Conveyors TRIZ Cases

Multi-sensor machine learning links vibration, sound, and image data to wafer transport abnormality for earlier maintenance alerts.

A coated belt connecting element keeps friction uniform at the joint, preventing skid slipping while preserving strong endless belt connection.

Sensors and robot motion replace fixed guides to separate stacked objects with higher positioning accuracy, flexibility, and reliability.

Direct suction transfer from the press ejector keeps formed wire parts oriented, oil-free, and less prone to damage or intermingling.

Multi-storey pallet racks and a lifting retrieval unit shorten pallet travel, save floor space, and raise throughput in linked horizontal machining cells.

A segmented axle and movable sleeve open access between axle and bushings, enabling thorough cleaning without dismantling in food conveyors.

Modular sorting bays and guided transport vehicles automate article routing and deposit, improving fulfillment accuracy, throughput, and space use.

A separate testing station checks conductive sensing elements by measuring contact-dependent electrical values, improving sheet-metal handling uptime.

A multistage rotary vulcanization process removes fabric weak points, keeps tension members aligned, and extends conveyor belt life.

Stacked distribution floors, aligned chutes, and independent cart lanes raise parcel throughput without expanding sorter footprint.

A split dual-belt layout uses a sprocket center ridge to keep tracking stable while clearing debris and simplifying belt manufacture.

Periodic polling is reduced or paused for non-traveling vehicles, shortening communication cycles and easing congestion in conveyance control.

Pre-certified repair braces reinforce damaged storage racks onsite, avoiding full unload and disassembly while enabling faster recertification.

A pressure relief valve limits heat-driven pressure buildup in a sealed conveyor drive roller, protecting seals and extending service life.

A narrow-shaft, U-shaped tool cups and guides conveyor bands through tight roller gaps, cutting replacement time and reducing injury risk.

A horizontal pivot lets pallet changer arms switch between upward clearance and horizontal exchange, avoiding table interference in compact machine tools.

Switching carriage travel parameters from a simple standby signal balances conveyance speed, vibration load, and machining accuracy.

Machine learning estimates conveying-section tension from machine configuration, workpiece, and operating data, enabling sensorless adjustment during operation.

A translating tubular valve replaces rotary discharge hardware, cutting packaging complexity and cost in tubular drag conveyors.

Code-linked user and tool authorization prevents incorrect pallet unloading in shared warehouse storage and transport operations.

Networked conveyor controllers auto-configure, detect article size and position, and simplify replacement to reduce jams and programming effort.

Strobe-synchronized video measures conveyor pulley speed without disassembly, helping detect belt slippage and reduce downtime.

Alternating first and second gates meter fasteners one at a time, preventing double feeds and blanks while keeping delivery uniform.

A compact wheel-lift layout lets grid robots move above stacks and lift bins from any level without sacrificing storage density or access speed.

Automated orientation devices rotate profiles on the platform, removing manual setup while improving throughput and reducing unit space.

Ultrasonic and camera sensing verify items at pick locations, read codes, and route AGVs to the right drop points with fewer transport errors.

Compressed-air fastener selection from modular cassettes enables portable, orientation-independent robotic delivery with sensor-based verification.

Embedded heated connectors in belt-face recesses expose reinforcement, improving pull-out resistance and joint life in food conveyors.

An inclined support track lets linked chain elements rotate without added thickening, preventing kinks, wear, and force loss.

Inclined support paths and asymmetric link geometry let a chain self-unkink, reducing wear, weight, and force loss from kinking.

Shaft-mounted load, temperature, and vibration sensors with wireless reporting enable predictive conveyor idler maintenance and less downtime.

Spring-loaded retention with Belleville washers keeps conveyor roll end caps concentric and secure despite thermal expansion and stress.

Convex bow pressure portions keep arrow tooth chains in broad contact under load, reducing edge wear, duck tailing, and surface pressure.

Adjustable discharge flaps let pipe machining equipment unload short and long pipe sections without retooling while maintaining support for precise cutting.

A pressure-limited hydraulic regulator and accumulator keep conveyor belt tension stable, cutting slip, energy use, and circuit complexity.

Pressure-limited hydraulic regulation keeps conveyor belt tension constant while cutting pump runtime, oil heating, and crop jamming risk.

A three-layer turntable disturbance structure stabilizes spherical material unloading, prevents arching and jamming, and simplifies maintenance.

A perforated toothed link cuts conveyor chain mass, improves grip, and clears detritus without weakening pin-bearing areas.

An extendable conduit and replaceable liner enable sterile material transfer without exposed seals or heavy lifting equipment.

By moving lifting table and yoke guides to one side, the tear-off lid line stays precise while inspection, maintenance, and assembly become easier.

Using two linear actuators and a rotary link, this assembly maintains stable high torque beyond 180° rotation for precise heavy-load motion.

A co-formed single-pitch conveyor belt integrates timing teeth and reinforcing layers to reduce wear, delamination, and noise on small drive wheels.

Non-circular pre-holes and rotating locking sections create a screw-free clamping joint that speeds assembly and stabilizes high-speed transport components.

Servo-driven robot arms synchronize horizontal and lift motion to transfer multiple work-pieces precisely with lower maintenance.

Integrated transport, detection, and grasping automate workpiece inspection and route qualified and unqualified parts to separate flow lines.

Synchronized gripping, feeding, and bending of wire sections enables compact, precise series production of L-, S-, and Z-shaped spanners.

Image and distance sensing guide pallet fork alignment, enabling accurate high-level container return with less manual adjustment and damage risk.

A continuous guard placed opposite roller gaps blocks access to conveyor pinch points where rigid side protection is hard to install.

Pre-certified repair braces strengthen damaged pallet rack sections on site, cutting disassembly, downtime, and recertification effort.

An overhead carrier rail moves outer and inner yarn packages around operators, cutting twisting-machine donning time and labor.