US3117740A

US3117740A - Removable cloth dyeing jig beam

Info

Publication number: US3117740A
Application number: US188707A
Authority: US
Inventors: Werner P Rose
Original assignee: Individual
Current assignee: Individual
Priority date: 1962-04-19
Filing date: 1962-04-19
Publication date: 1964-01-14
Anticipated expiration: 1981-01-14

Description

w. P. ROSE Filed April 19, 1962 REMOVABLE CLOTH DYEING JIG BEAM Jan. 14, 1964 INVENTOR. WERNER P Rosa BY M ATTORNEY United States Patent 3,117,740 REMQVABLE CLQTH DYEING HG BEAM Werner P. Rose, Oakland, NJ. (183 Autumn St, Passaic, N .5.) Filed Apr. 19, 1952, Ser. No. 188,707 1 Claim. (Cl. 242-684) 11113 'avention relates to a removable beam for use with cloth 'yeing jigs.

This application is a continuation-in-part of my application, Serial No. 686,238 filed September 25, 1957, now l atent No. 3,038,680, in which there has been claimed In combination with a cloth dyeing ji a chuck cutaway at its top part to receive the square ends of the present removable beam and conical projections within the chucks that are adapted when closed upon the ends of the beam to enter conical recesses therein so as to center the beam for even running in the dyeing jig. The present ap licatron v ill be directed to the beam by itself.

it is the principal object of the present invention to provide a removable beam for use in cloth dyeing jigs that while made to be adaptable for use in a jig having chucks for receiving square ends thereof, it may also be used by the insertion of a square drive rod therethrough as a standard wood roll commonly used in present day cloth dyeing jigs without chucks and other preceding and following processing equipment such as bearners, frames, peddlers, calenders etc.

It is anoth-- object or" the invention to provide a removable dy g beam in which the beam will be so constructed that an easy insertion of the square bar into the beam w l be had by provision therein of an internal guide tube extending within the beam between and bead members having conical surfaces at square openings in t e respective head members with which the bar has a di ving relationship.

it is still another object of the invention to provide a removable beam for cloth dyeing jigs having square ends for receiving opposing chucks in which absolute centering of the beam upon the chuck cones will be had.

Other objects of the invention are to provide in a removable dyeing jig beam, having the above objects in which is or" simple construction, inexpensive to acture, made of metal, li ht in weight, easy to handle interchangeable, strong, true running, efiicient an: errective in For a better understanding of the invention, reference may be had to the folio-win. detailed description taken in connection with accompanying drawing, in which:

FIGURE 1 is an enlarged fragmentary and side elevational View or" the removable beam dyeing jig bearing opposing chucks and the removable beam of the present invention disposed and drivingly connected therebetween,

Z is an enlarged vertical sectional view taken through one of the square ends of the beam and looking in full elevation upon the end face of the cutaway chuck or" the jig, the view being taken on line 22 of PEG. 1,

FIG. 3 is an end elevational view of the removable -eam,

FIG. 4 is a fragmentary longitudinal sectional view of the removable beam as viewed on line 4-4 of FIG. 3 with ill stration made as to the manner in which the square bar is used to handle the beam as a wood roll,

56. 5 is a vertical se iional View of t e removable earn as viewed on line 55 of FIG. 4,

F16. 6 is an enlarged fragmentary longitudinal sectional view of the cutaway chuck and of one end of the removable beam centered therein,

FIG. 7 is a fragmentary view of a modified form of the removable beam as the beam is centered on the chuck cone, and

FIG. 8 is an end elevational View of the modified removable beam shown in FIG. 7.

in the above-mentioned patent application, there is made a full showing of a cloth dyeing jig of the type in which this present beam is used and of severeal views of the beam, and now presently shown in this application but in addition, there has been added as in FIGS. 7 and 8, a modified beam construction and the angle of the conical surfaces in the ends of the beam being enlarged to have circular line contact, rather than full conical face area, with the cones of the chuck, whereby absolute centering of the beam within the opposing chuck is eitected. In FIGS. 1, 2 and 6, there are shown upright projections 15 and 17 of a cloth dyeing jig that respectively carry bearing blocks 18 and 19, the bearing block 18 being adjust able in a guideway 21 by a hand adjusting screw 22 and supp- 1 ing for rotation a cutaway chuck 23. At the other side of the dyeing jig, the bearing block 19 is fixed on the upwardly extending projection 17 and has journallcd thereon a cutaway chuck 24 that is driven by a sprocket 25 and chain 26. The

cutaway chucks

23 and 24 are adapted to receive and support a metal jig beam 27 constructed according to the present invention with

end heads

28 and 29 by their squared end extensions 23 and 29' that are received and centered in the respective chucks 23 and The bearing block ill having the chuck 23 is adjusted by the hand screw .32 toward the chuck 24 and the fixed bearing block It.

The squared ends 28 and 2-? are formed upon the respective end heads and 2.9, which heads are fitted in the ends of a beam sleeve 31 abutting respectively shoulders 32 and formed on the sleeve. The beam end heads 28 2-9 and the sleeve 31 are of metal and they are tightly fitted together or secured in any well known manner to form a rigid light weight structure. These

end heads

28 and 29 are respectively provided with

square openings

34 and 35 for receivin a square bar 36 when the beam is to be used as a wood roll. The square drive bar 36 can be led through the beam and the square openings and 35 by insertion into a conical starting

opening

37 or 33 of the squared end extension of either

beam head

23 or 2?.

In order that the square drive bar 36 can be easily led from one end head to the other within the beam, the inner faces of the respective heads 28 and 2-? are formed with

countersunk recesses

41 and 42 and are joined together by a central internal bar guide tube 43 slightly larger in dis-meter than the bar 36 and such as to receive the diagonal corners thereof. The bar ends on passing the ends of the tube 4-3 are guided along the conical suraces of the

countersunk recesses

43 and 42 into the

reective square openings

34 and 35 of the end heads. T. us it will be seen that the square bar 3-5 can be passed through the beam with little interference and as r" the beam were solid with a single axial hole extending rough he same.

The

cutaway clutches

23 and 24 respectively have a circular plate 44 that has a cone projection 4-5 and an inner clutch member 46 with a square opening for receiving the squared end 128 or 29'. The inner clutch member is cutaway and is held against rotational and axial displacement in an outer shell 47 by a key 48 and a set screw 49 that forces the key into a keyway in the inner member do and holds it against axial displacement therefrom. The plate 44 bearing the cone is held against rotational displacement by a set screw The base of each

clutch

23 and 24 has a shank 51 that is carried in roller bearing assemblies 52 and 53 in the bearing block '13 and are respectively held therein by respective end plates 54 and 55.

As will be best observed in FIG. 6 the cone projection 45 is of less diameter than the conical end opening 37 in the beam end extension 2%. The outer chuck sleeve portion 47 is cutaway as also is the inner chuck member 46 so that the square ends of the beam can be rested on square bottom 55 of inner member 45 prior to the chuck being moved and the beam extended into the square openings of the inner chuck members. The sides of the inner chuck members are built up from the bottom opening as best seen at 57 and 58 in FIG. 2.

In FIGS. 7 and 8, there is shown a beam 61 and a chuck 62 that are constructed dilierently. According to this form of the invention, the beam 61 has an end head 63 with a large square end opening 64- that loosely receives a square projection 65 of the chuck 62 and which has a conical extension as that is adapted to enter a conical surface 67 corresponding to the

conical surface

37 or 38 of the beam 27 leading from a square bar opening in the head 63 and to which there is aligned a central guide tube 69 and with main sleeve 70 in the same manner as best illustrated in PEG. 4 of the first form of the invention. The internal surf-ace of the conical opening 67 is of larger diameter than the surface of the cone extension 66 and with the looseness in the square opening 64, the beam can be centered as the chucks are adjusted to contain the beam 61. With this beam there is no rest for the beam in making the engagement with the chuck 62 as with the cutaway chucks used for the beam 27 of the first form of the invention. The chuck 62 is similarly journalled in a bearing block 71 that is adjustable in a guideway '72 by a hand adjusting screw 73. Both forms of the beam have the central tube for facilitating the extending of the 'bar 36 through the beam as when the beam is to be used as a wood roll.

It should now be understood that the openings in the chucks are slightly over-size and with the angles of the two conical surfaces being slightly different in order that the cone projections 45 and 66 can be readily accommodated in their respective conical openings in the ends of the beam and such that the ends of the conical projections will have circular line contact with the surfaces of the conical openings and so that absolute centering of the beam in the jig is effected.

lt will also be apparent that not only as with the first form of the invention, the beam can be easily disposed in the chucks to be driven by them, and can be absolutely centered therein, but that by the provision of the central tube lying within the beam and extending between the squared end heads of the beam, a square l drive bar can be easily extended through the beam without interference or obstruction and as if being extended through a central bore of: a solid beam.

It will be further apparent that there has been provided a beam adapted for use withcloth dyeing jigs, which is light in Weight, readily interchangeable with the dyeing jig, can replace the standard wood bearn, will be true running, and inexpensive to manufacture.

While various changes may be made in the detailed construction of the beam, it shall be understood that such changes shall be within the spirit and scope of the present invention as defined by the appended claim.

What is claimed is:

A removable beam for cloth dyeing jigs and other cloth treating apparatus, said beam comprising an elongated cylindrical beam sleeve, beam heads having cylindrical bodies fitted in the ends of the sleeve and closing the same, integral extensions on the cylindrical bodies, said extensions having conical openings in the outer ends thereof, each cylindrical body and adjacent end extension having a square axial opening terminating at one end at the inner end of the adjacent conical opening and at its other end in a conical countersunk portion, in the cylindrical body, and an elongated tube extending longitudinally through the center of the sleeve from cylindrical body to cylindrical body in axial alignment with the square openings therein, the ends of the tube being fitted in the conical countersunk portions of the openings in the cylindrical bodies, said conical opening and said conical'countersunk portion of the opening in each cylindrical body being adapted to receive and guide the leading end of a square driving bar inserted through either cylindrical body and tube, the end extensions being square in cross section to be received in chucks of a jig having square socket openings, said central tube being adapted to guide the movement of the driving bar during insertion.

References Cited in the file of this patent UNITED STATES PATENTS 1,545,661 Johnson July 14, 1925 1,555,184 Choate et al. Sept. 29, 1925 1,960,452- Parsons May 29, 1934 2,208,545 Mackey July 16, 1940 2,491,917 Brouwer et al. Dec. 20, 1949 2,625,335 Atwood Jan. 13, 1953