A cable-driven gimbal mechanism rotates a mounting plate via pulleys to orient devices along two orthogonal axes.
An asymmetric vibration isolator manages landing gear door vibrations by varying tangential stiffness between compression and tension strokes.
A rotational coupling device uses a gear arrangement to transfer motion between shafts.
A quick-connect mounting apparatus uses a tapered press-fit coupling to join drive and driven mechanisms.
A skid-mounted device translates a blowout preventer stack horizontally to eliminate complex hydraulic systems and reduce installation time.
Overmolded elastomeric pads and longitudinal strands decouple the motor from the rigid plastic support sleeve.
Relocating the isolation mechanism to the exterior frame wall resolves the conflict between component reliability and limited interior space.
A bowstring dampener with a laterally protruding rib engages the string to absorb vibration energy, reducing noise transmission to the archer.
A gas-filled telescopic capsule absorbs blast energy through pneumatic compression and liquid damping.
An engine bracket uses breaking grooves spaced from bolt holes to control separation forces during vehicle collisions.
A vibration isolating device uses multiple springs and a shock stop to minimize mechanical energy transfer.
A swivel bracket pivots the propulsion unit around a steering shaft, resolving vibration transmission and limited trim angle constraints in outboard motors.
An extended transom structure positions the outboard motor higher and further aft, reducing water resistance and protecting electronic components.
Variable diameter clamping rings secure adjusting elements with low pressure, resolving complexity trade-offs in vehicle chassis stiffness control.
An integrated support structure suppresses engine vibration while reducing component count and improving hermetic sealing.
A pivot assembly clamps a non-slip stud between side walls to fix its position, resolving floor scratching and cumbersome operation issues.
A trolling motor mounting bracket integrates a rotatable cam structure for secure attachment.
Segmented protective cover shields exposed fuel pump parts from chemical spills while maintaining maintenance access via integrated ports.
Merged retention features eliminate separate brackets to resolve packaging space constraints while maintaining structural stiffness.
Nested housing protects internal workings from debris while flexible guide resists plastic deformation.
A vertical axis adjustable platform positions a torque sensor module near rotating targets for precise measurement.