Propulsion Railway Systems TRIZ Cases
- Traveling Rail Groove Structure for Friction Dust Collection
A grooved lower plate in a traveling rail concentrates friction dust from the power feeder, reducing scattering and easing cleanup.
- Container Shuttle Rail Disengagement to Prevent Magnet Contact
Removable ramps and controlled shuttle disengagement enable rail-side replacement while preventing magnet contact, downtime, and logjams.
- AGV Side Coupling Layout for Stable Carriage Movement
A side-mounted AGV coupler avoids under-support obstructions and restricts yaw rotation to keep carriage travel stable.
- Guide Rail Branch Return Control for Shorter Transport Vehicle Travel
Selective guide rails at branch and merge points let transport vehicles reverse and re-enter routes with shorter return travel and lower operating cost.
- Automated Bulk Rail Control for Precise Multi-Station Positioning
Multiple sensors and a PLC track unpowered bulk trains to coordinate drive stations, maintaining speed and precise positioning.
- Magnetic Carrier Coupling for Heavy-Load Rail Transport
Magnetically coupled rail carriers combine drive force and platform size to move larger, heavier goods with controlled coupling and decoupling.
- Friction Drive Rail for Work Apparatus Setup Cost Reduction
Replacing rack and pinion mechanisms with a friction drive eliminates precise alignment requirements, reducing setup costs while maintaining reliable movement.
- Carrier Connection System for Conveying Apparatus
A carrier connection system engages adjacent conveying carriers in rear-pushing districts to maintain contact and prevent gaps.
- Friction Conveyor Coupler with Integrated Tread Attachment
A friction conveyor coupler embeds attachment members directly into the continuous tread surface to securely link drive rollers and spreaders.