Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.


  1. Advanced Patent Search
Publication numberUS3675868 A
Publication typeGrant
Publication dateJul 11, 1972
Filing dateApr 22, 1969
Priority dateApr 29, 1968
Also published asDE6917132U
Publication numberUS 3675868 A, US 3675868A, US-A-3675868, US3675868 A, US3675868A
InventorsPiattelli Giuseppe
Original AssigneeSanta Lucia S A S Off Mec
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Machine for beaming knitted fabrics of common and anti-ladder type or the like on to dyeing beams or cardboard rollers
US 3675868 A
Apparatus for winding knitted fabrics onto a beam or roll comprises an endless conveyor feeding to a cylinder which is in peripheral contact with the growing roll of fabric on the beam and also tangential to the endless conveyor. As the diameter of the roll of fabric on the beam increases, the cylinder is pushed away from the beam and this actuates a control to move the conveyor away from the beam so that the conveyor and the cylinder and the periphery of the roll of fabric maintain their same general relation to each other.
Previous page
Next page
Claims  available in
Description  (OCR text may contain errors)

United States Patent Piattelli 1451 July 11, 1972 [54] MACHINE FOR BEAMING KNITTED [56] References Cited LADDER TYPE OR THE LIKE ON TO 380,139 3/1888 S cholfield ..26/61 DYEING BEAMS 0R CARDBOARD 2,196,000 4/1940 Richardson. ....242/65 ROLLERS 2,261,014 10/1941 Bernard ....242/68.4 2,914,267 11/1959 Means ....242/67.1 [721 lnvemo" Giuseppe Momecatml-Temlea 3,075,719 1 /l963 Hornstein et al.... .242/68.4 x Italy 3,179,976 4/1965 Nash ..26/61 x [73] Assignee: offi i Meccaniche Santa Lucia 3,279,718 10/1966 Arterton et a1. ..242/67.] [22] Filed: April 22, 1969 Primary Examiner-Stanley N. Gilreath Assistant Examiner-Werner H. Schroeder [21] Appx'No'z 818,342 AttorneyYoung&Thompson [30] Foreign Application Priority Data [57] ABSTRACT Apparatus for winding knitted fabrics onto a beam or roll Aplll 29, 1968 Italy .3301 lA/68 comprises an endless conveyor feeding to a cylinder which is in peripheral contact with the growing roll of fabric on the [52] U.S.CI ..242/67.1,242/65,242/68.4 beam and also tangential to the endless conveyon As the [51] InLCl ..B65h 17/08 dia et r of the roll of fabric on the beam increases, the [58] Field of Search ..242/55, 56,64, 65, 66, 67.1, cylinder is pushed away from the beam and this actuates a control to move the conveyor away from the beam so that the conveyor and the cylinder and the periphery of the roll of fabric maintain their same general relation to each other.

3 Claims, 3 Drawing Figures PKTENTEDJUL 1 1 I972 SHEET 1 BF 3 INVENTOR you, 15%,M

fflomuu ATTORNEYS BYs/e PZTENIEMLH m2 3.675.868

SHEET 2 [3F 3 I m 9 L I MACHINE FOR BEAMING KNI'I'I'ED FABRICS OF COMMON AND ANTI-LADDER TYPE OR THE LIKE ON TO DYEING BEAMS OR CARDBOARD ROLLERS The object of the present invention is to provide a machine for beaming fabrics of various kinds according to the chain system, as applied on the tenter frames, said beaming operation being performed in such a manner that the fabric width is constantly maintained under a dimensional control so that said fabric will be applied successively on the dyeing beam with a dimension predetermined by the operator and compatible with the fabric characteristics and having each of its selvages or edges well laid out and arranged exactly in a line.

It is known that for carrying out modern treatments the textile art requires the provision of beaming machines of such a type which allow the fabric to be beamed in such a manner that each of its selvages is maintained well spread and laid out exactly in a line, its width has a value determined in advance, while its winding tension is duly controlled. These requirements become more important in a dyeing process of antiladder knitted fabrics and jersey fabrics, where the most considerable faults result from incorrect winding of the fabric on the dyeing beam.

The present invention solves the main problems of the beaming process, since it provides that the fabric is fed entirely spread on the chains and that it is caused to emerge from the grip of the chains and to wind on a rubber coated roller without any loss of continuity, said roller or cylinder acting against the effect of the winding unit so that it enables the fabric to be laid on the beam, maintaining said'fabric always guided and accompanied during the beaming operation so that said fabric can be wound with a predetermined width and having its selvages well spread and exactly aligned.

The peripheral speed of the fabric roll is always maintained constant either at the minimum or the maximum diameter.

The following specification and the accompanying drawings will disclose in more detail the principle of the invention.

In the drawings:

FIG. 1 shows a diagrammatic side view of the beaming machine;

FIG. 2 is a top view of said machine, partly broken away; and

FIG. 3 is a fragmentary side view of the beam and its connecting and supporting means.

Now referring to FIG. 1, the machine comprises the entry frame head 2 for the fabric 1, said head being associated with a braking means 3 and a guiding loose roller 4; 5 is a platform for the operator. The beam 7 is carried by the stationary shoulders 6. The feed unit is pivotally mounted at 8 and comprises the shoulders 9, an idle cylinder 10, spreading rollers 11 driven at a variable speed and an idle cylinder 12 designed to control the amplitude of the wrapping arc of the fabric around the spreading rollers 1 1; 13 is a selvage opening out device for selvedge provided two, three or four rollers. Across member 14 connects the shoulders 9 to each other, on said shoulders being mounted all the control devices; said cross member 14 serves also to carry the movable shoulders 15 of an endless chain conveyor device, said shoulders 15 being each articulated about a hinge 23 having a vertical axis. Each of said shoulders 15 at its other end rests on the cross member 14 by means of a wheel 36 and can be caused to rotate about its hinge 23 by means of a screw 16 (according to the direction shown by an arrow in FIG. 2).

The female thread, wherein each screw 16 is engaged, is slidably housed in an elongated hole 37 in shoulder 15 in order to allow swinging movements of the pertinent shoulder 15 about its hinge 23, said shoulders 15 being able to be adjusted independently of each other.

17 are the chains which may be of any suitable kind, the tensioning of which is controlled by an automatic tensioning device 18; at 19 is indicated a short rectilinear section of the chain length, and 20 is the driving shaft of the chains driven by gears 21. The distance between the shoulders supporting the chains 17 may be adjusted by means of the big screws 22 for the purpose of obtaining the desired width of the fabric.

On the base 24 which connects the stationary shoulders 6 to each other is mounted a driving device 25 designated to raise or lower the whole unit which feeds the fabric. Said driving device 25 is pivotally connected to said base 24 as well as to the shoulders 9 so as to be able to transmit up and down movements under the control of control means. Levers 26 are pivoted at 27 and carry a cylinder 28 which rotates in synchronism with the chain speed. A device 29 is provided so as to act inresponse of the angular displacements of the lever arms 26 so as to impart a start signal to the device 25 so that this latter can cause the assembly to move away from the beam 7 as the diameter of the fabric roll on the beam increases.

In the top view of FIG. 2 may be seen some of the structure as already described with respect to FIG. 1.

FIG. 3 shows a detail of means provided to clamp adjustably the beam 7, said means comprising a clutch 31 associated with gears which enable to adjust the clamping force acting on the beam 7, a shaft 32 carrying a worm screw, a spiral ring bevel gear 33 meshing with a helical rack, made integral with a clamping hollow shaft 34, said transmission enabling to transform a rotary motion of the spiral ring bevel gear 33 into an axial displacement of the shaft 34. The assembly is driven by an electric motor not shown in the drawings.

The principle on which is based the present invention consists in the fact that the beam is mounted in a fixed position so that it does not transmit its weight, which increases the more and more fabric will be wound onto it and onto the other devices of the machine, and that the increase of the beam diameter moves a swinging cylinder 28. Said swinging cylinder 28 feeds the fabric at the same speed as the chain 17 travel and also provides to take off said fabric from said chains, alwaysmaintaining itself tangent to these latter.

The increase in the beam diameter generates an angular movement of the lever arm which by means of the device 29 actuates a control device 25 which causes the feed unit to be moved downwards together with the chain system.

The swinging cylinder 28 always remains against the wound up fabric 1 so that in response to the diameter increase of the fabric roll on the beam 7 there occurs a downwards displacement of the assembly, thanks to the control device 29 associated with the levers 26 carrying the said cylinder 28.

What is claimed is:

1. Apparatus for winding fabric on a roll, comprising a rotatable roll for receiving fabric thereon, an endless conveyor for feeding fabric in the direction of said roll, a cylinder that bears against said roll and is tangential to said conveyor and about which said fabric passes from said conveyor to said roll, said cylinder bearing peripherally against the fabric on the roll and having its axis parallel to the axis of said roll, means mounting said cylinder for movement away from said roll under the pressure of the fabric of increasing diameter on said roll, means mounting said conveyor for movement toward and away from said roll, and means responsive to said movement of said cylinder to move said conveyor away from said roll thereby to maintain said cylinder tangential to said conveyor.

2. Apparatus as claimed in claim 1, said cylinder being disposed beneath said roll and said conveyor being disposed beneath said cylinder, said conveyor moving downward upon an increase in diameter of said roll.

3. Apparatus as claimed in claim 2, said means mounting said cylinder comprising a lever arm pivotally mounted inter mediate its length and carrying said cylinder at the end and said responsive means at its other end.

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US380139 *Nov 27, 1886Mar 27, 1888 scholfi-eld
US2196000 *Jun 1, 1938Apr 2, 1940Gen ElectricBeam drive
US2261014 *Apr 21, 1939Oct 28, 1941Goss Printing Press Co LtdWeb roll feeding mechanism
US2914267 *Aug 6, 1956Nov 24, 1959Kalamazoo Vegets Le ParchmentPaper winding apparatus
US3075719 *Dec 15, 1958Jan 29, 1963Jagenberg Werke AgMethod of and apparatus for the longitudinal cutting and subsequent winding of a paper web
US3179976 *Sep 5, 1962Apr 27, 1965Marshall And Williams CorpApparatus for stretching webs
US3279718 *Jan 18, 1965Oct 18, 1966Hobbs Mfg CompanyDensity control apparatus for roll winding machine
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3844502 *Feb 12, 1973Oct 29, 1974Marshall & Williams CoApparatus for controlling the winding of web material on a dye beam
US4175714 *May 18, 1978Nov 27, 1979Beloit CorporationMethod and apparatus for reeling a plurality of ribbons
US4407332 *Aug 5, 1981Oct 4, 1983Alexander Iii William JWeavers platform assembly and cloth guide
US4493460 *Mar 29, 1982Jan 15, 1985G. O. Stumpf Gmbh & Co. KommanditgesellschaftApparatus for depositing a web of material on a table
US5551171 *Aug 15, 1994Sep 3, 1996Sulzer-Escher Wyss GmbhWinding device for a fiber web
US6215205 *Aug 6, 1996Apr 10, 2001The Goodyear Tire & Rubber CompanyAdjustable length conveyor system
U.S. Classification242/535.4, 26/89, 242/542, 26/74
International ClassificationB65H19/22, B65H23/02, B65H20/00, B65H20/06
Cooperative ClassificationB65H19/2238, B65H23/02, B65H20/06
European ClassificationB65H20/06, B65H23/02, B65H19/22B