Conveyors TRIZ Cases

A perforated thermoplastic film coating melts during vulcanization to form a strong adhesive bond with the drive belt base body.

Segmented drive pins with shoulders engage sprockets, preventing axial motion and simplifying field assembly of conveyor chains.

Complementary half wave patterns on belt ends interweave to align transverse edges, reducing vibration and slippage over rollers.

Non-magnetic polyethylene support prevents flux short-circuiting while interference fit simplifies assembly without high-precision tools.

Independent control of transport elements enables variable stick lengths while excluding faulty articles from the final package.

Thermoplastic conveyor belts use a segmented connector with spherical pivots to join ends, eliminating welding downtime while maintaining high tension.

An endless string conveyor system transports vials via pulleys and side walls, eliminating chain belt friction to prevent dust generation in clean rooms.

Segmented in-feed cartridges enable reconfiguration for diverse food shapes, resolving the trade-off between system versatility and manufacturing complexity.

A unified micro-V-groove belt drives both straight and curved conveyor segments, eliminating separate motors and reducing system complexity.

Articulated robotic arm extends sensors to contact belt conveyor components, resolving the trade-off between automation and accurate vibrational data.

Removable integrated separation plate extracts lowermost containers to simplify cleaning and reduce production preparation time.

A control device computes placement inclination and individual container positions to adjust gripping unit coordinates.

Vertical conveyor directs flowable proppant into primary or secondary silos, resolving capacity and complexity trade-offs.

Segmented drive drum bars with open profiles eliminate harborage areas for Salmonella and Listeria while maintaining structural strength through welded joints.

Capturing device holds glass containers individually to prevent surface scratches and contamination during washing and coating.

Rotating levers mounted on rack axes stack empty pallets vertically, eliminating ground-level machinery and reducing space occupancy.

A modular test tube supply device uses detachable modules and a controller to identify specific tubes for automated handling.

A cleanable conveyor frame integrates curved reversing elements to eliminate crevices and support the belt.

A flexible endless carrier belt positions longitudinal reinforcing members at quarter-width locations to maintain structural integrity in tubular configurations.

Synchronized shackles and an engagement structure adjust carcass orientation to automate deboning, reducing manual labor and improving yield consistency.

Retracting the conveyor end advances products past the discharge point, enabling single-operation reorientation that eliminates separate upending equipment.

A braking system dynamically adjusts solenoid activation to modulate torque based on real-time load measurements.

A side-accessible goods holder uses a dynamic barrier to open for customer access and close during transport.

Automatic adjustment mechanisms resolve manual guide reconfiguration bottlenecks while maintaining system reliability.

A bulk feeder system uses image data to derive component supply states across multiple areas for precise conveyance control.

Interlocking protrusions on articulated conveyor links eliminate gaps, preventing product falls and reducing drive power consumption.

Gas flotation conveys workpieces over a path to prevent laser irradiation unevenness caused by stage surface irregularities and heat conduction.

Groove structures contain belt edges to stop grain leakage while support surfaces prevent belt deformation under material weight.

Relative movement between the upper and lower tray parts resolves the contradiction between load stability during transport and ease of unloading.