US912441A

US912441A - Tuning-peg.

Info

Publication number: US912441A
Application number: US43956508A
Authority: US
Inventors: Louis C Becker
Original assignee: Individual
Current assignee: Individual
Priority date: 1908-06-20
Filing date: 1908-06-20
Publication date: 1909-02-16
Anticipated expiration: 1926-02-16

Description

, L. OPBEGKER.

TUNING PEG.

APPLIOATION IILED JUNE 20, 1908 912,441. Patented Feb. 16,1909.

z 2 g m PATENT OFFICE.

LOUIS (l. BECKER, OF NEW' YO RK, N. Y.

'lUNING-PE G.

To all 10. mm it concern:

lie it known that l, Louis C. BECKER, a citizen of the United States, residing at the borough oi? the Bronx, city of New York. in the county of New York and State of New York, have invented a certain ne 1 and useful improvement in 'lunitng-Pegs, of which the following a specification, reference be ing had. therein to the accompanying drawings, :tonning part thn'eot'.

This invention relates to tuningpegs tor stringed lllStl'lll'llQlltS and particularly to attaehnnints for preventing slipping of the timing-pegs.

The present invention is an improvement upon the invention disclosed in the patent to my father, Francis L. Becker, No.l=6l:,003, patented December l, 1891.

The object of my invention is to provide a reliable and etlieient means for preventing slipping of tuning-pegs, and at the same time simpler means than those a'li'orded by the prior invention referred to, in that the tightening operation is performed solely with the thumb and fingers and eliminates the necessity for any auxiliary device, such as a screw-driver.

My invention includes the provision of an enlarged collar on the shank with a circumferential groove, and a friction-band in the groove having a coiled portion and one end screw tln'eaded and inserted through the coiled portion, and a nut for drawing the screw-threaded end through the coiled portion to increase the frictional contact in the groove, and means to prevent the frictionband from. rotating with the peg.

I shall now describe the embodiment of my invention illustrated. in the accompanying drawings and shall thereafter point out my invention in claims.

. Figure l is a side elevation of the head of a violin having my improved tuning-pegs applied thereto with their friction-bands continuous. Fig. 2 is a back view of a banjo-head with my improved tuning-pegs, showing another method of securing the fllCtlOll-btllld a 'ainst rotation. Fig. 3 is a detail of two adjoining tuning-pegs with their friction-bands continuous, the nut and washer being removed from one screwthreaded end. Fig. i: is detail of my improved tuning-peg with the friction-band broken ofi to show the groove in the collar.

The retaining means consists of a frictionband 1, which may be of round wire, as

Specification of Letters Patent.

Application filed June 20, 1968.

Patented Feb. 16, 1909.

Serial No. 39,565.

shown in the drawings, or of any suitable shape. To increase the purchase of the trielion-band audio thereby otter a greater resistance to the rotation oi the tuning-peg L. the peg is provided with an enlarged collar which the triction-baiul encircles. The friction-band occupies the circumferential groove i on. the collar to insure the band from becoming displaced.

To increase the frictional tension of the band 1, a coil is termed in the band, and one end 6 of the wand is screw-threaded and inserted through the coil On the srrewthreaded end placed. first. a washer 7, and then the thumb-screw 8. is evident that. as the screw 8 is screwed on to the end (3 ot the friction-band, this end pulled through the coil 5 andv the tension of the band on the collar is thus increased.

Obviously some means mustbe provided to prevent the friction-band from rotating with the peg as the peg is turned to tune the instrument or by the tension of the string. in Fig. 1, I have shown the friction-band of one tuning-peg connected or continuous with that of an adjoining peg, in which construc tion the friction-band of one peg serves as a stop for that of the other. The bridge between the two is curved slightly to provide for adjustment for varying distances between the tuning-pegs. This method of stop is especially adapted for use on violins or similar instruments; while in Fig. 2, I have shown a construction better adapted for use on banjos, guitars, and like instruments. This consists in bending the end of the triotion-band which is not screw-threaded to form a hook, which fits about a retainingpin 9 in the head of the instrun'ient.

\Vhile my improved retaining device is 6X- tremely simple, it has many advantages, particularly its easy adjustment. lVhile retaining devices of this sort commonly require the use of some implement for adjustment, this device is adjusted simply with the thumb and fingers. The advantage of the enlarged collar and groove therein for retaining the band in place has also been referred to above.

It is obvious that various modifications may be made in the constructions shown and above particularly described within the principle and scope of my invention.

I claim:

1. A tuning-peg for stringed instruments having a friction-band encircling its shank,

the friction-band having an eye, means for drawing one end of the frictioirband through 1 the eye to increase the frictional contact, and l means to retain the friction-band from rotathreaded and extending through the eye, a

A tuning-peg for stringed instruments i having a :t'riction-hand encircling its shank, the ilrirtion-band having an eye, one end of tion.

the friction-band being screw-threaded and extending through the eye, a nut for drawing the screw-threaded end through the eye to increase the frictional contact of the friclion-halal, and means to retain the friction- 5 hand from rotation.

having having an eye and encircling the collar circiunterentially, means for drawing one end of the friction-band through the eye to in- :i. A tuning-peg for stringed instruments i an enlarged collar, a friction-band crease the frictional contact, and means to retain the frictiotrband from rotation.

i. A tuning-peg for stringed instruments having an enlarged collar provided with a circumferential groove, a friction-band having an eye and adapted to occupy the groove, one end of the friction-hand being screwnut for drawing the screw-threaded end through the eye to increase the frictional contact of the friction-band, and means to retain the friction-band from rotation.

7. Jr tuning-peg for stringed instruments having an enlarged collar provided with a circumferential groove, a friction-band having an eye and adapted to occupy the groove, one end of the friction-band being screwthreaded and extending through the eye, a nut for drawing the screw-threaded end through the eye to increase the frictional contact of the friction-band, and a retainingpin attached to the head of the instrument to retain the friction-band from rotation.

S. A tuning-peg for stringed instruments having an enlarged collar provided with a circumferential groove, a fllCtlOl1bill1Cl adapted to occupy the groove, the frictionl band having a coiled portion and one end an eye and encircling the collar circumfei'entially, one end of the friction-band being screw-threaded and extending through the eye, a nut for drawing the screw-threaded end through the eye to increase the frictional contact of the friction-band, and means to I retain. the friction-band from rotation.

(S. A tuningpeg for stringed instruments havmg an enlarged collar provided with a screw-threaded and inserted through the coiled portion, the other end bent to form a hook, at thumb-nut for drawing the screwthreaded end through the coiled portion to increase the frictional contact of the frictionband, and a retaining-pin attached to the head of the instrument and engaged by the bent end of the friction-band to prevent the friction-band from rotating.

In testimony whereof I have affixed my signature in presence of two witnesses.

LOUIS C. BECKER. Witnesses Vio'ron D. Bons'r, I'IARRY LEWIS.