US1985839A

US1985839A - Sheet fed rotary press

Info

Publication number: US1985839A
Application number: US729243A
Authority: US
Inventors: George A Rutkoskie
Original assignee: MCBEE CO
Current assignee: MCBEE Co
Priority date: 1934-06-06
Filing date: 1934-06-06
Publication date: 1934-12-25
Anticipated expiration: 1951-12-25

Description

- Dec. 25, 1934. G. A. RUTKOSKIE SHEET FED ROTARY PRESS Filed June 6, 1954 10 Sheets-Sheet l INVENTO TTORNEY Dec. 25,1934 un- 05mg 1,985,839

' SHEET FED ROTARY PRESS Filed June 6, 1934 10 Sheets-Sheet 2 INVENTIOE TTORNEY Dec. 25, 1934. A, u bs z 1,985,839

SHEET FED ROTARY PRESS Filed June 6, 1954 10 Sheets- Sheet. 3

42 Has. ,',5

w L f='" i &1? E p :ll l ,9 6 I 25 T- IINVENTOR ORNEY Dec. 25, 1934. G. A. RUTKOSKIE 1,985,339

SHEET FED ROTARY PRESS Filed June 6, 1934 10 Sheets-Sheei 4 a/ l5 l6 /8 FIG. 4.

Dec. 25, 19,34.

G. 'A. RUTKOSKIE 1,985,839

SHEET FED ROTARY PRESS 1o Sheets-Sheet 5 FIG. 6.

Filed June 6, 1934 INV ENTOR TORNEY Dec. 25,

FIG. 10.

. e. A. RUTKOSKIE SHEET FED ROTARY PRESS Fi'led June 6, 1954 1O Sheets-Sheet 6 lNV ENT OR: g

ORNEY 1934. G. A. RUTKOSKIE I SHEET FED ROTARY PRESS Filed June 6, 1934 10 Sheets-Sheet '7 FIG. /6

. FIG. /.5

FIG. /2

INVENTOR BY P TTORNEY Dec. 25, 1934. s. A. RUTKOSKIE 1,985,839

SHEET FED ROTARY PRESS 7 Filed June 6, 1934 10 Sheets-Sheet 8 INVENTOR v zgTToRNEY Dec. 25, 1934. s. A. RUTKOSKIE 1 9 SHEET FED ROTARY PRESS Filed June 6. 1934 10 She ets-Sheet 9 vjlly/EgoR 2 TORNEY 3 GA. RUTKOSKIE I 1,985,839

SHEET FED ROTARY PRESS 1o Sheets-Sheet 10 Filed June 6, 1934 III II IIIIIIIIHIII.-IIIIIIIIIIIII I INVENTO W 6 BY TTORNEY Patented Dec. 25, 1934 PATENT OFFICE SHEET FED ROTARY PRESS George A. Bntkookie, Athens, Ohio. aosignor to The McBee Company, Athens, Ohio, a corporation of Ohio Application June 6, 1934, Serial No. 729,243

18 Claims. '(CL 101-350) My invention is designed to be used in printing spots of wax carbon compoundon sheets of paper such as is described in my Patent No. 1,860,957, issued May 31, 1932. As explained in that patent the regular construction of a press will not serve the purpose, for standard presses generally rely upon the tack of the printers ink to rotate the various rollers but inasmuch as melted wax carbon compound has absolutely no tack, such presses will not function when that compound is used, consequently special construction must be provided to obtain a satisfactory result.

My invention has for its principal object to provide a construction for a standard sheet fed rotary press which will permit the press to be used to print with melted wax carbon compound.

Other objects will appear from the hereinafter contained description.

My means of accomplishing the foregoing objects may be more readily understood by having reference to the accompanying drawings which are hereunto annexed and are a partof this speci fication, in which- I Fig. 1 is a side elevation of the press from the operators side; 7

Fig. 2 is a side view of the printing end of the press, a portion of the .wall being broken away showing some of the rollers and other parts in section;

Fig. 3 is a view of the printing end of the press from the feed end;

Fig. 4 is a fragmentary detail view showing the brushes and brush holders for the electric heating elements;

Fig. 5 is the wiring diagram; Fig. 6 is a side view of the driving mechanism with the chain guard removed;

Fig. 7 is a sectional view of the driving means taken on the line m-1:in Fig. 6:

Fig. 8 is a detail sectional view showing the means for positively rotating the ductor roller, taken on the line 1 -11 in Fig. 6;

Fig. 9 is a sectional view taken on the line z--z in Fig. 6;

Fig. 10 is a detal view of the plate cylinder; Fig. 11 is an enlarged sectional view of one end of the same;

Fig. 12 is a cross section on the line 0-0 in 10; I 1 n Fig. 13 is a cross section on the line 70-71. in Fig. 10;

Fig. 14 is a cross section throu'gh the cylinder taken on-the line kk as shown in Fig. 10;

Fig. 15 is an enlarged detail end view of commutator, brush holders and brushes;

Fig. 16 is a side view of the same, some of the parts being shown in section;

Fig. 17 is a similar view showing the shaft and 5 commutator in sections;

Fig. 18 is an enlarged sectional view of one of the brush holders and a brush;

Fig. 19 is a fragmentary view of the end of the vibrating roller showing the driving mechanism for one of the distributor rollers;

Fig. 20 is a fragmentary view. taken on the section line H in Fig. 19;

Fig. 21 is a view taken on the line 11-!) in Fig. 20;

Fig. 22 is a detail view taken on the section line c--c in Fig. 19;

Fig. 23 is a view taken on the section line (1-1! in Fig. 19;

Fig. 24 is an enlarged fragmentary detail view of the driving mechanism;

Fig. 25 is a section taken on the line H in Fi 24:

Fig. 26 is a sectional view taken on the line f-f in Fig. 24; 2 Fig. 27 is a detail-view of the means for holding the driving sprocket for the distributing roller in line on line 112-112. in Fig. 20; and

v Fig. 28 is a detail view of the strap used for that purpose.

Similar reference numerals refer to milar parts throughout the entire description.

In the following specification, I shall conflne my description to the parts I have added to the standard press, the remainder being so well known to those familiar to the art as to render such description superfluous. 1

As shown in the drawings, the press which comprises a feed end 1 and a printing end 2, is equipped with an ink fountain 3 which is heated by electric heating elements 4. An ink fountain roller 5 heated by an electric heating element is mounted in the ink fountain. A large steel vibrating inking cylinder 6 is carried by the shaft 7 which is rotatably and slidably journalled in the side walls A and B of the press.

A ductor roller 8 is mounted intermediate the ink fountain roller 5 and the vibrator cylinder 6,

' suitable linkage 12' is provided to move the ductor roller 9 and two form inking rollers, 10 and 11 mounted to contact the vibrator roller 6. They are preferably formed of a composition which will withstand approximately 200 degrees F. of heat. The distributing roller 9 is driven primarily by sprockets and chain mounted on one side of the press. This driving mechanism consists of an electric motor 13 which drives a pulley mounted upon a shaft 61, and a sprocket 60 carried by the shaft 61. A chain 62 connects the sprocket 60 to sprocket 63 mounted on shaft 38 of the plate cylinder 46. Inside of the sprocket 63 is mounted a sprocket 64 for driving the ink fountain roller 5. This sprocket carries a chain 65 which drives sprocket 66 mounted on shaft 67 of the ink fountain roller 5. In this manner the ink fountain roller 5 is positively driven. The distribution roller 9 is also driven from the shaft 38 by means of a chain 68 and sprockets 69 and '70 mounted on

shaft

38 and 16 respectively. At one end of the roller 9 and between it and the side frame A of the press, I provide two sprockets 14 and 15- mounted on shafts 7 of the vibrator cylinder, and shaft 16 of the distributing roller 9 respectively these sprockets carry a chain 13. At the other end of the roller 9 on shaft 16 intermediate the side B of the press and the end of the roller 9, I mount a sprocket 1'! as clearly seen in Figs. 3,

- 24 and 26, this carries a chain 18 which extends around

sprockets

19 and 20 mounted on the

shafts

21 and 22 of the

form inking rollers

10 and 11, the result being that these rollers are positively driven all the time the press is running. The sprockets 1'7, 19 and 20 are preferably mounted inside the press as clearly seen in Figs. 3 and 24, while the

sprockets

14 and 15 are mounted at the opposite side of the press but inside of the side frame A of the press.

The shaft '1 carrying the vibrator roller 6 is reciprocated longitudinally by means of a gear 22 which is mounted upon a shaft 50 carried by a journal 51 which is suitably bolted to the slde'of the press, meshing with a pinion 23 fixedly mounted on the end of shaft 7 in the usual manner. This longitudinal movement of the shaft 7 would naturally carry with it the sprocket 14 and cause it to be moved out of alinement with the sprocket 15. I overcome this by splining the sprocket 14 on shaft 7 and then making a strap 24 which fits around shaft 7 and is bolted to the side wall of the press thus holding the sprocket 14 in line with the sprocket 15. regardless of the reciprocation of' shaft '1. This construction is clearly shown in Figs. 27 and 28. The-vibrating roller 6 is heated by means' of an electric heating element 12. The electric conductors 24' and 25 are carried through the shaft 7, which is made hollow at. that end for that purpose, and are connected to collector rings 26 and 27.

These rings are contacted by

brushes

28 and 29 which are held against the collector rings by means of coil springs 30. The springs are located of the vibrator roller 6 moves longitudinally, it is necessary to provide means for mounting the .con-

ductors to move with the shaft. I accomplish thisby mounting the brush holder in a carriage 33, which is slldably mounted upon the end of the 1,ass,ssa

shaft 16 which projects out beyond the side A of the press and forms a guide shaft for the carriage 33. Obviously when the shaft '1 is reciprocated longitudinally, the collector rings will move with it, this movement will cause the carriage 33 to slide back and forth on the guide shaft 34 carrying with it the

brushes

28 and 29 thus maintaining contact at all time. The

brushes

28 and 29 areeonnected by means of suitable

electric conductors

35 and 36 to a source of electric current supply (not shown). It will be seen that these conductors must be flexible to permit the movement-oi the carriage 33 without interfering with the flow of current.

The 'plate cylinder 46 is so large that it cannot, with a single element, be maintained at the critical temperature so essential to the printing of spots of wax carbon compound so I employ a plurality of such elements 4'7. As illustrated they are three in number which are carried by spiders 47' which are fixedly mounted :upon the shaft '7 for that purpose though obviously any suitable means of mounting the heating element may be employed as desired. One end 37 of the shaft 38 for the plate cylinder 46 is made hollow and the electric conductors 39 are led through it to collector rings 40 and 41 suitably mounted upon end 37 of shaft 38. This construction is clearly shown in Figs. 10 to 14 inclusive.

A chain and sprocket guard 42 is.provided on the operator's side B of the press, this being the operators side to protect the operator from accidental contact with the driving meansnwhich has heretofore been described.

As explained in my Patent No. 1,961,829, the standard means of controlling the temperature of the heating elementsis not suiilciently sensitive and it is necessary to provide auxiliary or supplemental heat controls 55, 55' and 55" which are mounted adjacent the vibrator roller, the plate is placed inthe ink fountain 3 in which it is melted. Current is then turned on to the motor 13 and this drives the press, and as explained the ink fountain roller 5, the ductor roller 8, the vibrator roller 6 and the distributing roller 9 and the form inking rollers, 10 and 11 are all 'positively rotated through the driving mechanism previously described. The sheets of paper (not shown) pass from the automatic sheet feeder 1 over the sheet feed conveyor 44 to the plate cylinder 46 passing between it and the impression cylinder 44, they have the spots of wax carbon printed on them, they then pass on to delivery table where they are stacked in the usual manner.

Having described my invention what I regard as new and desire to secure by Letters Patent is:

1. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, a large vibrating inking cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for said rollers and cylinders; a sprocket wheel on the shaft of the distributing roller and each of the form inking rollers adjacent one end.- a continuous chain around said sprocket wheels, means mounted on the shaft of said distributing roller to rotate the vibrating inking cylinder and means to positively drive said distributing roller.

2. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, a large vibrating inking cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted'by said form inking rollers and shafts for said rollers and cylinders, a plurality of electric heating elements in said printing cylinder, collector rings on the shaft of said cylinder,

means to electrically connect said rings to said elements, brushes which engage saidrings, means to connect said brushes to an electric control, a support carried by said press on which said brushes are mounted, and a guard secured to said support which extends around said rings.

3. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, -a ductor roller, a large vibrating inking cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing-cylinder contacted by said form inking rollers and shafts for said rollers and cylinders, an electric heating element in said vibrating cylinder, collector rings on the shaftof said cylinder, means to electrically connect said element to said rings, brushes which contact said rings, a carriage which encloses said collector rings and said brushes to support them,

and means to prevent said carriage rotating when the rings rotate.

4. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, a large vibrating inking cylinder, means to rotate said vibrating cylinder, collector rings on the shaft of said cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for 'said/ rollers; and'a carriage in which said rings are mounted slidable with said rotating means when said cylinder vibrates.

5. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, a large vibrating inking cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for said rollers and cylinders; a sprocketwheel on the shaft of the distributing roller and each of the form inking rollers adjacent one end, a continuous chain around said sprocket wheels, means mounted on the shaft of said distributingroller to rotate the vibrating inking cylinder, means to positively drive said distributing roller, a plurality of electric heating elements in said printing cylinder, collector rings on the shaft of said cylinder, means to electrically connect said rings to said elements, brushes which engage said rings,

means to connect said brushes to an electric control, a support carried by said press on which said brushes are mounted, and a guard secured to said support which extends around said rings.

6. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, 9. large vibrating inking cylinder, a distributing roller and a plurality of form rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for said rollers and cylinders; a sprocket wheel on the shaft of the distributing roller and each of the form inking rollers adjacent one end, a continuous chain around said sprocket wheels, means mounted on the shaft of said distributing roller to rotate the vibrating inking cylinder, electric heating elements in said cylinders, collector rings on the shafts of said cylinders, means to connect said elements to said rings, brushes which contact said rings, a guard extending around the collector rings on the printing cylinders, a carriage which encloses the collector rings and brushes for the vibrating cylinder to support them and means to prevent the carriage rotating when the rings rotate.

7. In a sheet fed rotary press for printing spots ing side frames, a heated ink fountain, a heated ink fountain roller, 9. ductor roller, a large vibrating inking cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for said rollers and cylinders; a sprocket wheel on the shaft of the distributing roller and each of the form inking rollers adjacent one end, a continuous chain around said sprocket wheels, means mounted on the shaft of said distributing roller to rotate the vibrating inking cylinder, means to positively drive said distributing roller, and a carriage sliding with said vibrating cylinder rotating means when said cylinder vibrates.

8. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, a large heated vibrating inking cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for said rollers and cylinders; a sprocket wheel on the shaft of the distributing roller and each of the form inking rollers adjacent one end, a continuous chain around said sprocket wheels, means mounted on the shaft of said distributing roller to rotate the vibrating inking cylinder, means to positively drive said distributing roller, and supplemental auxiliary heat controls for the heated rollers and cylinders. I v

9. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated'ink fountain, a heated ink fountain roller, a ductor roller, a large vibrating inking cylinder, means to rotate said vibrating cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder and a printing cylinder contacted by said form inking rollers, means to drive said distributing roller, and means mounted between the side frame and the end of the roller to drive the form rollers from the distributing roller. v

10. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller a ductor roller, a large vibrating inking cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing cylinder con tacted by said form inking rollers and shafts for having side frames, a heated ink fountain, a heated inkfountain roller, a ductor roller, a large vibrating inking cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for said rollers and cylinders; a sprocket wheel on the shaft of the distributing roller and each of the form inking rollers adjacent one end, a continuous chain around said sprocket-wheels, a second sprocket on the shaft of said distributing roller adjacent the other end of said roller, a sprocket splined on the shaft of the vibrating cylinder, a chain on said last-named sprockets, and means to hold the sprocket on the vibrator cylinder shaft in alinement with the one on the distributor roller shaft, said sprockets being mounted between the ends of the rollers and the side frame of the press.

12. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, a large vibrating inking cylinder, a distributing roller and a plurality 'of form inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for said rollers and cylinders; a sprocket wheel on the shaft of the distributing roller and each of the form inking rollers adjacent one end, a continuous chain around said sprocket wheels, 9. sec-' ond sprocket'on the shaft of said distributing roller adjacent the other end of said roller, a sprocket splined on the shaft of the vibrating cylinde a chain on said last-named sprockets, and a strap bolted on the" side frame which extends across the shaft of the vibrating cylinder to hold the-sprocket on said shaft in alinement with the one on the distributor roller shaft.

13. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, a large vibrating inking cylinder, 9. distributing roller and a plurality of form. inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for said rollers and cylinders; a sprocket wheel on the shaft of'the distributing roller and each of the form inking rollers adjacent one end, acontinuous chain around said sprocket wheels, means mounted on the shaft of said distributing roller to rotate the vibrating inking cylinder, means'to positively drive said distributing roller, and means to hold said rotating means in alinement.

14. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said prem having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, a large vibrating inking cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for said rollers and cylinders; a sprocket wheel on the shaftof the distributing roller and each of the form inking rollers adjacent one end, a continuous chain around said sprocket wheels, means mounted on the shaft of said distributing roller to rotate the vibrating inking cylinder, means to positively drive said distributing roller, means to hold said rotating means in alinement, and means driven by said distributor roller to positively drive the form inking rollers.

15. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, a large vibrating inking cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder, a printing cylinder contacted by said form inking rollers and shafts for said rollers and cylinders; a sprocket wheel on the shaft of the distributing roller and each of the form inking rollers adjacent one end, a continuous chain around said sprocket wheels, means mounted on the shaft of said distributing roller to rotate the vibrating inking cylinder, means to positively drive said distributing roller, means to hold said driving means in alinement, and means driven by said distributor roller to positively drive the form inking rollers, said means being mounted between the ends of the roller and the side frames of the press.

16. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, said press having side frames, a heated ink fountain, a heated ink fountain roller, a ductor roller, a large vibrating inking cylinder, means to rotate said vibrating cylinder, a distributing roller and a plurality of form inking rollers which contact said vibrating inking cylinder and a printing cylinder contacted by said form inking rollers, means to drive said distributing roller, and means to drive the form roller from the distributing roller.

1'1. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, a printing cylinder, means for supplying wax carbon to said cylinder. comprising a vibrating ink cylinder, 9.

distributing roller, and a plurality of form inking rollers, said rollers contacting said ink cylinder, and said form inking rollers also contacting the printing cylinder, means to drive the distributing roller, and means to drive the form inking rollers from said distributing roller.

18. In a sheet fed rotary press for printing spots of wax carbon on sheets of paper, a printing cylindenmeans for supplying wax carbon to said cylinder comprising a vibrating ink cylinder, a distributing roller, anda plurality of form inking rollers, said rollers contacting said ink cylinder, and said form inking rollers also contacting the printing cylinder, means to drive the distributing roller, means to drive the form inking rollers from said distributing roller, and means to drive the vibrating cylinder from the distributing roller.

GEORGE A. RUTKOSKIE.