INERTIA OF DAMPING MASS DISSIPATES MOTION (E.G., VIBRATIONDAMPER):
(under the class definition) Device including first and second relatively movable members, wherein the second member includes a relatively heavy damping mass and the motion is restrained by an opposing force resulting from the inertia of the damping mass.
SEE OR SEARCH THIS CLASS, SUBCLASS:
218, for a vibration dampener for a drum, wheel or disc.
322.5, for fluid, viscous, torsional dampener.
SEE OR SEARCH CLASS
73, Measuring and Testing,
514.12+, for fluid or fluent material dampening of an inertial member in an acceleration measuring apparatus and subclass 514.14 for vibration dampening in an inertial-type acceleration measuring apparatus. 74, Machine Element or Mechanism,
574, for vibration dampening means for flywheels for rotors.
174, Electricity: Conductors and Insulators,
42, for vibration dampening means associated with an overhead conductor.
192, Clutches and Power-Stop Control,
30, for a clutch vibration dampener, subclasses 70.17+ for vibration dampening means in the form of resilient torque connections between a clutch elements and its associated shaft and subclasses 200+ for resiliently carried clutch elements carried on a hub wherein the resilient connection dampens vibrations between the elements.
267, Spring Devices,
140.11+, for a spring device including energy absorbing means.
416, Fluid Reaction Surfaces (i.e., impellers),
134, for nonmetallic vibration dampeners for impellers.
464, Rotary Shafts, Gudgeons, Housings, and Flexible Couplings for Rotary Shafts,
180, for the particular vibration dampening means for a rotary shaft or flexible coupling for rotary shafts.
