Passenger Space TRIZ Cases

Integral ribs and a lip reinforce the vehicle door storage compartment to prevent cracking without adding separate brackets that increase complexity.

A vehicular door structure positions a speaker above the storage part to optimize internal space usage.

A vehicle compartment latch locks automatically when a sensing system detects an item inside the housing.

Integrated bumper retainers prevent misalignment and reduce assembly complexity.

Integrating a sliding cooling box into the door structure eliminates the need to exit the vehicle, resolving accessibility constraints.

A vehicle console lid employs a cam-profiled engagement member to counteract biasing forces, reducing noise and component count during position transitions.

Elastic deforming portion absorbs vertical overload, allowing low rigidity materials and reducing weight while maintaining reliability.

Segmenting the lower door trim into a fixed upper part and a detachable lower bin increases the gap between the door and rocker panel for easier ingress.

A cargo rack system mounts to reinforced vehicle frame sections via attachment brackets that extend under the roof canopy.

A storage assembly shaft features radial stops engaging a hole at rest positions to enable smooth rotation through intermediate gaps.

Identical section bars constrain the sliding glove box to one axis, reducing component count and simplifying assembly.

Hooks on a moveable carrier assembly shift items laterally and longitudinally under the cover to improve access without removing the barrier.

Segmentation separates the bin from fixed panels, resolving the trade-off between manufacturing simplicity and storage versatility.

Offset storage compartments with a side wall prevent passenger access to driver items, eliminating confusion from shared spaces.

An external utilities pod mounted under the chassis saves cabin space while an interface unit maintains service accessibility.

An actuated sliding drawer moves between compartments via a track, resolving the trade-off between multi-zone accessibility and structural complexity.

A vehicle sunshade integrates a lamp assembly and storage housing to provide illumination and utility within the passenger compartment.

Standardized brackets allow quick seat-to-storage swaps without tools, resolving the trade-off between secure mounting and operational versatility.

A console assembly integrates a stowable transmission shifter with a folding armrest to create a deployable work surface.

A composite-material reinforced plate increases glove box front surface stiffness to restrain passenger knees while reducing weight and production costs.

Movable side walls adjust height via rails to prevent objects from falling out while maintaining an open, spacious feel in motor vehicle interiors.

Sliding housing with elastic member secures devices while buffer pads absorb vibrations to eliminate rattling noise.

A reversible seat cushion shifts laterally to expose ISOFIX wires, resolving access bottlenecks while maintaining outboard seating support.

A pivoting container secured to an automobile sun visor holds sunglasses in a magnetically latched compartment for immediate driver access.

A projecting handle merges with the seat cushion to enable easy grasping and removal of the component from the vehicle frame.

Segmented compartments attach to headrest posts using universal straps, resolving the trade-off between storage capacity and device complexity.

Segmented board leaves pivot to double the work surface area while maintaining compact storage access in motor vehicle dashboards.

Segmented floor inserts raise the seating position to clear instrument panels, resolving visibility constraints without modifying the base cab structure.

Sliding rear back beam and storage boxes utilize inner bumper space, resolving trade-offs between capacity and versatility.

A vehicle storage cover uses a clamp and pin system to secure the lid against involuntary opening during impacts.

Replacing screw fastening with elastic snap-fit engagement reduces glove compartment installation complexity and increases layout flexibility.