Conveyors TRIZ Cases

A breathable nonwoven carrier belt rotates on rolls while a decompression unit reduces internal pressure to stabilize toner transfer.

A container handling device uses a multi-stage clamping mechanism to secure containers during transfer operations.

Segmenting the hinge member into a main body and an extension allows preliminary roller mounting, eliminating assembly complexity.

A central connecting plate on the aligning ramp eliminates manual maneuvering precision and connecting blocks for varied container widths.

A conveyor roller guard uses hinged longitudinal panels to swing downward, providing direct access to the internal roller assembly.

Cam profiles vary horizontal belt speed to minimum during transfer, reducing shock forces on eggs while maintaining continuous productivity.

An automated trolley transport vehicle uses a gripper assembly to grasp heavy linen trollies for autonomous movement.

A poultry carrier device uses a movable mounting block to adjust position along a drum periphery for precise processing.

Modular kiosk components reduce space requirements while enabling on-demand garment personalization without skilled labor.

Hydraulic mechanisms reposition suction elements on a mounting plate, eliminating the need for multiple transfer devices across different packaging formats.

A component passage constrains orientation before cavity insertion, exposing side surfaces for accurate electric characteristic measurement.

Replacing spring-assisted floats, this pneumatic pump eliminates mechanical wear and extends operational cycles through automated steam-driven switching.

A two-part articulated mounting element connects a trolley to a continuous conveyor via rotatable joints.

Visual indicators on a conveyor guide operator placement, resolving the trade-off between sorting accuracy and device complexity.

A transfer device suctions box sides and lifts them onto a support plate.

A testing station lowers measuring equipment onto storage containers to collect atmospheric data.

A chain link with a C-profile hinge opening and circular bolt enables additional relative movement between adjacent links.

A gripping device with a flexible element grabs and holds containers individually to enable horizontal and vertical movement.

A sorting device orients closure elements individually using gravity and mechanical processing to ensure precise positioning.

A drive wheel design for inclined conveyors uses a stationary clearing element to maintain belt engagement.

A dynamic valve restricts fluid flow to generate opposition force against impulse disturbances in positioners.

A transmission and guide assembly synchronizes rotation to maintain horizontal alignment of product carrier plates along curved paths.

Automated tracking system monitors baking pan usage and coating life via unique identification tags and conveyor sensors.

Optical sensors detect spatial coordinates to guide parallel manipulators in handling piece goods across multiple rows.

Adjustable troughs define overflow thresholds that prevent overloading and equipment surges by diverting excess material during dynamic reclamation.

Adjustable containment edges on conveyor belts dynamically reposition to match product dimensions, preventing damage from rigid preset configurations.

Interposed belts lift slabs laterally to prevent impact damage during high-velocity extraction.

Segmented wear track profiles enable rapid maintenance without full disassembly, resolving the trade-off between secure attachment and cleaning ease.

Segmented chains transfer tubes across multiple inclined planes, resolving bottlenecks where sequential loading causes disorder and low throughput.

Control units disregard encoder signals during blank zones to maintain position determination reliability across end-joining areas.

Suction belts feed blister packs into a lowering cassette well, preventing misalignment during high-speed stacking.

Segmenting the roller from the link module enables independent replacement of worn components, eliminating labor-intensive full module swaps.

A modular conveying assembly uses actively driven rollers and a positive stop to reduce backline pressure during product accumulation.

A vending machine control system authenticates users to unlock doors and identifies picked-up products.

Elevated roller supports reduce backline pressure during product accumulation without requiring large diameters.

Patch array antenna design minimizes upstream interference by creating localized near-field detection zones, ensuring accurate tag reading.

Integrated crushing and bolt support system reduces excessive support time and labor intensity during rapid coal mine excavation.

Segmented mobile containers coupled via adjustable alignment mechanisms resolve installation precision constraints in dynamic environments.

Controller adjusts motor torque and speed to suppress cover vibration when separating the sealing member, maintaining substrate integrity.

Resin rollers on a food conveyor belt prevent metal powder contamination while reducing wear in low temperature environments.

Movable article guides dynamically constrain package movement to resolve the contradiction between high throughput and precise grouping control.

A switching valve control system uses magnetic sensors and solenoid valves to manage fluid flow direction in reciprocating slat conveyors.

A conveyor system transfers electronic cigarette components between operating stations using adaptive feeding and compacting mechanisms.

Segmented chute sections pivot to control windrow width, resolving the trade-off between placement precision and rear combine space.

Lateral belts support tray sidewalls during lifting to stabilize conveying and prevent falling.

Integrated torque motor replaces complex mechanical drives to resolve contradictions between rotation capability and device complexity.

Periodic UV flashes disinfect conveyor segments without shutdowns, preventing microbial contamination.

Segmenting the drive device from the deflection shaft allows quick belt replacement by removing only the shaft, reducing assembly time and maintenance costs.

Segmented functional units on movable carriers resolve cleaning complexity and exchange difficulty while maintaining structural stability.