Accommodation For Deck Loads TRIZ Cases
- Pivoting Cargo Lashing Elements for Flexible Aircraft Load Securing
Pivoting lashing elements let one aircraft tie-down point secure multiple chains or straps, improving cargo flexibility and loading speed.
- Pivoting Cargo Lashing Assembly for Flexible Aircraft Loading
Pivoting lashing elements let aircraft cargo points secure loads individually or together, improving layout flexibility and reducing loading time.
- Container Lashing Assembly for Stable High-Stack Cargo Securing
An elongated lashing body interfaces with container locks to tension stacked cargo and limit upper-container movement in heavy seas.
- Floating Gas Refueling Facility With Modular LNG Container Handling
Modular fuel container handling on a floating refueling facility enables steady natural gas supply to remote coasts without pipeline delays.
- Dual-Plunger Cargo Restraint Assembly for Tight Container Spacing
A dual-plunger restraint locks modular containers in two directions to maintain spacing and prevent contact or load transfer in aircraft cargo compartments.
- Floating Gas Refueling Facility With Modular Container Transfer
Modular gas containers moved by a gantry crane enable large-volume natural gas delivery and storage at remote coastal sites without pipelines.
- Container Lashing Base With Movable Arm for Single-Operator Securing
A stowable lashing base with a movable arm secures container fittings while cutting deck clutter, handling effort, and injury risk.
- Pivoting Deck Hook Structure for Aluminum Socket Wear Reduction
Pivoting feet and a socket-matched cylindrical surface spread multi-direction cargo loads to cut stress and wear in aluminum deck sockets.
- Two-Pawl Cargo Restraint With Automatic Erect-Position Locking
A spring-driven locking pawl automatically secures dual cargo restraint pawls in the erected position to prevent unintended retraction.
- Twistlock Locking Mechanism Using Gravity-Based Sliding Lock
A sliding gravity lock replaces springs in twistlocks to secure containers reliably in upright or inverted positions under vibration.