Control Devices For Conveyors TRIZ Cases

A linear motor control device detects inertial response during carrier movement to determine mass information without additional sensors.

Air jets propel sealed food packs through the folding zone, preventing surface damage and jams caused by friction variations.

Computing unit calculates dynamic paths combining geometric limits to move loads along automated trajectories.

A vibrating conveyor system with a pivoting discharge device isolates defective medical products, preventing batch waste by removing only faulty items.

Encoder feedback enables the electronic controller to adjust motor speed, preventing material overflow and ensuring accurate discharge rate control.

A safety controller measures structural stress in amusement rides to detect load changes during operation.

An optical detector measures material stream volume to calculate weight without slowing the feeding process, preventing overflow during small batch operations.

Camera replaces mechanical sensors to detect small obstacles without precise alignment, reducing maintenance.

Continuous conveyance eliminates mechanical stresses from abrupt stops while maintaining precise positioning through real-time sensor feedback.

A self-driven robot uses an overturning mechanism to unload goods at specified positions.

Rotating rollers replace sliding flat plates in a conveyor stop, eliminating surface scratches on articles while managing back line pressure.

Segmented vacuum passages and sensors prevent piggybacking by maintaining gaps between electronic devices during high-speed transfer.

A push arm with variable stroke positions goods groups for ergonomic operator access.

A sorting apparatus uses a spaced sliding guide surface to allow lateral pushing bodies to contact articles in a guideless state.

Replacing mechanical chain conveyors with magnetic field propulsion reduces system footprint and vibration while enabling right-angle branching.

A modular guiding rail system enables flexible branch positioning without cutting main beams.

Dynamic velocity control sorts conveyed goods in bulk configurations while maintaining high throughput and minimal space.

A data processing unit derives time dependent signals from motor operating variables to detect splice region irregularities in a conveyor belt.

Region control device grants occupation permission to transport vehicles passing through branching and merging regions.

Zone controllers compare real-time motor parameters against stored criteria to identify specific faulty components in roller conveyor systems.

A transportation platform uses location sensing modules to generate motion commands for precise docking alignment.

Guides connect facing storage portions to support movable shelf plates, reducing deflection during article transfer.

Pulsed coil activation reduces heat generation and power consumption while maintaining reliable shoe diversion at high speeds.

A tray-type component supply device uses a detection sensor to monitor the exchanging table position for precise height calibration.

A conveyor circulates granular material internally via a closed discharge port to maintain flow readiness.

A transport apparatus rotates objects to reposition barcodes from the underside to the top side.

A shift register simulates container flow by synchronizing its clock with transport speed, eliminating the need for multiple sensors along the route.

A self-centering gripper clamping assembly aligns symmetric containers along a virtual reference point for precise transport.

Dynamic release time computation eliminates idle wait times by adjusting conveyor speeds to create empty spaces for upcoming articles.

An impact cone distributes fluidized fine-grained matter within a dosing bin to stabilize material flow for suspension smelting furnaces.

A traverser unit securely supports and transfers tires between the charge section and loader.

A retaining device holds the conveyor section fixed until an impact force exceeds a limit, triggering a tilt into a safety position to prevent injury.

Independent drive motors control rotation of support rollers in separate zones, resolving the trade-off between section adaptability and device complexity.

Modular pop-up stops reposition along conveyor actuators to reduce palletizer reconfiguration downtime.

A lift assembly carriage raises items off a conveyor path using an actuator and track system.

Apparatus groups randomly discharged items into predetermined units and allocates specific loading positions for sequential arrangement.

Laser scanners detect object volumes above conveyors to identify fallen items, resolving adaptation issues for varying container sizes.

A single-floor moving cart system uses linear storage units along a return line for efficient transport.

Lower-order controllers apply pre-received drive instructions to carriages entering modules in entry order.

Autonomous guided vehicles route airport baggage dynamically, resolving mechanical failure delays and underutilized screening devices.