Non-Rotating Vibration Suppression TRIZ Cases
- Grooved Hollow Cushioning Sheet for Stable Compression Force
Grooves on hollow protrusions guide compression deformation, keeping reaction force stable and preventing tilt in elastic cushioning sheets.
- Ultrasonic Sensor Attachment Structure for Vibration Isolation
Reduced contact surfaces, an elastic cushion, and an anti-vibration spacer limit bumper vibration transfer and improve ultrasonic detection accuracy.
- Reinforced Resin Bracket Structure for Anti-Vibration Loads
Ribs overlapped by outer and inner reinforcement portions strengthen a resin bracket opening and improve durability under anti-vibration loads.
- Rotating Battery Lock Geometry for Secure Low-Force Tool Battery Swaps
Matched arcuate lock surfaces and resilient members keep a hand-held tool battery secure while easing insertion, removal, and ejection.
- Integrated Mecanum Wheel Structure for Compact Robot Chassis
By nesting the drive device in the wheel axle hole and adding shock absorption, this case shows a more compact mecanum wheel for smoother tight-space mobility.
- Pivoting Ramp Anti-Rattle Arm for Full Door Travel
A spring-biased pivot arm and roller suppress ramp vibration in the stowed position while preserving full sliding door and ramp operation.
- Multi-Part Isolation Bushing Covers for Vehicle NVH Control
Clamshell covers and lobed rubber bushings add constrained volume and fastening points to better isolate drive-unit vibration and torque.
- Integrally Molded Motor Mount for Vibration Isolation Retention
Integral molding bonds vibration-proof rubber and hard members to the resin, preventing motor drop-off in typhoons or earthquakes while damping vibration.
- Dynamic Rubber Composition With Urethane Dispersion for Lower Payne Effect
In situ thermomechanical blending creates fine urethane-polymer dispersion in filled elastomer, lowering the Payne effect without sacrificing static properties.