US274850A - James thoenton - Google Patents

James thoenton Download PDF

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US274850A
US274850A US274850DA US274850A US 274850 A US274850 A US 274850A US 274850D A US274850D A US 274850DA US 274850 A US274850 A US 274850A
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socket
whip
springs
dash
james
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B62LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
    • B62CVEHICLES DRAWN BY ANIMALS
    • B62C9/00Carriers or holders for whips; Holders for reins forming part of or attached to vehicles

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  • This invention relates to an improvement in Whip-sockets, and has for its object to so construct the socket that, the whip-stock can be introduced intothe socket from the front instead of from the top, if so desired, and that the whip will be firmly held in the socket, and that the socket can be easily attached to the dash-board.
  • Figurel represents a front elevation of the socket.
  • Fig. 2 is a side elevation
  • Fig. 3 is a rear elevation, of my improved Whip-socket.
  • Figs. 4 and 5 are horizontal sections in lines a: w and 1 'y, Fig. 2, respectively.
  • A represents the body of the socket, which .is composed of two side pieces, a a, connected at the top by a cross-piece, a, near the middle by a cross-piece, a near the lower end by a cross-piece, a, and atthe lower ends by a bottom plate, a.
  • the cross-pieces a, a and a are arranged on the rear side of the socket, next to the dash-board, so as to leave the front side of the socket between the front ed gessof the sidepieces, a a, substantially open and unobstructed.
  • B B represent two upright springs or elastic rods, which extend from the top to the bottom of the socket in the open space between the front edges of the side pieces, a a.
  • the rear or outer side of the top portion of the body A is-provided with a groove, 0, which receives the upper ends of the springs B B.
  • the side pieces, a a are provided on'their outer sides, near the bottom plate, a, with a groove, d, which receives the lower ends of the springs B B.
  • 6 represents a lip, which is cast on the rear edge of the bottom plate, a, so as to project rearwardly therefrom.
  • the springs B B are preferably constructed of a single piece of wire bent to the proper form.
  • the lower portion of this wire which surrounds the rear side of the lower end of the body A, is placed in the grooves d and between the lip c and the body A, and the lip is then closed down upon the wire by pressure, whereby the lower portion of the wire is firmly secured to the socket.
  • the upper ends of the springs B B are placed in the groove 0 and soldered together on. the rear side of the socket. In this manner both ends of the wire spring are secured to the socket in a very simple and substantial manner.
  • the springs B B approach each other at a short distance below the upper end of the socketv and extend downwardly below the middle of the socket in such close proximity 6 to each other, as represented at f f, as to retain the whip-stock in the socket.
  • the springs B B diverge near the lower end of the socket, as shown at g g, forming an opening, G, between the distended parts of the springs, which is of sufficient size to permitthe introduction of the butt-end of the whip into the cavity of the socket.
  • the springs BB again approach each other below this opening G, as shown at h It, so
  • the whip-stock may be inserted into the socket by inserting its end into the socket through the opening G between the distended parts of the springs and then pressing the whip-stock backwardly into the socket, whereby the central portion,ff, of the springs B B are separated until the whipstock has passed by the same, when the springs B B return to their former position, and thereby securely hold the whip in the socket.
  • I I represent concave bearin gs, formed respectively on the rear sides of the cross-pieces a and a and adapted to bear against the frame J of the dash-board.
  • K represents a horizontal screw-bolt, formed on the rear side of the cross-piece "a in such a position as to rest against the outer side of the dash-board frame; and 1 represents a pointed stud, formed on the cross-piece a so as to bear against the rear side of the dash-board J on 9 5 the inner side of the dash-board frame.
  • M represents a clamp, which is provided at one end with an opening, through which the screw-bolt K passes, which is curved on its rear side so as to rest against the front side of the dash-board frame, and which bears with bolt K, and serving to tighten the clamp M against the outer side of the dash-board frame.
  • One of the springs B B may be omitted, if desired, and the front edge of one of the side bars, a, a, of the body of the socket may be shaped so as to take the place of the omitted spring; but I prefer the employment of two springs, as it renders the socket lighter and more symmetrical in appearance.

Description

(No Model.) v J. THORNTON.
WHIP SOCKET.
No. 274,850. Patented,Ma r.27,1883.
fljizyew for: W
N, PETERS Pllom-Lflhographcr. washin m D4 (2.
UNIT D STATES PATENT OFFICE.
JAMES THORNTON, OF WELLSVII'JLE, NEW YORK, ASSIGNOR OF ONE-FOURTH TO HORACE G. DOBBINS, OF SAME PLACE.
WHIP-SOCKET.
SPECIFICATION formingpart of Letters Patent No. 274,850, dated March 27, 1883.
Application filed December 19, 1882. (No model.)
To all whom it may concern Be it known that I, JAMES THORNTON, of'
Wellsville, in the county of Allegany and State of New York, have invented a new and useful Improvement in Whip-Sockets, of which the following is a specification.
. This invention relates to an improvement in Whip-sockets, and has for its object to so construct the socket that, the whip-stock can be introduced intothe socket from the front instead of from the top, if so desired, and that the whip will be firmly held in the socket, and that the socket can be easily attached to the dash-board.
My invention consists, "to that end, of the particular construction of the socket, which will be hereinafter fully described, and pointed out in the claims.
In theaccompanying drawings, Figurelrepresents a front elevation of the socket. Fig. 2 is a side elevation, and Fig. 3 is a rear elevation, of my improved Whip-socket. Figs. 4 and 5 are horizontal sections in lines a: w and 1 'y, Fig. 2, respectively.
A represents the body of the socket, which .is composed of two side pieces, a a, connected at the top by a cross-piece, a, near the middle by a cross-piece, a near the lower end by a cross-piece, a, and atthe lower ends by a bottom plate, a. The cross-pieces a, a and a are arranged on the rear side of the socket, next to the dash-board, so as to leave the front side of the socket between the front ed gessof the sidepieces, a a, substantially open and unobstructed.
B B represent two upright springs or elastic rods, which extend from the top to the bottom of the socket in the open space between the front edges of the side pieces, a a. The rear or outer side of the top portion of the body A is-provided with a groove, 0, which receives the upper ends of the springs B B. The side pieces, a a, are provided on'their outer sides, near the bottom plate, a, with a groove, d, which receives the lower ends of the springs B B. 6 represents a lip, which is cast on the rear edge of the bottom plate, a, so as to project rearwardly therefrom. The springs B B are preferably constructed of a single piece of wire bent to the proper form. The lower portion of this wire, which surrounds the rear side of the lower end of the body A, is placed in the grooves d and between the lip c and the body A, and the lip is then closed down upon the wire by pressure, whereby the lower portion of the wire is firmly secured to the socket. The upper ends of the springs B B are placed in the groove 0 and soldered together on. the rear side of the socket. In this manner both ends of the wire spring are secured to the socket in a very simple and substantial manner. The springs B B approach each other at a short distance below the upper end of the socketv and extend downwardly below the middle of the socket in such close proximity 6 to each other, as represented at f f, as to retain the whip-stock in the socket. The springs B B diverge near the lower end of the socket, as shown at g g, forming an opening, G, between the distended parts of the springs, which is of sufficient size to permitthe introduction of the butt-end of the whip into the cavity of the socket. The springs BB again approach each other below this opening G, as shown at h It, so
as to confine the lower end of the whip-stock when placed in the socket. The whip-stock may be inserted into the socket by inserting its end into the socket through the opening G between the distended parts of the springs and then pressing the whip-stock backwardly into the socket, whereby the central portion,ff, of the springs B B are separated until the whipstock has passed by the same, when the springs B B return to their former position, and thereby securely hold the whip in the socket. 8 5
I I represent concave bearin gs, formed respectively on the rear sides of the cross-pieces a and a and adapted to bear against the frame J of the dash-board.
K represents a horizontal screw-bolt, formed on the rear side of the cross-piece "a in such a position as to rest against the outer side of the dash-board frame; and 1 represents a pointed stud, formed on the cross-piece a so as to bear against the rear side of the dash-board J on 9 5 the inner side of the dash-board frame.
M represents a clamp, which is provided at one end with an opening, through which the screw-bolt K passes, which is curved on its rear side so as to rest against the front side of the dash-board frame, and which bears with bolt K, and serving to tighten the clamp M against the outer side of the dash-board frame. This construction of the fastening, whereby the socket is secured to the dash-board, requires a manipulation of but a single screwnut for the application or removal of the socket, and avoiding the necessity of perforating the dash-board for the purpose of attaching the socket thereto.
One of the springs B B may be omitted, if desired, and the front edge of one of the side bars, a, a, of the body of the socket may be shaped so as to take the place of the omitted spring; but I prefer the employment of two springs, as it renders the socket lighter and more symmetrical in appearance.
I claim as my invention-- 1. The combination, in whip-socket, of a body, A, open at its front, and upright springrods B B, secured to the upper andlower ends of the body A, and having an opening between their contracted portions," through which the whip-stock can be introduced .into the socket by a backward movement of the whip-stock, substantially as described.
2. The combination, in a whip-socket, of a body A, open atits front, and upright springrods B B, secured to the upper and lower ends of the body A, and constructed with contracted upper portions,ff, and lower distended portions, 9 g, substantially as described.
I 3. The combination, in a whip-socket, of a body, A, open at its front, and upright springrods B, secured to the upper and lower ends of thebody A, and constructed with contracted portionsff and h h and intermediate distended portions, g g, substantially as described.
4. The combination, in a whip-socket, of a body, A, open at its front, and springs B B, formed of a single piece of wire, and secured to the lower end of the socket by a bent lip, e,
"and to the upper end of the socket by a groove,
0, substantially as set forth.
- JAMES THORNTON. Witnesses:
.W. T. THORNTON; W. E. MINNELEY.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20060024097A1 (en) * 2004-08-02 2006-02-02 Hiroshi Yamada Toner, fixer and image forming apparatus

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20060024097A1 (en) * 2004-08-02 2006-02-02 Hiroshi Yamada Toner, fixer and image forming apparatus

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