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Publication numberUS734058 A
Publication typeGrant
Publication dateJul 21, 1903
Filing dateJan 15, 1903
Priority dateJan 15, 1903
Publication numberUS 734058 A, US 734058A, US-A-734058, US734058 A, US734058A
InventorsCharles W Bennett, Berthold Goldsmith
Original AssigneeAmerican Tin Plate Company
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Machine for piling metal sheets.
US 734058 A
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Description  (OCR text may contain errors)

No. 734,058.y l PATENTED JULY 2T, 1903.

. G. W. BENNETT E E. GOLDSMITE.

MACHINE TOE PILING METAL SHEETS).

APPLICATION FILED JN. 15, 1903.

N0 MODEL. 2 SHEETS-SHEET 2 Smau/bww www0 "Berthold aomsmith M5@ Charlegwennett UNITED STATES Patented .Tuly 21, 1903.

' PATENT OFFICE,

CHARLESW. BENNETT, OF ELWOOD, INDIANA, AND BERTHOLD GOLDSMITH, OF PITTSBURG, PENNSYLVANIA, ASSIGNORS TO AMERICAN TIN PLATE COMPANY, OF NEW YORK, N. Y., A CORPORATION OF NEIV` JERSEY.

`MACHINE FOR PILING METAL SHEETS.

SPECIFICATION forming part of Letters Patent No. 734,058, dated July 21, 1903. Application filed January 15,1903. serial No. 139,099. (No model.)

T0 all whom t may concern.-

Be it known that we, CHARLES W. BENNETT, residing at Elwood,in the county of Madison and State of Indiana, and BERTHOLD GOLD- SMITH, residing at Pittsburg, in the county of Allegheny and State of Pennsylvania, citizens of the United States, have invented certain new and useful Improvements in Ma chines for Piling Metal Sheets, of which the following is a specification.

Our invention relates to an improvement in that class of machines for piling sheets of metal particularly described and claimed in our pending application, Serial No. 84,665.

The object of our present invention is to provide means for more certainly delivering the sheets from the endless carrier to the piling mechanism in such condition that there is no tendency for a sheet to double upon itself or become overturned. f

The accompanyingdrawings illustrate our invention.

Figure 1 is a side elevation, and Fig. 2 an end elevation. Y Y

In the drawings, 10 indicates the usual finishing-rolls, supported in a suitable frame 1l. Located adjacent the delivery side of the finishing-rolls is a carrying-od table 12,provided at that end adjacent the finishing-rolls with a driving-shaft 13, carrying a plurality of pulleys 14. Shaft 13 issupported at the upper end of two links 15, which are pivotally supported at their lower ends by a shaft 16, journaled on the frame 11. Shaft 16 carries suitable pulleys, over one of which is passed a belt 17, leading to a suitable pulley on shaft 13. Shaft 16 is driven by belt 18 from a counter-shaft 19, which is driven by any suitable means-such, for instance, as abelt 20, driven by one of the finishing-rolls. Located at the forward end of the carrying-off table 12, parallel with the shaft 13, is a shaft 21, which carries a plurality of pulleys 22, corresponding in number and arrangement to pulleys 14. Running overl each pair of pulleys 14 and 22 is an endless belt or carrier 23. The forward end of the carrying-off table is pivotally connected to collars 24, slidably mounted upon posts 25, which are parallel with the upright gage-face 26, carried by the annealing-box 27. The construction thus far described is substantially identical with the construction shown in the pending application already mentioned.

The forward end of the carrying-off table is supported, so as to be vertically adjustable upon posts 25, by chains 28, which are passed up over sprocket-wheels 29, carried by a shaft 30, supported in suitable bearings at the upper ends of posts 25. Shaft 30 carries at one end a worm-wheel 31, which meshes with and is held by a worm 32, journaled in a suitable bracket at the upper end of one of the posts 25. Mounted at the forward end of the carrying-off table 12, in front of the pulleys 22,

tioned each metal sheet as'it passes forward over the pulleys at the forward end of the carrying-off table is grasped between the endless carrier and friction-rolls which lie immediately above the pulleys at the forward end of the carrying-od table, and all of these pulleys are shown'as of the same diameter, the belt being maintained flat. It has been found, especially with light sheets, that there isa tendency for the forward or projecting end of the sheet asgit nears the time of discharge from between the endless carrier and friction-rolls referred to to drop below the rear end. In our present construction the two outer pulleys 22 are either increased in diameter or preferably are provided with radially-projecting flanges 34, which are of a greater' diameter than the diameter of the pulleys 22. Friction-rollers 35 are provided to cooperate with the intermediate pulleys 22, saidfriction-rollers being carried by a shaft 36, journaled in arms 37, carried by a shaft 38, the arrangement being such that yshaft 38 may be swung by lever 39, so as to throw rollers 35 into and out of coacting position. In operation, therefore, a sheet of metal as it is carried along by the movement of the belts 23 will come between the intermediate pulleys 22 and the coacting frictionrollers 35 and at the same time will have its edges brought into engagement with the4 flanges 34, so that these edges will be thrown up out of the general plane of the sheet, so

as to thus slightly concave the sheet. This concavity of the sheet is maintained until the rear end of the sheet passes from between the intermediate pulleys 22 and friction-wheels 35, and as a consequence the forward or projecting end of the sheet is maintained in the same plane as the rear end, so that the sheet is expelled from the carrying-oft table with all of its portions substantially in the same horizontal plane, and the sheet falls flat upon the pile. A single roller may be substituted for the pulleys 14 or 22, if desired.

We claim as our inventionl. In a carrying-off table for metal sheets, a rotary discharger therefor varying in diameter at different points in its length, and means for holding,r a sheet in engagement therewith whereby portions of the sheet in the line of travel are temporarily distorted from the general plane of the sheet.

2. In a carrying-od table for metal sheets, a rotary discharger therefor consisting of a series of pulleys the outer ones of which are of different diameter than the intermediate ones, and means for holding a sheet in engagement with said pulleys whereby the edges of the sheet are thrown out of the plane of the middle thereof, for the purpose set forth.

3. The combination, in a carrying-od table for metal sheets, of two series of pulleys, one

at each end of the table and the outer pnlleys of the forward series having portions of greater diameter than' the intermediate pulleys of said series, an endless carrier mounted upon said pulleys, and means for holding each sheet down upon the forward series of pulleys whereby the edges of the sheet are thrown out of the plane of the middle thereof, for the purpose described.

4r. The combination, in a carrying-olf table for metal sheets, of two series of pulleys mounted one at each end thereof and the outer pulleys of the forward series being of a diameter different from that of the intermediate pulleys, and means for holding each sheet in engagement with said forward series of pulleys, whereby the edges of the sheet are thrown out of the plane of the middle thereof, for the purpose set forth.

In witness whereof We have hereunto set our hands and seals.

CHARLES W. BENNETT. BERTHOLD GOLDSMITH.

lL- s]

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2843377 *Nov 14, 1955Jul 15, 1958Masson Scott & Company LtdSheet cutting and laying machines or apparatus
US3160413 *Jan 31, 1961Dec 8, 1964Time IncMethod and apparatus for supporting stacks of signatures
US4605211 *Aug 7, 1985Aug 12, 1986Canon Kabushiki KaishaAutomatic sheet processing device having tiltable collecting tray adjacent corner binder station
Classifications
Cooperative ClassificationB65H29/70