Vehicle With Raised Loading Platform TRIZ Cases

Modular actuator assemblies coordinate loading, shifting, and door motion in vehicle storage spaces to speed staging and reduce manual handling.

Liftable rotating floors and conveyors let aviation containers load from either side or rear while keeping the trailer road-ready outside airports.

An elasticated flexible sheet covers the tail lift gap during lowering and retracts when raised, improving load safety without bulky shutters.

A pivoting baseplate cover linked to lift motion creates a safe wheelchair transition and blocks accidental movement at the vehicle doorway.

A tri-fold load platform expands cargo support for bulky items, then folds into a compact stored position beneath the vehicle floor.

A nested U-shaped trolley track enables stable cargo loading on small delivery vehicles without bulky cranes or major structural changes.

A tilted fixed reader lets an AGV detect identifiers on objects at different heights without added motion mechanisms or complex control.

Pivoting outriggers widen the support base for lifting heavy objects on uneven terrain, reducing operator strain during transport.

Automated loading, shifting, and door control speed object staging in vehicle storage spaces while improving positioning precision.

A single winch, ball-bearing rollers, and an alignment receiver load heavy cargo into a pickup bed without hydraulics, ramps, or booms.

Multi-zone remote localization constrains truck liftgate motion by operator position and load state to reduce pinch and accident risks.

Omni-directional driving, lifting, and multi-layer conveying combine loading, transport, and unloading to cut labor, vehicles, and transfer time.

An actuator adjusts a vehicle loading opening to each shipment's dimensions, allowing delivery while limiting unauthorized access.

A tri-fold, self-supporting liftgate expands cargo platform area, then folds compactly to preserve rear cargo access without external support.

An actuator-driven support assembly raises or lowers a truck bed slide panel to improve item access and reduce manual lifting during loading.

A ground-braced support element shifts part of the lifted load to the substrate, reducing rear axle and suspension overload during vehicle loading.

A movable vehicle step adjusts its extension to sidewalk distance, improving boarding ease while avoiding curb interference.

Combining towing, transport, lifting, and conveyor functions in one vehicle cuts manual handling, transfer time, and vehicle circulation at logistics hubs.

A pivoting arm and lift-assisting strut cut user force for lowering a vehicle roof rack while damping only the final phase of motion.

A cantilever beam and roller-bearing pivot shift cargo load off the axis, reducing friction and wear while keeping the trailer hitch usable.

Separate supercapacitor banks support liftgate loads and engine starting, preventing battery run-down and keeping delivery vehicles operable.

A super capacitor and battery module near the lift gate cuts cable voltage loss, speeds recharging, and keeps the motor running.

A synchronized double-joint and weight-compensation layout defines platform folding motion, supports automation, and keeps work surfaces aligned.

A lift platform, turntable, and slider rail let delivery vehicles place packages at side or elevated platforms beyond rear-only unloading.

A spring-biased flexible sheet spans the tail lift gap to stop trapped goods and improve loading safety without bulky shutter mechanisms.

A powered tandem axle trailer with a movable front axle brings a large waste bin close to roofing crews while reducing manual handling and landscape damage.

A grooved tail lift edge uses a light guide and scattering particles to deliver uniform, robust side and rear visibility.

A movable lift platform combines vertical lifting with transverse and longitudinal positioning to enable stepless passenger and wheelchair boarding.

Movable decks, rollers, and stop devices support thin-bottom ULDs, prevent shifting, and improve trailer space use during loading and transport.

Nested extruded rails and a hold-down arm support heavy mobility devices while saving cargo space, cutting steel use, and improving low-light loading.

Track-based linear and telescoping actuators displace a storage unit from the vehicle interior to ground level, resolving accessibility issues for large cargo.

Wedge-shaped slots engage opposing bolt indentations to eliminate axial and circumferential play in articulated tail lift mechanisms.

A cargo lowering slide assembly provides horizontal and vertical mobility for heavy equipment storage.

Transverse support arms pivot vertically to reduce construction depth, allowing wheelchair access from three sides in limited parking spaces.

Hydraulic actuators pivot a support frame to lower vertical caskets, eliminating drop damage and personnel injury risks.

A portable hitch-mounted loader rotates a tube to lift canoes onto vehicle roofs.

A modular sensor housing with rearward-facing apertures relocates backup cameras to liftgates.