Conveyors TRIZ Cases

A reciprocating cam mechanism conveys vertical grow towers through controlled environments with adjustable spacing.

Vertical puck mechanism on a rotating disc conveys containers without guide contact, preventing surface scratches and damage during inspection.

Spaced support poles on a waste conveyor suppress slag accumulation, ensuring reliable operation without frequent maintenance shutdowns.

Rotating pick-up members adjust orientation and speed to deposit discrete elements at varying pitches, resolving adaptability versus complexity trade-offs.

Segmented blocks with friction fits join push rods to chain pins, simplifying assembly and reducing maintenance time.

Telescopic holders store containers longitudinally within stacker cranes to minimize lateral footprint.

Centrifugal force aligns preforms radially against a peripheral railing, eliminating bulky guide parts and reducing device height.

A drive system estimates its operating state by generating distribution functions from electrical and movement properties.

A double rotation drug feeder uses inclined rotators and friction transmission to dispense solid drugs.

Pivoting baffle plates adjust opening sizes to prevent smaller items from falling and damaging goods in accumulation areas.

Dynamic vacuum control via a needle valve reduces compressed air consumption and prevents solenoid overheating by adapting pressure to lifting stages.

Intermediate drives transmit force via interlocking profiles along the track.

Segmented horizontal bars prevent cart falls between rails while allowing debris to fall through, resolving the trade-off between safety and maintenance.

Sensing means detect line displacement to regulate traction levels, preventing accidental motor activation and reducing injury risk during rest periods.

Vertical transport mechanisms lift items between parallel conveyors, resolving space utilization bottlenecks in reverse vending machines.

Repositioning return tracks to ground level eliminates overhead catwalk conflicts while independent carrier movement bypasses idle stations.

A dual-spring tensioning system protects fragile packages from damage while maintaining high-speed conveying efficiency.

Merging anti-skid detection and material flow sensing into one unit, the device eliminates separate spare parts and reduces maintenance costs.

Placing motors between drive rollers reduces conveyor width and debris generation by integrating the motor directly into the roller assembly.

A wireless power transmission system adjusts transmitter and receiver operating parameters to increase measured received power levels.

Segmented gripper forks enable simultaneous multi-lane tray processing to increase productivity without expanding machine footprint.

A substrate warehouse integrates inspection modules to detect defects during standby periods.

Embedding rollers only on outer link plates reduces friction while limiting part variety in cable drag chains.

Graphene additives in rubber compounds increase thermal conductivity and abrasion resistance to prevent slippage under high load.

Vertical roller stacking reduces gap depth between modules, preventing article jamming on shaped bases without sacrificing bending flexibility.

A storage module mover transports units within a partitioned area to maximize space utilization.

Cam abutment rotates to engage eccentric protrusions on locking levers, transitioning them from neutral to locked positions.

Encoder wheels engage a rack on an I-beam track to measure displacement, eliminating UWB network dependency and reducing maintenance costs.

A conveyor storage section uses deflection sections and an endless traction means to adjust storage volume dynamically.

Pinion gears and racks shift lateral guides horizontally, avoiding overhead obstruction while enabling rapid track width changes.

A surface suction gripper uses a thick foam base layer with large through-holes to maintain structural integrity under vacuum pressure.

A curved belt conveyor system transports crop material through a housing that supports the belt directly.

A floating bottom roller maintains contact with top rollers during wear, ensuring reliable high-angle diversion and rearward object displacement.

A train creation mechanism separates objects into predetermined quantities for controlled distribution across multiple output queues.

Perimeter-mounted inductive sensors on wear liners provide real-time wear data via wireless signals, eliminating costly shutdowns for maintenance.

An electric lug loader uses independently controllable clamp members to engage and transport workpieces along a flow path.

A movable goods holder support adjusts vertically within a storage column to clear the path for remotely operated vehicles.

Sequential hopper unloading aligns stickpacks with moving conveyor housings, eliminating robotic devices and reducing system volume.

Matching cargo delivery speed to AGV travel velocity during dynamic loading eliminates braking cycles and complex grippers, maintaining throughput.

A measuring system detects multiple timber pieces on a conveyor belt to enable early dimension analysis for the handling device.

A seamless one-piece plastic hopper uses aligned hollow receptacles and an elongate rod to support a cement chute without hardware fasteners.

Guide walls passively orient bottles on a transverse conveyor to maintain horizontal alignment during radiological scanning.

Stationary elastic rotary elements align non-circular containers via translational movement, resolving high-speed damage risks in neck-handling systems.

Replacing steel with fiber-reinforced plastic lowers weight and eliminates conductivity risks, enabling safe operation near power lines.

Moving the container nest to a fixed load cell reduces vibration-induced stabilization delays and processing time.

Replacing mechanical actuators with dynamic electroadhesion, this system boosts throughput while cutting capital and maintenance costs.

Optical sensors count hanging adapters on a conveyor rail to set variable transport distances, avoiding complex thickness measurements.