US978630A

US978630A - Conductor-splicer.

Info

Publication number: US978630A
Application number: US55908810A
Authority: US
Inventors: Frederick William Oettgen
Original assignee: Individual
Current assignee: Individual
Priority date: 1910-05-03
Filing date: 1910-05-03
Publication date: 1910-12-13
Anticipated expiration: 1927-12-13

Description

F. W. OETTGEN.

CONDUCTOR SPLIGER.

APPLICATION FILED MAY3, 1910.

978,630. Patented Dec. 13, 1910.

BY E Z ATTOR/VE Y8 UITED STATES PATENT OFFICE.

FREDERICK WILLIAM OETTGEN, OF NEW YORK, N. Y.

CONDUCTOR-SPLIGER.

4 Specification of Letters Patent.

Patented Dec. 1 3, 1910.

Application flied Kay 3, 1910. Serial No. 559,088.

To all whom a may mm.-

Be it known that I, FREDERICK WILLIAM OETTGEN, a citizen of the United States, and

a resident of the city of New York, borough together, the spring of the Bronx, in the county and Stateof New York, have invented a new and Im- Reference is to be had to the accompanying drawings forming a part of this specification, in which similar characters of reference indicatecorresponding parts in all the views. a

Figure 1 is a side view of a conductor splicer constructed in accordance with my invention, the splicer being shown. applied to the conductor; Fig. 2 is a similar VleW.

of the splicer in longitudinal central section; Fig. 3 is a perspective view of a hellcally-wound spring member embodied in' the construction of the splicer; and, Fig. 4 is a plane development of a portion of the spring as viewed from the inner side.

The spliter as preferably constructed consists of a nipple 5,, nuts 6, and helicallywound spring members 7, all of which have bores of a size to freely receive the end portions of the;conductor to be spliced, which end portions are passed into the opposite ends of the splicer, as shown in Figs. 1 and 2, the nuts being'counterbored from their inner ends for the greater portion of their length to thread over the ends of the nipple and provide sufiicient space to each receive and incase one of the helically-wound spring members 7, the latter being shown to be interposed between the end of the nipple and the inner shoulder of the nut formed by the counterboring, and having its outer end 7 outwardly-turned or offset and projecting into a corresponding recess formed in this end of the nut. The 5 ring members 7are made of spring wire 0 the character shown in Fig. 4, the same consisting of alternate round and flattened portions, each of a length to form a complete convolution of the spring members, the flattened portions being flattened on one side only, which is presented to the inside of the spring, with the opposite and outer side or face inclined or rounded, so that when the spring member is subjected to endwise compression the round convolutions ride up on the rounding or inclined faces of the Intermediate convolutions and contract the latter in internal diameter. Thus, when the nuts 6 are loosened the internal diameters of the spring members are such thatthe splicer may be readily applied to the end portions of the i conductor -or wire, and when the nuts are tightened on the nipple, with the conductor in place, the inner ortion of each sprin member is pressed rom the nip le, whic causes the inner flattened 'convo utions to bind on the conductor first sufliciently to prevent the s ring. from turning throughout its lengton the conductor so that the spring is wound up and drawn tightly about the conductor as the turning of the nut is continued. The farther the-- nut. is screwed on the nipple the closer the convolutions of the spring member are forced together and the firmer the flattened convolutions are pressed to the conductor by' reason of the round convolutions being displaced and ridin over them. After the spring members ave been tightened sulficlently, the two ends of the conductor are securely and electrically connected, and any strain tending, to separate them causes the' spring members to grip all the tighter,since the round convolutions of each sprin member are engaged by the threads of tienut and tend to remain stationary relatively thereto, whereas the flattened convolutions tend to move with the conductor and pass farther under the round convolutions.

Having thus described my inye'ntionfI v claim as new and desire to secure by Letters Patent: 7 I

1. In a wire splicer, a helically-wound member through which the wires are adapted to pass,. and means to wind up thesaid memberto bind it about the wire.

2. In a wire splicer, a helically-wound 7 member through which the wires are adapted to pass, with certain convolutions of the member constructed to present inclined outer faces upon which the adjacent convolutions of the member are adapted to ride when the member is subjected to endwise compression, and means to compress the member and bind the inclined face convolutions about the wire.

3. In a wire splicer, a helically wound member through which the wires are adapted to pass, having. convolutions over which adjacent convolutions are adapted to ride when is. interposed. 1 5

4. In a, wire splicer, a helically-wound spring member through which the wire is adapted to pass, having the alternate convolutions constructed to pass under the adjacent convolutions when the member is subjected to end compression.

5. In a wire splicer, a helically-wound spring member through which the wire is adapted to pass, with the alternate convolutions of the said member flattened on their innerfaces to bear on the wire, and the outer faces thereof constructed to Wedge under the adjacent convolutions. \f

6. In a wire splicer, a nipple, nuts threaded on the opposite ends of the nipple, the nipple and nuts having a bore to receive the opposite end through which the end portions of the wire are adapted to pass, each interposed between one of the nuts and the adjacent end of the ortions of the wire to be spliced, and helically-wound spring members nipple, and constructed .to'tighten about the end portions of the wire by the screwing of the nuts onto the nipple.

7. In a wire sphcer, a helically wound spring member through which the wire is adapted to pass, a device adapted to receive the wire, composed of parts threaded together, between which the said member is interposed'and'adapted to be bound about the wire when compressed by said parts.

8. In a wire splicer, a series of spring windings through which the wire is adapted to pass, arranged in two sets, with the windings of one set arranged between the wind ings of the otherv set and constructed to wedge thereunder when the windings are compressed, and means to compress the windings on the wire.

9. In a wire splicer, a series of spring windings through which the wire is adapted to pass, arranged in two sets, with the windings of one set alternating with the windings of the other set and constructed to ride thereupon when the windings are compressed, a nut constructed to receive the wire and inwhich the spring windings are located, and a device threaded into the nut to'compress the spring windings.

In testimony whereof I have signed my name to this specification in the presence of two subscribing witnesses.

FREDERICK WILLIAM OETTGEN. Witnesses:

JULIUS NoL'rE, JOHN G. FRANZ.