US246505A - Horseshoe - Google Patents

Description

(No Model.)

E. A. HILLS.

HORSESHOE.

No. 246,505. I Patented Aug. 30,1881.

NITED STATES PATENT OFFICE.

EDWIN A. HILLS, OF WETHElRSFIELD, CONN EOTIOUT.

HORSESHOE.

SPECIFICATION forming part of Letters Patent No. 246,505, dated August 30, 1881.

Application filed January 13, 1881.

To all whom it may concern Be it known that I, EDWIN A. HILLs, of Wethersfield, in the county of Hartford and State of Connecticut, have invented certain new and useful Improvements in Horseshoes; and I do hereby declare that the following is a full, clear, and exact description thereof, whereby a person skilled in the art can make and use the same, reference being had to the accompanying drawings, and to the letters of reference marked thereon.

Like letters in the figures indicate the same parts.

My invention relates to horseshoes,particularly those which are jointed at the toe in order to make them expansible and adjustable. The objects of my invention are, to provide a stronger joint at the toe; to furnish a better,

and cheaper device for spreading theheels when required; also, to provide a better construction and attachment for the toe and heel calks than has heretofore been in use.

In the accompanying drawings, illustrating my invention, Figure 1 is a top view of myimproved horseshoe. Fig. 2 is a front view of the same. Fig. 3 is a view of the under side of the half of the shoe nearest to it in Fig. 1. Fig. 4 is a top view of the part forming the joint of the half of the shoe next to it in Fig. 1, with the other half removed. Figs. 5, 6, and 7 are views showing the details of the con struction of the calks.

A and B are the two parts of the shoe. They are jointed at the front in the usual manner, and turn on a pin or rivet, O, which,in the present construction, also forms an attach ment for the toe-calk D. The joint as commonly constructed having been found to wear upon the rivet, I provide the following-described additional bearing and strengthening device:

E is a socket in the part A of the shoe, and E is a projection or tenon upon the part B. The tenon E fits into the socket E, except being a little shorter, so as to allow of some circular movement, and'takes a part of the hearing of the joint. This socket and projecting rib are shown in the drawings as forming only a part of a circle; but they can be made smaller in diameter and make a complete circle around the joint, if desired.

F and G are two screws, having right and (No model.)

left threads, and are connected by the coupling H, by turning which the screws can be simultaneously moved in or out. The screws are. provided with heads F and G, which fit into sockets in the sides of the shoe and bear against them, so as to separate them forcibly when desired. This device is to be used in the ordinary manner for the cure or prevention of contracted boots, and is generally attached when the horse is .not in use. It-can be removed from the shoe at will by turning the screws into the coupling.

The sockets in the shoe for the reception of the ends of the screws are constructed as follows: The shoe is intended to be made of malleable iron or struck in dies of forged iron. The socket is a simple recess in the top of the shoe, made with raised flanges or lips upon the sides, which are afterward turned down upon the flat ends F and G of the screws, so as to hold them in place. It will be observed that this form of socket can be readily molded and cast without a core, or can be easily struck in dies, having no re-entrant part-s until the lips are turned down. The whole expanding device is easily constructed and much cheaper than those heretofore in use. The screws are easily made, and the coupling can be constructed from a piece of ordinary pipe, dispensing with all machine-work except cutting the threads.

D is the toe-calk. It is furnished with the pin 0, which serves as a pivot for the hinge of the shoe. It also has the two pins J and K, which pass into sockets in the two sides of the shoe, and are riveted in place to give greater strength. These pins form part of the calk.

L are tenons or projections fitting into corresponding recesses or sockets in the shoe. When three pins are used, as shown in the drawings, they maybe omitted; but where only a central pin is formed upon the calk they serve to prevent a turning or displacing of the calk. M is a hardened-steel interior partof the calk. It is formed with the upper part the thickest, in awedge shape, as shown in the drawings, the better to retain it in its place. It is also made in a series of teeth, as shown in Fig. 6, and these teeth are made narrower on thefront than on the rear edge, so as to give a better :hold on ice or a slippery road. It isintended to make the outer part, D, of the calk of malleable or forged iron, formed with an opening, into which the steel is inserted, and then the whole is struck in a die, so as to clip and hold the steel plate M. It is not intended to use suflicient heat to destroy the ternper ot' the steel. The steel then being harder than the iron, the teeth are left projecting as the calk wears down.

N is the iron part of one of the heel-ealks, and O is a steel interior, inserted in the same manner as described for the toe-calk. For the purpose of attaching the heel-call; the rear end of each side of the shoe is made of a dovetail form, as shown in Fig. 1 at N, in which the dovetail inclines both ways, spreading both outward and downward, so as to prevent the ealk from slipping either off the end of the shoe or downward. The calk is cast or forged with the opening to embrace the dovetail spread so as to easily slip on. It is then set fast on the dovetailed projection by being struck in a. die, which closes the sides together.

I is a tenon fitting into a corresponding recess in the bottom of the shoe, and assists in holding the call: in place.

What I claim as my invention is- 1. The socket E and the projection E, in

combination with the joint of a hinged horseshoe, substantially as described.

2. A horseshoe-call; composed of an exterior softiron portion, D, and an interior hardenedsteel portion, M, composed of separate teeth, substantially as described.

3. The steel interiorpartot'the calk M, formed of a series of teeth having beveled edges, substantially as described.

4. In a horseshoe constructed of two o"erlapping parts hinged together, the pins 0 J K, integral with the part D of the toeealk, adapted to hold the toe-call; on the shoe, and the middle one constituting thepintle of the hinge, substantially as described.

5. In a horseshoe, the dovetailed attachment for the heel-call: N N, constructed and arranged substantially as described.

6. In the heel-call: of a horseshoe, the projection P and its corresponding socket in the bottom surface ofthe shoe, in combination with the dovetailed attachment, substantially as described.

EDWIN A. HILLS.

Vito esses THEo. G. ELLIS, HENRY A. DEMING.

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