US1470351A

US1470351A - Stop motion for spinning machinery

Info

Publication number: US1470351A
Application number: US507741A
Authority: US
Inventors: Joseph E Cushman; Norman C Stanton
Original assignee: ATWOOD MACHINE CO
Current assignee: ATWOOD MACHINE CO
Priority date: 1921-10-14
Filing date: 1921-10-14
Publication date: 1923-10-09
Anticipated expiration: 1940-10-09

Description

J. E. CUSHMAN ET AL STOP MQTION FOR SPINNING MACHINERY Filed Oct. 14 1921 atented JOSEPH .J. GUSHMAN AND NOR-M'AN C. STANTON. OF STONINGEON, CONNECTICUT, AS-

AGHINE CCI ZPANY, Q1 STONIE'GTON, CONNECTICUT, A COB- SIGNORS TO ATVJOOIJ I IPORATION OF NEW JE STOP L'iO'lION FOR SPINNING PJIACHINERY.

Application filed ()ctcber 14. 1921.

To all 4 710??? it IT/(6y concern Be it known that we, Josnrn l5. CUsH- t miv and Nommw C. STANTON, citizens of the llnited States, and residents o't Stonington, in the county of New London and State of (Tomiecticut, have invented a new and usetul Improvement in Fltop Motions for tipinning Machinery, of which the following is a specification,

ln stop motions now in use, the take-up shatt and the gears thereon revolve at all times, thereby causing the loose or broken ends of the thread to become wound upon and entangled by the shaft and gears, causing unnecessary waste.

The object 01 our invention is to provide a stop motion in which, when the thread breaks, the take-up shaft gears are automatically disconnected from the take-up shaft without being disconnected from the feed roll gears, and the gears are also looked against rotary movement, thereby eliminating the tendency oi" the thread to become entangled. in the gears as heretofore.

A practical embodiment 0t our invention represented in the accompanying drawings, in Which Fig. 1 represents in detail cross section so much of a stop motion as will give a clear ui'iderstanding of our invention. the movable stop motion rod and its cam being shown in full lines in their normal position and in dotted lines in the position they assume when a thread breaks.

Fig. 2 represents a detail side view with the parts in their normal running position.

l 3 represents a similar detail view with the parts in their disconnected and stopped position.

Fig. 4- repres-ents a detail side view, partly in section. with the parts in their normal running position.

in the present instance I have shown a pair of feed rolls 1 and 2 suitably mounted. in a bracket 3. These teed rolls are pro vided with gears i and 5.

The take-up or drive shaft is denoted by 6 and it is provided with a clutch, the relatively fixed and movable members or" which are denoted by 7 and 8. l he movable memher 8 of the clutch is held normally in driv- Scrial No. 507,741.

cated in position. to be engaged by a cam carried by the movable bar fi l of any well known or approved stop motion.

AWLIJ.T L'C.V in +1 r s it 10o l. is mo ml in tie well known manner by the stop motion, the cam 13 will be brought into engagement with the conical portion 12 of the relatively movable clutch member and move the clutch member laterally out oi engagement with the fixed member carried by the take-up shaft, thus rendering the geared connection between the take-up shaft and feed rolls inoperative.

The stop motion rod 1 also carries a projection 15 which is moved into engagement with the teeth of the take-up shattgear 1.1. after the movable clutch IIIGITlbGI has been disconnected from the fixed clutch member so as to lock the take-up shaft and feed roll gearsagainst rotary movement. When the stop motion rod is moved in the opposite direction, the driving; connection between the take-up shaft and the feed rolls will be re connected.

It will be seen that the take-up shaft and feed roll gears are at all times in mesh whether the take-up shaft gear is or is not locked to its shatt.

The moving parts hereinabove described may be covered by a suitable shield, (not shown) it. so desired.

It is evident that various changes may be made in the construction, form and arrangement of the several parts without departing trom the spirit and scope of our invention; hence we do not wish to limit ourselves to the particular embodiinent herein shown and described, but- What we claim is 1. In a stop motion, a feed roll, a take-up shaft, n geared connection between them, and automatic means for shifting the take-up shaft gear out of its 1 with the driving connection with the take-up shaft without disconnecting it from the feed roll gear, when the thread breaks.

2. In a stop motion, a pair of feed rolls, a take-up shaft, a geared connection between them, and automatic means for shifting the take-up shaft gear out of its driving connection with the take-up shaft without disconnecting it from the feed roll gears When the thread breaks.

3. In a stop motion, a feed roll, a take-up shaft, a geared connection between them, and a movable stop motion rod carrying a cam arranged to move the take-up shaft gear out of its driving connection with the takenp shaft without disconnecting it from the feedroll gear, when the thread breaks.

4. In a stop motion, a pair of feed rolls, atake-up shaft, a geared connection between them, and a movable stop motion rod carrying a cam arranged to move the takeup shaft gear out of its driving connection take-up shaft without disconnecting it from th feed roll gears, when the thread breaks.

In a stop motion, a feed roll, its gear, a take-up shaft, a clutch thereon comprising relatively fixed and movable members, the movable member having a gear meshing with the feed roll gear, and a movable stop motion rod carrying a cam arranged to engage the movable clutch member to disconnect it from the fixed clutch member without,disconnecting it from the feed roll gear, when the thread breaks.

6. In a stop motion, a pair of feed rolls, their gears, a take-up shaft, a clutch thereon comprising relatively fixed and movable members, the movable member having a meshing with the feed roll gears, and a movable stop motion rod carrying a cam arranged to engage the movable clutch member to disconnect it from the fixed clutch member without disconnecting it from the feed roll gears, when the thread breaks.

'7. In a stop motion, a feed roll, a take-up shaft, a geared connection between them, and automatic means for disconnecting the geared connection from the take-up shaft and locking the gears against rotary moveient.

8. In a stop motion, a pair of feed rolls, a take-up shaft, a geared connection between them, and automatic means for disconnecting the geared connection from the take-up shaft and locking the gears against rotary movement, when the thread breaks.

9. In a. stop motion, a feed roll, its gear, a take-up shaft, a clutch thereon comprising relatively fixed and movable members, the movable member having a gear meshing with the feed roll gear, a movable stop motion rod carrying a cam arranged to disconnect the Clutch members without disconnecting the gears, and a projection arranged to engage the movable clutch member gear to lock the gears against rotary movement, when the thread breaks.

10. In a stop motion, a pair of feed rolls, their gears, a take-up shaft, a clutch thereon comprising relatively fixed and movable members, the movable member having a gear meshing with the feed roll gears, a movable stop motion rod carrying a cam arranged to disconnect the clutch members without disconnecting the gears, and a projection arranged to engage the movable member gear to lock the gears against rotary movement, when the thread breaks.

In testimony, that we claim the foregoing as our invention, we have signed our names this 3rd day of October, 1921.

JOSEPH E. CUSHMAN. NORMAN C. STANTON.