Brake rotor with embedded loose-mass damper system

1. A rotor for use with a brake assembly including a forcing member in operative communication with a friction member to urge the friction member into mechanical communication with the rotor to thereby oppose movement of the same, the rotor comprising:

a rotor body with an annular rim portion;

wherein said rim portion includes first and second coaxial disc members;

a plurality of web members extending between and operatively connecting the first and second coaxial disc members;

wherein each of the plurality of web members are substantially the same size;

wherein said first disc member includes a first inner face opposing a first contact face;

wherein said second disc member includes a second inner face opposing a second contact face;

wherein said first inner face is axially spaced from and substantially opposes said second inner face;

wherein said first inner face defines a first blind hole and said second inner face defines a second blind hole laterally aligned with said first blind hole; and

at least one loose-mass damper system interposed between said first and second inner faces;

wherein said at least one loose-mass damper system includes:

a dowel member extending between and operatively attached to said first and second disc members;

wherein said dowel member extends into said first blind hole and said second blind hole such that said dowel member is attached to said first disc member and said second disc member;

a cylindrical member slidably supported by said dowel member between said first inner face and said second inner face; and

wherein said cylindrical member is configured to move axially relative to said annular rim portion and repeatedly collide with each of said first and second inner faces to dissipate kinetic energy directly therefrom.

2. The rotor of claim 1 , wherein said cylindrical member is a plurality of ring members slidably supported by said dowel member between said first inner face and said second inner face such that said plurality of ring members oscillate back and forth on said dowel member and repeatedly collide with said first and second inner faces.

3. The rotor of claim 1 , wherein said cylindrical member defines an axial channel and said dowel extends through said axial channel.

4. The rotor of claim 1 , wherein said axial motion of said cylindrical member is entirely unbiased.

5. A brake assembly for a motorized vehicle having at least one wheel, the brake assembly comprising:

a rotor having an annular rim portion with a flange portion extending generally orthogonally from an inner peripheral edge thereof, said annular rim portion having a first inner face axially spaced from and substantially opposing a second inner face, said rotor being rotatably mounted to the vehicle via said flange portion such that said rotor is operable to transmit braking forces to the at least one wheel;

a housing member operatively mounted proximate to said rotating member;

at least one friction member operatively disposed within said housing member and configured to frictionally engage said rotor;

an urging member operatively disposed within said housing member and configured to selectively effect the frictional engagement between said at least one friction member and said rotor;

wherein said first inner face defines a plurality of first blind holes and said second inner face defines a plurality of second blind holes laterally aligned with said plurality of first holes;

a plurality of loose-mass damper systems interposed between said first and second inner faces;

wherein each of said plurality of loose-mass damper systems includes:

a dowel member attached to said annular rim portion; and

a cylindrical member slidably supported by said dowel member between said first inner face and said second inner face;

wherein said dowel member of each of said plurality of loose-mass damper systems extends into a respective one of said plurality of first blind holes and second blind holes such that said dowel member is attached to said annular rim portion;

wherein said cylindrical member is configured to move axially relative to said annular rim portion and repeatedly collide with each of said first and second inner faces to dissipate kinetic energy directly therefrom.

6. The brake assembly of claim 5 , wherein said cylindrical member is a plurality of ring members slidably supported by a respective dowel member such that said plurality of ring members oscillate back and forth on said respective dowel member and repeatedly collide with said first and second inner faces.

7. The brake assembly of claim 1 , wherein said rim portion includes first and second coaxial disc members and further comprising:

a plurality of web members extending between and operatively connecting the first and second coaxial disc members;

wherein each of the plurality of web members are substantially the same size;

wherein said first disc member includes said first inner face opposing a first contact face;

wherein said second disc member includes said second inner face opposing a second contact face;

wherein said first inner face faces said second inner face;

wherein said dowel member extends between and is operatively attached to said first and second disc members.

8. The brake assembly of claim 5 , wherein said cylindrical member defines an axial channel and said dowel extends through said axial channel.