Conveyors TRIZ Cases

Transverse radiation sensors measure attenuation through moving tobacco rods to generate precise physical parameter data.

Pre-formed seam loops and receiving openings connect folded panels to shield lateral edges from abrasion while maintaining void volume for porosity.

A conveyor system with linked carriages uses magnetic induction to power solenoids that release latches and pivot cups for fruit ejection.

Curved guiding surfaces in a moveable switch assembly guide vessel carriers through direction changes, preventing tilting during automated transport.

Oblique rollers on a moving belt separate articles from bulk flow, reducing noise and wear while simplifying the drive assembly.

An overhead conveyor system moves packaging trays via suspended trolleys along a continuous rail track.

Segmented inner and outer rollers engage distinct radial guide faces to prevent slat jumping on reverse curves, ensuring stable vertical product conveyance.

Crown gears drive carriages through semi-circular transitions to prevent overturning and double operational capacity.

Pneumatic diverter transfers selected cans to a synchronized sorter starwheel, enabling accurate quality sampling without stopping the production line.

Automated hydraulic system overcomes locking plate resistance to precisely adjust conveyor shaft position, preventing tension errors.

A stacking machine uses a belt and magnetic unit to magnetically carry individual sheets of material across the device.

A movable seedling storage system transfers plants along a track to the planting mechanism.

Tapered friction rings steer the belt member through sliding contact to correct offsetting, eliminating complex control algorithms and high-cost sensors.

A conveyor belt uses rotatable rollers and a movable bearing surface to propel articles forward, reducing back line pressure during accumulation.

Integrated chain link seats eliminate complex external supports, reducing construction weight while ensuring stable container positioning.

Curved side walls and formed ears allow adjacent buckets to nest closely, increasing total elevator capacity without widening belt spacing.

Infrared heating of ultrasonic spray droplets increases solids content to prevent membrane deformation during coating.

Automated positioning foot uses elastic compression and photoelectric detection to correct glass substrate placement without manual recipe switching.

Localizing fabric reinforcement in 10-60 mm flights achieves transverse stability without increasing device complexity.

Magnetic and proximity switches detect cable slack or failure, triggering automatic shutdown to prevent mechanical damage.

Contour lever engages follower lever to pivot gripper arms, eliminating toothed sections that wear quickly and compromise hygiene in filling facilities.

A side erector guide obliquely lifts storage containers upward from the front toward the rear during transfer.

Oscillating movement overcomes friction and electrostatic forces, ensuring individual containers detach reliably from the transport trough.

Vacuum grippers pull stacked packages from vehicles onto conveyors, reducing unloading time and worker injury risks.

Mounting a heater between the support deck and debris deflector creates a concentrated heat zone that prevents water from freezing on the conveyor belt.

Optical sensors replace mechanical measurement to align pears, reducing device complexity while maintaining high processing speed.

A rotatable gripper subsystem actively adjusts article orientation during continuous motion.

A movable battery charger connects to stored batteries during stacking operations.

Adjustable support beams position the guideway to reduce friction and wear caused by varying belt dimensions.

Integrating axles into the module body eliminates cavities that reduce stiffness, simplifying manufacturing and lowering material costs.

Polyacetal and polyamide free balls on a conveyor chain reduce sliding wear by preventing adhesion between contact surfaces.

Spaced support members minimize heat absorption during localized heating, enabling precise full-body cutting without microcracks or thermal waste.

Fixed and movable slats integrate via nested bearings to resolve window region instability, enabling effective load handling.

Transmission assembly adjusts tracking frame position to correct belt misalignment without shutting down the conveyor system.

A pantograph-movement articulated arm guides a gripping head along a rectilinear trajectory to simplify manual depalletizing operations.

A singulator uses inclined roller planes and friction zones to converge articles into a central line without complex control systems.

Quick-release fasteners on support plates enable rapid repositioning of guide elements, reducing downtime during format changes.

A winch drum locking mechanism engages flange holes to isolate tension and prevent rotation.

A duplex discharge chute uses dry air jets to prevent material sticking.

Keyhole apertures in a flexible conveyor ribbon securely hold glass articles, reducing mechanical stress and flaw introduction during ion-exchange.

Integrated beam mounting eliminates separate profiles, reducing assembly complexity and investment costs for modular storage systems.

Rotating plugs into sockets locks sideguards quickly, eliminating the partial belt disassembly required by hinge rod retention systems.

Variable-height ridges on segmented drive members enable smooth belt engagement and disengagement, reducing tension and frictional losses in spiral conveyors.

A tensile and compressive force sensor array detects middle trough position deviations to drive hydraulic support adjustments for precise alignment.

Segmented automated modules process multi-drug regimens while inspection devices verify seal integrity and dispensing accuracy.

Vertical swiveling of the conveyor belt maintains horizontal conveying efficiency while achieving variable discharge heights.

Segmented frames remove spacers regardless of position, resolving automation limits for large low-emissivity glass handling.

A conveyor packing system captures real-time task images across multiple sections to streamline logistics operations.

Axial engagement mechanism decouples drive roller shaft from motor to simplify component removal.