US1485425A

US1485425A - Wire-coiling machine

Info

Publication number: US1485425A
Application number: US646873A
Authority: US
Inventors: Myette Emanuel
Original assignee: Individual
Current assignee: Individual
Priority date: 1923-06-21
Filing date: 1923-06-21
Publication date: 1924-03-04
Anticipated expiration: 1941-03-04

Description

March 4 1924.

= E.- MYETTE WIRE COILING MACHINE Filed J ne 21 1925 3 s eets-she t 1 March 4 1924. 1,485,425

E ETTE IIIIIIIIIIIIIIII NE Fatented Mar. 4, 1924.

NETED STATES Emmi MYET'DE, OF PROVIDENCE, RHODE ISLAND.

WIBE-COILING MACHINE.

To all whom it may concern:

Be it known that I, EMANUEL M'rrrr'rrz, a citizen of the United States, residing at Providence, in the county of Providence 6 and State of Rhode Island, have invented new and useful Improvements in Wire- Coiling Machines, of which the following is a specification.

This invention relates to certain new and useful improvements in wire coiling machines, and pertains more particularly to a machine for coiling wire upon a drum or reel. This application is a continuation of, and substitute in part for, an application 1 filed by me on March 15, 1922, Serial No.

The primary object of the invention is to providea machine of this t pe which has improved means for laying t e wire on the reel and for also effecting such laying by guiding of the laying means from the'previously laid convolution of the active layer.

A' further object of the invention is to provide a machine of the type mentioned 2 which has means for enabling regulation of the speed of guiding means according to the gage of the wire being reeled or coiled.

I nether object of the invention is to provide laying means which is capable of latorally and also vertically pivotal movements so as to compensate for any irregularities" such as kinks, which may appear in the wire. A still further object of the invention is to provide novel means for effecting clockwise and counter-clockwise movement of the actuating shaft or means of the Wirelayer.

The invention still further aims to provide, a machine which is efiicient in operation and which will effect the laying 0r coilin in an expeditious manner.

till further and other objects will be later-set forth and manifested in the course of the following description. i In the drawings:v Figure 1 is a side elevation of the invention; I

Figure 2 is a top plan view; Figure '3 is a fragmentary detail perspec tive view of. the wlre laying device.

Figure 1 is a section on lme 1-4 of Figure 3; a

Figure 5 is a fragmentary detail top plan view of the wire laying device;

Figure 6 is an enlarged sectional detail view showing the laying of the first layer .of the wire on the reel;

Figure 7 is a similar view showing the' laying of the second layer;

Figure 8 is a top plan view of Figure 6, and

Figure 9 is a top plan View of Figure 7.

(In :proceeding in accordance with the present invention, a shaft 1 is employed mounted, upon uprights 2 and driven by a pulley and belt 3, the shaftl having a reel or drum 4 secured thereto so as to rotate therewith.

A sprocket wheel 5. is secured to the shaft 1 and has a chain 6jpassing therearound, the chain also passing around a sprocket wheel 7 carried by a shaft 8 the latter journaled in a frame 9. A disk 10 is carried by the shaft 8 and engages with and between a pair of opposed spaced disks 11 and 12,

mounted on a shaft 13 carried by the arms- 14 of a yoke having a hub15 rotatable on a shaft 16. The yoke is operated by an arm 17 which, as shown in Figure 2, may

= be formed'of an extension of the arm 14,

the arm 17 being pivotally connected at 17 to the lower end of a rod 18. The rod 18 is threaded at its upper end through a nut 19 and carries a hand wheel 20 by means of which the rod 18 can be turned and thereby raised or lowered to effect corresponding movement of the shaft 13 by pivotal movement of the yoke hub about the shaft 16. An indicator rod 21 is provided and which is pivoted to the arm 17, the rod having graduations on its upper end which are readable in conjunction with or in relation to a pointer 22 that is rigidly connected to the frame 9. The graduations indicate the, gage of the wire, the yoke being set in accordance with such as "will be later more fully set forth.

' The disk 11 is I the disk 12 is keyed thereon and is held by a spring 23 in resilient engagement wit u the disk 10.

The shaft 16 carries a sprocket 24 connected by a chain 25 to a sprocket 26, the latter mounted on a'clutch'member 27 freely rotatable on a shaft 28 journaled at the upper part of the frame 9. A clutch member 29 is also free'ly rotatable'on the shaft 28 fixed to the shaft13 while and has a gear 30 thereon, the latter in mesh with a gear 31 mounted on a stub shaft disposed between the clutch members 27 and 29. The clutch 36 is freely rotatable in an arm 37 which latter is carried by a rod 38 slidable in the frame9, and arm 37 being cushioned by a pair of coil springs 39 mounted on the rod 38 and engaging on opposite sides of the arm the sprlngs being engaged at their outer ends by" collars 40 rod 38. A pair of

stops

41 and 42 are carried by the rod 38.

The wire laying device embodies a main frame or member, 43 provided with a threaded socket or nut 44 and an apertured arm 45 the latter'freely receiving the rod 38 in its aperture, while the nut 44 threadedly receives the threaded part 45 of the shaft 28. Wire guides 46 having anti-friction wire engaging rollers 47 thereon extend ver-.

tically from the frame 43 and are spaced to receive the wire there-between and to guide same to a pair of grooved rollers or wheels 48 carried by the frame 43. A T- shaped pivoting member 50 is pivoted at 51 to frame 43 so as to have vertical movement and pivotally carries the wire laying arm 52 at 53 so that the arm 52 has 'horizontal pivotal movement. The free outer end of the arm 52 has a fixed upper wire guide 53 slotted to receive the wire, and a pivoted concaved depending guide 54 which receives the convolutions and lies upon the previously laid convolution of the wire, as

depicted in. Figure 1. The arm of the T- member 50 is horizontally slidahle on the pin 51 and is tensioned by cushioning springs 53 encirciing the pin 51 and engaging oppcsite sides of said arm. Shaft 13 drives shaft 16 by chain 55, the latter engaging over sprocket 56 carried by shaft 16 over sprocket 57 carried by shaft 13.

In operation, the shaft 1 isdriven by the belt 3, the shaft in turn driving shaft 8 throu h the chain 6, and thereby disk 10. The isk 10 through friction drives the disks Hand 12 and thereby the shaft 13,

the latter through chain 55 driving shaft-Q 16. The shaft 16 through chain 34 drives gear 33 and the latter through gears 31 and 3!) drives clutch member 29.' The shaft 16 through .ehain 25 drives clutch member 27. As the clutch 36 contacts with either the member 27 or 29, the shaft 28 is caused to revolve either clockwise or counter-clockwise, thus effecting corresponding movement of the wire laying device, i. e., first in one direction along the longitudinal axis of the reel 4 and then in the opposite direction along such axis.

In the movement of the Wire laying device in opposite directions along the longitudinal axis of the reel 4 it will be apparent that the guide 54, by virtue of engagin the previously laid wire convolution C o the active layer on the reel, will cause the active layer to be laid according to the previ= ously laid convolution of the active layer. When the arm 45 engages stop 42, shaft 36 will be slid to the left of Figure 2, thereby compressing spring 39 against arm 37. and storing up power in the spring until the res-istance offered by the engagement of clutch member 29 with clutch 36 is overcome and the latter moved by the compress'edspring out of engagement with clutch member 29,

- at which time the power stored up in spring 39 is released and utilized to move clutch 36 into engagement with clutch member 27. Similarly, when arm 45 engages stop 41, the clutch 36 is engaged with the clutch member 29 by corresponding compression of the spring to the left of the arm 37 effecting movement of the arm 52 to the right of Figure 2. c

From the foregoing, it will be apparent that the arm 52 is caused to reciprocate along the length of the reel, being guided by the movement of the guide, 54 which responds according to the previously iaid convolution of the active layer.

By varying the position of the rod 18 determined by the gage wire being reeled, it will be seen that the yoke and thereby the disks 11 and 12 are caused to vary their relation to the disk 10, so that the speed of movement of the Wire laying device is thus increased or decreased according to the diameter of the" Wire being reeled or laid.

It will be noted that due to'the pivotal movement of the guide or shoe 54, and the cushioned movement of the arm 52, any kinks or irregularities in the wire, will not effect the functioning of the arm, since the latter can freely give or respond to such irregularities. The cushioning springs further function to compensate for any disalinement of the heads of the spool 4, so that should arm 52 when reaching its end of travel and contacting therewith will not prevent uniform laying of the wire.

Having thus described my invention, what- I claim as new and desire to-secure by Let ters Patent isE-- 1. In a wire coiling machine, a reel, means to rotate the reel, a threaded shaft, 3. wire laying arm, a guide on the arm to engage the laid convolutions of the wire, a guide on the arm for the wire being laid, a member having threaded engagement with the threaded shaft, means to connectv the arm to said member to allow the arm tomove vertisuch heads be out of true, the.

pivot.

cally and horizontally, a slidable rod having spaced stops arranged to engage'opposite SldBS of themember, spaced clutch members on said shaft, a' clutch carried by the rod and operating inthe space between the clutch members and engageable with each of the latter, a second sha a yoke pivoted on .the -second shaft and carrying a pair of spaced disks, a disk between and engaged with the 'pair of disks, means to operate one of theclutch members from the second shaft, means to actuate the second shaft from the pair of disks, means to. actuate the other clutch member from the second shaft, and meansto adjustably move the yoke about its 2. In awire laying machine, wire laying means, rotatable means for actuating. the

wire laying means, and meanslto variably actuate the rotatable means including a pair of friction disks, means to pivotally mount one of said disks so as to vary the driving relation thereof to the other disk, and a threaded rotatable member connected to the pivoted means for moving the latter to thereby vary said relation between the disks. 3. In a wire" coiling machine, wire laying means, means for actuating the wire laying means, means for operating said actuating means, including driving disks, means to pivotally mount one of said disks, a threaded rod connected to the pivoted means, a nut through which the rod operates, and a age rod connected to the pivotal means and aving a pointer associated therewith for enabling setting of the disk according to the gage of wire being laid.

4, In a wire coiling machine, wire laying means, means to actuate the wire laying means including a variable drive having a pair of disks, a pivoted yoke'carrying one of the disks and having an arm, a threaded shaft pivoted to the arm, and a nut through which the shaft operates to raise or lower thearm and thereby vary the relation of said disk to'the other disk.

5, In a wire coiling machine, a reel, means to rotate the reel, wire laying means including means formed to engage on top of the previously laid convolution so as to be guided thereby and formed to guidingly engage the wire being laid so as to efi'ect laymg of the active layer in accordance with the previously laid convolution of the active layer, and means to actuate the wire laying means. v

6. In a wire coiling machine, a reel, means to rotate the reel, wire'laying meansincluding a. lower guide formed to en ge on top of the previously laid convolutions of the active layer of the wire, an upper guide engaging the wire to efiect laying of the active layer in accordance with the previously laid convolution of the active layer, andmeans to actuate the wire laying means.

7. In a wire coiling machine, a reel, means layer in accordance with the previously laid convolution of the active layer.

- 8. In a wire coiling machine, a reel, means to rotate the reel, wire laying means guldingly resting upon the previously laid convo ution of the active layer and movably supported thereby and being engaged with the wire being laid to efiect laying of the active layer in accordance with the previously laid convolution of the active layer, and means to actuate the wire laying means.

9. In a wire coiling machine, a reel,-means to rotate the reel, wire la ing means engaged with the previously aidconvolution of the wire and with the wire being laid I i to efi'ect laying of the. active layer in accordance with the previously laid convolution of the active layer, and means to actuate, the wire laying means.

10. In a wlre-coiling machine, a reel, means torotate the reel, wire laying means engaged with the previously laid convolution of the wire so as to be moved thereby axiallze of the reel and enga ed with the wire ing laid to, move the atter axially ioc of the reel to efi'ect laying of-the active layer in accordance with the previously laid convolution of e active layer, and means to actuate the wire laying means.

11. In a wire coiling machine, wire laying means, means to actuate the wire laying means including a variable drive having a pair of friction disks, means to pivotally support one of the disks, means to adjustj ably hold said disk supporting means in position, and gage means pivotally carried by the disk supporting means and movable therewith.

12. In a wire coiling machine, wire 1ay= ing means, means'to actuate the wire laying meansincluding a variable drive having a, 'pairof friction disks, a member pivoted between its ends and carrying one of the disks at one end, means connected to the other end of the member to adjustably hold saidmember in position, a gage rod pivoted to the last named end of the member and a stationary pointer member guidingly en gaged with the gage rod.

13..In a wire coiling machine, a reel, means to rotate the reel,' a'-wire laying device, a threaded shaft for actuating the wire laying device, spaced clutch members on the shaft, a slidable rod having a. clutch operating in the space between the clutch members, means actuated by the wire laying device to reciprocate the rod, a second shaft, a member pivoted on the second shaft, and having a friction disk thereon, a second friction disk engaged with the first named disk, means to drive the second disk from the reel rotating means, means to 0perate one of the clutch members from the second shaft, means to actuate the second shaft, from the first named disk, means to actuate the other clutch member from the second shaft, and means to adjustably move the pivoted member..

14. In a Wire coiling machine, a reel, means to rotate the reel, wire laying means including an arm, a T-shaped member, a horizontal pin pivotally and slidably supporting the arm of said T-meinber, coil springs mounted on the pin and engaging opposite sides of the arm of the T-member, a vertical pin pivotally connecting the wire laying arm to the T-member, an upper guide on the wire laying arm, and a pivoted wire engaging shoe carried by the wire laying arm.

15. In a wire coiling machine, a reel,"

means to rotate the reel, wire laying means including a vertically and horizontally pivoted arm, means to horizontally cushion the .arm and a pair of Wire guides on the arm one of which is pivoted.

16. In a wire coiling machine, a reel, means to rotate the reel and wire laying means including a cushioned and universally EMANUEL MYETTE.

\Vitnesses:

S. N. BARRY, J. A. MILLER.