US205718A - Improvement in spindle-bearings for spinning-machines - Google Patents

Description

.J. BIRKENHEAD. Spindle Bearing 1F011 Spinning-Machine. No; 205,71.

"Illl Patented July 9,11878 N.FETERS, PHOTO-LeTHoGKAFHER, wASHlNGTON. D C.

UNITED STATEs PAT T vCETTE;

IMPROVEMENT IN SPINDLE-BEARINGS FOR SPINNING-MACHINES.

Specification forming part of Letters Patent No. 205,718, dated July 9, 1878, application filed June 3, 1878.

JOHN BIRKENIIEAD, OF MANSFIELDflllASSI-XCHUSE'l'Tb. .IKBIX To all 'whom it may concern Be it known that I, J oHN BrRKnNi-IEAD, of Mansfield, of the county of Bristol, ot' the State of Massachusetts, have invented a new and useful Improvement in Spindle-Bearin gs for Spinning-llIachines; and do hereby declare the same to be described in the t'ollowing specification, and represented in the accompanying drawings, of which- Figure l is a side elevation, and Fig. 2 a vertical section, of a live-spindle and its adjuncts embracing my invention, a bobbin being also exhibited as applied to the spindle. Fig. 3 is a top view of the oil trough or receiver. Fig. 4 is a side view of the live-spindle and the combined cap and whirl and stud, to be hereinafter explained. Fig. 5 is a side view, and Fig. G a vertical section, of the combined step and elastic bolster. Fig. 7 is a horizontal section taken through the spindle, bolster, and guard, to be hereinafter described.

In my improved spinning mechanism, the spindle A extends up through and is fixed to a tapering or conical cap, B, to which the whirl C is applied, or makes part oi' it, as shown, the cap being extended. below such whirl, as shown at a, and such extension being furnished with a short stud, b, to project from it externally. The said extension is to enter the mouth of the oil receiver' or trough D, whose top is crowned or flanged inward, as shown at c, and provided with a notch, d, for the stud b to pass through. rThis stud, while the spindle is in place and revolving, projects underneath the flange c, and with it serves to keep the spindle from rising in its bolster and step. This bolster (shown atE) is a tube projecting up from the step F, and is slotted, scored, or grooved helically above the step, as shown at c e, in order to render the bolster elastic laterally. The spindle has its upper bearing within the upper part of the bolster, as shown at f, while its foot rests on the step, which is secured irmly in the tenon g of the oil-receiver. Extending upward from the bottom of the oil-receiver, ,and encompassing the elastic bolster, is the tubular guard or standard G, there being between it and the bolster a narrow intervening concentric space, 7l., which extends upward from the step. /Vlthln this space the bolster can move laterally, but by t the guard will be prevented from being moved too far. This guard, while allowing a suicient spring to the bolster, is to prevent the bolster from being bent laterally to its injury. The guard extends up within the cap B. Through the lower part of the guard, and also through the bolster, there are passages, as shown at te', for the oil to pass from the trough into the step.

The helical slits or grooves of the bolster, besides answering to render it elastic, serve to cause the oil, during revolution of the spindle, to pass up into the spindle-bearin g of the bolster. v

The cap B, by surrounding the spindle, bolster, and guard, serves not only to intercept any oil that may be thrown off laterally by the spindle, but to convey such oil back into the oil-receiver.

It has been found, in practice, that with a rigid bolster the spindle docs not operate so well, and is more liable to wear the bearing of the bolster than is the case with a bolster that is elastic, or can spring laterally a little. Consequently I have so constructed the bolster, which, as shown, is directly fixed to or combined with the step. Thus the step and bolsterbearing have what may be termed an elastic connection,77 to operate as described, the rigid guard surroundin g this connection answering to limit the lateral movement of the bolster while the spindle may be revolving, or any force may be applied to the spindle to cause it to bend the bolster laterally. l

What I claim as of my invention is as follows:

l. The combined step and elastic bolster,

substantially as and for use as described.

2. The combination of the oil-reservoir with the connected step and the elastic bolster, essentially as specified.

3. The combination of the tubular standard or guard with the oil-receiver, the connected step, and the elastic bolster, all being arran ged substantially as set forth.

Ll. The combination of the spindle and the guard G, and oil-receiver D, all being; arranged elastic bolster applied thereto, as described, and applied substantially as shown and dewitli the whirlsupporting eap arranged to enscribed. compass suoli bolster and ext-end down within the oil-receiver7 as set forth. Vitnesses:

5. The eombiuation of the spindle A, whirl- Il. H. EDDY, supporting cap B, elastic bolster E, step F, JOHN SNOW.

JOHN BIRKENHEAD.

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