Improved flywheel design with vibration-reducing and damping device
A damping device, an improved technology, applied in flywheels, mechanical equipment, springs/shock absorbers, etc., can solve the problems of weak anti-shock, anti-vibration ability, heavy weight, etc., and achieve improved anti-vibration ability, simple structure, The effect of easy installation
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[0018] The design of the improved flywheel body with vibration damping device of the present invention adopts five I-shaped spokes of smaller mass to support the wheel rim of larger mass in the design method of the flywheel body, and strives to obtain the maximum moment of inertia under limited conditions , improve the rigidity of the flywheel support system and reduce the overall weight; considering that the flywheel body vibrates under the external force, the wheel rim will drive the spokes to vibrate axially and vibrate, so friction is added to the spokes The friction plate and the damping ring, the friction plate will be in contact with the damping ring, this contact is either an instantaneous elastic collision, or friction, both elastic collision and friction will absorb a large amount of vibration energy, thus effectively attenuating the vibration generated by the external force Effect; the vibration reduction effect of damping can be controlled by changing the gap betwee...
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