Travelling Sacks TRIZ Cases

An extendable arm on a garment holds mobile devices with 360-degree rotation, resolving stability issues during movement.

A dynamic load carriage system uses a movable cross support member to redistribute weight along the hips.

Composite ballistic nylon shells prevent unauthorized access while maintaining lightweight portability.

A bulletproof backpack integrates protective panels in the hood and body to shield the head and torso from ballistic threats.

Zigzag groove profile boosts friction to solve low reliability in bottle carrying.

Segmentation creates separate hammock bases with individual support ropes, resolving center of gravity shifts during entry or exit.

A backpack-integrated canopy deployment system provides hands-free environmental protection through a user-controlled mechanical frame.

Interconnecting leg loop straps provide a secondary closure for the waistband, preventing accidental opening of the quick release buckle during sit harness use.

Converging zipper junctions enable selective side wall opening for focused item retrieval without splaying the bag structure.

A segmented luggage system combines a rigid hard shell base with a removable fabric cover for online customization.

Rotating seat components fold into a carrier bag to resolve the contradiction between bulky transport volume and required safety reliability.

A travel case strap integrates a data and power cable to enable direct device connections without removing components from the compartment.

Segmented swaddle design prevents suffocation risks by balancing arm immobilization with leg freedom through adjustable fasteners.

An elastic core tool support strap extends the central segment to increase user reach.

Decorative attachment clips disguise holster mounts as belt adornments, resolving the conflict between structural strength and visual concealment.

Integrated phone case stores charging and audio cables within dedicated compartments, preventing entanglement and enabling versatile mounting via anchor points.

Segmented backpack flaps use universal attachment mechanisms to resolve the trade-off between manufacturing simplicity and design flexibility.

Gear hooks attach to bag exteriors to hold equipment outside, preventing interior contamination from dirty items.

A ball joint adjuster merges vertical and rotational movements into one assembly, eliminating separate screws to reduce setup time for shooters.

A dorsal carry assist sling transfers load from shoulders to hips, resolving spinal imbalance caused by bulky rigid frames.

A carrying case features a housing with a bottom guide member and a strap end that moves along the track to reposition the unit.

Segmented compartments isolate wet brushes from dry supplies, preventing cross-contamination during transport.

Pivot joints enable a hammock frame to shift between reclined and upright positions, resolving the trade-off between user versatility and structural simplicity.

A pet backpack uses a detachable bottom panel to allow ground-level entry for animals.

A vertically carried golf bag uses dual shoulder straps to distribute weight evenly across the user's back.

Segmented padded shoulder straps encircle drawstrings to distribute backpack weight, resolving concentrated pressure on user shoulders.

Backpack employs a removable pleated back pad and quick-release straps to provide comfort while managing manufacturing costs.

Segmented base items accept interchangeable ornaments via magnets or clips, resolving the trade-off between fixed aesthetics and purchase volume.

Arcuate flexible compartments and fastening members enable rapid reloading while a spring mechanism prevents paintball loss during gameplay.

Segmentation and dynamics separate travel gear from business items, reducing volume while maintaining balance.

An integrated hammock insulation section uses mechanical joints to secure baffle boxes containing insulating material.

A quick release mechanism couples an auxiliary load module to a primary chassis using a cable actuator.

Integrated side guides and underside fasteners manage strap positioning to prevent hanging obstructions while enabling versatile carrying configurations.

Segmented upper and lower back load fixing elements enable rapid attachment of heavy gear without tools, resolving time-consuming loading bottlenecks.

A chest strap adjustment system merges upper and lower links into a single front-mounted device.

A holster with an adjustable-depth pocket and stirrup webbing accommodates varying device heights while maintaining secure holding.

An elongated channel structure accommodates long items, while binding straps and dampening material stabilize the load against vibration.

Torso-mounted holder uses curved openings to secure umbrellas, eliminating bulky backpacks and head-wear instability.

Auxetic laminate panels conform to foot shapes through perpendicular expansion of interconnected cell structures.

Detachable shell panels resolve the trade-off between impact protection and structural fragility while enabling rapid customization.

Segmented tension straps dissipate impact loads across multiple anatomical points, reducing local pressure while maintaining lightweight breathability.

A mosquito trapping device uses a funnel and lid to capture insects from bednets.

A mushroom-shaped backing member with compressible cap portions inserts through MOLLE loops to present hook-and-loop material for patch attachment.

A rotating attachment device connects a hand-held tool to a harness hip pad, allowing perpendicular movement.

A chest buckle uses a resilient locking member to secure harness parts.

Floating outer pockets over a main compartment accommodate a thigh rig holster, preserving storage space and weapon access.

Segmented frame parts extract through an aperture for maintenance while tensioning a net part against the back wall to improve airflow.

A chest-mounted camera holder uses a U-shaped slot and truncated cylindrical body for secure attachment.

Segmented pockets and elastic straps redistribute weight to the chest, solving poor distribution and backpack incompatibility.

A C-shaped securement device compresses skis and poles into a unified unit using an elastic strap, eliminating the need for separate bags or storage containers.