Control Devices For Conveyors TRIZ Cases

Connecting actuator moves eject portion relative to support portion, maintaining inactive gas supply continuity during horizontal transport.

A conveyor belt with pivotable flaps securely holds flat objects during suspended transport.

A shutter device closes the opening gap between board conveying and working portions to block extraneous material entry.

Dual laser traces project across conveyor surfaces to detect articles, eliminating false reads and recirculations caused by offset items.

A conveyor chain link houses a tension load cell within its main body and cap to measure force along the longitudinal axis.

Segmented conveyance units and movable stages allow concurrent cleaning and transfer, reducing manufacturing time without sequential bottlenecks.

A roller conveyor system controls rotation to settle fruit products correctly in seats before detection.

A singulating drive belt system uses sensor feedback to vary velocity and maintain consistent spacing between sequential mailpieces.

Position sensors detect reference magnets to locate laboratory stations, eliminating manual alignment and reducing configuration time.

Embedded transponders in elastomeric hose walls detect structural damage, eliminating production downtime from manual inspections.

Crane moves cases to gravity guides, reducing space requirements while maintaining high throughput rates.

Control electronics detect transport disturbances and move unit loads to resolve faults without manual intervention.

A horizontal slide feeding mechanism uses a crank-driven tray and tiltable loading arm to position microscope slides.

Dynamic speed reduction prevents tablet jams and switch malfunctions, enhancing production reliability.

A transport system control unit corrects drive instructions during carriage motion to achieve precise stopping at target positions.

A transport device connects storage and processing areas via a path crossing the main travel lane.

Cameras detect reference positions on article storage to eliminate time-consuming teaching processes and prevent transfer errors.

A swingable placement member and pressing mechanism reorient non-circular tablets on a single surface.

Segmented pallet mounting bases on an endless cyclic path eliminate manual return waiting times, significantly shortening transfer cycle times.

Vibration sensors correlate mechanical signals with filling mass to automatically adjust pneumatic transport cycles and prevent manual parameter errors.

A film forming system moves substrates and masks on a single carrier, eliminating separate robots that increase system size.

OR-linked triggering devices release stopping mechanisms to merge incoming conveyor streams, reducing controller complexity while increasing throughput.

A vertical conveyance passage allows an automated vehicle to move workpieces individually, reducing waiting times and enhancing manufacturing throughput.

A transferring device uses a blocking assembly and grasping mechanism to automate jig reloading on a conveyor system.

Segmented conveying paths buffer products during container changes, preserving dust-free isolation and uninterrupted rotary press operation.

Motor-driven carriage positions grippers on a rail to set spacing based on pouch width, eliminating manual unscrewing and re-clamping steps.

A conveyance system segments warehouse space into partial areas to set traveling orders for automatic apparatuses.

A dual hopper tubular food launcher uses a separately controlled pick belt to supply replacement products alongside intermediate carrying belts.

Electromagnetic induction powers sensors to detect carrier pollution, eliminating manual battery replacement time.

A buffering conveyor temporarily stores items from a main transport line to prepare them for downstream discharge.

Allocating conveyor segments packing units into batches for precise layer formation on pallets.

Electric linear motor conveys and holds liquid-filled containers during stationary electromagnetic inspection, decoupling throughput from testing duration.

A pneumatic conveying system adjusts airflow pressure and volume through dynamic fan switching to match operational requirements.

Dynamic path routing moves defective substrates to retracted positions immediately, eliminating timing delays and boosting productivity.

An air stream separates locked preform clusters to reduce recycling yields and increase throughput feed rates without raising belt speeds.

Automated unjamming system uses sensors and pneumatic nozzles to clear part jams in rotating bowl feeders.

Pressure-sensitive rollers measure weight distribution and inertial properties to identify liquid contents or damage without opening containers.

A transport device coordinates drive forces across multiple elements to balance opposing mechanical loads and maintain stable product positioning.

A transfer device controller adjusts maximum acceleration and deceleration rates to stabilize front end processing units during movement.

A buffer device with independently driven conveyor units moves products along a closed path.

An indoor magnetic platform secures drone-delivered packages against theft and weather using an intermediary controller.

A detection unit determines target article orientation before loading operations begin.

A robotic conveyor system uses expandable front zones to dislodge jammed articles during unloading operations.

A photoelectric sensor detects trolley position to initiate conveyor shutdown without mechanical contact.

Laser sensors measure ride height to eliminate manual monitoring errors and prevent product damage.

Aligning elongated objects via a faster collecting conveyor prevents impact damage during discharge.

Modular side frames with longitudinal slots allow dynamic positioning of conveyor elements, reducing noise and vibration through elastomeric damping.

A segmented workpiece conveyance device uses a foldable central carriage and independent auxiliary units to support parts at varying heights.

Look ahead logic coordinates multiple conveyor zones to optimize throughput while maintaining gentle article handling precision.

Wireless motor roller controllers exchange signal strength data to bypass serial bus limitations and simplify merger diverter operations.