Supporting Frames TRIZ Cases

A mobile vehicle combines feeding, transmission, and loading so carriers dock continuously and components are loaded with less system complexity.

Adjacent-row vehicle transfer simplifies sorter routing, enabling simultaneous item handling in a compact footprint with faster processing.

Comparing scans from multiple transport units at matching positions enables precise underground haulage steering with less manual supervision.

A movable chassis, feeder, collector, and conveyor unload mixed container items in bulk while camera-guided depth and height adjustment cuts manual effort.

A manually pivoting side conveyor cuts transport width without hydraulic detachment, reducing setup time, lifting needs, and hose-related risks.

Monolithic cable trays and detachable side covers conceal conveyor wiring while preserving installation access and a more integrated appearance.

An integrated cabin combines radiation scanning with a stowable conveyor to simplify installation, disassembly, and relocation.

A modular side-dump truck system pivots and nests conveyors to transfer aggregate laterally while reducing transport space.

Vertical counterweight placement above the idler pulley resolves front-end tipping while eliminating horizontal debris accumulation surfaces.

Segmented portal and base frame modules resolve the trade-off between manufacturing ease and structural stability in labeling equipment.

Hydraulic swivel system and adjustable mounting bed resolve complexity trade-offs by enabling secure positioning of variable-width conveyors on mobile frames.

A dual-belt conveyor moves proppants horizontally then lifts cuttings vertically to processing units.

Segmented power modules and independent wheel axes improve traction and stability, reducing tipping risks on ramps.

An articulated arm mechanism replaces spindle drives in a food conveyor, eliminating maintenance-intensive components and improving cleanability.

Permanent magnets replace mechanical fasteners on a slide gate, eliminating complex mounting hardware that causes sanitation issues and maintenance delays.

Pivotable wheel assembly lifts wheels off ground to prevent skidding and reduce wear during road transport.

Hydraulically lifted tracks enable wheeled radial stackers to pivot and move laterally on paved surfaces.

Parallel conveyor units enable simultaneous unloading of multiple trucks, reducing duration compared to sequential single-unit operations.

A folding mechanism uses a drive link and connector link to pivot a conveyor outer section between deployed and folded positions.

Non-perpendicular angled cleat sets eliminate vacuum formation behind cleats, preventing material loss at the discharge end of tubular conveyors.

Radial alignment of external teeth resolves axial friction and manufacturing tolerance issues in packaging systems.

A connection device uses a spherical bearing and removable clamp to join mobile conveyor sections quickly.

Telescopic struts swing the conveyor arc to reduce chassis maneuvering time during stockpile formation.

Lifting conveyor belt transfers materials between upper and lower sections, resolving spatial flexibility constraints in disassembly lines.

Segmenting the transport path into independent sections allows operators to handle packages at optimal heights, reducing physical strain during unloading.

A flexible drive-over conveyor uses augers to clear debris from between belt runs.