US1616949A - Spinning and twisting machine - Google Patents

Description

1927. 1,616,949 Feb E. E BRADLEY SPINNIIZNG AND Twxswnie MACHINE Filed Jun z, 1925' 2 Sheets-Sheet 1 INVENTOR ATTORNEYS 1927. 1,616,949 Feb E. E. BRADLEY srnmme AND TWISTING' mcumn Fi led June 5, 1925 2 Sheets-Sheet 2 INVENTOR ATTORNEYS 2 which is simple, eifective, economical to from 5 ts contact with the driving belt by Patented F eb. 8, 1927. I r UNI'I'ED STATES PATENT OFFICE.

EDWARD E. BRADLEY, OF STONINGTON, CONNECTICUT, ASSIGNOR TO THE'ATWOOD MACHINE COMPANY,- OF STONINGTON, CONNECTICUT, A CORPORATION OF' NEW JERSEY.

SPINNING AND TWISTING MACHINE. Application filed June 3, 1925. Serial No. 34,556.

- This invention relates to an improvement ing uprising from a bracket 11 fixed to in spinning and twisting machines and has the spindle rail 1 of the machine by means for its object to provide a novel means of of a bolt 12 and nut 13. The upper end of mounting the spindles on the rail of thethis bearing 10 is provided with an arcuate 5 machine and its coaction with the stop mogroove 14 terminating in shoulders 15, 16, tion mechanism. which shoulders are located in position to Another object is to provide a device hav engage a lug l7 projecting from the uping a-lateral movable wind-up spool carryright7 of the spindle base 6 for limiting the ingspindle arranged to normally hold the movement of the spindle base. A. coil spr' 1 spindle whirlin contact with its driving belt 18 surrounds the bearin 10, one end of p and adjustable brake in proximity to the which spring engages a lug 19 on'the bracket 5 spindle. 11, while the other end of the spring con- Another object is to provide a device arnects the upright 7. This sprin g'l8 acts to ranged to coact with the stop motion connormally hold the whirl 3 of the wind-up 15 trolling mechanism for moving the spindle spool carrying spindle 2 in driving contact out of contact with its driving belt and into with the belt 4. engagement with a stationary brake to stop A brake is provided'in position to engage the wind-up spool when the thread breaks. the spindle WhlI'l 3 to automatically stop the Another object is to provide a device wind-up spool when the whirl is moved away manufacture and readily attached to mathe automatic action of the stop motion (not chines now in common use. shown), which brake comprises an arm 20 A practical embodiment of my invention extending upwardly from the bracket 11 is represented in the accompanying drawhaving a hub 21-arranged to receive a screw ings, in which I Fig. 1 represents a plan view of my 1mrubber or other similar material, which brake proved mounting showing a portion of the shoe is normally spaced :1. short distance rail of a spinning machine to which it is from the spindle whirl 3. The brake shoe adapted, the upper end of the stop motion 23 may be adjusted longitudinally in the 30 rod, and a part of the driving belt. hub 21 and securelyfixed in positionby' a Fig. 2represents an elevation of the same. lock nut 24 which has a threaded enga e- Fig. 3 represents a verticalsection taken ment with the threaded end of the shank 22. in the plane of the line III-III of Fig. 1, By releasing the lock nut 24, the shank and looking in the direction of the arrows. brake shoe may be rotated in the hub 21 so 35 Fig. 4 represents a. plan view partly in that the position of the brake shoe with re section, similar to that shown in Fig. l, with spect to the spindle whirl may be accurately the parts in another position. adjusted. I

Fig. 5 represents a vertical section taken The stop motion controlling means, as in the plane of theline V-V of Fig.4, shown in my United StatesLetters Patent, 40 looking in the direction of the arrows, and No. 1,482,779, dated February 5, 1924,'is em- Fig. 6 represents a vertical section taken ployed to move the spindle whirl3 out of in the plane of the line VI-VI of Fig. 4, engagement with the belt 4 and into contact lookingin the direction of the arrows. with the brake shoe 23, and in connection The spindle rail of the spinning machine therewith I have only deemed it necessary 45 is denoted by 1, the spindle by 2 which rcto illustrate the vertically reciprocating rod movably carries the wind-up spool shown in 25, of the-said mechanism, which rod IS an 1 dotted outline, the spindle whirl by 3, and ranged to pass through ajhole 26 in the the driving belt by 4. The spindle s'tep'and spindle rail and having a bearing 27 in the bolster isdenot ed by 5 and it is suitably bracket 11. The upper end of the rod 25 is 50 supported in the usual manner a spindle bevelled as s own at 28, which bevel porbase 6. spindle base 6is provided with tion coa'cts with an inclined surface of a an upright 7 having a lateral directed arm lateralarm 29. As the rod is moved upi and hub 8 carrying 2. depending pivot pin 9, wardly the bevel face 28 will ride on the which pivot pin is inserted axially in a bearinclined surface and arcuately move the arm adjust brake shoe- -ment of the whirl uprising therefrom, a

and hub 8, pivot pin- 9, upright? and spindle base 6, which movement swings the whirl 3 out of engagement with the belt and into contact with the brake 3 away from the brake shoe 23 iscontrolled by the bevel face 28 of the rod 25 moving downwardly on ,the inclined surface of the lateral arm 29, and the coaction of the spring 18 on the bearing 10 with the lug 19 and upright 7.

From the foregoing description it will be seen that I have provided a mounting which obviates the necessity-of adjusting the spindle and its support with respect to the driving belt and that it is only necessary to the brake. shoe to'meet the outward movement of the whirl away from the belt.

This feature also eliminates the usual necessary adjustment required of the vertically reciprocating rod 25 of the stop motion mechanism, wit-h respect to the lateral arm 29, since the rod may be given a movementto swing the spindle base, and the brought into operative position with the whirl and permanently secured in the hub 21 onthe arm 20 uprising from the bracket 11.

,It will also be seen that I have provided a mounting which may be readily applied to the spindle rail of a spinning an twisting-machine, now in common use, without interfering in any way with the other mechanism of the machine. It will also be understood that this mounting is very simple and compact and applicable to various forms of spinners.

It is obvious thatvarious changes may be resorted to in the form, construction an arrangement of the several parts without departing from the spirit and scope of my invention; and hence, I do not intend to be limited to the details herein shown and escribed except as they maybe included 1nv the claims.

What I claim is 2-- machine, the spindle rail, spindle driving belt, the spindle whirl,

fixed to said rail having a bearing spindle base for supthe spindle Whlll mounted .to 05011- late in saidbearing and yieldingly held in contact with the belt, a brake-shoe carrie by the bracket in position to be engaged by the whirl in its movement away from the belt, and wvertically movable sto motion rod journaled in the bracket and having, a cam engagement with the. automatically swinging the the belt into engagement with the brake.

2. In a spinning machine, the spindle rail, the spindle driving belt, the spindle whirl, a bracketfixed to said rail having a bearing 1. 'In a spinning the a bracket ate in said bearing and yieldingly held in shoe 23. The move-- stop motion rod journaled common base for brake shoe whirl away from contact with the belt, a brake shoe carried by the bracket in position to be engage by the whirl in its movement away from the belt, said brake shoe being longitudinally adjustable on the bracket toward and away from the whirl, and a vertically movable on the bracket and having a cam engagement with spindle base for automatically swinging t e whirl away from the belt into engagement with the brake.

3. In a spinning the spindle driving a bracket fixed to said and a bearing uprising therefrom, base for supporting the spindle whirl mounted to oscillate in said bearing and yieldingly held in contact with the belt, and a brake shoe carried by the arm in position to be engaged by the whirl in its movement away from the belt.

4. In a spinning machine, the spindle rail, the spindle driving belt, the spindle whirl, a bracket fixed to said rail having an arm and a bearing uprising therefrom, a spindle supporting the spindle whirl mounted to oscillate in said bearing and yieldingly held in contact with the belt, and

machine, the spindle rail,

rail having an arm a spindle and away from the whirl. 1

machine, the spindle rail,

5. In a spinning the spindle driving belt, the spindlewhirl, a bracket fixed to said rail having an arm and a bearing uprising therefrom, a spindle base for supporting the spindle whirl 'mounted to oscillate in said bearing and held in contact with the belt, a

yieldingly the arm in position brake shoe carried by to be engaged by the movement, anda vertically movable stop motion rod journaled in .said bracket and having a cam engagement with the spindle base for automatically swinglng the whirl away from the belt into engagement with the brake.

6. In a spinning machine, the spindle rail, the spindle driving belt,the spindle whirl, a bracket "fixed to said rail having an arm and a bearing uprising therefrom, a spindle base for supporting the spindle whirl 1 mounted to oscillate in said bearing and belt, a

yieldingly held in contact with the longitudinally adjustable in the arm and movable toward and away from the whirl,- and a'vertically movable stop 'motion said bracket and having a cam engagement with the spindle base for automatically swinging the whirl away from the belt into engagement with the brake. In testimony, that as my invention, I have signed my name this first day'of June 1925.

EDWARD E; BRADLEY.

belt, the spindle whirl,

whirl in its outward I claim the foregoing

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