Conveyors TRIZ Cases

Perpendicular bent sheet metal bracket distributes welding stress across notches, preventing sidebar breakage and maintaining structural integrity.

Nested RFID tags enable bulk reading of individual cases, resolving tracking accuracy versus management complexity.

A modular guide module uses a rotatable ball mechanism to control object positioning.

An interference groove in the rack slot engages a handler protrusion to resolve orientation precision issues during automated urinalysis.

A movement adjustment apparatus uses contoured guides and levers to drive independent motion of movable elements along a common path.

Segmented conveyor sections isolate defective slabs to maintain constant advancement speed and reduce production waste.

Adjustable attachment clamps secure cross supports to side rails for modular conveyor frame construction.

An elastic belt wraps around pliable articles between pivoting grippers, preventing damage while ensuring reliable pickup.

A modular conveyor module features an adjustable longitudinal main frame that expands from a compact transport state to an operational configuration.

A self-erecting power drive unit deploys a toothed sprocket and cog belt to engage cargo pallets directly from below the floor level.

Fluid flow rotates fruit in a receptacle until an inhomogeneity points upward, eliminating fixed mechanical alignment elements that increase device complexity.

Vertical processing orientation minimizes shape distortion during drying while maintaining equipment simplicity.

An air injection unit lifts display panels via pneumatic cushions, preventing deformation and damage caused by strong suction forces.

An integrated apparatus combines separation and reversal functions to correct tube orientation, reducing cycle time and component count.

Replacing solid surfaces with staggered rolling bodies minimizes friction and item damage while maintaining effective flow control in bulk conveyors.

Cylindrical track members reduce vibration while trapdoors enable smooth vertical transitions for automated retrieval.

Agitator in the quenching conduit eliminates film boiling on heated parts, ensuring uniform cooling and reducing distortion.

Vertical wheel stacking on pivoting bogies distributes payload weight evenly, preventing structural breakage while maintaining road clearance.

A crossbelt sorter uses pivotable trolleys to navigate spiral tracks.

Segmenting the depalletizer into distinct modules reduces device complexity while improving productivity through rotary accumulation and single-file alignment.

A panel unpacking device uses suction cups and cushioned pins to transfer panels without rotation.

A movable object detector with a wide angle scans pallet and tray zones, reducing sensor count and complexity in layer transfer systems.

A rear suspension member transfer assembly uses a buffer to stage components between sub and main lines.

A cleated conveyor belt cleaner uses a biasing member to maintain blade engagement with the moving belt.

Asymmetric joining of glass tube segments reduces eccentricity and prevents substrate drift during high-temperature vacuum coating.

A height-adjustable grouping station adapts to stack levels to reduce the loading device stroke length.

A multifingered scale integrates weighing sensors into the container transport path to measure fill levels without stopping production.

Automated overhead crane moves stackable cassettes to resolve floor space constraints while maintaining inventory access.

A reusable tray management device automates food container handling using scanning and vacuum actuators.

Rolling bodies on an elastomer support replace sliding friction in scrapers, reducing energy consumption and wear in coal mining conveyors.

Sensors detect cart compliance to open the gate only for authorized carts, preventing non-compliant units from entering the system.

Axially displaceable rotating rods convert motion into lifting strokes that fill plates completely, resolving complexity constraints.

Perforated belts and flip wedges enable dual-sided sanitization while maintaining transaction visibility.

Central server coordinates authentication and tracking across multiple chargers, preventing unauthorized device access.

Operation controller detects stacker cranes in maintenance rooms and restricts their operation to ensure operator safety during repair tasks.

Z-springs secure wear track profiles to base plates, reducing disassembly time for sanitation.

Compensates for steering roller tilt by adjusting the second stretching roller angle, suppressing belt waving and preventing sensor detection failures.

Segmented stages open lateral retaining elements on one side to separate side boards, resolving width adjustment restrictions.

An inflatable bladder in a carrier puck adapts to various container sizes, eliminating storage costs and downtime from multiple fixed designs.

Modular chain links with parallel legs and orthogonal pins stabilize heavy article transport while reducing wear and space requirements.

A robotic picking system navigates vertical storage levels to reduce warehouse footprint and eliminate manual traversal errors.

A composite headshaft reduces fabrication and maintenance costs while resisting corrosion and deformation in wastewater settling basins.

A mobile machine integrates storage pods and belt lifting mechanisms to manage conveyor structure during mining operations.

A screw conveyor uses a guide plate and perforated cover to direct chips and cutting fluid toward the rotating screw.

Shouldered bearing elements support idler rollers to minimize friction and wear in curved conveyor sections.

Receptacles in a rotating drum separate workpieces from bulk material, preventing jamming and enabling reliable robotic pick-up.

A pocket conveyor system uses lateral wings to rotate transport containers horizontally for loading.

Dynamic guides and a retractable line allow the track to extend under forming forces, maintaining ply positioning accuracy.

A roller assembly attached to a wicket axle provides an anti-friction surface that prevents tinplate scratching during industrial processing.