US1469099A - Ferrotyping, polishing, and drying apparatus - Google Patents

Description

A. L. MAYER FERROTYPING, POLISHING, AND DRYING APPARATUS Sept. 25

Filed Sept. '7. 1922 3 Sheets-Sheet 1 Sept. 25 .1923. mwmg A. l... MAYER FERROTYPING, POLISHING, AND DRYING APPARATUS Filed Sept. '7, 1922 3 Sheets-Sheet 2 Sept. 25, 1923. 11,%,9

A.L.MAYER FERROTYPING, POLISHING, AND DRYING APPARATUS Filed Sept 7, 1922 a Sheets-Sheet 5 Patented Sept. 25, E923.

marten stars ALVIN LOUIS MAYER, OF NEW YORK, N. Y.

FERROTYPING,POLISHIN G, AND DRYING APPARATUS.

Application filed September 7, 1922. Serial No. 586,767.

To all whom it may concern:

Be it known that I, A VIN LOUIS MAYER, a citizen of the United States, and resident of New York, in the county and State of New York, have invented certain new and useful Improvements .in Ferrotyping, Polishing, and Drying Apparatus, of which the following is a specification.

It has been customary in the preparation of ferro-typed prints to use a pluralit of rectangular plates which are polishe by hand from time to time. The ferro-type tin plates are washed, then polished and the photographs placed upon them. The water is then squeegeed through a hand operated roller and the photographs are allowed to dry upon the ferro-type tin plates by being placed upon racks to be air dried.

All of these operations are manual and consequently varying results are produced because of the impossibility-of performing each operation exactly alike at all times. Moreover considerable time is required to perform all of these operations.

My invention is designed to overcome these objections, and perform the steps of squeegeeing, polishing, drying, and the like in their proper sequence automatically and thereby produce a uniformity of result obtainable in no other way.

I provide a rotary internally heated drum around which passes a thin metal belt upon which the photographs are placed, and a canvas belt, the photographs being between the two belts and the canvas belt being next to the heating drum. Means are also providedfor polishing the metal belt and pass ing it between two squeegee rollers. The

device may be driven by a motor and such speed selected as will thoroughly dry the ferro-typed prints in their passagethrough the device. p v

Various other objects will be evident from the following detailed description and the appended claims.

Inthe drawingsz'. Figure 1 is a side elevation, somewhat diagrammatic in character. Figure 2 is a vertical cross section on the line 22 of Figure 1.

Figure is a fragmentary detail of the polishing rollers showing them removed from contact with the belt.

Figure 4 is a sectionon the line 4 -4-01? Figure 3.

Figure 5 is a detached detail view of the shifting devices.

Figure 6 is a diagrammatic view showing a modification employing a plurality of heated drums.

A frame is formed of two pairs of upright standards 1 and 2, which are connected at the sides by pairs of bars 3, a and 5. In the bars 4 is mounted a gas pipe/6 which may be perforated to serve as a burner, and is connected in any desired mannerto a source of gas supply. This pipe serves as an axle about-which revolves a drum 7 having a series of vent holes 8 in its sides and near the center a large hole 9 for observation purposes and to enable the gas burner to be readily lighted. This drum is made up of a corrugated metal surface indicated at 10.

A. driving drum 11 has its axle mounted in the uprights 2 and is provided at one end with a worm gear 12 which meshes with a ,worm' 13 on the upper end of a rod 14 mounted in bearings 15 on the side bartand a retainer 16 on the side bar 3. At its lower end this rod has a pulley 17 around which passes a belt 18 which also passes around a pulley on a motor 19. In this manner the operation of the motor drives the drum 11 and produces the movements of the bel s about to be described.

An idler pulley 20 has its axle ends mounted in blocks 21 sliding in slots 22 in one end of the side bars 5, and these blocks are adjusted in position by screws 23 in a well known manner. A belt 24 of canvas or similar soft material passes around'thi-s idler 20. Starting for example at the point an the course of this endlessbelt may be traced as follows. It passes around the idler, downward and next to the heated drum 7, up to a point about in line with the side bar 4 when it lea ves the heated drum and passes over theidler 25 mounted in the sidebars 5. After leaving this idler it again contacts with the heated drum and finally passes under the driving drum 11 and up to the ,point x. p An idler 26 is carried. by the extended ends of the side bars 4 and is adjusted similarly to the idler 20. A pair-of pivoted arms 27 carry a squeegee roller 28" and a cooperating for carrying off the Water.

A second belt 32 made of relatively hard metal thin enough to bend readily may be traced as follows starting from the point '0. It passes up and over the idler 26, between the squeegee rollers 28 and 29 which are drawn towards each other by a spring, 33, down under the heated drum 7 contacting directly with the canvas belt 24, up over the idler 25, from thence to the heated drum, under and around the driving drum 11, up over an idler 34 mounted in the upper ends of the standards 1,. down over a small idler 35 similarly supported after which it contacts with a waxing device36, under a larger drum 3? and upwards to the starting point o.

The pulley 7 5 is loosely mounted on shaft of drum 3'] and is driven by a belt 38 from the motor 19, and through a belt 39 it drives a pair of polishing or butting rollers 41 which are mounted to press the belt against the large drum 37. These rollers are carried by a pair of arms pivoted to the cross bar 3 andat their lower ends are attached to a pair of sliding blocks 42 on a rod 43 supported in suitable bearings 44. Each block 42 has'an angular slot 45 therein which are arranged in opposite directions. Pins 46 on the shaft 43 enter these slots, so that a rotation of the shaft will cam the blocks in opposite directions and thereby move the arms 40 about their pivot points to carry the rollers 41 out of contact with the drum 37, or from the position shown in Figure 1 to that shown in Figure 3. Springs 47 interposed between the blocks 42 and the bearings 44 tend to hold the blocks at their inmost position and keep the rollers 41 in operative relation to the belt and drum. A pedal 48 is attached to one shaft 43 for the purpose of rocking the same and may be connected to a similar shaft 43 at the opposite side of the device by a link49 (see Figure 4),

A pair of toggle links 50 are pivoted at 51 to the arms 40 near their lower ends and at their upper end carry an idler roller 52 over which passes the belt 39. When the pedal 48 is operated to move the rollers 41 out of operative position, these links allow the idler roller to drop and slacken the belt so that the rollers 41 need not be driven when not in use.

' This mechanism is omitted from Figure 3 for the sake of clearness.

Carried by the side bars 5..at one end is a tray 53 which receives the prints as they come from the metal belt 32.

Figure 6 shows in diagrammatic form an arrangement in which, a second heating drum '7 maybe employed in addition to the first drum. An additional idler 54 is provided for the canvas belt and an additional idler 55 forthe metal belt. The other parts are similar to those shown in the first modification. It will be noted that whereas the can- 'vas belt is nextto the first heating drum 7, the relation is reversed when the belts pass.

e -eases the idler and this permits the escape of themoisture of evaporation created by the heated drum. The periphery of the drum is corrugated and this forms air pockets which also assist in permitting the escape of moisture formed by the heating operation.

Tnoperation the burner is lighted and the drum permitted to rotate until the desired temperature is reached which will thereafter remain substantially uniform. The metal belt passes over the idler 26 in polished condition and the prints are laid thereon at about the point 2': They are then passed between the squeegee rollers 28 and 29 where the most of the moisture is pressed out, the water dripping into the pan 30. As the drum 7 is approached the canvas belt comesinto engagement with the metal belt, and the prints are between the two belts, the canvas belt engaging the drum. The belts travel as indicated by the direction of the arrows around the drum, over the idler 25, into engagement with the drum once more, and into engagement with thedriving drum 11. Moving upward there from they separate, the canvas belt going around the'adjustable idler 20 while the metal belt continues upward toward the idler 34. Just before the belt reaches this idler the prints are in condition to be de' posited in the tray The belt then turns downwardly passing over the small idler 35, past the waxing device 36, and between the large drum 37 and the polishing or,

butting rollers 41 where it is given a high polish and is again ready for the application of prints. From these rollers it moves upward to the idler and the operation is repeated. a

For the purpose of obtaining the best results from a machine of this description, the metal belt should be highly polished and the polish maintained. However, a demand for less exact finish of the prints can be met by an abrasion of the surface of the rollers 28 and 29 which will afford a'linen or --matted effect to the surface of the paper. Obviously under such conditions the polishing rolls will be thrownout of operation and if desired, means may be provided for holding them out of operative position.

lit is obvious that I have provided means for carryingout the operation in a contin= uous manner and with substantially "uniform quality of the work. The .speed of travel of the belts will be selected in such manner as to afford the proper drying in their movement about the drum. \Vhile' a gas heated drum has been described, obviously the invention is not limited thereto.

Many details can be changed without departing from the spirit of the invention. The machine may be made of any desired size according to the character of the work to be performed. The canvas belt may be made of any suit-able cloth material. In general it may be stated that the invention is limited only by the scope of the appended claims.

I claim as my invention:

1. An apparatus for use in ferro-typing which comprises a frame, an internally heated drum revolubly mounted therein, an endless metal belt, an endless canvas belt, means for driving both of said belts about the drum, and means for polishing said metal belt.

2.. An apparatus for use in ferro-typing which comprises a frame, an internally heated drum revolubly mounted therein, a

metal belt upon which the prints. to beferro-typed are placed, a canvas belt-contacting with the metal belt in its passage around the drum, motor operated means for driving the belts, and means for polishing the metal belt.

be ferro-typed, a relatively soft belt contacting therewith in the passage around the heating drum, squeegee rollers. between which the metal belt and prlnts to be ferrotyped pass, means for waxing the metal belt and means for polishing the same.

5. An apparatus for use. in ferro-typing which 'comprises a frame, an internally heated drum revo ubly mounted therein. an endless metal belt for carrying the prints -to be ferro-typed, means for driving the belt, means for pressing out the water from the prints to be ferro-t-yped, means for guidin the belt around the heated drum, means for waxing the belt, and means for polishing the same.

6. A" n apparatus for use in ferro-typing which comprises a frame, heating means therein. an endless thin metal belt for carrying the prints to be ferro-typed, means for pressing out the water from between prints and belt, means for guiding the belt around the heated drum, and means for polishing the belt.

7. An apparatus for use in ferro-typing I which comprises an endless thin metal belt for carrying the print-s to be ferro-typed, means for driving said belt, and means for successively heating, drying, waxing and polishing the belt.

8. An apparatus for use in ferro-typing which comprises an endless thin. metal belt for carrying the prints to be ferro-typed, means for driving said belt, means for successively heating, drying, waxing and polishing the belt, a second belt, and means for" contact as they pass around the heated drum and carry prints to be ferro-typed between them, and means for guiding said belts away from the surface of the drum through a portion of their travel to permit evaporation.

11. An apparatus for use in ferro-typing which comprises a. frame, a corrugated heating drum mounted therein, an endless relatively hard belt and an endless relatively soft belt arranged to contact as they pass around the heated drum and carry prints to be ferro-typed between them, and means for guiding said belts away from the surface of the drum through a. portion of their travel to permit evaporation.

1-2.'In an apparatus for use in ferrotyping, an endless metal belt, and means for polishing the same during its travel which comprises a power driven pulley, polishing rollers and spring means for normally holding the polishing rollers against the belt as it passes around an idler.

13. In an apparatus for use in ferrotyping, an endless metal belt, and means for polishing the same during its travel which comprises a power driven pulley. polishing the polishing; rollers against the belt as it passes around an idler, and means for moving the po ishing rollers out of contact with the belt when desired.

14. In an apparatus for 'use in ferrotyping, a heated drum, an endless metal belt passing therearound. means for waiting said belt, means for polishing the belt, and means rollers. spring means for normally holding for silencing the polishing means when desired.

' ably mounted in the frame, a plurality of belts carrying prints to be ferro-typed therebetween passing about the drum, means for affording evaporation as the belt travels,

and means for suitably treating the surface of one of said belts.

17. An apparatus for use. in ferro-typing .comprising ,a frame, an internally heated drum formed of corrugated material rotatably mounted in the frame, a metal belt and a canvas belt passing about the drum and cari ying prints to be ferro-typed therebetween, means for adording evaporation as the belt travels, and means for polishing the metal belt.

18. An apparatus for use in ferro-typing comprising a frame, a heated drum revolubly mounted therein, 'a metal conveyer and a' coordinating element and means for driving both about the drum.

'19. An apparatus for ferro-typing which comprises a frame, a heated drum revolu'bly mounted therein, a relatively hard conveyer and a relatively soft co-ordinating element, and means for driving both about the drum.

20. An apparatus for ferro-typing which comprisesaframe, a heated drum revolubly mounted therein, a relatively hard conveyer and a relatively soft co-ordinating absorbing element, and means for driving both about the drum.

21. An apparatus for uscin ferro-typing which comprises a supporting frame, a drying element, a relatively hard conveyer and a relatively soft co-ordinating absorbing element, and means for driving both about the drying element.

22. An apparatus foruse in ferro-typing which comprises a relatively hard conveyer for carrying the. prints to be ferro-typed,

and means for driving the conveyer and means for successively heating, drying, waxing and polishing the conveyer.

23. In an apparatus for use in ferro-typing, a heated drum formed with corrugations upon its periphery, a conveyer and a coordinating element, both passing about the periphery of the drum, the corrugations forming pockets for evaporation.

raeaoee 2a. In an apparatus for use in ferro-typing, a heated drum formed with corruga tions upon its periphery, a eonveyer and a co-ordinating element, both passing about the periphery of the drum, the corrugations forming pockets for evaporation and an idler for guiding the conveyer and co-ordinating elements away from the drum during a portion of its travel to permit additional evaporation.

25. In an apparatus for use in ferro-typing, a heated drum formed with corrugations upon its periphery, a conveyer and a co-ordinating element, both passing about the periphery of the drum, the corrugations forming pockets for evaporation and means for guiding the conveyor and coordinating elements away from the drum during a portion of its travel to permit additional evaporation.

26. In an apparatus for use in ferro-typing, a heated drum, a conveyer, a corrugated el6ment,both passing about the periphery of the'drum and means for polishing the conveyer. A

27. In anapparatus for use in ferro-typing, a heated drum, a conveyer, a corrugated element, both passing about the periphery of the drum and yielding means for polishing the conveyer.

28. In an apparatus for use in ferro-typ- 'ing, a heated drum, a conveyer, a corrugated element, both passing about the periphery of the drum and additional means for silencing the polishing means.

29. In an apparatus for ferro-typing, a relatively hard flexible conveyer co-ordinating with heating and drying elements, and means for driving the conveyer.

30. In an apparatus for ferro-typing comprising a revoluble element, a member having a polished surface movable therewith and thereby and means for polishing the sur face.

31. In a. ferro-typing apparatus, a relatively hard element moving in a curved path and means for polishing the same.

32. In a ferro-typing apparatus, an ele-- ment moving in a curved path and means for polish ng the same.

33. In a ferro-typing apparatus, a movable element having a surface adapted to be polished andmeans for driving the same.

34:. In a ferro-typing apparatus an element having a relatively hard surface arranged to be polished and means for moving the same. i

v35. In a ferro-typing apparatus a movable element, a relatively hard element and a relatively soft element, and means for moving them .in unison. Y i

In testimony whereof, I have hereunto subscribed my name. i

anvru tours Mar-nu.

Images