Staples TRIZ Cases
- Surgical Instrument Actuation Lockout Mechanism
Dynamic articulation control links shaft position to fastener deployment, preventing unintended firing during surgery.
- Shape Memory Alloy Staple Deployment Mechanism
The device transitions staples from constrained straight shapes to deployed loops via thermal activation, enabling tight sutures without large tip diameters.
- Powered Surgical Instrument Transmission System
A powered surgical apparatus transmits electrical power and signals between handle and movable portions via a dedicated transmission system.
- Surgical Fastener With Radial Wings for Tissue Anchoring
Segmented coil and head components reduce manufacturing complexity while radial wings minimize tissue trauma during insertion.
- Tissue Reinforcement Material for Staple Line Sealing
A tissue reinforcement material couples to surgical stapler jaws and deploys alongside staples to maintain a secure seal in biological tissue.
- Orthopedic Staple Dynamic Bridge Compression
A dynamic bridge with chevron geometry resolves the static fixation contradiction by applying targeted compressive forces across the entire joint.
- Intervertebral Implant Lateral Fastening Mechanism
Lateral fastening mechanism extends anchors perpendicular to vertebrae endplates, resolving obtuse insertion interference.
- Surgical Stapler Articulation Joint Locking Mechanism
A surgical stapler articulation joint uses a wedge-profile pivot pin and alignment spring to lock jaw positioning.