Control Devices For Conveyors TRIZ Cases

An automated testing apparatus measures the operating point of an extreme limit switch to prevent collisions caused by manual positioning errors.

A weighing conveyor adjusts transport speed using detected item intervals to maintain measurement accuracy.

A bottle treatment safety unit uses shut-off devices to deactivate machine drives when personnel access protective regions.

Sensors monitor roller vibrations and temperatures to trigger maintenance only when actual wear reaches critical levels, preventing premature replacement.

A conveyance apparatus uses a non-electric resistance changing unit to apply braking force to a ball screw shaft, enabling localized safety stops.

A controllable array sorting device uses dynamically selected diverting mechanisms to deflect target items into collection containers.

An automatic height adjusting manifold system dynamically repositions air knives and spray nozzles to match workpiece dimensions.

A tilting container unloader uses a pivoting discharge member to reach inside the opening.

A feeding device synchronizes multiple conveyor belts to maintain equidistant product spacing during transfer operations.

Control units adjust drive conditions based on carriage entry timing to enhance position stability without adding switch units that increase device complexity.

A lifting arrangement below a laterally movable path section feeds and discharges material sheets, eliminating complex switch arrangements.

Segmented zone controllers and motor gateways distribute processing power to resolve network bandwidth constraints while maintaining high-speed throughput.

A rotating feeder bed reorients cylindrical parts to prevent rolling, resolving the contradiction between feeding productivity and gripping reliability.

Dual conveyors with suction separate delicate food clusters automatically, resolving labor scheduling inefficiencies while maintaining product integrity.

Multi-axis vibration overcomes capillary adhesion to orient small components for robotic grasping.

Overhead gantries with integrated actuators automate item sortation, reducing labor costs and manual errors in high-throughput facilities.

A spring-elastic oscillation arrangement stabilizes the throwing angle of a vibration feeder, resolving mass flow controllability issues.

Rotating space separators adjust compartment sizes on sorting robot trays, resolving the trade-off between fixed bin capacity and structural complexity.

Automated order preparation zones streamline container handling to resolve bottlenecks in heterogeneous order processing and cold chain management.

LED lamps with reflectors illuminate the area below mechanically extendable conveyor sections, reducing injury risk in cramped loading zones.

Magnetic field sensors register disturbances in the natural magnetic field of magnetizable tie beams to detect damage and monitor tension member positions.

A rail-guided carriage system transports large thin glass plates using a specialized transfer chamber for precise orientation and positioning.

Controlled water content between 2 and 40 wt.% reduces equipment damage from wet sand while minimizing silica exposure risks for workers.

A control system calculates receivable-article numbers for receiving conveyors to select optimal destinations.

Movable contact elements reposition objects within containers on a conveyor, reducing the need for human intervention during automated grasping operations.

Centralized buffer areas on transport planes manage sample container carriers, eliminating dedicated station buffers to reduce device complexity.

High-energy radiation passes through elastomeric conveyor belts for automated internal defect detection and precise location marking.

Segmented sensor arrays monitor substrate storage cassettes for residual gases, preventing cross-contamination between process chambers.

A stopping apparatus uses a movable abutment portion to pivot away from conveyed work, enabling retreat without pushing the object back upstream.

A cutting machine workpiece changer pivots within an internal receiving element to occupy minimal external space.

An adjustable slide retract mechanism creates variable gaps in a conveyor line, reducing downtime during product size conversions.

Embedded sensors monitor belt condition to eliminate manual inspection time.

Vertical stacking and mobile dollies resolve floor space constraints while maintaining processing efficiency.

A transport vehicle transmits a start signal to synchronize travel initiation with preceding units.

An adjustment mechanism with a moving device and mounting head automatically positions the base in vertical directions.

A split drive system adjusts infeed deck speeds to synchronize veneer sheet arrival at the dryer entrance.

Multiple stator sensors detect mover position while a control unit processes detection times to minimize vibration and ensure stable conveyance.

Segmented conveyor modules allow quick belt replacement without halting the production line, maintaining continuous operation.

A belt conveyor monitoring device integrates ambient temperature, humidity, sound level, and Shore hardness sensors to evaluate elastomeric belt condition.

A mobile body adjusts its route based on real-time event schedule updates.

A circular conveyor line with fixture assemblies positions tank track moving supports.

A container inspection device uses a high-speed third conveying portion to transfer liquid containers between mounting and outlet sections.

A conveyor lane divider system manages tray positions through independent drive units and sensors.

Segmented processing stations replace fixed conveyors to resolve reliability-versus-adaptability contradictions in chocolate manufacturing.

Segmented control units and handover mechanisms enable independent station operation while preventing collisions.

A cantilever pallet conveyor uses a heaving suppression guide member to stabilize workpieces during transport.

Feedback sensors detect drive element speed deviations to activate mechanical emergency brakes, preventing uncontrolled belt movement during motor damage.

An alternating voltage excites a series resonant circuit with a diagnostic coil, enabling non-contact detection of metal tension carriers without magnetization.

Optical sensors analyze packaging data to reclassify household waste, diverting non-hazardous items from costly burning processes.