The tuning stability of stringed instruments - e.g. guitars - depends, among other things, on the fixation of the two string ends. The underlying invention optimizes this by using small clamping components ("bullets") whose use does not require any modification measures and is always reversible.
These clamping components thus lead to increased tuning stability in stringed instruments and at the same time to less (time-) consuming string changes. The bullets are used either on the machine head or on the bridge.
One of the factors affecting the tuning stability of stringed instruments, such as electric or acoustic guitars, is the fastening of the two ends of the strings. This fastening process can be optimized with high-quality components both on the tuners and on the bridge. To this end, dedicated devices such as locking tuners are used, providing an integrated clamping mechanism that facilitates string winding.
For non-serially equipped instruments, retrofitting is expensive and sometimes involves irreversible conversion processes requiring a specialist’s work; it may be undesirable as it compromises the original status of the instrument (a valuable collector’s item, for instance). The invention presented herein involves small clamping components called bullets that require no conversion, the process is fully reversible at any time.
These clamping components significantly enhance tuning stability for all stringed instruments while reducing the time required for the (re-)stringing as follows:
The use on bridges and tailpieces is not limited to Les-Paul®-style like stop-tailpieces. Telecaster®- or Stratocaster®- like instruments and other stringed instruments besides electric guitars can benefit from it as well. Variants 2) and 3) use the standard ball-ends provided with the strings to fasten them on the tuners.
All three components listed were adapted for use with various guitars and tested successfully. On behalf of University of Münster, we extend the invitation to acquire commercial licenses. A patent is pending for this invention.
Europe, America, Asia
Mobil phone: +420 733 139 882 (CZ), +421 915 946 533 (SK)
January 15, 2024