Travelling Sacks TRIZ Cases

A portable security tether uses a switchable loop and compact lock to secure items.

A wearable holster system uses a magnetized exterior to hold hair-cutting shears for rapid access and secure storage.

Vertical stabilizing units constrain umbrella rotation and tilting on backpacks while enabling quick handheld conversion.

A carrying strap frame uses a Moebius strip inner surface to shift load from shoulders to the torso.

Multi-durometer segmentation places high-hardness material near the mouth to resist biting damage while maintaining user comfort.

A towable carrying device uses a flexible shaft to distribute load weight across the user's body.

A hybrid outdoor shelter system adapts between ground-supported and suspended modes using adjustable sleeves and a catenary base design.

A tool storage device uses flexible walls and a rigid frame to define a protected area.

Front, rear, and transverse hanging tools suspend the seat main body, eliminating heavy skeletons while preventing occupant rotation.

A strap apparatus with a stiffening member transfers object weight from fingers to the wrist.

A portable protective container system attaches to load-bearing equipment using a pivotable hinge and locking features.

Segmented modular bags distribute weight evenly, reducing back strain and enabling easy access to items without removing the pack.

Segmented base and dynamic flaps update appearance without waste, while universal clips free internal volume.

Monolithic shoulder straps converge toward a central back strap, clearing the shoulder pocket of vest material to enable direct shotgun stock mounting.

Perforated internal mixing compartment retains insoluble particles while the agitator dissolves powders, preventing clumps from entering the beverage.

Interconnected leg assemblies form a stable, space-efficient structure that prevents collapse under user weight.

Rigid back mounting secures tools against the user's spine, preventing balance loss during breaching operations.

An integrally formed handle and pivot clip attachment resolve durability issues while maintaining structural strength and reliable water resistance.

Elastic chest straps with extendable sections accommodate chest expansion, preventing breathing obstruction during heavy physical activity.

A segmented zipper fastener system uses independent sliders to attach a hammock cover, enabling precise access control.

Motion sensors detect bag movement while proximity sensors track key location, triggering an audible alarm when the key is absent.

An open-top compartment and ripcord retention system enable rapid deployment of front body armor without compromising mobility.

Curved semi-rigid plates match pelvic contours to distribute load laterally, reducing spinal pressure and preventing belt slippage.

Radially extending wings stabilize tool cinches to prevent loosening from dynamic forces, ensuring reliable attachment for heavy equipment.

Integrating a rain cover into the haul strap eliminates separate pouches while protecting gear from moisture.

Spring-biased finger grips invert button operation to allow one-handed detachment, eliminating the need to press buttons opposite the pull direction.

Walking-stick linkage lifts a back rack via connecting rod, reducing shoulder burden by transferring weight to the ground.

A vertical board carrier uses adjustable straps to secure surfboards along the user's back for hands-free transport.

Offset aperture grid resolves vertical-only MOLLE constraints by enabling diagonal accessory mounting.

Segmented channels in the strap connector allow independent strap movement, preventing entanglement during manual adjustment.

Transparent windows in a waterproof carrying case allow device manipulation while maintaining buoyancy and sealing against water damage.

Pneumatic bladder transitions between expanded comfort and collapsed volume, eliminating bulky travel constraints.

A deployable armor panel extracts from a concealed compartment via distal loops to secure over the chest.

A wireless hydration system uses a pump assembly and actuator module to deliver liquid through a hose without manual intervention.

A load supporting garment uses a unitary bearing frame assembly with defined holes for MOLLE compatibility.

A backpack carrying device uses a double joint articulation system for the lap belt unit to pivot relative to the support base.

A bicep hydration sleeve with a rotatable mouthpiece enables hands-free drinking by moving the arm to the face.

A hollow tubular anchor features a rotatable center piece for securing pet leashes.

Helical blade anchors post in unconsolidated soil while coupling member transfers lateral loads, resolving stability issues without complex installation.

A rear entry compartment isolates the hydration bladder from main storage to enable unhindered filling and secure positioning via mesh webbing.

An adjustable torso carrier secures drone controllers via a segmented mount, resolving stability trade-offs during hands-free operation.

Rotatable valve core regulates liquid and additive flow paths to resolve inconsistent mixing and clogging issues in personal hydration systems.

A buckle incorporates a string on an engaging portion to fix a folded strap section.

A flexible adhesive substrate with a lanyard secures handheld electronics to the user.

Telescopic frame members extend vertically to increase volume while keeping load near center of gravity.

Segmentation separates the control unit from the disposable waste canister in a portable carrying bag, reducing bulk while maintaining therapeutic efficacy.

Filament anchoring enables the movable dispensing component to block fluid flow during refilling while maintaining spill-proof integrity.

A waterproof suitcase uses a seamless shell design to protect contents from moisture ingress during travel.

A cap handle defines a closed perimeter to stow the removable closure securely.