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Publication numberUS2184744 A
Publication typeGrant
Publication dateDec 26, 1939
Filing dateJun 11, 1937
Priority dateApr 29, 1933
Publication numberUS 2184744 A, US 2184744A, US-A-2184744, US2184744 A, US2184744A
InventorsJonas Jonassen
Original AssigneeTri State Cap & Cap Machinery
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Reeling mechanism
US 2184744 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

J JONASSEN REELING MECHANISM Dec. 26, 1939.

Original Filed April 29, 1955 INVENTOR d BY @MMW AT RNEYS Patented Dec. 26, 1939' UNITED STATES REELING MECHANISM Jonas Jonassen, South Ozone Park, N. Y., as-

signor to Tri State Cap & Cap Machinery 00., Inc., Newark, N. J., a corporation Original application April 29, 1933, Serial No. 668,571, now Patent No. 2,083,566, dated June Divided and this application June 11, 1937, Serial No. 147,652

I 7 Claims.

This invention relates, to winding or reeling mechanism and more particularly to mechanism for reeling long strips of blanks for various articles such as containers, container covers and the like.

One of the principal objects of the invention is to provide an improved reel for such mechanism and another object is to provide a novel and convenient tension controller or loop controller for this type of apparatus. Another object is to provide such a loop controllerwhich is adapted to maintain the rear part of the winding stripmaterial in a comparatively slackened condition and to maintain the forwardportion or that 5 between the loop controller and thereel in a more taut condition. I

This application is a divisional application 0 subject matter divided from my co-pending application, Ser. No. 668,571,- filed April 29, 1933, o Machines for making material for containers, container covers and the like, now Patent No. 2,083,566, of June 15, 1937, to which reference may be had.

The means I prefer to employ for accomplishing the above objects together with other advantageous features of my invention are illustrated in the drawing accompanying and forming part of this specification and in which- Figure l is a diagrammatic side elevation of my improved reeling mechanism showing parts in section.

Fig. 2 is a diagrammatic plan of the same also showing parts in section, and

Fig. 3 is a detail side elevation of one of the reel collars.

Referring to the drawing, the letter D refers generally to the reeling or winding mechanism and B refers to any suitable mechanism used in conjunction with the reeling mechanism, such as a stamping, embossing or other mechanism.

The reeling or winding mechanism is preferably furnished with longitudinal frame members such as In and II, the latter being preferably secured to the member Ill by suitable bolts and the member Ill being supported by suitable means connected with the floor such as the strut I 2. In this instance-the member ID is secured to the forward end of the frame 2 of the mechanism B.

Carried by the right hand portion of the mem- 50 her H is the reel l4 which includes two comparatively large disks [5 and I6,.the disk [5 being integral with a cylindrical portion or drum ll having a hub l8 by which it is mounted on the shaft 19, the said shaft I! being rotatable in the bearing 28 of the frame member H and having suitably secured to it a grooved wheel or pulley 2| by which it is rotated. The wheel 2| is turned by the belt 22 which itself is driven by the grooved wheel 23 secured to the shaft 5 which is journaled on the frame 2.

There is a shaft 21 having feed rollers 24 secured to it and also a gear 26 meshing with a gear .25 secured to the shaft 5., The shaft '5 has a feed drum or roller 28 fastened to it and is turned by suitable power means (not shown) connected with the stamping or other mechanism B used in connection with the reeling mechanism and said means are suitably timed to act with said mechanism B.

The hub I8 of the reel I4 is externally screw threaded and mounted on itis a hand nut 30 which normally holds the flanged member 3! against the disk IS, the said flanged member having a recess 32 in which the hand nut lies. The shaft i9 is reduced in diameter and screw threaded at 33 and on it is anut 34 which is effective for adjusting the spring 35 coiled around the portion 33. The spring 35 bears against a collar 36 which is slotted at 36a to engage a pin 33a secured in the portion 33 of said shaft iii. The collar 36 bears against the free collar 4| which in turn bears against the hub 18.

There is a drum or wheel 38 secured to a shaft 39 rotatable in a bearing 40 mounted on the frame member ll. secured to its rearward part and said sprocket is driven by a chain 43 driven by the sprocket 44 on the shaft 5.

On the frame member 10 is secured a bracket 45 which supports the guide member or chute 46 for supporting and guiding the web or strip of material S, which is permitted to pass downwardly at SI and then to be drawn upward through the fiat tube 41 which is mounted by means of its. ears 48 on a rod 49 secured transversely on the frame member II.

The upper part of the flat tube 41 has a resilient device 50 in the form of a slightly bent thin plate or spring leaf or extension and which element normally bears lightly on the drum or wheel 38 and when the strip S is drawn around the drum 38 on rotation of the same, the plate against the disk l5 so that the reel proper consisting of the plates I5 and I6 and drum I1 is frictionally held between the flanged member 3| and the face plate 5! and consequently the shaft The shaft 39 has a sprocket 42 loop SI and then up into the tube 41.

I9 can turn at a slightly greater speed than the reel proper. This being the case the difference in rates will increase as the strip S is reeled and piles up between the disks I5 and I6. Thus it is practicable to reel up any amount of web the reel is capable of holding, with one speed of the wheel 2|.

The rod 49 acts as a pivoting means for the tube 41 and spring plate 50 which members will act as one if oscillated on the rod 49 and thus the plate 50 can be made to bear more or less on the blank strip S. The tightness of the fit of the parts will usually be sufficient to hold the plate and tube in any desired position with relation to the wheel 38.

The shaft 5 operates at a constant speed and the shaft I9 operates at a constant speed but more slowly than the shaft 5 due to the larger diameter of the pulley 2I. Also the shaft 39 operates at a constant speed but more slowly than the shaft 5 due to the sprocket 42 being of larger diameter than the sprocket 44. The drum 3B is of larger diameter than the sprocket 42 but its surface speed is slightly less than that of the drum I! when the latter is driven atits slowest speed. Consequently the part of the strip at $2 is always in a taut condition.

The operation of the reeling mechanism is as follows:

The strip of blanks S is fed through the feed drum 28 and rollers 24 to the stamping or other mechanism B. From the mechanism B the strip S passes through the chute 46 and then passes downwardly over the curved portion 46a into a Then upward through said tube under the plate 50, around the wheel or drum 38 to the reel I4.

The peripheral speed of the reel I4, if there were no slippage in the friction drive thereof, would be slightly greater at least than the peripheral speed of the feed rollers 24 and. cooperating drum 28. causes a drag on the strip S, so that the strip S is maintained taut between the reel I4 and drum 38, but given a certain amount of slackness between the drum 38 and feed rollers 24 resulting in the loop SI which tends to increase or decrease according as the pressure of the plate 50 permits. Slightly oscillating the tube 41 and plate 50 causes the latter to bear more or less on the strip S, so that the size of the loop SI can be made to vary. Ordinarily the mere closeness of the fit of the ears 48 on the rod will be sufficlent to hold the tube 41 in such position that the plate 50 can be given the desired pressure on the strip S, but if desired the ears 48 can be made with suitable clamping means so that the tube 41 can be positively clamped in position.

What I claim is:

1. A loop control embodying a continuously rotary web driving member, a guide tube for the The spring plate 50, however,-

web extending transversely to the normal direct line of travel of the web to produce a loop therein, and resilient means thereon to press an adjacent part of the web against the rotary driving member.

2. A loop controller embodying a rotary wheel, a guide tube adjacent said wheel extending transversely to the normal direct line of travel of the web to produce a loop therein and having a resilient element at its upper part overhanging the wheel, and means whereby the resilient element can be brought nearer or farther from said wheel.

3. A loop controller embodying a cylindrical rotary member over which a strip of blanks can pass, means to rotate said member, a flat guide tube extending transversely to the normal direct line of travel of the web through which said strip can pass to engage said rotary member, a spring plate joined to the upper part of the guide tube, and pivoting means located below the rotary member whereby the spring plate can be brought nearer to or farther from the blank strip.

4. Web reeling mechanism having in combina tion therewith means for maintaining a depending loop in the web advancing to the reeling mechanism comprising a rotary feed drum, a depending tubular guide member located in front of said feed drum, and a resilient member to press the web against said roller.

5. In cor bination, in a reeling mechanism, web I feeding met ns, guide means after the web feeding means, loop controlling means after the guide means and including a rotary drum, a, guide element and a spring leaf, both of the last two elements disposed transversely to the length of the mechanism, a rotatable reel, and slippable means to drive the reel.

6. In combination, in a reeling mechanism, a longitudinal guide chute, means for advancing a strip of material along said chute, a pivoted tubular loop controlling member adjacent the delivery end of said chute and arranged transverse to the length of the mechanism, a strip feeding drum above the pivotal aXiS of said tubular member and cooperative therewith, a reel after said drum, means to rotate the drum, and friction means to rotate the reel at a greater speed than that of the drum and said first mentioned means.

7. In combination, a positive web feeding means, a winding reel, an impositive frictional rotary drive for said reel, and web control means located between the web feed and the winding reel to vary the slippage of said reel drive and maintain a limited amount of slack in the web in advance of said web feeding mechanism comprising a rotary driven drum over which the web

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2567347 *Jul 30, 1949Sep 11, 1951Nat Standard CoStranding machine
US2581190 *May 10, 1948Jan 1, 1952R H OtisTape dispensing reel and angle crimper
US2597877 *Sep 4, 1946May 27, 1952Interchem CorpWeb handling device
US2690883 *Jun 27, 1951Oct 5, 1954Crosweller & Co Ltd WApparatus for winding flexible material into roll form
US2785866 *Apr 15, 1952Mar 19, 1957Bureau Bbr LtdMachine for wrapping concrete containers with wire
US2929571 *May 28, 1954Mar 22, 1960Gen ElectricOscillograph film holder
US3218000 *Feb 18, 1963Nov 16, 1965Wilson Eng Co Inc LeeStrip handling apparatus
US4213576 *Jun 4, 1979Jul 22, 1980Lars MagnusonSpool making machine
US7384586Mar 23, 2004Jun 10, 20083M Innovative Properties CompanyMethod for flexing a web
US7399173Mar 23, 2004Jul 15, 20083M Innovative Properties CompanyApparatus for flexing a web
US7753669May 1, 2008Jul 13, 20103M Innovative Properties CompanySystem for flexing a web
US7998534Sep 26, 2007Aug 16, 20113M Innovative Properties CompanySystem and method for controlling curl in multi-layer webs
US8647556Sep 26, 2007Feb 11, 20143M Innovative Properties CompanySystem and method for controlling curl in multi-layer webs
US8871298Feb 7, 2007Oct 28, 20143M Innovative Properties CompanyMethod for manufacturing on a film substrate at a temperature above its glass transition
Classifications
U.S. Classification242/535.3, 12/1.00A, 242/545.1, 226/195, 346/136
International ClassificationB21C47/02, B21C47/04
Cooperative ClassificationB21C47/04
European ClassificationB21C47/04