A unitarily formed polymeric carrier supports distinct compartments and pivotally mounted doors for vehicle storage.
Segmented compartment walls with V-grooves absorb collision energy, preventing contents from intruding into the passenger cabin.
A light transmissive element in a vehicle door illuminates the exterior surface using an internal light source.
A pivot rod assembly connects a storage bin to the seat bottom and floor, freeing under-seat space for occupant sensing systems.
An extruded polymer door integrates projections that engage base guides, merging manufacturing steps while maintaining structural integrity.
An operation restriction body blocks lateral disengagement of the engaging member, preventing theft while allowing maintenance panel removal.
A vehicle armrest uses a linear guide and gear rack to move vertically.
A motorcycle inner pocket uses a cutwater ridgeline to shield storage from rain.
Actuating a hinged side mirror reveals an internal compartment, enabling secure loading while maintaining structural stability.
A pivot-mounted lever engages a second locking hook to secure the console base while enabling easy manual extraction.
A resilient fastening device clamps vehicle load space accessories to a support rail using a pivoting cam mechanism.
A spring-biased locking mechanism adjusts a storage box lid to accommodate varying device sizes without adding complexity.
A knee airbag apparatus deploys multiple cushions toward passenger knees and shins using active vent control mechanisms.
Interchangeable frame bars reduce part inventory complexity while enabling diverse arm support dimensions for vehicle interiors.
A separable front part detaches from a rear storage unit under impact force to absorb energy within the compartment volume.
Button member repositioned to the front end of the armrest resolves wrist strain and improves interior aesthetics.
Transfer links guide a rotating housing along a preset trajectory, preventing knee collisions while maximizing storage depth within the dashboard.
A two-piece cover system rotates independently to access storage and controls.
Segmented design and louvered walls prevent unauthorized access while maintaining airflow.
An engaging portion on the sub-rack disengages from the main rack at terminal positions to prevent excessive load on the opening mechanism.