Conveyors TRIZ Cases

Embedded magnets and sensors calculate wear rates per load cycle, preventing abrupt failures by detecting rapid thickness loss before critical thresholds.

Dual rotating spirals align bulk cuvettes via gravity, eliminating complex mechanical arms to reduce maintenance costs.

Oblique transfer chute bridges gap between conveyors to prevent material loss during depth changes.

On-board control systems adjust pusher movement via distance parameters to prevent product damage during high-speed sorting operations.

A shaft-like fixing device anchors a suspension belt to distribute tensile load uniformly, preventing deflection and twisting caused by non-uniform stress.

Hinged rack segments rotate through tight corners, resolving throughput versus maneuverability constraints.

Cuboidal elements in a flexible impact bed absorb load fluctuations, reducing fatigue and breakage of conveyor belts under fluctuating loads.

Lateral finger insertion replaces vertical lifting to reduce mechanical stress and noise during beverage container grouping.

Fatty acid salts and amines create a stable film that reduces friction while resisting corrosion from biocides.

An adjustable first conveyor presses objects against a second belt to ensure orderly transfer.

A camera-equipped orientation module uses a processor to analyze container angles and drives a turning member to adjust positions.

Multidimensional sensor fusion replaces manual spout adjustments to prevent material loss during dynamic harvesting.

Segmented conveyor stages separate items and identify them via sensors, resolving jam risks from varying sizes.

Tongue and groove fastening segments the connection structure, reducing bolt wear from conveyed materials while simplifying maintenance detachment.

A curved routing element guides packages back onto the conveyor track using elastic deflection.

Aligning station pins rotate turning blocks to a predetermined orientation, preventing accidental misalignment from external obstructions.

An escape portion with gradually decreasing depth guides work corners to prevent biting into suction holes and suppress defects.

Segmented beams reduce motor load and contamination by limiting belt contact area.

Stamped angle fastening pieces connect bars to endless belts, resolving high energy costs and low precision from forged components.

Projected belt teeth mesh with coupler recesses to eliminate winding cores, reducing weight and preventing slip.

A hydraulic reservoir couples spaced bearings to transmit force and maintain uniform load distribution, preventing inner frame deflection during extension.

An auxiliary drive mechanism rotates a free wheel opposite the main cage direction to reduce tension in the endless conveyor belt during direction reversal.

Adjustable drive shafts and tensioning devices resolve chain stretching and guide wear in accumulating roller conveyors.

A foamed polymer drum covering reduces material penetration damage while lowering energy consumption through decreased rotational mass.

Adjustable trough angle settings and automatic self-centering via pivoting prevent misalignment caused by uneven loading on the belt.

Segmented link design isolates hinging pins from guider contact, reducing wear and drive power requirements.

Pivotable guides separate picking from orientation, resolving throughput limits and changeover downtime.

A modular conveyor assembly cassette features a unitary belt and chain subassembly that moves in unison along an elongate frame.

Density-based bin assignment mitigates vibration-induced misplacement in high-speed automated storage racks.

A radiometric measuring device calculates a correction equation from empty belt attenuation to adjust the measured value equation for accurate mass flow determination.

A direction maintaining module uses a switch channel to connect main and retaining channels for stable trolley movement.

Segmenting the belt link into a standardized main body and specialized insert resolves inventory complexity while maintaining load capacity.

Pivoting front walls with guide elements resolve the contradiction between structural stability and ease of operation in overhead conveyor systems.

Movable transfer devices alternate object flow between accumulation channels to maintain low cycle times and continuous operation.

Rotatable cam members eject individual boards from a vertical stack, maintaining column integrity while reducing manual handling risks.

A steel filament uses a soft outer layer and hard pearlite core to balance tensile strength with ductility.

Helically twisting the railing crosspiece simplifies orientation relative to the basic body portion, eliminating complex pre-orientation during welding.

Integrating ribbing with the roller tube eliminates separate gear complexity while maintaining reliable power transmission.

A feeding assembly uses a sloped track to maintain components in a tilted orientation while a rotating pickup platform transitions them for secure handling.

Amino acid substitutions extend the duration of action while maintaining appetite suppression.

Offset spirally wound fabric strips in an endless belt design eliminate splice points and improve puncture resistance.

Shared conveyance mechanisms synchronize board delivery across mounting units, eliminating working tact time differences between concurrent production lanes.

Symmetrical rotating elements reduce contact stress and breakage risk during simultaneous product extraction.

A conveyor lifting arm uses a parallelogram linkage to move the belt vertically while keeping the discharge end stationary over the container.

An intermodal container system transports frac sand to well sites.

A modular guide rail part uses a pivotable actuator and stop member to control product carrier spacing.

Injecting fine carbonaceous materials into a melter-gasifier minimizes fuel consumption and reduces CH4 gas generation while maintaining reducing gas quality.

A container feed system uses shaped carriers on a pulling element to maintain constant transport distance.

A conveying element pulls and pushes packaging blanks along a transport path.

Inverting trays exposes rough back protuberances for secure suction cup adhesion, resolving separation reliability issues on smooth surfaces.