Saddle and bridge for reducing longitudinal waves in a string instrument
A saddle for a string instrument includes a string contact surface comprising a first material, a saddle end surface, generally opposite the string contact surface, comprising the first material, and two opposing side surfaces comprising a vibration-absorbent material different than the first material.
1. A saddle for a string instrument, comprising:
a string contact surface comprising a first material;
a saddle end surface, generally opposite the string contact surface, comprising the first material; and
two opposing side surfaces comprising a vibration-absorbent material different than the first material, wherein the vibration-absorbent material is disposed within a depression in the first material on an outer portion of at least one side surface of the two opposing side surfaces such that the vibration-absorbent material does not extend beyond the saddle end surface.
2. The saddle of claim 1 , wherein a first side surface of the two opposing side surfaces comprises:
at least a first section comprising the first material; and
a plurality of second sections comprising the vibration-absorbent material.
3. The saddle of claim 2 , wherein two second sections of the plurality of second sections are separated by the first section.
4. The saddle of claim 2 , wherein the first side surface is a pin side of the saddle.
5. The saddle of claim 1 , wherein an outer surface of the vibration-absorbent material is generally flush, on the outer portion of the least one side surface, with an outer surface of the first material.
6. The saddle of claim 1 , wherein the vibration-absorbent material is selected from the following list: rubber; silicon; plastic; or foam.
7. The saddle of claim 1 , wherein the vibration-absorbent material has a lower density than the first material.
8. The saddle of claim 1 , further comprising two additional opposing side surfaces, generally perpendicular to the two opposing side surfaces, comprising the vibration-absorbent material.
9. The saddle of claim 8 , wherein the vibration-absorbent material extends continuously around the two opposing side surfaces and the two additional opposing side surfaces.
10. A guitar, comprising:
a neck;
a body;
a top;
a bridge affixed to the top, the bridge comprising a slot, the slot having a slot end surface and two side walls; and
a saddle at least partially disposed within the slot, the saddle having:
a string contact surface comprising a first material;
a saddle end surface, generally opposite the string contact surface, comprising the first material; and
two opposing side surfaces comprising a vibration-absorbent material, wherein the vibration-absorbent material is disposed within a depression in the first material on an outer portion of at least one side surface of the two opposing side surfaces such that the vibration-absorbent material does not extend beyond the saddle end surface.
11. The guitar of claim 10 , further comprising at least a first transducer located on a side wall of the slot, the first transducer having a transducer contact surface in contact with a section of a side surface of the two opposing side surfaces of the saddle, wherein the section of the side surface comprises a material other than the vibration-absorbent material.
12. The guitar of claim 10 , wherein a first side surface of the two opposing side surfaces comprises:
at least a first section comprising the first material; and
a plurality of second sections comprising the vibration-absorbent material.
13. The guitar of claim 12 , wherein two second sections of the plurality of second sections are separated by the first section.
14. The guitar of claim 12 , wherein the first side surface is a pin side of the saddle.
15. The guitar of claim 10 , wherein an outer surface of the vibration-absorbent material is generally flush, on the outer portion of the at least one side surface, with an outer surface of the first material.
16. The guitar of claim 10 , wherein the vibration-absorbent material is selected from the following list: rubber; silicon; plastic; or foam.
17. The guitar of claim 10 , wherein the vibration-absorbent material has a lower density than the first material.
18. A bridge comprising a slot, the slot comprising:
a slot end surface comprising a first material; and
two side walls, wherein the two side walls comprise a vibration-absorbent material different than the first material, wherein the vibration-absorbent material is disposed within a depression in the first material on at least one side wall of the two side walls, wherein a saddle is at least partially disposed within the slot, the saddle having a string contact surface, a saddle end surface generally opposite the string contact surface, and two opposing side surfaces in contact with the two side walls, and wherein the vibration-absorbent material does not extend beyond the saddle end surface.
19. The bridge of claim 18 , wherein the vibration-absorbent material is selected from the following list: rubber; silicon; plastic; or foam.
20. The bridge of claim 18 , wherein the vibration-absorbent material has a lower density than the first material.