Hello Stringreen,
Thanks for your consideration of the end button.
I know there would be a considerable hassle with the installation of my device unless a luthier was building a new violin or viola or had to remove the top to repair a crack or bass bar.
I feel there are many advancements for this device derived from my designs for audio coupling as well as my patents on endpins for cello and bass.
No right angles as these are detrimental for best sound transmission.
Gentle radius and curves only.
The top of the button facing the player has an inverted dome which focuses energy and directs that energy towards the player so they can more easily hear themselves and make any adjustments in touch with hand or bow.
The end button has many fine threads that secure the device to the end block, this provides maximum contact of the button to the instrument for best vibrational transmission.
The many fine threads provide for easy adjustment of the drop angle of the tailgut across where it contacts the recess of the end button. VTA adjustment provides a similar refinement and benefit when playing vinyl.
The end button is hollow and then filled with reactive materials and then sealed to contain the elements inside. This build design allows me to focus these materials precisely where the tailgut resides in contact with the end button maximizing sound transmission from strings to bridge onto the tailpiece.
The result of these features make for an instrument that is more stable where all the connections come together, more responsive to hand and bow, more easily heard by the player along with an apparent increase in both tone and volume into the playing space.
All these methods describe the benefits of direct mechanical coupling accumulated from my continuing audio journey and then reapplied to musical instruments.
Stringreen if you ever suffer the need to have the topside of your violin removed contact me and I will be happy to send you one of these end buttons. Tom
Thanks for your consideration of the end button.
I know there would be a considerable hassle with the installation of my device unless a luthier was building a new violin or viola or had to remove the top to repair a crack or bass bar.
I feel there are many advancements for this device derived from my designs for audio coupling as well as my patents on endpins for cello and bass.
No right angles as these are detrimental for best sound transmission.
Gentle radius and curves only.
The top of the button facing the player has an inverted dome which focuses energy and directs that energy towards the player so they can more easily hear themselves and make any adjustments in touch with hand or bow.
The end button has many fine threads that secure the device to the end block, this provides maximum contact of the button to the instrument for best vibrational transmission.
The many fine threads provide for easy adjustment of the drop angle of the tailgut across where it contacts the recess of the end button. VTA adjustment provides a similar refinement and benefit when playing vinyl.
The end button is hollow and then filled with reactive materials and then sealed to contain the elements inside. This build design allows me to focus these materials precisely where the tailgut resides in contact with the end button maximizing sound transmission from strings to bridge onto the tailpiece.
The result of these features make for an instrument that is more stable where all the connections come together, more responsive to hand and bow, more easily heard by the player along with an apparent increase in both tone and volume into the playing space.
All these methods describe the benefits of direct mechanical coupling accumulated from my continuing audio journey and then reapplied to musical instruments.
Stringreen if you ever suffer the need to have the topside of your violin removed contact me and I will be happy to send you one of these end buttons. Tom