Pivotable handle design absorbs vibration via biasing members, reducing transmission to the grip part while maintaining structural stability.
A power tool transmission shifts speed settings using nested output gears, reducing axial space requirements while maintaining torque optimization.
An adjustable stiffness mechanism transitions to quasi-zero stiffness, reducing operator vibration exposure.
Replacing complex mechanical parts with a pneumatic chamber reduces vibration while maintaining compact volume and steady operation within the tool body.
Segmenting the unit allows placement near the bit while stabilizing transfer on the body, resolving stability trade-offs.
A rotatable handle assembly uses a friction brake to lock position on cylindrical rails.
Solid-state diffusion bonding during Hot Isostatic Pressing prevents brittle network formation and maintains ductility in thick tungsten carbide coatings.
Elliptic cylinder chambers guide pneumatic vanes to reduce friction and vibration while increasing power output.
Coaxial cylindrical members with venting parts accommodate assembly variations, reducing device volume.
A compact impact tool uses a perpendicular compressed-air feeding cylinder to shorten the axial body length.
A motor-driven tool replaces manual hammering with adjustable percussive forces, reducing mechanical stress on bone while enabling precise prosthetic placement.
A seamless tangential cap directs air flow parallel to a guide tube in a handheld power tool percussion mechanism.
A vibration dampener positions oscillatable mass elements in a common half-space below the impact axis to absorb energy efficiently.