US526670A - Spindle - Google Patents

Spindle Download PDF

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US526670A
US526670A US526670DA US526670A US 526670 A US526670 A US 526670A US 526670D A US526670D A US 526670DA US 526670 A US526670 A US 526670A
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Prior art keywords
spindle
dead
bearing
casing
socket
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    • DTEXTILES; PAPER
    • D01NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
    • D01HSPINNING OR TWISTING
    • D01H7/00Spinning or twisting arrangements
    • D01H7/02Spinning or twisting arrangements for imparting permanent twist
    • D01H7/04Spindles
    • D01H7/041Spindles with sliding contact bearings

Definitions

  • nw w a 1. n0 ,l ...af .2 .i m m .m m l W y UNITED STATES PATENT OFFICE.
  • My invention relates to spindles for spinning machines, the object of the invention being to produce a spindle for spinning machines which shall be simple and cheap in having ascrewthreaded perforation a. ex- ⁇ tending from the bottom of the socket a to the lower end of said casing.
  • the casing A is also provided externally with screwthreads for the reception of the threads in a nut a2, the upper face of said nut being parallel with the under face of a flange a3 projecting from the casing A at the upper end thereof.
  • a dead spindle B is provided at its lower end with screwihreads a4 and a recess for the reception of a screwdriver and is adapted to be screwed downwardly through the screwthreaded perforation a' in ⁇ the base, or upwardly through said perforation, in which latter case the screwthreaded portion of the spindle will be made as shown in Fig. 7, that is to say the screw threaded portion will be greater in diameter than the main body of the spindle.
  • the dead spindle is preferably made of a uniform thickness from end to end thereof, thus avoiding the necessity of turning it down, said spindle being cut from a bar of steel of uniform thickness.
  • the screwthreaded portion of the dead spindle is adapted to extend within said socket, a.
  • a lock nut a5 is screwed on the dead spindle, said nut being adapted to fit snugly within the socket a and rest on the shoulder a.G at the base of said socket.
  • the lock nut a5 is provided at diametrically opposite sides with notches a7 for the reception of a suitable wrench by means of which to screw it to its place on the dead spindle.
  • Another lock nut a8 is screwed on the endl of the dead spindle B and bears against the lower end of said casing.
  • a sleeve or whirl C Located within the socket a in the casing A, is a sleeve or whirl C which can be conveniently cast in a single piece, and is made with a pulley a?, for the accommodation of a suitable strap by which to drive it.
  • the lower end of the sleeve or whirl C is adapted to terminate slightly above the bottom of the socket a, and at the lower end is recessed for the reception of lubricating material, preferably in the form of a sleeve b of anti-friction material, which constitutes a bearing for the whirl, on the dead spindle B.
  • a tube D which is secured in said whirl by "sweating or in any other suitable manner
  • the tube being preferably of uniform thickness from end to end.
  • the tube may be cut from a length of brass or steel tubing, preferably of uniform diameter, thus avoiding the necessity of subsequent truing.
  • a dead spindle and a tube of uniform diameter from end to end said parts can be made very true and the cost of the device materially reduced without reducing the efficiency thereof.
  • the enlarged portion c of a spindle E is inserted in the upper end of the tube D and is secured therein by means of solder or in any other suitable manner, said spindle E being made with an annular shoulder c which rests on the upper end of the tube D and is adapted to serve as a rest for the spool (not shown) which is placed on the spindle E.
  • the spindle E is provided at its lower end with a contracted journal d, which may be rounded as shown in Fig. 1, or said journal IOO may be made. with a diamond point as shown in Flg. 6, and is adapted to have its bearing in a block of graphite e., or other suitable antifriction material, at the upper end of the dead spindle B.
  • the graphite bearing e is inserted in the end of a block e having a screwthreaded shank e2 adapted to enter a screwthreaded socket e3 in the upper end of the dead spindle B.
  • the bearing When the graphite bearing is inserted directly into the end of the spindle, time is lost, not only in removing the spindle, but in waiting for the cement which holds the graphite 1n place, to dry.
  • the bearing may be inserted directly in the end ot the spindle, as shown in Fig. 5, without affecting the proper operation of the device and in some cases, I may so construct it.
  • An arm f is secured to the iiange a3 ofthe casing A and is made with an annular upper end adapted to project over the pulley 0.9.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Textile Engineering (AREA)
  • Spinning Or Twisting Of Yarns (AREA)

Description

.. 7 oO y n H A @M .u Z.. ,f/ j. f w i. f d... m.. .7 v M w Q A# W 4...u 3 w .m f L L a HDW Pm DI. H UT .um M. L
nw w, a 1. n0 ,l ...af .2 .i m m .m m l W y UNITED STATES PATENT OFFICE.
FRED M. GARCELON, OF LEWISTON, MAINE.
SPINDLE.
SPEGIFIGATION forming part of Letters Iatent No. 526,670, dated September 25, 1894.
Application filed July 22, 1893. SerialNo. 481,211. (No model.)
To @ZZ whom it may concern,.-
le it known that I, FRED M. GARCELON, a citizen of the United States, residing at Lew- Viston, in the county of Androscoggin and State of Maine, have invented certain new and useful Improvements in Spindles; and l do hereby declare the following to be a full, clear, and exact description of the invention, such as will enable others skilled in the art to which it appertains to make and use the same.
My invention relates to spindles for spinning machines, the object of the invention being to produce a spindle for spinning machines which shall be simple and cheap in having ascrewthreaded perforation a. ex-` tending from the bottom of the socket a to the lower end of said casing. The casing A is also provided externally with screwthreads for the reception of the threads in a nut a2, the upper face of said nut being parallel with the under face of a flange a3 projecting from the casing A at the upper end thereof.
A dead spindle B is provided at its lower end with screwihreads a4 and a recess for the reception of a screwdriver and is adapted to be screwed downwardly through the screwthreaded perforation a' in `the base, or upwardly through said perforation, in which latter case the screwthreaded portion of the spindle will be made as shown in Fig. 7, that is to say the screw threaded portion will be greater in diameter than the main body of the spindle. The dead spindle is preferably made of a uniform thickness from end to end thereof, thus avoiding the necessity of turning it down, said spindle being cut from a bar of steel of uniform thickness. The screwthreaded portion of the dead spindle is adapted to extend within said socket, a.
A lock nut a5 is screwed on the dead spindle, said nut being adapted to fit snugly within the socket a and rest on the shoulder a.G at the base of said socket. The lock nut a5 is provided at diametrically opposite sides with notches a7 for the reception of a suitable wrench by means of which to screw it to its place on the dead spindle. Another lock nut a8 is screwed on the endl of the dead spindle B and bears against the lower end of said casing. By thus securingthe dead spindle tothe casing the dead spindle will be effectually prevented from vibration, and thus materially lessen the liability of the threaded portion to wear.
Located within the socket a in the casing A, is a sleeve or whirl C which can be conveniently cast in a single piece, and is made with a pulley a?, for the accommodation of a suitable strap by which to drive it. The lower end of the sleeve or whirl C is adapted to terminate slightly above the bottom of the socket a, and at the lower end is recessed for the reception of lubricating material, preferably in the form of a sleeve b of anti-friction material, which constitutes a bearing for the whirl, on the dead spindle B.
Within the whirl C and bearing at its lower end on the top of the sleeve or bearing b, is a tube D, which is secured in said whirl by "sweating or in any other suitable manner,
said tube being preferably of uniform thickness from end to end. The tube may be cut from a length of brass or steel tubing, preferably of uniform diameter, thus avoiding the necessity of subsequent truing. By employing a dead spindle and a tube of uniform diameter from end to end, said parts can be made very true and the cost of the device materially reduced without reducing the efficiency thereof. The enlarged portion c of a spindle E is inserted in the upper end of the tube D and is secured therein by means of solder or in any other suitable manner, said spindle E being made with an annular shoulder c which rests on the upper end of the tube D and is adapted to serve as a rest for the spool (not shown) which is placed on the spindle E.
The spindle E is provided at its lower end with a contracted journal d, which may be rounded as shown in Fig. 1, or said journal IOO may be made. with a diamond point as shown in Flg. 6, and is adapted to have its bearing in a block of graphite e., or other suitable antifriction material, at the upper end of the dead spindle B. The graphite bearing e is inserted in the end of a block e having a screwthreaded shank e2 adapted to enter a screwthreaded socket e3 in the upper end of the dead spindle B. From this construction 1t w1ll be seen that the graphite bearing e is removably secured to the end of the deadV spindle, thus facilitating its ready renewal when worn and avoiding the necessity of removmg the dead spindle when it is desired to renew the graphite bearing, as would be the case it' the bearing e were inserted directly into the end of the spindle.
When the graphite bearing is inserted directly into the end of the spindle, time is lost, not only in removing the spindle, but in waiting for the cement which holds the graphite 1n place, to dry. However, the bearing may be inserted directly in the end ot the spindle, as shown in Fig. 5, without affecting the proper operation of the device and in some cases, I may so construct it.
An arm f is secured to the iiange a3 ofthe casing A and is made with an annular upper end adapted to project over the pulley 0.9.
My improvements are very simple, can be cheaply manufactured, and are very effectual in the performance of their functions.
Having fully described my invention', what Iclaim as new, and desire to secure by Letters Patent, is-
1. vThe combination with a casing, a dead spindle secured thereto and a sleeve adapted to rotate about said dead spindle, of a short spindle carried by said sleeve, a block removably secured to the end of the dead spindle, and an anti-friction bearing in said block, for said short spindle, substantially as set forth.
2. The combination with a casing, a dead spindle secured thereto and a sleeve adapted to rotate about said dead spindle, of a spindle carried by the sleeve, a block having a screwthreaded shank, adapted to enter a screwthreaded socket in the end of the dead spindle, and an anti-friction bearing in said block for the end of the short shaft, substantially as set forth.
In testimony whereof I have signed this specification inthe presence of two subscribing witnesses. l
FRED M. GARCELON.
Witnesses:
THOMAS C. SPILLANE, PHILIP H. SPILLANE.
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