Space Saving Games TRIZ Cases

A forward-rotating foil clears the foot for walking, allowing larger propulsion surfaces without excessive ankle loading.

This case uses a handle, positioning rod, and gas spring to simplify stable treadmill column locking in folded and unfolded states.

A universal exercise base replaces multiple standalone machines by sensing each attachment and configuring resistance automatically.

A rotating assembly swings the bat with minimal input, while dynamic supports balance stable batting with quick removal and transport.

Removable sports equipment expands exercise options while sensors and electronic locks automate secure workstation turnover.

Practice realistic golf shots with a pet-safe ball, visible target marker, and rollable mats that support dog retrieval.

A folding yoga block shifts between compact transport and expanded use, with internal support and locks preventing collapse under load.

A portable hinged guide fixes a right angle at home plate, helping young batters align independently and reduce coach intervention.

A rail-less carriage and separate platform make resistance training portable.

Hinged magnetic training aid fits over hockey sticks to reinforce upper-hand control.

Parallel flats and circular notches let wall bars lock securely, adjust rung layouts, and disassemble compactly.

A leg-mounted propulsion device uses complementary tibial bearings for underwater attachment and detachment while easing ankle strain.

This treadmill uses segmented folding and wheels to fit beneath desks, reducing manual storage effort and preserving legroom.

This exercise apparatus uses a movable guide arm and counterbalance force component for stable, adjustable bodyweight training.

Two rigid platform modules assemble for full-size play and nest into a compact carrying case for storage.

Shoulder, lumbar, and neck support surfaces automatically position the body to improve form, muscle recruitment, and lifting safety.

A rotatable strut and multi-hole positioning unit provide stable treadmill incline adjustment without electric lifting mechanisms.

This compact fitness pad uses pivoting support and modular leg exercise adjustment to expand training without separate equipment.

This multifunctional handle uses rotating rings and adjustable claws for compact storage, easy mounting, and varied home exercises.

End plates, mounting brackets, and two tubes form a stable disc holder for organized storage and easy access during disc golf.

A swivel arm, spring pin, and integrated lock simplify folding and unfolding while reducing treadmill size and part count.

A connecting rod, limiting members, and eccentric cam simplify single-sided treadmill armrest folding, assembly, and storage.

This golf training apparatus uses colored landing zones and rail-defined areas to show whether putting force is too low or high.

Folding panels and suction grippers protect golf clubs while securing the bag for vehicle transit and easier handling.

Separate gearboxes and resistance fans reproduce independent oar forces for more authentic rowing movement.

Hinged panels, closures, and club sleeves let the golf bag shift between play and travel modes, improving packing and club protection.

Interchangeable panels shift between playing and travel modes, while a wheeled cover protects club heads and improves maneuverability.

An L-shaped, strapped trainer gives tactile feedback when the elbow drops, supporting independent practice and proper throwing mechanics.

This case combines hole and impact sensing with LED scoring to improve accuracy and make a cornhole board easier to transport.

This case shows how snap-fit connections and collapsible pockets reduce package volume, riveting, and assembly labor.

This exercise apparatus separates spring attachment from the moving carriage and adds load resistance for safer, compact training.

This elliptical machine uses dual hoop pods and a resistance knob to support varied core, chest, and arm exercises.

This case uses chambered beam supports with rotatable, lockable connections for easier assembly, disassembly, and height adjustment.

This training device combines three-plane resistance with real-time feedback to improve neuromuscular control and reduce injury risk.

Intersecting legs, a distal arm, counterweights, and locking wheels improve stability and access while simplifying stand relocation.

This case shows how a pivoting main beam, flexible element, and pin lock support exercise use while reducing stored footprint.

A pivoting bench, lumbar support, and resistance assembly help stabilize the pelvis and keep motion focused at the hips.

This dumbbell bench uses limited hinges, segmented elbow support, bolts, and pins for compact storage and stable exercise.

This case combines surface or vertical mounting, swappable handles, and magnetic resistance for adaptable upper-body workouts.

This case pairs a durable frame guard with a taut tether to protect the board and establish consistent distance between players.

A footrest and resistance stand enable seated leg presses and calf raises while elastic bands resist force and steady the wheelchair.

Adjustable axles and leveling legs improve trainer setup and riding realism.

Pivoting stands and direct lever linkages replace complex drives in a leg lift machine, simplifying assembly and compact storage.

Elongated rod with opposing helical tracks guides hand movement along a fixed path to maintain proper exercise posture.

A golf training apparatus uses non-coplanar trajectory track units to simulate professional swing paths.

Flexible skirt and rigid fins create a deformable aquatic exercise sail that reduces recovery resistance while maintaining deployment stability.

Segmented mount, target, and absorber modules enable indoor mounting of a spring-loaded striking plate that converts impact force into stored potential energy.

Articulating joints on a flexible U-shaped body allow dynamic adaptation to various swing positions while maintaining structural stability.

A pitching machine uses an elastic strap to drive a rotatable arm, propelling balls along a defined path with adjustable speed.

Segmented curved guide rails constrain the club shaft along specific arcs, resolving the trade-off between training effectiveness and device complexity.