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Publication numberUS890720 A
Publication typeGrant
Publication dateJun 16, 1908
Filing dateOct 14, 1907
Priority dateOct 14, 1907
Publication numberUS 890720 A, US 890720A, US-A-890720, US890720 A, US890720A
InventorsLouis W Southgate
Original AssigneeCampbell Printing Press & Mfg
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Printing-press.
US 890720 A
Abstract  available in
Images(2)
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Claims  available in
Description  (OCR text may contain errors)

PRINTING PRESS. APPLICATION FILED MAY 31, 1896. RENEWED 00114, 1007.

2 SHEETS-SHEET 1.

I nventor. llW-Sawf/zyfli? Attorneys.

Witnesses.

I No. 890,720. PATENTED JUNE 16, 1908.

L. W. SOUTHGATE.

, PRINTING PRESS. APPLICATION IIILED MAY 21, 1895. RENEWED 00114, 1907.

Witnesses.

2 SHEETS-SHEET 2.

a, Inv entor.

- z X, I 1' L, Attorneys To all whom may concern."

7' State of UNITED STATES PATENT OFFICE.

LOUIS W. SOUTHGATE, OF. WORCESTER, MASSACHUSETTS, ASSIGN OR TO CAMPBELL PRINTING PRESS & MANUFACTURING COMPANY, OF NEW YORK, N. Y., A CORPORATION OF NEW YORK.

PRINTING-PRESS.

Be it known that I,- L'ours W. SOUTHGATE, a citizen of the United States, residing at Worcester, in the county of Worcester and Massachusetts, have invented new and useful Improvements Relating to Printing-Presses, of which the following is a specification. This invention has for its object to provide a simple and compact web -printing press wherebya great variety of productsmay be printed and delivered.

To this end, the invention consists of the apparatus described and "plaimed in this specification, and illustratedin the accompanying two sheets of drawings, in which,

Figure 1 is a diagrammatic sectional -eleva-' tion of a printing mechanism arranged according to my invention, Fi 2 is a detail of the pasting mechanism that preferably use, Fig. 3 is a sectional 1 parts of the delivery mechanism, Fig. 4 is a diagrammatic view illustrating the way the two sections of the web are assembled, Figs. 5 and 6 are diagrammatic. views illustrating the way the sections of one of the webs are associated. Figs. 7 and 8 are similar views illustrating the way the sections of the other web are associated, Fig. 9 is a view illustrat ing the roduct when the two sets of associated webs are assembled, and Figs. 10 to 14 inclusive are views similar to Figs. 5 to 9 inclusive, and show a modified form of apparatus for producing the same result.

A web printing press, such as is used in a newspaper oflice to-da'y has to roduce a large variety of roducts, especia y in view of the large Sunday editions which are now published by many papers.

To supply a simple, compact and convenient web printing mechansim that will print and deliver a great varietyof products isthe principal end of this invention.

The preferred form of my invention in detail, consists of two rotary web presses three pages wide, arranged preferably" one over or in vertical line with the other, aslitting mechanism arranged to slit each web into a Wide section and a narrow section, turning or associatin mechanisms arranged to bring together tie sections of each web, preferably so that the out edge of the narrow-width webs will lie in the middle of the paper, and

Specification of LettersPatent. Application filed May 31, 1895, Serial- No. 551,281.

.though so far as the "web that can be run plan view of the principal from a web-roll W Patented June 16, 1908. Renewed Oetober 14, 1907. Serial No. 397,369.

associating gollecting and folding mechanisms so arran ed that the two sets of associated webs w' be brouhgt together, and further manipulated and delivered in the-ordinary manner.

Referrin to the drawin s and in detail, A B and O D designate t e two ordinary printing couples of a rotary web printing press, and A B and C D designate the printing couples of a second rotary web printing press. These two printin mechanisms are preferably arranged in t e same frame, and one directly over the other, al-

scope of some of my claims is concerned, other relative arrangementsof the two presses may be used.

Each printing mechanism is referably made three pages wide, that is, t e widest through each press is a three-page wide web. l The'web W for the u per press may be drawn from the web-r0 W then carried over the rollsor guides 10 and 11, then around the two impression cylinders B and'C,

and then arounda uide-roll 12. The web is then slit by the sitters 13 and let into a two-page or wide section b, and a narrow or single-paged section a. p

The single page section is directed over the turners 30 and 31, as shown in Figs. 3 and 5,

and these turners are so arranged that the cut edge e of the single width section will be brought substantially to the middle of the main web I), so that'this cut edge will be substantially in the middle of the completed .pa-

er. p The web W for the lower press is drawn is led over a guide-roll 15 around the impression cylinders B and C to a guide-roll 16. into a wide or two-page section (1, and a narrow or single page section e, as shown in Fig. 7. The single-page section e is turned laterally over the turner 32, is then led around a roll 33, and then is turned over a turner 34. This will bring the cut edge f of the single Width section substantially to the middle of the wide section will lie substantially in the middle of the completed newspaper. From this turning or deflecting device, the lower web is led up over a guide-roll 20, and then through a pasting device. This pasting device consists of a b, and so that this cut edge Theiweb is then slit pin roll 21, and three coacting paste-rolls '22, 23

and 24, which are keyed on a common shaft, and which coact with the roll of an ordinary paste-pot H. These pasting rollers 22, 23 and 24 are preferably arranged so that they may be slipped laterally of the shaft, so that any number of them may be used for a purpose hereafter described.

The two sets of associated webs are brought together or assembled on the roll 14, and are then led down to a suitable folding mechanism, as the longitudinal former F, and then sheets are cut from the associated webs, and if desired, a collecting mechanism, as G, may be arranged below the former to associate a lurality of the severed products. This folding a paratus is arranged centrally in the path of the twoage wide section of each web. By this mec ianism it will beseen that all the webs are brought into a pathway two pages wide, and that the longitudinal folding mechanism is arranged centrally of this two-page wide path. Other means and arrangements ,can be used to carry out this result. I

With this arrangement of mechanism, I can'produce a great variety of products. Two four-page pa ers may be rinted on either ress for eac revolution 0' the printing cy inders. Two six-page a ers can be printed for each revolutlon o' t e printing cylinders on either press or part thereof on each press. In making the above products, I preferably run the lower press only. Two eight page papers can be printed for each revolution of the printing cylinders, a two-' page wide web being used in each press. By running a threeage wide web in either press, preferably t e lower press, and a twopage wide web in the other, press, two tenage-papers can be produced for each revoution o the printing cylinders. By runeach press to its full capacity, two twe ve-page papers can be produced for each revolution of the printing cylinders. By using the collecting mechanism, and collecting the eight-page papers, one sixteen-page paper can be produced for each revolution of the printingcylinders'. By using the collectmg mechanism, and collecting the ten.- age papers produced as before described a twenty-page 1paper can be produced for each revolution 0 the printing cylinders. .By using the collec'tin mechanism,'andrunning the presses as be ore described to print a twelve-page paper, a twenty-four page paper can be produced for each revolution of the printing cylinders. Thus it will be seen that this simple, compact and convenient arrangement of printing mechanisms will produce a great variety of products.

In the description above given, I have supposed-the printing cylinders to be arranged in in this'case, the web will not have to pass through the pasting mechanism.

When a six-page product or paper is printed on the lower press, the section 6 thereof may be run through the pasting mechanism by using the roll 1700.

The drawings merely illustrate the diagrammatic arrangement, the gearing for driving the various parts being so well known and understood that it is. not thought necessary to describe the same at any length.

It is a very'important point to bring the cut edges of the narrow width webs to the interior of the paper, for by this arrangement, each narrow width .web will be placed accurately in position, and when a product is made in which two narrow-width sections are used, the inner edges can be nicely and accurately brought together. Also, it will be seen that with this arrangement, a single pasting mechanism can be used.

A single pasting-roll is'used when either a six or an eight-page product is made. Thus whena six-page pa er is printed in the upper press, the paste-r01 24 is used to ap ly a line of paste near the cut-edge c thereo and on the side thereof which comes next to the twopage section. When a six-page pa er is run in the lower press, the roll 22 is user; to a ply a line of paste close to the cut-edge f o the narrow-width section e on the side thereof which comes next to the two-page section cl. When an eight-page paper is to be made, the paste roll 23'is used to apply a line of aste to the two-page section printed in the ower press. By thls arrangement it will be seen that the paste line will always be inside the paper, and will never come next to the former.

When a ten-page product is made, two

. pasting-rolls are used, one to aste the'narrow-width section to one of t e wide width sections, and another roll to paste the two wide-width sections together. The pasteroll 24 is used in this instance'when a sixpage paper is made in the upper press, and the pasteroll 22 is used when a six-page pa er ismade in the lower press. The pasterol 23 is used to paste the two two-page wide sections together. The paste-rolls 22, 23, 24 can be brought in place for use by being slid on the shaft which carries the same, locking-pins or other suitable means being used to hold each paste-roll to the shaft when it is brought into operative position.

When a twelve-page paper is made, I preferably use three pasting-rolls, one to paste ner full-wi th sheet, and two sup lement or half-width sheets placed opposite y and be- It will be furthis manner will run very nicely and accurately over the former F, as there is a weali or folding line, which is formed at the line where the two narrow-width sections butt or nearly butt together. By this means, the three-ply web thus formed will run very accurately over the f rmer.

A modified form of turning or deflecting apparatus is shown in the last five figures. In this modification, I lead the narrow width section a of the web W over a turner 35, then around a roll 350, then back over the turner 36. so that its out edge 0 will lie substantially on the middle of the wide width section b. The narrow-width section 6 of the web W is led over the turners 37 and 38, which will bring its out edge f substantially to the middle of the full-width section (1. Then when the two I sets of associated webs are brought together,

the cut edges of the narrowsections will lie in the fold ofthe completed paper, as shown in Fig. 14, and so that the rough edges of each narrow section will coincide with the edges of the wide sections. a

'I .contemplate using other folding mechanism in the place of the specific longitudinal folding mechanism herein shown.

The details and arrangements herein described may be varied by a skilled mechanic without departingfrom the scope of my invention, as expressed in the claims.

Having thus fully described my invention, what I claim and desire to secure by Letters Patent is V 1. The combination of two three page: wide, rotary, Web presses, devices arranged to bring the webs printed thereby into a path two pages wide, and to associate the same, and folding mechanism arranged centrally of this two-page-wide path.

2. The combination of two three-page-- wide, rotary, web presses arranged in line,

devices arranged to bring the webs printed thereby into a path two pages Wide, and to associate the same, and longitudinal folding mechanism arranged centrally of this twopage-wide path.

3. The combination of two three-pagewide rotary, web presses'arranged in vertical line, slitting mechanism arranged to slit each Web into a wide and a narrow section, turning This will lay the narrow width sectionv or deflecting devices arranged to bring all the sections of the webs into a path two pages wide, and to associate the-same, and folding mechanism arranged centrally of said twopage-wide path. v v 4. The combination of two rotary web presses, slitting mechanism arranged to slit each web into a'wide section and a narrow section, and turning or deflecting devices arranged to turn or deflect the webs so that they will all he in a two-page-wide path, and so that the rough or uncut edge of each narrow section will coincide with one edge of the wide sections, and so that the cut edges of the narrow sections will be between the outer edges of the wide sections.

5. ,The combination of two three-pagewide, rotary Web presses, slitting mechanism arranged to slit each web into a wide section and a narrow section, and turning or deflecting devices arranged to turn the narrow sections over or under the wide sections so that the cut edges of the narrow sections will lie in the middle of the completed paper.

6. The combination of two three-pagewide, rotary web presses arrangedonc over the other, slitting mechanism arranged to slit each Web into a wide section and a narrow section, and. turning or deflecting devices arranged to turn or deflectthe narrow sections over or under the wide sections so that the cut edges of the narrow sections will lie in the middle of the completed newspaper.

7. The combination of two rotary, web

presses, slitting mechanism adapted to slit each web into a wide section and a narrow section, turning or deflecting devices arranged to turn or defiect the narrow sections so that the cut edges of the narrow sections will lie in the middle of the product, and a suitable pasting mechanism.

8. The combination with a web rinting and associating'mechanism. arrange so that the product will consist of a three-ply web made up of two outer webs and an inner web, the inner web being formed of two separate sections, and a pasting mechanism arranged to paste the twoouter layers together, and to paste the sections of the inner web in position.

9. The combination of a web printing and associating mechanism, the product of which is a three-ply Web consisting of two outer webs and'an inner web, said inner web being made up of two half-width sections, and a pasting mechanism having three paste-rolls arranged to deposit one line of paste to secure thetwo outer webs together, and a line of paste to secure each of he half-width sections in place.

10. The combination of a web printing and associating mechanism, the productof which is a three-ply web consisting of two outer webs and an inner Web, said inner Web being In testimony whereof I have hereunto set made up of two half-Width sections, and a my hand, in the presence of two subscribing pasting mechanism having three paste-rolls Witnesses.

arranged to deposit one line of paste to secure V r LOUIS W. SOUTHGATE. 5 the two outer Webs together, and a line of Witnesses: I

paste on each half-width section to secure PHILIP W. SOUTHGATE,

"each of the half-Width sections in place. I E. M, HEALY.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2747865 *Jun 2, 1951May 29, 1956Marshall Jr Joseph RBooklet forming means and method
US5320334 *Jun 23, 1992Jun 14, 1994Deangelis Andrew VMethod of printing a book having pages of newsprint and pages of coated enamel pages
US5547225 *Dec 16, 1993Aug 20, 1996Deangelis; Andrew V.Printing method and apparatus
US5749567 *Mar 27, 1996May 12, 1998Deangelis; Andrew V.Printing method and apparatus
WO1995009733A1 *Oct 7, 1993Apr 13, 1995Andrew V DeangelisMulti-colored book printing method and apparatus
Classifications
Cooperative ClassificationB41F13/0008