Monocoque Constructions TRIZ Cases

A through-door operation member lets a utility vehicle entrance door release its lock from inside or outside while reducing parts.

A pre-holding hook lets the mirror bracket lock onto the vehicle pillar before screwing, speeding assembly and improving positioning.

A stepped monocoque floor creates underbody void space for aerodynamic devices, improving airflow guidance, downforce, and pitch stability.

A stepped monocoque floor creates underfloor voids for aero devices, cutting pitch sensitivity and stall while improving airflow guidance.

Relocating the belt retractor from the deforming ROPS to a frame cross tube improves anchorage strength and rollover restraint reliability.

First and second supports connect side frame members to vertical frame portions, strengthening the work vehicle frame without heavy T-shaped cast joints.

A cage-like spaceframe replaces the ladder frame to improve torsional rigidity, handling, and vehicle weight.

Segmented flexible liner with spring-detent cinches adapts to varying SUV configurations without permanent attachment.

Segmented reinforced panels slideably attach to a vehicle tray frame for targeted load support.

Projections on a retainer bracket engage a deformable panel opening to maintain a finished appearance while accommodating manufacturing tolerances.

A patch sandwiches a vehicle door sash with its bracket to increase stiffness and prevent movement during high-speed travel.

Raised lower face creates diagonal storage volume for larger bags, resolving the conflict between increased capacity and limited cabin aisle space.

Integrally formed pocket frames mount eye end cylinders to reduce welding complexity and stress concentrations in dump truck decks.

Hooking flange engages panel groove to prevent insert translation, resolving assembly complexity while maintaining structural integrity.

A retractable seat pivots and slides into a floor housing using automated locking mechanisms.

Asymmetric clip installation base reduces initial collision reaction force by stabilizing buckling load and deformation mode.

Forward bends in longitudinal frame members provide structural support for cab components while managing manufacturing complexity.

Parallelogram linkage isolates load sensors from dimensional errors, suppressing initial loads and ensuring accurate passenger weight measurement.

A tubular reinforcement beam uses varying wall thicknesses to absorb impact energy across vehicle door structures.

A flexible retainer blocks a storage channel while flexing to permit cord insertion, preventing entanglement.

V-shaped stiffening frame integrally formed with inner panel enhances bending rigidity.

A stowable seat assembly pivots and slides to clear a vehicle propshaft.

A removable upper floor creates a lower tool compartment within the cargo box, keeping tools clean and accessible while maximizing total storage capacity.

Fiber windings join axle rods via a positioning element, reducing weight and corrosion risks in motor vehicle supports.

An adjustable assist grip uses a movable supporting member to position the grip head at varying heights along the vehicle door opening.

Single headband reinforcement profile forms two tubular hollow bodies with the structural box to absorb compressive forces during vehicle impacts.

A vehicle interior trim panel features a main body and an extendable tab with retention members that snap-fit to vehicle components.

Moulded structural tub features an integral strengthening member projecting from a lateral wall to the floor.