Control Devices For Conveyors TRIZ Cases

A control device monitors pusher deflection time profiles to verify object removal from a sequence.

Continuous conveyor rails with sprocket wheels move pucks carrying produce cups, eliminating solenoid wiring that traps contamination.

Dynamic speed profile adjustment during synchronous phases prevents article slippage while increasing throughput in packaging systems.

A laboratory transport carrier uses independent magnetic devices to drive precise translational and rotational movements on a flat plane.

A rotating disc holding mechanism positions conveyor pucks using resilient means to ensure precise alignment.

Accumulating confectionery product in a buffer decouples upstream and downstream operations, preventing production loss during downstream interruptions.

A control unit regulates conveyor belt speed using a virtual master axis to align article positions.

Variable speed control on independent carriers optimizes discharge timing, resolving throughput bottlenecks while minimizing carrier count.

Rotating dual housings swap positions to transfer snus products into packages.

Independent drive rollers adjust speed ratios to resolve throughput-reliability contradictions in flat item separation.

Dynamic speed adjustment reduces energy consumption and mechanical wear while maintaining required throughput in material handling operations.

Variable friction mobile belts prevent package sliding during speed transitions, reducing electrical absorption overload.

Independent motorised rollers adjust velocity to prevent accumulation and damage in heterogeneous package handling.

Vertical lifting devices bypass work stations to resolve bottlenecks from varying operation times, enabling asynchronous processing without extra floor space.

Segmented roller arrays adapt to varying parcel formats while maintaining high throughput through dynamic speed adjustments and nested structural design.

Leg support cables tense to hold warehouse racks after vertical leg damage, preventing collapse.

A transport device with adjustable single lanes uses displacing means to modify lane widths transversely.

A sensor module automatically adjusts its switching angle based on measured inclination relative to a fixed spatial direction.

A control unit generates a third-order setpoint profile to drive linear motor coils along a predetermined movement path.

A shaker conveyor assembly uses an electric drive and control system to adjust stroke speed for different material loads.

A vehicle travel controller uses image recognition to determine rail track shapes and control movement along the path.

Dual measuring devices detect plastic preform occupancy states to enable adaptive control of feed and roller speeds.

Form-fitting carrier engagement transfers payloads between perpendicular magnetic stators, eliminating separate handling mechanisms to reduce device complexity.

Segmented carts with linear motors enable independent speed control while inductive power transfer eliminates physical contacts.

Toggle lever device reduces electrical drive power requirements by converting rotary motion into linear stop element movement.

Stacked conductor loops in a belt damage sensor resolve the contradiction between measurement precision and area occupation.

Independently actuable conveyor pairs correct skew and maintain spacing, resolving the contradiction between high feed speed and reliable loading effectiveness.

A control unit manages article loading by detecting target positions and orientations on a supporting member.

An oblique input station directs identified samples into a circulating conveyor track, bypassing unidentifiable units that would otherwise block throughput.

A shuttle conveyor system uses advance notification signals to pre-position movable lanes for circuit substrate transfer.

Movable transfer devices shift circuit boards between divided lanes and visual recognition positions.

A movable rail shifts between connected and retracted orientations to maintain continuous guide rail support.

Identifies linear drive conveyor movement device types through geometric positioning analysis, eliminating external sensor requirements.

A conveyance device processor adjusts feed start time and speed based on medium length to optimize circulation path handling.

A conveyor system with electromagnetically activated rollers diverts articles laterally based on weight.

A conveyor induct subsystem adjusts surface speeds to deliver articles with precise spacing at the release point.

A controller manages linear conveyor slider transfers between fixed and movable modules.

A stopper cylinder employs an electromagnetic lock to constrain piston displacement along the axial direction.

A specimen container transfer mechanism moves samples between carriers and analysis devices to maintain continuous flow.

A cargo loading guidance system replaces manual terminal confirmation with optical LED indicators, reducing individual variability in loading workability.

Opposing roller skews in a side-by-side reducer conveyor separate and accelerate cartons, reducing equipment length while maintaining singulation effectiveness.

Optical sensors detect rack placement errors on the convey mechanism to stop the driving unit and prevent falls during automatic analyzer operation.

A transferring vehicle transmits real-time signal sensitivity data to a central monitoring device while traveling along its travel path.

Friction drives move the integrated carriages until a divergence mechanism separates them, eliminating transshipment time between perpendicular paths.

Trigger point program codes execute dynamic movement profiles for transport units, reducing memory requirements in long stator linear motors.

A conveyance carriage supports a vehicle body while a synchronous traveling carriage elevates an engine assembly base to reduce facility construction costs.

A conveyor cart pool transfers carts between a central depot and operating sites to match actual inventory with process requirements.

Pseudo-shift processing treats vehicles near branch points as downstream, preventing detours and ensuring accurate command assignment.

A detection apparatus acquires height information to identify overlapped packages in conveyance systems.