Luggage Compartment TRIZ Cases

A motor vehicle receiving space uses a specific insertion opening to rotate and hold cuboidal objects through geometric constraints.

Movable partitions and cover actuators reconfigure compartment sizes based on object dimensions, resolving space availability conflicts in ridesharing.

Independent longitudinal segments in a vehicle loading area cover allow direct access to lower compartments without removing upper cargo.

Undercut groove geometry and adhesive bonding secure accessories without drilling, preventing paint damage and corrosion on service vehicle bodies.

A deburred e-track connector with integrated drainage ports secures logistics straps while preventing water accumulation.

A pivotally movable cover panel creates a stowage area between base and cover components.

A utility tray assembly replaces the vehicle floor using a hinged cover and sliding frame to provide concealed storage.

Replacing rigid glove box doors with a tensioned flexible sheet minimizes transport volume and eliminates knee shock discomfort for passengers.

A vehicle storage assembly features a movable support body that transitions between positions to maximize trunk space utilization.

A foldable luggage holder uses hinged side panels to form a rigid container shape for secure transport.

An extendable placing platform with supportive legs allows users to retrieve luggage without bending, reducing injury risk from compartment doors.

Rotatable protrusions pivot from vertical to horizontal positions, resolving the conflict between organizational utility and available cargo volume.

A thermal management valve directs fluid to thermally condition an electrified vehicle front trunk.

A vehicle floor lid extends below the door line to conceal storage compartments.

A vehicle load floor assembly uses retractable support legs actuated by a handle to transition between canted and lateral positions.

Nested luggage boxes slide and rotate to utilize unused side trim volume, increasing storage capacity without adding separate net components.

Motorized beams adjust positions to secure luggage and prevent occupant injury during autonomous vehicle travel.

Partition walls divide the internal space of a flexible frunk storage box, stabilizing articles and reducing collision noise during vehicle travel.

Rotatable camming fingers capture boards between blades and walls, preventing cargo sliding during vehicle acceleration.

Pivotally coupled rigid segments allow the container to collapse for storage while maintaining structural rigidity during transport.

A vehicle partition assembly integrates a sliding drawer unit to create secure storage compartments within law enforcement transport vehicles.

An elastic part exerts pulling force on a pivotable retaining part to secure articles against forward movement during sudden stops.

A vehicle object holder assembly uses a movable magnet to fasten a base onto a metal floor.

A foldable holding device uses a raisable top panel and spring-loaded side panels to form a storage container.

A detachable storage box integrates under a vehicle roller blind to provide secure, space-efficient item storage.

A collapsible storage box adapts between extended and collapsed configurations to manage internal volume within heavy vehicle cabs.

An inflatable vehicle container frame uses pneumatic pressure and tensioned threads to maintain structural rigidity while minimizing space occupation.

A multifunctional vehicle seating assembly integrates a slidable base, pivotable seat, and wireless charging for portable devices.

A baggage storage system links passengers to items using seatbelt and strap signals for secure compartment management.

Segmented modular bins and adjustable partitions reconfigure within vehicle trunks to resolve adaptability versus complexity trade-offs.

Segmented storage bins and linear tracks enable dynamic cover movement, resolving the trade-off between versatile access and structural complexity.

Relocating magnets to the vehicle floor eliminates checkout gate disturbances while maintaining secure bag attachment via calibrated attraction.

A rail-mounted transfer plate moves catering containers between deep storage and accessible positions within an aircraft galley receiving space.

Segmented guide tracks allow infinite adjustability to resolve the trade-off between fixed structure complexity and versatile cargo accommodation.

Pivotable barriers in the floor mat extend vertically to secure cargo, preventing items from shifting and distracting the driver.

Pivot end supports stow cross bars flat, reducing wind resistance and eliminating costly roof fasteners.

Nested panels and flexible compartments deploy to organize cargo while stowing flat to preserve space.

Angled storage box with removable tray prevents item sliding during transport and eliminates top-surface hazards.

A trunk storage device uses a spaced connection portion to secure items above the vehicle mat.

A collapsible container assembly uses a foldable frame to retain a cubic shape while allowing the structure to collapse into a compact form.

An elastic fixing component engages support members to secure in-vehicle articles without tools.

Modular rails and quick-release fasteners secure cargo to prevent driver distraction and interior damage during travel.

A removable storage device features a pivotable upper portion and latch mechanism for secure mounting to vehicle exterior panels.

Guide units slide and tilt a luggage box from a vehicle compartment, resolving the contradiction between fixed storage security and portable usability.

Segmented loading aids with telescopic rails and pivoting mechanisms lower cargo containers to ground level, easing heavy goods vehicle operations.

An aluminum support beam reinforces vehicle B-pillars while supporting a sheet molding compound storage compartment, resolving visibility and safety trade-offs.

A housing pocket inside a tank shelter provides storage space wider than the fuel lid opening, allowing heavy items without complicating lid operation.

A custom molded cooler body features lateral and forward extensions that fit into vehicle wheel wells to prevent sliding.