US5241A - Couplingline-shafts - Google Patents

Description

E.` M. RICE, oF WORCESTER, MASSACHUSETTS. .Y n

CoUrLING LINE-SHAFTS.

Specification of Letters Patent No. 5,241,4r dated August 14, k184'?.

To all whom t may concern.'

Be it known that I,EBENEZER M. RICE, of the town and county of Worcester and State of Massachusetts, have invented a new and useful Improvementk in the Method of Coupling Shafts, and that the following is a full, clear, and exact description of the principle or character which distinguishes it from all other things before known and of the manner of making, constructing, and using the same, reference being had to the accompanying drawings, making part of this specification, in which- Figure 1 is a perspective View of two shafts coupled together; Fig. 2, a longitudinal sect-ion of the saine taken in the plane of the axis; Figs. 3 and I perspective views of the two coupling disks, flanges, or plates; Fig. 5, a perspective4 view of the coupling ring, and Fig. 6 a cross section taken through the coupling.

The same letters indicate like the figures.

In the Inode of coupling shafts heretofore and now generally practised, one of the shafts, or a projection therefrom, is made to enter a recessl in the other for the purpose of keeping them in the same central line, hence they cannot be uncoupled and disconnected without moving one of them endwise, which in most cases is highly object-ionable, as for instance in the long line shafts used in factories and made in many parts in all sections, and each section running in its appropriate box or boxes, for when any one of the inner sections has to be removed for repairs, &c., all the sections beyond it, at one end must be inovedendwise before this one section. can be taken out on account of the projection of one into the other. But by my invention I avoid entirely this diiiiculty, which has long been recognized, particularly in large factories; and the nature of my invention consists in coupling shafts by means of a ring that fits over the periphery of the two flanges, disks or plates on the end of the two shafts, the ring being provided with longitudinal feathers to fit corresponding grooves in the periphery of the two flanges, disks, or plates, so that by simply sliding off the ring the two are disconnected and in this way any section of A a shaft can be taken out without the necessity of moving the remaining portions of the shafting, as the projection of the one into the other is entirely avoided when this is combined wit-h the Inode of clamping together the two disksby means of screws that pass fromH a flange .of the ring thatrests against oneof the disks, and tapped into the other disk, 'one vofthe disks being thus clamped between the flange of the embracing ring and the other disk, the screws passing through two parts and being tapped into the other or screw bolts passing through the three withfnuts outside.

In the accompanying drawings (S S) represent two sect-ions of the shafting on the end of each of which there is a hub (b) l properly secured therein in the usual manner; and each of these hubs has a flange (a) forming a circular disk or plate yconcentric withrthe shaft, and with the face at right angles with the axis of the shaft. When the two shafts are Ain the same central line, thatis when their axes coincide, the periphery of the two disks also coincide; grooves 'nsV (c, c, c, c) are'then cut into them in' lines j parallel with the axes of the shafts to re! ceive feathers or fillets (e, e, e, e) that pro-` ject from the inner periphery of a ring (d) that fits accurately and embraces the periphery of these two disks soA that when this ring is over'the two disks with the feathers in the grooves the two shafts are thoroughly so j coupled and must turn with each other and be thereby retained in the same central line;

and by removing the ring, which is done byy simply sliding it lto one side, the'two will be uncoupled. v

One end of the ring (cl) is provided with a flange (f) the inner periphery of which fits one of the hubs (Z2) so as to slide accu rately thereon, and whenV the shafts are coupled this ring isy secured inA placek by means of screws (la, L, it, Ll that pass through the flange of the ring and one of the coupling disks and are tapped into the other to give additional strength to the coupling, and to secure the shafts together endwise, and to prevent sagging or getting 'out of line.

It will be obvious from the foregoing that the ring instead of havin@V feathers fitting into grooves in the periphery of the two disks this may be reversed and the feather may be on the disks and fit in lgrooves in the inner peripheryv of the ring; and that instead of screws for securing the ring and the diskstogether and passing through the flange of the ring, other means of fastening may besubstituted. c

Aza'. i 5,241

I dov not claim as my invention merely l scribed in combinationwithL the imode of 15 coupling shafts together by means of disks clamping the two diskslby screws passing or flanges on the end of the sl1afts,1as thisV 'throngh the two disks and the flange of has long been known norfby the simple use `'the lembracingring whereby the projection of a sleeve that passes into the periphery ofA one shaft into' the other as a means of of the parts coupled; but

What I do claim as my invention and desire to secure by Letters Patent is-'` The method of coupling shafts by means of the circular flanges, disks, or plates on y Y 1 the ends thereof and grooved or feathered EBENEZER M. RICE.` on their periphery in lines parallel with the V"Witnesses: ring which fits onto the periphery of the WM. H. BISHOP, anges, disks, orplates, substantially as del A. P. BOWERS.

obviated, as described, and at the same time the two shafts are clamped together end- `wise to prevent sagging and wabbling,1 as describe y keeping them in the same central line is 20

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