US579634A - And emil germann - Google Patents

Description

' (No Model.) 5 Sheets-Sheet 1.

G. L. BUCKINGHAM 81,-. E. GERMANN. PRINTING TELEGRAPH.

No. 579,634. Patented Mar. 30, 1897.

. a x a K 1 o 9 R w g Q) Q) WITNESSES: at gvsmpgs:

By 1e17- zlomey fa 6%W (A4 (No Model.) 5 SheetsSheet 2.

G. LQBUOKINGHAM & E. GERMANN. PRINTING TELEGRAPH.

No. 579.634. Patented Mar. 30, 1897.

WITNESSES: VEN QR Byf/leu'x fgomey 2%;, Z QQZQJW No ModelJ" 5 Sheets8heet a.

G. L. BUGKINGHAM 8: E. GERMANN. PRINTING TELEGRAPH.

No. 579,634. Patented Mar. 30, 1897.

WITNESSES: 4 vw /6 By filelrAflorney (No Model.) 5 Sheets-Sheet 4.

O. L. BUGKING'H-AM & E. GERMANN. PRINTING TELEGRAPH.

No. 579,634. Patented Mar. 30, 1897.

(Z 4' 7* 1 I2 c 5, J6 .11 i

I ;Z/ al 5 rm: mums rams cq. morcmmu. msnmcrrcn. n. c.

5 Sheets-Sheet 5.

No. 579,634. Pat'ented Mar. 30, 1897.

(No Model.)

ll. mum

IlHlll 2| 5 i'fiij 111E W! p I WITNESSES: 0M4 NV NTO s;

rm: scams PETiBS ca. mrauraa, wnsummwm n. c.

ira STATES FHCEQ CHARLES L. BUOKINGHAM, OF NEW YORK, AND EMIL GERMANN, OF BROOK- LYN, NEV YORK; SAID GERMANN ASSIGNOR TO SAID BUCKINGHAM.

PRINTING-TELEGRAPH.

SPEGIEIOA'IION forming part of Letters Patent N-o. 579,634, dated March 30, 1897. Application filed August 28, 1896. Serial No. 604,208. (No model.)

To ctZZ whom it may concern; form. Fig. 2 is a plan view showing a sta- Be it known that we, CHARLES L. BUCK- tionary support for the paper tube, the type- INGHAM, of the city and county of New York, wheel and dogging-thimble of the printer, and and EMIL GERMANN, of Brooklyn, county a part of the gearing for rotating the blank 5 of Kings, State of 'New York, citizens of the or paper tube upon which a message is to .be United States of America, have made a new printed. Fig. 3 is a plan View showing that and useful improvement in that class of printpart of the tubular support whereby the wheel ing-telegraphs in which messages are printed gearing with the row of holes in the lap of the upon sheets of paper whose edges are pasted paper tube is enabled to feed said tube axon or otherwise fastened together to form a tube, ially from one line position to the next. Fig. 3 which is thereafter placed upon a stationary is a detail. Fig. 4 represents a sectional View tube or support and given rotary and axial through the fixed support for the papertube, movements for feeding the same from one the dogging apparatus for setting the typeletter or space position to the next and from wheel, and a train of gearing by which a feed 65 line to line throughout a message, of which action is communicated from the step-bythe following is a specification. step escapement-wheel to the paper tube or The object of our invention is to effect such blank. Fig. 5 represents the spur-wheel with rotary and axial feed of the paper tube posithe row of holes in the lap of the paper tube tively, and to this end we employ an escapeand mounted upon a wheel of the train con- 70 2o ment-wheel subject to the continuous pronecting with the step-by-step eseapement. pulsive action of a motor having a number of Fig. 6 shows the spur-wheel and its supportteeth equal to the number of characters in ing-bracket. Fig. 7 represents a paper tube each line upon the page, which is directly or blank showing a row of holes in the lap connected by a train of spur-wheels with the formed by the double thickness of paper 5 paper in such manner that from the beginwhere its edges are pasted or otherwise fasning to the end of the message the sheet shall tened together. Fig. 8 is an end view showbe positively and mechanically geared with ing various details of construction, and parthe escapement-wheel. That is to say, the ticularly those of the gear-train for mechanpaper tube is fed circumferentially step by ically and positively joining the step-by-step 8o step for each letter and axially from line to escapement of the printer with the paper tube line under the direct action of the escapeor blank. ment-wheel and a train of gearing which di- Referring to Fig. l, arepresents a metallic rectly connects the paper tube with said estube rigidly supported at its right end upon capement-wheel, and as a special means for a bracket 6, affixed to a base-plate 0. Upon 3 5 enabling such gear connection we provide in the metallic tube a is placed a sheet of paper the lap or double thickness of paper, where formed into a tube by pasting or otherwise the edges are pasted together, a line of perfastening. its edges together, and upon this forations, into which the teeth of a spur-wheel, tube messages are printed line by line in page positivelyjoined with the escapement-wheel, form. In other patents we have shown vao 40 are adapted to mesh, and with which the rious forms of apparatus for moving the pateeth of said spur-wheel are in mesh throughper tube, but in each there exists the diffiout the printing of a message. culty that for each line the paper is liable to Ourinvention further consists in other and be fed too great a distance or not far enough, more specific means of improvement hereinthus rendering the margin inexact or crooked, 5 5 after set forth. while in some instances letters which should Our invention is more fully set forth by appear upon a succeeding line are printed at reference to the accompanying drawings, in the end of the line preceding. To avoid these which difficulties, we now employ a train of gearing Figure 1 represents a side view of a printer for joining the escapement or step-by-step of that class in which messages are printed wheel with the paper tube in such manner as upon sheets of paper first made into tube to positively convey to the tube the movements of the wheel both for circumferential and axial feed.

In Fig. 7 is shown a sheet of paper formed into a tube T, whose overlapping edges, when pasted together, are perforated with a line of holes h it, into which the teeth of a small spurwheel are connected, whereby the tube may be given circumferential feed a step at a time for each succeeding letter and axially from line to line in forming the page. The train of gearing for connecting the escapement-wheel with the paper tube is represented in Figs. 1, 2, 3, 4, 5, ti,and 8. In this connection, j is a ratchet-wheel upon whose shaft is rigidly fixed a wheel i, which meshes with a wheel 7r, upon whose shaft is also placed a larger wheel is, gearing with a large ringwheel Z, which surrounds the tubular support a, and which is supported upon friction-rollers m m n a. The ring-wheel [is of a diameter considerably in excess of that of the supporting-tube a and sutiieiently greater to enable the mounting of a small spur-wheel f upon or within the ri11g-wheel in such relation that the teeth of f may project through the holes in the paper tube into circumferential or diagonal grooves formed in the periphery of the tubular support. the escapement or step-bystep wheelj is permitted to rotate its movement is imparted by way of spur-wheels i k 7.2 l to the small spurwheel f, the teeth of which projecting through the holes of the paper tube carry the latter circumferentially from one letter position to the next around the stationary tubu lar support. This train of gear is subject to a continuous propulsive action from a motor 6, Fig. 1, gearing with a shaft d, which in turn, by a beveled gearfg, imparts a winding tendency to one end of a coiled spring, the other end of which is connected with the shaft upon which the spur-wheel i is mounted, and by this means with each movement of the eseapement-pallets which control wheel j the train of wheels connecting j with the wheel meshing with the paper tube is given a step of rotation. The teeth upon wheel j, with the exception of a blank portion, are equally spaced over its periphery and are of a number equal to the characters in each line of the printed message, while that portion of the periphery upon which no teeth appear is of sufficient length to permit an abnormallylong step of rotation, a step usually made equal to six or seven of the shorter steps and it is by this means that the paper tube is at a single step of the escapement permitted to rotate a distance representing the two margins of the printed page. The escapement just referred to is operated by magnet M and an armature R, which is pivoted upon a shaft R, upon which is carried a suitable bracket and pawls -t and 5, the pawl 5 being fixed with reference to its supportingbraeket, whileiis movable around an axis (5. 3y this means as armature R is attracted pawl 5 will be drawn into a space between teeth Thus as p of the ratchet-wheel, while pawl -1- will be disengaged. This action, however, permits the escapementwheel to move only a very small distance, while at the same time pawl t is disconnected from the wheel and by means of a sprin 21 is caused to move backward in a direction opposite to the rotation of the escapement-wheel and into such a position that upon the retraction of armature R it will drop into the next notch just before pawl 5 is disconnected. In other words, just before disengagement of pawl 5 pawl 4 will be thrown into that cavity of the wheel next back of the one which pawl 5 had left, thus leaving the wheel, under the action of the propelling motor, free to rotate an additional step.

Although we desire to limit ourselves to no specific form of ringwheel we have shown apreferred construction in Figs. 2, i, and 8, in which are represented a ring having horizontal projecting edges or flanges .9 and a surrounding series of spur-teeth. By this means wheell is easily mounted and retained in position meshing with spur-wheel 7t, since by this construction friction rollers or guides at m a 11, having central grooves, may support the wheel both circumferentially and axially. The peripheries of these rollers serve as guides and supports for the flanges s .5, while their central groove affords a passage-way for the spur-teeth of the wheel, the sides of said grooves atthe same time serving to hold said wheel in an accurate axial position. Upon the inner periphery of the wheel Z is affixed a bracket or shoe, (particularly shown in Figs. 5 and 6,) within which is pivoted the small spur-wheel f, which meshes with the holes in the paper tube. In Figs. 5 and (5 is shown a bracket-piece a, joined to b by means of a yoke 0, having arms 1 and 2, within which is pivoted a shaft g, carrying the spur-wheel f, and to secure the bracket to the wheel Z the arms a b are preferably provided with scyew-holes (Z, by means of which its convex surface maybe bolted to the inner peri 'ihery of l, as shown in Fig. 8.

Preparatory to the printing of a message spur-wheel f is brought into a pred QlCllTll11G(l position with reference to the tubular support, and while f is in this position the tubular blank is pushed along the support until the first holes in the lap of the tube are brought into mesh with its teeth. The particular means by which this is accomplished are shown in Fig. 3, .in which is represented. a small slot 11., cut into the tube lengthwise slightly at one side of a central line. If wheel f is brought into the plane of the slot 11/, oh-

viously it may be rotated and the paper tube may be thrust forward, since the teeth of 1" will find a clearance in the slot and will at the same time mesh with the holes 7L 7:. of the tube T.

To accomplish the circumferential feed of the paper tube, wheel f is swept circu1nferentially around the tubular support a, its

teeth at the time being stationary with reference to its own axis, they being held Within the circumferential grooves r s t of the tubular support, as shown in Figs. 3 and 6. At the end of each line of the message, however, the teeth of the wheel are brought to the inclined grooves 12 w an, and by this means wheel f is given a rotation equal to the angular space covered by two of its teeth and a distance equal to that from one line to the next, and it is by this means that the paper, while given a circumferential rotation representing the two margins of the page, is also moved axially a sufficient distance for a new line. Thus it is seen that the spur-wheel f, while bodily carried by the ring-wheel Z, has its teeth projecting through the holes in the lap of the paper tube T into the circumferential grooves in the tubular support and that the wheel f is held stationary upon its own axis during the printing of a line, while thereafter it is rotated sufficiently to move the paper for a new line while the teeth of the wheel are moving through the inclined grooves 11 10 av. To the end, however, that the teeth of wheel 9 may move freely past ,the slot u the inclined grooves 41 w as are terminated a short distance at the right of the slot, whereby the teeth of the wheel in normal operation after passing the inclined grooves must find their normal position within the planes of the circumferential grooves before reaching the position of the slot. To furtherinsure against the catching of the teeth of wheel f in passing slot to, the wheel is provided with a small dogging check-wheel q, having concaved or notched sides within which the curved end of a spring or dog 19 may press. By this means the teeth of f can have but one normal position, as shown in Fig. 6, a position in which they are certain to enter the circumferential grooves after passing the slot it, while printing from one line to the next or at the beginning of the first line of a message.

Cam-wheel q and its spring p are particularly necessary in determining the position of the teeth of the wheel when a blank for a new message is first inserted. lVithout some such arrangement the teeth of the wheel would be left in any angular position, so that upon the first operation 'of the feeding device they might be caught by the ends of the ridges between the circumferential grooves of the tube.

In carrying out our invention we employ manual means for connecting and disconnecting the escapement-wheel from its pallets, whereby at the end of a message, if only part of a line has been printed, the escapementwheel and its accompanying gear mayimmediately return to a zero position. This apparatus we have particularly shown in Figs. 1 and 4c, in which on is a rod carrying a handbutton at one end and an arm near the other, engaging in a groove 8, formed in the hub or support of the escapement-wheel j. Another part of the hub, carrying the escapementwheel is provided with a slot within which slides a pin 10, connected to the drivingshaft, while upon an auxiliary disk fastened to the escapement-wheel j is a tooth 7, the end of which in normal rotation clears a fixed stop 22, but which, when rod m is pulled to the left, is brought into the path of such fixed stop, whereby as the escapement-wheel is disengaged from its pallets stop '7 will be put into a unison position; that is to say, in such a position that wheel f will at the time be in the plane of slot to.

The conditions essential in operating the escapement are that its wheel shall not rotate at the time of actuating the press mechanism or when armature R is attracted by magnet M. It should only operate when armature R is moving into a back position or after printing has taken place. A further condition is that the escape-wheel at the end of a message, when it is desired to let the apparatus or train-run to zero, shall be disconnected from the fixed pallet of the escapement and not from the movable pallet. If the wheel were disconnected from the movable pallet and not from the fixed one, the reengagement would be with the movable pallet, and thereby one false step of rotation would take place in the escapement, thereby causing a disarrangement of the lines of the printed message. To avoid this difficulty, the escapement and its magnet have been arranged as shown in Figs. 4 and 8, in which, for unison disengagement, the escape-wheel is moved to the left, assuming at the same time the armature R to be attracted so that stationary pawl 5 would normally be in a position to arrest the teeth of the wheel. Upon disengagement the wheel is pulled to the left of 5, leaving it free to rotate, and by this means it is apparent thatwhen rod m is thrust to the right the teeth of the wheel will be pushed back over the stationary tooth of the escapement, thus at the beginning of a new line leaving the escapement-wheel in the exact position it would have occupied if disengagement had not taken place.

If a message were completed after having printed only a few characters upon a line and the escapement wheel were disconnected from its pallets, the feeding-train would move to unison position with great rapidity. To avoid injuring the apparatus by unnecessary blows, a train of gearing carrying a fly or fan has been provided, as shown in Figs. 1 and 4:, which may be connected to the shaft of the escapement-wheel at the time the latter is disconnected from its pallets. This organization has been specifically described and claimed in another application and affords no part of the present invention except as it is a part of the combination of our new positive-feed arrangement. As here shown, a clutch 11 and 12 is normally disconnected, the free portion thereof being connected to fan 13. Upon pulling m to the left to disengage the escapement-wheel from its pallet 11 and 12 of the fly-clutch will be engaged,

thus joining the fly with the escapementtrain.

As shown in former patents, a rubber band is carried within the tubular support between the type-wheel and the press-hammer. In such instances, however, the rubber band is rotated by the action of a wheel within the tubular support driven by a friction feeding device acting from without the tube; but as the friction feeding device is now omitted it is necessary to employ other means for actuating the rubber band. As shown in Figs. 4and 8, 19 is such a rubber band, it being carried around two upper rollers 20 and a single lower roller 18, placed upon a shaft 17, also provided with a ratchet-wheel 16, with whose teeth an arm 15, attached to the press-lever, engages. 13 y this means, with each movement of arm P, the band 19 is given a slight movement, and during continued operation its entire length is repeatedly brought opposite the small aperture 21, through which the press acts upon the type.

The tubular support a is made in three sections w w 7 as shown in Figs. 3 and 4. Sections 10 and y are preferably brass tubing of a circumference slightly less than the length of the paper sheet of which the tubes are formed, while the middle section 00 is of iron, whose shell is thicker than that of w and q and particularly at that part within which the circumferential and inclined grooves for controlling the action of spur-wheel f are cut. As shown in Figs. 3 and 4, the tube is provided with two joints .2 and 2. detail of this construction is shown in Fig. 3, which consists of a small block of metal having a cylindrical and convex surface within which the diagonal grooves o in 5a are cut. Corresponding with such block the tube-section-a: is provided with an aperture, and within this aperture is closely fitted the block, all of which forms the arrangement of the circumferential and inclined slots, as shown in Fig. 3.

\Vhat we claim, and desire to secure by Letters Patent, is-

1. In a printing-telegraph apparatus, a stationary tubular support, a sheet of paper formed into a tube having a row of holes perforated in the lap of said tube, an eseapementwheel, a spur-wheel meshing with said row of holes and a train of gearing for positively connecting the escapement and spur wheels together, as and for the purpose set forth.

2. In aprinting-telegraph, astationarysupport, a paper tube having a row or series of perforations, a stcp-by-step wheel, a train of gearing positively connected with said stepby-step wheel and a spur-wheel gearing with the holes in said sheet of paper which is positively driven with said step-by-step wheel and train of gearing, as and for the purpose set forth.

In a printing-telegraph, a stationary tubular support, a sheet of paper formed into A further a tube movable thereon, a feed-wheel positively engaging with said sheet of paper, a step-by-step actuatingmechanism and a train of gearing for positively connecting said actuating mechanism with said wheel in engagement with said paper tube.

i. In a printingtelegraph, a tubular sup,- port for a sheet of paper, a paper tube upon which a message is to be printed, a wheel whose teeth engage with said paper tube, means for rotating said wheel circumferentially around said tubular support with the paper blank, means for rotating said wheel about its own axis for feeding said paper tube axially from one line position to the next, a step-by-step actuating mechanism and a train of gearing positively connecting said actuating mechanism with said feedwheel, as and for the purpose set forth.

5. In a printing-machine, a stationary support, a tubular blank adapted to be rotated thereon, having a row of holes along its seam, a feed-wheel whose teeth mesh with said holes, a wheel carrying said feed-wheel circumferentially around said tubular support and paper blank, a train of gearing connected therewith, an escapcment for controlling the step-by-step action of said train of gearing and circumferential and inclined grooves cut in the periphery of said stationary support, as and for the purpose set forth.

6. In a printing-telegraph, the combination of a stationary support a having circumferential grooves r s i! inclined grooves 4/10 as, gear-wheel Z, feed-wheel J, an escapementwheel j and a train of gearing for positively connecting Wheelsl and f together, as and for the purpose set forth.

7. In a printing telegraph, a stationary su pport a, a tubular blank upon which messages are printed in page form, a row of holes perforated in said blank parallel with its axis, a feed-wheel for engaging with said row of holes, and an auxiliary wheel for carrying said feed-wheel circumferentially around said stationary support, means for holding said feed-Wheel against rotation upon its own axis during the printing of lines, and earns for causing rotation of said feed-wheel upon its axis between the end of one line and the be ginning of the next, as and for the purpose set forth.

S. In a printing-telegraph, the combination of a fixed support, a paper tube upon which messages are printed, a row of holes perforated in said tube parallel with its axis, a spur-wheel meshing with said row of holes, and an auxiliary wheel within which said spur-wheel is journaled, as and for the purpose set forth.

9. In a printinganachine, a stationary support for a paper tube, a tube upon which messages are printed in page form having a series of holes in said tube, a feeding device meshing with said row of holes, means for moving said feeding device around said tube,

and means for connecting said feeding device positively with a step-by-step escapement or motor.

10. In a printing-telegraph, a support for carrying a paper tube, a sheet of paper in tubular form having a row of holes perforated parallel with its length, a feed-wheel meshing with said row of holes, a ring-wheel moving outside of said tubular support carrying said feed-wheel and circumferential grooves formed within the exterior of such support, as and for the purpose set forth.

11.- In a printing-telegraph, the combination of a paper tube upon which messages are printed, a spur-wheel for feeding the same circumferentially and axially, a ring-wheel for carrying said feed-wheel, a dogging-disk, q, and a pallet-or dog 19 for holding the teeth of said feed-wheel in their desired position.

12. In a printing-telegraph, a fixed tubular support, a feed-wheel f, a bracket within which said feed -wheel is journaled, said bracket being connected to and forming a part of a ring-wheel Z for carrying wheel q, as and for the purpose set forth.

13. The combination of feed-wheel f, a ring-carryin g Wheel Z having spur-teeth upon its periphery, guiding-surfaces s and a bracket formed of parts a e Z), as and for the purpose set forth.

14. In a printing-machine, a stationary tubular support, a paper tube upon which messages are to be printed, a row of holes perforated therein parallel with its axis, a feedwheel f, a ring-wheel Z for carrying said feed- Wheel, circumferential and inclined grooves cut in the periphery of said tubular support and a slot to cut in said support parallel with its axis, as and for the purpose set forth.

15. In a printing-machine, the combination of a stationary support, a paper tube upon which messages are to be printed, a feed-wheel for moving said tube, means for carrying said feed-wheel around the tube, circumferential grooves cut in said stationary support and a groove it within which said feed-wheel is adapted to rotate, as and for the purpose set forth.

16. In a printing-machine, a stationary support, a paper tube upon which messages are to be printed, a feed-wheel connecting with said paper tube, a Wheel Z carrying said feedwheel around the tube, having flanges s, and grooved rollers for supporting said wheel, as and for the purpose set forth.

17. A tubular type writer or telegraph blank, upon which messages or other matter is to be printed, with a lapped edge having a row of equidistant holes in the lap.

18. A tubular type writer or telegraph blank, upon which messages or other matter is to be printed, with a lapped edge parallel to the axis of the tube having a row of equidistant holes in the lap.

19. In a printing-machine, an escapementwheel, two escapement-pallets, one movable and the other fixed, and means for manually disengaging said escapement-wheel from its fixed pallet whereby the escapement-wheel is withdrawn from the fixed rather than the movable pallet, as and for the purpose set forth.

20. In a printing-machine, a stationary paper-support, a tube upon which messages are to be printed, a feed-wheel meshing with said tube, a ring-wheel carrying said feedwheel, a manual disengaging device, and a unison-stop, as and for the purpose set forth.

21. A stationary support, a paper tube upon which messages are to be printed, a feed-wheel gearing with said paper tube, an auxiliary wheel carrying said feed-wheel, a train of gearing connected therewith, an cscapement for controlling the step-by-step action of said feed-wheel, a manual disengaging device for releasing said feed-wheel from its pallets, a unison-stop for arresting said feed-wheel and its train in unison position and a fly-train which is automatically put in connection with said feeding apparatus to modify or slow its movement upon disengagement of the escapement-Wheel from its pallets.

22. In a printing-machine, a stationary, tubular support a for carrying a paper tube, said support being formed in three parts, w, 00, y, in the part a: of which are cut circumferential and inclined grooves, as and for the purpose set forth.

23. In a printing-telegraph system, a tubular support having an opening, 21, a presspad within said tubular support, and a typewheel on the exterior thereof, a rubber band or belt, 19, mounted within said tube, a ratchet-wheel, 16, and a pawl, 15, for actuating said belt, as and for the purpose set forth.

CHARLES L. BUOKINGHAM. EMIL GERMANN. Witnesses:

R0131. F. DOYLE, JOHN C. SANDERS.

Images