US1062895A

US1062895A - Imprinting attachment for envelop-machines.

Info

Publication number: US1062895A
Application number: US71730412A
Authority: US
Inventors: Prime Joseph Dansereau
Original assignee: Eaton Crane & Pike Co
Current assignee: Eaton Crane & Pike Co
Priority date: 1912-08-27
Filing date: 1912-08-27
Publication date: 1913-05-27
Anticipated expiration: 1930-05-27

Description

P. J. DANSEREAU. IMPRINTING ATTACHMENT FOR ENVELOP MACHINES.

APPLICATION FILED AUG. 27, 1912:

Patented May 27, 1913.

2 SHEETS-SHEET l.

ATTORNEYS WITNESSES P. J. DANSEREAU. IMPRINTING ATTACHMENT FOR ENVELOP MACHINES.

7 APPLICATION FILED AUG. 27, 1912.

1,062,895. Patented Ma 27, 1913-.

2 SHEETS-SHEET 2.

lTf/ESSES INVENTOR W A ORNEYS which through suitable arms moves the car UNITED STATES PATENT OFFICE.

PRIME JOSEPH nansnnnao, or rrr'rsrrnnn, massaennsnrzrs, assrermn T0 na'ron,

came a rim 00., or rrrrsrmnn, massacnosnrrs, a cameraman or name.

nirmrrrme nr'ra'cannnrr'on nnvnLoP-nfmenmns."

Specification of Letters Patent. Application filed August :27, 1912. Serial No. 717,304.

' Pateneeaim 27 1913.

specification.

This invention relates to machinery for folding and imprinting or embossing envelops, and in particular tothat class of envelop machinery where the embossi is done in. an envelop machine which fol owe the general lines, and is an improvement upon what is known. as the Rea envelop folder, which was patented in 1865i My invention has for its object to provide means whereby the envelop blank may be embossed while it is in position for the plunger to fold the same; further, to provide cushioned embossing means whereby the paper is preserved; and further, to rovide other improvements in the construc ion of such machines hereinafter set forth.

In the accompanying drawi s is illustrated a desirable embodiment o m] invention. of part ofan envelop machine having my invention applied thereto. Parts of the ma chine are omitted. Fig. 2 is a plan view of the same.

The general method of operation of the machine is to pick up the envelop blank by means of the pickers which gum it and deposit it upon the carriage, then it is carried beneath the plunger and beneath the embossing counter, and when in position beneath the plunger, it is in position for the embossing guide to imprint the flaps.

Accordin to my invention a main "shaft A is provi ed which carries an eccentric S riage W and carries the blank W to position beneath the plunger X. While the blank is held in such position, imprint cam B on the shaft A through suitable mechanism causes an embossing die to emboss the blank. Adjustable means are provided for limiting the travel of the carriage, and

ere, Figure 1 shows a side e ovation action of theembossing die operating mechanism and for adjustingv the imprinter frame.

A detailed description is as follows :-The carriage W for the envelop. machine is moved by the eccentric S which is mounted 'upon the driving shaft A. Surrounding the eccentric S is the yoke S which is rovided' with springs S to adapt itself to t e varying positions of the eccentric S and to ermit the operation of means for regula ing the travel of the carriage. Yoke S is connected b means of the right and left hand threade' adjusting ro S with the lever arm T, and is adjustab e within the slot T throu h bracket T in which it is threaded means are also provided for cushioning the and w ich'ismounted insaid slot; The lever arm Tis clamped upon the rock shaft T by means of the binding screw T U on the same shaft T? is a rockin stop arm having adjustable screw T w ich comes against frame F. It is possible to regulate the throw of this eccentric S and obtain any desir position at the end of the throw, by adjustment of the bracket T in slot T and of the stop arm screw T. Springs 8* permit such variation in the movement of the carriage operatin devices. The lever arm U is also clampe upon the rock shaft T, and its upper end is connected by means of a short re and pins U to the link V. The link V connects with the carriage 'W bearing the envelop W by means of the stud V The carriage W slides upon the rods W and carries the envelop W. The driving shaft A also carriesan imprint cam B. This cam B engages with an arm ofrock lever C through t e rollD. The rock lever C rocks about a shaft E suitably supported in the frame F as by the brackets F The rock lever C on its end opposite the roll Dis Slotted at G to receive the adjustable stud H, whereby an adjustable connection is provided with link I.-

The link I is provided at its lower end with the-link heads I carrying studs H, and thereb the link I is rendered adjustable upon t e lever C so as to increase or diminnected to the imprint lever N which has a forked end formed of arms 'n. n which are trunnioned in a swivel block M which slides upon said link I. This block is maintained in position by adjustable nuts L and K. Between the said block and the nuts K 'a pressure adjusting spring J is coiled about the said link, which provides a cushion to prevent the movement of the imprinter actuating devices from injuring the paper and permits the pressure on the die to be in creased 0r diminished as desired byadjust: ing nuts L.

Imprint lever N bears upon plun er 0, slidably supported in imprinter head the lower end of which plunger carries the counter Q, bearing the matter which it is desired to imprint upon the envelop. A spring 0 coiled about the plunger 0 serves to retract same upon lifting of the imprint lever T.

The machine table P is reinforced with the brackets'P The imprinter head Q, is mounted on imprinter frame Q which is mounted upon the table P, and said frame can be raised or lowered by the adjusting screws Q and it is held in place by adjustable studs Q of which four are illustrated, one on each side of each of the screws Q By these means the imprinter frame is raised or lowered as desired. The imprint head Q, is fastened to this frame and carries the imprint die Q and also the two guides R R The imprinting is so timed that as the plunger 0 leaves the envelop W the envelop machine plunger X operates to form the envelop. In this manner the envelop is mechanically imprinted upon or embossed and completely folded, both operations be ing completed within such a short space of time and for all intents and purposes, are done practically at the same time.

The operation of this device is as follows :The rotation of the driving shaft A through cam S causes the link U to move the carriage IV so that the blank W is in position beneath the embossing counter Q The length of the carriage stroke may be varied to suit different sizes of blanks by adjustment of set screw T. A continued rotation of the driving shaft A brings the iniprint cam B into engagement with the r ll D of the lever arm C. The rod I is thereupon thrust upward and the imprint 'lcver N being fulcrumed in the imprint head Q forces downward the plunger 0 and bears the imprint die Q, against the envelop sheet W supported beneath the same on the disk Q from which position it is'retnrned by spring 0 VVhen-the imprint cam B passes out of engagement through the roll D, the plunger X is caused to operate to form the envelop.

By the use of the above described mochanism the paper out will not be held so tightly and will not be strained or inturn I claim and desire tov protect as the essential features of my device as follows.

I claim as my invention:-

1. In an envelop making machine, means for imprinting the blank before foldin comprising an imprinting plunger, a mo lever for actuating same, an actuating link and connections between the lever and link comprising a block swiveled to said lever and. adapted to slide on said link, adjusting nuts on said link for limiting the play of said s'wivel block, and acushioning spring between one of said nuts and said block and means for operating said parts.

2. In an envelop making machine, a folding mechanism, an imprinting head, imprinting devices therein, said imprinting head adapted to operate upon a sheet of paper while the paper is in position to be folded by said folding mechanism, and adjustable means for actuating said imprinting devices and means for adjusting the height of said imprint head.

3. In an envelop making machine, an imprinting head, imprinting devices therein, and adjustable spring cushioned means for actuating said imprinting devices and means for adjusting said imprint head, a frame carrying said imprint head, threaded means for adjusting the height of said frame, and adjustable studs for holding said frame in adjusted position.

4. In combination with a machine for making envelops having a forming plunger, an imprinting device positioned to operate on a blank when in position to be operated on by said forming plunger, a carriage for moving blanks into position to be operated on by said plunger and said imprinting device, yieldable means for reciprocating said carriage, and an adjustable stop adapted to limit the movement by said operating means of said carriage in its movement to bring said blanks into position to be operated on by said plunger and imprinting device, said means for reciprocating said carriage being adapted to yield when said stop acts to limit the movement of the carriage.

5. In combination with a machine for making envelops having a forming plunger,

' mounted on saidrock shaft and adapted to abut against a fixed part of the machine to adjustably limit the travel of said carriage in its movement to bring said blanks into position to be operated-on by said plunger and imprinting device. 6. In combination with a machine for making envelops. having a forming plunger,

an imprinting device position'ed'to operate on a blank when in position to be operated on by said forming plunger and imprinting device, a carriage for moving blanks into position to be operated on by said plunger and imprinting device, means for operating said carriage comprising a rock shaft, an adjustable stop arm mounted on said rock shaft and adapted to abut against a fixed part of the machine to adjustably limit the travel of said carriage 'in its movement to bring said blanksinto' position to be operated on by said plunger and imprinting device, and spring means for adjusting the stroke of said imprinting devices whereby the same is.

. paper.

7. An'envelop making; machine having a forming plunger and a carriage for moving a blank beneath said plunger, a main driving shaft and connections therefrom for opcrating said carriage including an adjustable stop for varying the travel of said carriage, and imprinting devices adapted to print the blank when infolding position and connections whereby said imprinting devices are operatedjfrom said main shaft.

8. An envelop making machine having a forming plunger and a carriage for moving a blank beneath said plunger, a main driving shaft and connections therefrom for operating said carriage, inciuding a rock shaft,

. ing shaft and connections therefrom for operating said. carriage,.and imprintingdevices adapted to print the blank-when in folding position and connections whereby saidimprinting devices are operated from said main shaft, including a rock lever and a lin*k, a 'block mounted to slide upon one of said parts and swiveled to the other, ad-

justable nuts limiting the play of said swivel block, and a cushioning spring between said block and one of said nuts.

10. An envelop making machine having a forming plunger, a carriage adapted to carry the blank beneath said plunger, imprinting devices adapted "to print said blank when in folding position, a main shaft adapted to actuate both said carriage and said imprinting devices .and operating connections, the said connect-ionsbetween said shaft and said carriage includingadjustable stopping means, a cam' on said shaft, and connections between said cam and said stop arm including a compression spring.

11. .An envelop making machine having a forming plunger, a carriage adapted to carry the blank beneath said plunger, im-

printing devices adapted to print said blank when in folded position, amain shaft adapt-.

part of the frame, a cam on said shaft, a

rock lever on saicl rock shaft, and'means for operating sald lever from saidcam including a compression spring.

12. An envelop making machine having a forming plunger, a carriage adapted to carry the blank beneath said ,plunger, im printing devices adapted to print said blank when in folding position, a main shaft adapted to actuate both said carriage and said imprinting devices and operating connections, the said connections between said shaft and said carriage including a rock shaft, a stop arm thereon adapted to abut against afixed part of the frame, a cam. on

said cam including a compression spring and an adjustable connecting rod.

13. In combination with a machine for. making envelopshaving a forming plunger,

' carriage.

14. .In combination with a machine for making 'envelops having a forming plunger, a carriage for moving blanks into position to be operated on by saidplunger, means for operating said carriage comprising a rock I In witness whereof, I have hereunto shaft, an adjustable stop arm mounted on i signed my name in the presence of two subsaid rock shaft and adapted to abut against i scribing Witnesses.

a. fixed part of the machine to adjustably I PRIME JOSEPH DANSEREAU. limit the travel of said carriage in its move- \Vitnesses: I

ment to bring said blanks into position to be HENRY DAY BRIGIIAM,

operated on by said plunger. EDsoN BONNEY.