modular frame with universal rails and key-lock joints combines exercise equipment an

See how a vertical rack with compression spring elevates stacked balls for top delivery, solvin

See how segmented support units with hydraulic load application and independent adjustment main

See how a chair with independent wobble and tilt assemblies enables stretching and active movem

See how independently movable back and seating surfaces promote spinal mobilization and blood f

See how wireless communication between a wearable device and bathing unit propulsion assembly e

See how a foldable chair design uses nested components and multi-function footrests to enable e

See how a weight rack shelf supported by only two vertical members with rotation limiting struc

A two-plate cleat with a plunger extends under load to adapt traction to motion, improving comfort and reducing wear in footwear.

A movable seat and back linkage maintains back support while promoting spinal motion and blood flow during prolonged sitting.

Wearable or implanted user data lets a bathing unit adjust propulsion intensity in real time, avoiding manual menu changes during swimming.

A delayed celebration mechanism stores goal completion, gives an immediate secondary cue, and shows the visual reward only after wrist raise.

Retractable legs and stackable interlocking tops make animal training tables lighter to carry while preserving stable height and surface adjustment.

Independent seat and backrest motion uses gravity and spring bias to mobilize joints, improve blood flow, and sustain lumbar support.

A movable seat and backrest coupling maintains lumbar support while mobilizing the spine and improving blood flow during prolonged sitting.

Force-responsive traction elements extend and retract within footwear to adapt grip automatically while reducing wear and foot pressure.

Intermittent coded-ball transmission enables automatic score tracking, precise movement detection, and longer battery life with less interference.

Magnetic GPS and RFID modules automate golf shot location and club-use tracking while preserving game flow and accurate distance measurement.

Fold-out truck sides, a canopy, and ball tracking expand portable simulator space while delivering real-time sports feedback.

A wheeled double-bay golf simulator uses underfloor projectors and deployable side walls to bring stable outdoor play to remote sites.

Charging speed is tied to wearable fitness progress, using slower or paused charging to reinforce daily goal completion.

Multi-camera tracking and AI let a mobile tennis ball feeder adjust spin, speed, trajectory, and court position to match player performance.

A cam slot and non-circular gear pair create variable-speed gait motion mechanically, cutting rehab device cost without losing training intensity.

Camera-guided grip alignment verifies indicator position against the club leading edge to reduce installation error across golf clubs.

GPS and sensor-based ball position mapping lets an autonomous collector target dense areas first, cutting unnecessary travel and energy use.

A vehicle or drone tracks ball flight, predicts the drop position, and routes to it to cut search time and reduce missed balls.

A camera and position-sensing jig replaces manual grip fitting to improve alignment precision and consistency across golf clubs.

Embedded ball transmitters and cart navigation cut search time by guiding the golf cart to a struck ball while avoiding course hazards.

Correct ball pickup positions are reconstructed from GPS location plus collector travel distance after sensing, improving distribution mapping accuracy.

A mobile retriever with a vertical ball ejector collects and returns balls during play, cutting interruptions on tennis and pickleball courts.

sEMG-based force estimation and Nash-equilibrium control let an upper limb rehab robot switch modes smoothly and match patient intent.

A side-machined cavity with cast resin and epoxy protects the radio transmitter while preserving puck balance and sliding on ice.

Autonomous positioning and AI motion analysis let a tennis ball launcher adapt speed, angle, direction, and spin for realistic solo practice.

GPS data and ball count timing are combined to back-calculate each ball's true pickup position, improving density map accuracy.

A polyhedral connector combines press-fit tube protrusions with a female recess to enable direct joints and more flexible paper tube frameworks.

A mobile tennis ball launcher uses self-positioning and AI motion analysis to deliver customized solo drills with less manual setup.

A blade-and-detent ball collector improves on-court retrieval speed while keeping the mobile retriever light and energy-efficient.

A guide rail and locking mount secure a golf launch monitor in place while allowing quick repositioning and less setup between uses.

A blade-based remote retriever collects and holds tennis balls, then releases them to a target location with less interruption and court hazard.

Spaced blades, detents, and sensor-guided control let a remote retriever collect tennis balls in play and release them toward a target with less effort.

Court boundary mapping and computer vision let a tennis ball robot detect and collect balls autonomously, cutting retrieval interruptions during solo practice.

A cast-filled internal cavity lets a hockey puck transmit radio signals without losing shock resistance, balance, or sliding on ice.