US885764A - Type-writing machine. - Google Patents

Description

v No. 885,764.

0 s. 'LYABYOFIISH. v TYPE WRITING MACHINE.

APPLIOATIOR FILED JULY 18. 1906.

s suns-sans: i.

WITNESSI Z'i INVENTEIRH- '22,. W M v A H|5 TTURNEY PATENTED APR. 2a, 1908.

No. 885,764. Y PATENTBDAPR. 28,-19 08.'

. as. LABOPISH, w

TYPE WRITING MACHINE;

APPLICATION nun JULY 1a. 1905. v .7

5 www.

14E TTCIR'NEY No-885,764. v v 'PATBNTED' ABR.28,'1908- G.VS ..LABO FISH.

TYPE WRITING MACHINE. APPLICATION FILED JULY 18 1905 s sums-sum s.

I VENTBR= \A/ITN EEEE;

't-IIE ATTORNEY Unrrsn sriii rmg Washington,

canines s. sweetener WASHINGTON, mssarc'r OF COLUMBIA, ASSIGNOR To-wYoKoFF, SEAMANS & BENEDICT, or ILION, New YORK, A CORPORATION OF NEW YORK.

TYIErWRITING MAGHINE. p X

. Specified To all whom it mm} m: Q

Be it known the IARLES S. LABOFISH, citizen of the Uniter States, and resident of District-of Columbia, have invented certain new and useful Improvements in Type-Writing Machines, of which the following is a s ecification. My invention relates to ribbon mehanism for typewriting machines and one of the ob-' .jects of said invention is to provide a'simple, cheap, and efficient poly chrome ribbon mechanism of mechanism for writing with inks having different characteristics.

A further object of my inventionis, to provide a simple; cheap and efficient device which is in the nature of-an attachment that plied to existing forms of mes without changing tlhe structural atures of such machines and I means owhichdifiirent colors or different characters 1 co ymg. or

of inks or inking surfaces, such as record ribbons or mkm surf cemcan-be' employed and any one o which may be readilybrought into operation the features 0 no.0. thine, though it i may beapplied to.

without loss of another.

To the above and other ends which'will hereinafter ap ear, my invention consists in construction arrangement of arts and combinations devices to t be" ereinafter describ d and particularly pointed out in the appended claims: In the drawings, Figure 1 is a diagram: matic vertical front to rear sectional view of sufficient number of partsof a typewriting machine-to illustrate the features of my in-- vention and their ap lication thereto. Fig. 2 is a fragmentary etailtop plan view of certain i; the parts of the machine, showing the feat'uresof my invention applied thereto. Fig. 3is an enlarged detail transverse sectional view. taken on the line x-m of Fig. 2.- Fig. 4 is a detail front elevation of the parts shown in Fig. 2. Fig.- 5 is a fragmentary plan view showing parts of 9. No.6 Remington machine with the devices of my invention applied thereto. ;I have shown y invention applied in the present instance to a No. 6 Remington mais obvious that the invention other forms of type-writtime in changing from one to mg machines.

The laten 1 isdiagramiriatically illustrated m-Fig. 1; the type bars or printing instrumentalities 2 being actuated and co or Letters Patent.

1a, 1905. Serial No. 210,274.

adapted to impact paper thereon.

. plate to the upper tea the pivot- -disk on the bearingl Patented. April as, 1908.

with the platen in the usual operating The ordinary ribbon guide 3 em-.

manner ployed in the No. 6.;R-cmihgton machine 00- opprates in. the usual manner with the r1 bon 4 to guide it in its longitudinal fee movement from one spool ribbon passing across an 0 ribbon guide, through against the platen or the n In the longitudinal feed of the ribbon it is aided by fingers-3 each supported at its orward. end on the guide plate and o ening at the rear to receive the ribbon as s own in Fi ening 5 in the Pivoted at a 1 suitable point, preferabdy upon .theribben" guide 3, is a carrier 6 which spreferably-in 'theinature of a lever. pivoted'at 7 to the uide and providedwith a finger piece or audio 8 which extends from the under side of the 'id'e plate where the lever is situated throug a segmental slot 9 in the ribbbn guide sidethereof, as indicated m Fi s. 2 and 4. The inner end'of the lever is bi cated at 10 for cooperation with a circumferential groove 11 in a pivot stud 12. The grooved portion/l1 of the stud has two oppositely disposed flattened w ich the for I lever is adaptedto' cooperate in order to constudto the lever and to prevent the stud Thereis sufiicient frictional contact between the stud and the seat in the lever to hold the stud inv place against accidental displacement from the lever, but the stud me. be withdrawn from the forked end of the ever when desired.

The pivot stud has a portion 14 with a head 15 at the lower e thereof. The bearing portion of the stud is .adapted to be projected through a central bearing 0 eniug. in an Jnkmg disk 16 that is reinforce bya thereto and is the stud and is adapted to be seated-with the stud so as to 've a ter rigidity to t e disk and to a 0rd 8. etter bearing therefor on the stud. When the stud is seated in the forked end of the lever the disk is locked on the stud and cannot be removed except by removing the ,stud from its seat in the lever. From an examination of Fi 4 it will be seen that the bifurcated end 0 the lever 6 is thinner, as shown at 18', than the body porwalls 13 with' ed or bifurcated endofthc from turning on the lever.'

to another,. the

who the types are cylindrical bearifig inking ribbon, thereby utilizing .tudinal feed of the tion of the lever, in order that the head 19 of the pivot stud, when seated in the bifurcated portion of the lever, will not interfere with the movement of the lever on-its pivot 7 and 80 that the inking disk 16 may be maintained close to the ribbon guide plate 3. It will be observed that the inking disk 16 is located above the ribbon or main inking device 4 and is adapted to be interposed between the ribbon 4 and the platen andin the path of the printing instrumentalities. It will also be seen that when the inking disk is in the 0 erative osition illustrated in full lines in Fig.- 2-{an in Fig. 5, one side of the disk is maintained in contactwith the inkin ribbon 4 (seeFig. 4) and that the automatic longiribbon effected in the usual manner from the spring drum 20 through the parts 21, 22, 23, 24, 25 and 26 will rotate the disk on its pivot. --The ribbon uides 3 assist in maintaining this contact etween the ribbon and inking disk to insure a rotary movement being transmitted to the disk from the linking ribbon. ribbonguide 3 is automatically moved back and forth in a transverse direction during the longitudinal feed of the ribbon, as in the N o. 6 Remington machine by the parts 27 to 33 inclusive, the disk willreceive an automatic feed radially of its pivot as well as a rotary feed effected by reason of its contact with the ractically the entire lnking surface on the dislk.

Then the disk is moved by its lever 6 to the dotted line position in Fig. 2 it is carried out of contact with the'ribbon 4 and is maintained in osition-where it will not be interposed in t e path of the printing instrumentalities. The auxiliary inking device or disk 16 may be red, or of a distinctive color or characteristic from the main inking device or ribbon 4. Thus, the ribbon 4 may be record ribbon and the inking disk may be copying'- ribbon or an inking surface carryin copying ink.

hen itis desired to change the color or characteristic of the imprint from that produced by the cooperation of the printing instrumen'talities with the ribbon 4 1t is merely necessary to shift the lever 6 from the dotted line position to that indicated bypthe full lines in Fig. 2. When the inking disk 16 is interposed in the path of the printing instrumentalities, the types will impact in the first instance on the ribbon 4 and the impression will be made through the disk 16 which, being next to the paper, will produce the writingv in accordance with the characteristic ofthe ink on the disk 16. When a, fixed ribbon diiterent radial portions of the disk may be used by moving the handle or finger piece 8 by hand so as to bring the points of impact of the types at different distances from the pivotal center of the disk, so that the imguide is employed circles as the disk is the No. i 6 Remington, without When the pacts may take place in different concentric automatically rotated around its pivotal stud 12. It will be understood that there'is sufficient frictional contact between the lever and the ribbon guide plate 3 to maintain the lever in any position to which it is moved,so that the adjustmentof the disk to different radial ositions by means of the lever 6 can be rea ily effected.

From the foregoing description it will be seen that I am enabled to provide a simple, inexpensive and efiicient auxiliary inking device that may be readily applied to existingforms of typewriting machines, such as changing the structural features of such machine, and that the ordinary feed mechanisms employed in such machines for feeding the ribbon may be a a radial feed of the auxiliary inking disk of my invention.

Various changes in the details of construction may be made without departing from the s irit of the invention.

W at I claim as new and desire to secure by Letters Patent, is

1. In a typewriting machine, the combination of means for moving said disk into and out of operative position, and means for automatically turning said disk when it is in the operative position. 7

2. In a typewriting machine, the combination with any suitable inking ribbon and means for actuating it, of an auxiliary inking disk, and hand actuated means for interposing said disk between the inking ribbon and the platen or the paper thereon and for removing the disk from such position at will.

3. In a typewriting machine, the combination with any suitable inking ribbon and means for actuating it, of an auxiliary inking disk, hand actuated means for interposing said disk between the inking ribbon and the platen or the paper thereon and for removing the disk from such osition at will, and means for automatical y turning said disk when it is in the interposed position.

4. In a typewriting machine, the combination with any suitable inking ribbon and means for actuating it, of an auxiliary inking disk, hand actuated means for interposing saiddisk between the inking ribbon and the platen or the paper thereon and for removing the disk from such position at will, the disk contacting with the ordinary inking ribbon when the disk is in the operative position so as to afford a turningof the disk by a feed movement of the ribbon.

, 5. In a typewriting machine, the combination of an inking ribbon, and an independent auxiliary inking device that is fed by the main inking ribbon.

6. In a ty ewriting machine, the combination of an in ring ribbon, and an independent emcployed to effect an automatic rotation an inking disk, hand actuated.

' nation of a platen, printing instrumentalities,

an inking ribbon, an auxiliary inking disk, hand actuated means for interposing said disk in the paths of talities and between the inking ribbon and platen and for bringin the disk into contact with the ribbon to e ec't a rotation of the disk bIy the feed of the ribbon. 9. n

a typewriting machine, the combination of a laten, printing instrumentalities, an inking r1 bon, a guide therefor, a sup ort movably connected to said 'de, an an auxiliary inking device carrie by said movable support and adapted to be moved into and out of the paths of the printing instrumentalities and between the inking ribbon and the platen. i

10. In a typewriting machine, the combination of a platen, printing instrumentalities, an inking ribbon, a guide therefor, a support movably connected to said guide, and an auxiliary inki device carried by said movable support an adapted to be moved into, and out of the paths of the printing instrumentalities and between the inking ribbon and the platen and for afiording a feed movement of the auxiliary inking device by a feed movement of the inking ribbon.

11. In a tfgpewriting machine, the combination of a p) ten, printing instrumentalities, an inking r1 bon, a guide therefor, an adjustable su port pivoted to said guide and adapts to remain in the position to which it is moved, and an auxiliary inking disk pivoted to said adjustable sup ort. and adapted to be moved into and out o the paths of the printing instrumentalities and between the inking ribbon and the platen.

12. In a t pewriting machine, the combination of a pbaten, printing instrumentalities, an'inking r1 bon, a guide therefor, a support ivoted to said guide and adapted to remain in the position to which it is moved on said guide, and an auxiliary inking disk ivoted to said pivoted support and ada te to be moved into and out oi-the paths 0 the printing ins'trumentalities and between the inking bbon and the laten, and for efl'ectin a con tact between t e inki ribbon and t e auxiliary disk. whereby a eed movement of the ribbon will effect a turning-of the disk on its support.

the printing instrumern so as to be automaticall 13. In a typewriting machine, the combination of printing instrumentalities, a hand actuated lever, and an auxilia inking disk pivoted on said lever and a apted to be moved by the lever into and'out of the paths of the printinginstrumentalities and to remain in either of such positions when so moved.

- 14 In a t pewriting machine, the combination of a p aten, printing instrumentalities, an inking ribbon, a guide therefor, a lever carried by and pivoted to said guide, and an auxiliary inking disk pivoted on said lever and adapted to be moved by the lever into and out. of the aths of the printinginstrumentalities,vand between the inking ribbon and platen and into contact with the ribbon, rotated when the ribbon is fed longitudinal y.

15. In a tewriting machine, the combination of a p aten, pxrinting instrumentalities, an inking ribbon t at receives a feed in the direction of its len th, a lever, an inking disk pivoted to said fiver and ada ted to be moved thereby into and out 'of the paths of the printing instrumentalities and to be interposed between the inking ribbon and the platen and to be held in contact with said inking ribbon when the disk is in the operative position, whereby the ion itudinal feed of the ribbon will automaticalIy effect a rotation of the disk to present new portions thereof to the successive impacts of the printin instrumentalities.

16. n' a typewritin machine, the combination of an inkin dis and means for moving said inkin dis into and out of operative position and or automatically rotating said disk when it is in the operative position.

17. In a typewriting machine, the combination of printing instrumentalities, an inking disk,'and means for moving said inkin disk into and out of o erative osition, an means for bringing di erent ra ial and concentric portions of said disk into cooperation with the printing instrumentalities.

18. In a typewriting machine, the combination of printing instrumenta'lities, an inking ribbon, an auxiliary inking disk, means for moving said inkin disk into and out of operative position an for brin ing the disk into contact with the inking rib on to automatically rotate said disk when it is in the operative position, and means for bringing different radial portions of said disk into cooperation with the printing instrumentalities.

19. In a typewriting machine, the combination of an inking ribbon, an auxiliary inking disk, means for automatically rotating the disk, and means for effecting an automatic radial feed of the disk.

20. In a typewritin machine, the combination of an inking ri bon that automatically receives a longitudinal and transverse feed, an auxiliary inking disk, means for aniio tomatically rotatin the disk by the longitudinal feed of the ribbon, and means for eflecting an automatic radial feed of the disk by a transverse feed of the ribbon.

-21 In a typewriting machine, the combination of an inking ribbon, a ribbon guide cooperating therewith and which receives an automatic transverse movement to effect a transverse feed movement of the ribbon, said ribbon receiving an automatic feed in a longitudinal direction, and an auxiliary rotary inkingdisk carried by the ribbon guide.

22. In a typewriting machine, the combination of an mking ribbon, a ribbon guide c'ooperating therewith and which receives an automatic transverse movement to eflect a transverse feed movement of the ribbon, said ribbon being also fed automatically in a longitudinal direction, and an auxiliary rotary 2o inking disk carried by the ribbon guide and ada ted to be rotated by the longitudinal d of the ribbon and to receive a radial feed during the transverse movement of the ribbon uide.

23. na typewriting machine, the combination of an inking ribbon, a ribbon guide cooperating therewith and which receives an automatic transverse movement to effect-a transverse feed movement of the ribbon, said ribbon being also fed automatically in a lengitudinal direction, an auxiliary rotary initmg disk carried by the ribbon guide and ada ted to be rotated by the longitudinal fee of the ribbom am? to receive a radial feed during the transverse movement of the ribbon guide, and hand actuated means for moving'said disk into and out of operative position and to interpose it between the inkmg ribbon and platen. 24. In a typewriting machine, the combination with a traveling inking ribbon for norinal use, of an inking pad for special use normally out Of'ORBIfttlVG position, and a movable su port for said pad operative to carr the pa from inoperative to operative position and back agam to normal position.

25. In a typewriting machine, the combination With'a traveling inking ribbon, of a rotatory inking ad normally in the inoperative position, and means for shifting the ad in front of and in contact with the trave ing inking ribbon.

Signed, at Washin ton, in the District of Columbiaythis 14th 5a of July, A. D. 1905.

CH S. S. LABOFISH. Witnesses:

ROLAND C. Boo'rn, JOHN R. FARNUM.

Images