Space Saving Games TRIZ Cases

Nested connectors and segmented components reduce package volume and logistics costs while maintaining connection stability.

Adjustable vertical members align eyes above the ball while extendable horizontal sections measure target distance for accurate putting.

A portable spotting device uses a powered lifting mechanism to move adjustable arms along a vertical support for weight handling.

Self-standing upright frames with nested cross members enable rapid single-user assembly and compact storage of the batting cage structure.

Axially aligned springs in a pivot mechanism rotate the post upon impact, enabling rapid return to an upright position without deformation.

An exercise bar uses segmented base and vertical members with pin locking for height adjustment.

Linear seams on the foldable yoga mat enable a nested structure that preserves usable surface area despite compact folding.

A flexible exercise mat features a grid matrix surface and mirror for user self-assessment.

Segmented grip rods on a crisscrossed support board enable quick switching between muscle groups, eliminating time-consuming angle adjustments during workouts.

Segmented modules with pivot fasteners enable quick setup while safety collars prevent accidental collapse during storage.

A control system adjusts weights across independent touchpoints to deliver dynamic workouts.

A Y-shaped exercise frame uses modular support members to attach resistance bands and weight plates for versatile workouts.

A convex footpad uses a spring hinge to provide equal resistance distribution across the contact surface.

Removable support blocks enable three distinct back angles, resolving limited user flexibility in conventional Pilates equipment.

Reentrant curved contour guides liquid along smooth return path, eliminating abrupt impact transmission during dynamic movement.

A rotational training platform couples a balance beam to a center frame for foot support.

Opposing surfaces enable unloaded cycling to extend session duration and reduce muscle fatigue during speed training.

A single push-button control interface manages exercise machine modes through dynamic state changes.

Segmented base support pivots rearward frame upward to reduce horizontal footprint while maintaining structural strength.

Segmenting the shaft into a load-bearing core and aesthetic sheaths resolves the contradiction between structural strength and visual beauty.

A T-shaped electronic exercise mat integrates pressure and vital sensors to provide real-time user feedback during workouts.

A hand therapy system featuring a vertically extending post, an adjustable exercise housing, and multiple tool openings for versatile rehabilitation.

Magnetic coupling returns the ball to its starting position, resolving complexity issues from rigid linking arms.

Roller ball assemblies enable multi-directional movement across a base unit for versatile exercise routines.

Dome structures contact rotating members to modulate friction, eliminating complex brake mechanisms while enabling diverse muscle training.

Segmenting the base into detachable components reduces packaging volume while maintaining structural strength through curved coupling features.

Weight modules affix elastic members to a carriage, enabling quick resistance changes that maintain constant force during exercise.

Modular inserts store within an elongated body to resolve assembly complexity while enabling versatile workout configurations.

Hinged bench sections and foldable legs compress the kit for transport while maintaining structural stability during use.

Pivoting the base segment adjusts stance orientation, resolving stability loss on rugged terrain.