US501220A - Machine - Google PatentsMachine Download PDF
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- US501220A US501220A US501220DA US501220A US 501220 A US501220 A US 501220A US 501220D A US501220D A US 501220DA US 501220 A US501220 A US 501220A
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- 239000000969 carrier Substances 0.000 description 30
- 230000000875 corresponding Effects 0.000 description 3
- 230000036633 rest Effects 0.000 description 3
- 230000000284 resting Effects 0.000 description 2
- 210000003813 Thumb Anatomy 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000000994 depressed Effects 0.000 description 1
- 210000001699 lower leg Anatomy 0.000 description 1
- 239000011435 rock Substances 0.000 description 1
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, e.g. INK-JET PRINTERS, THERMAL PRINTERS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J2/00—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed
- B41J2/22—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by selective application of impact or pressure on a printing material or impression-transfer material
(No Modl'.) 3 Sheets-.-.-Sheet 1;
-V. & M. VANDER MYN'SBRUGGE.
TYPE WRITING MACHINE.
1%. 501,220. Patented July 11, 1893'.
I lfluwlu/ 444 14796. M h -Vanda mfirwqyz W BY . I 3 Shegt-Sheet 2. 81; M. VANDER MYNSBRUGGR TYPE WRITING MACHINE.
Paten ted July 11', 1893.
(No Model.) v 3 Sheets-Sheet 3. V. 81'. M. VANDER 'MYNSBRUGGE.
TYPE WRITING MACHINE. I Patented July 11,1893.
NITED STATES PATENT OFFICE.
VICTOR VAN DER MYNSBRUGGE AND MARY VAN DER MYNSBRUGGE, OF NEW YORK, N. Y.
SPECIFICATION forming part of Letters Patent No. 501,220, dated July 11, 1893. Application filed May 3, 1892. Serial No. 431,731. (No model.) Patented in England March 4, 1892. No. 4,283-
To ctZZ whom it may concern.-
Be it known that we, VIcToR VAN DER MYNSBRUGGE, a subject of the King of Belgium, and MARY VAN DER MYNSBRUGGE, a subject of the Queen of England, residents of the city, county, and State of New York, have invented certain new and useful Improvements in Type-Writing Machines, (for which we have obtained British Patent No.4,283 ;of March 4, 1892,) of which the following is a specification.
This invention relates to improvements in type-writers; and the object of our invention is to provide a typewriting machine which is simple in construction, readily adjusted and not apt to get out of order.
The invention consists in a typewriting machine constructed with the usual type-levers and key-levers, a rocking-bar resting on the key-levers and fixed on the rocking-shaft, which rocking-bar has projecting arms carrying pawls at their ends, the pawl on the upper arm serving to operate either one of the ratchet-wheels on two ribbon spools on which the inking-ribbon is wound, said ribbon passing through a triangular head on the end of a pivoted ribbon-guiding arm, which ribbon guiding arm also has an aligning-device composed of two pins, of which one is fixed on the arm and the other on a pivoted and adjustable piece on the arm. The pawl on the other arm engages a rack fixed on a carrier, that is mounted to move in the direction of the length of the cylinder, and said carrier supports a cylinder-carriage, which cylindercarriage is mounted to move on the carrier transversely to the direction of the length of the impression-cylinder, so as to permit of shifting the cylinder to receive impressions of the type for capitals, small letters and nu- 1n erals.
the capitals and numerals.
ribbon-spools. Fig. 4. is an enlarged detail transverse-sectional view through the carrier and carriage. Fig. 5 is an enlarged detail end-view of the mechanism. for shifting the roller transversely to its longitudinal axis for Fig. 6 is a vertical longitudinal sectional view on the line 6 6, Fig. 1, showing the arrangement of the spring, bell and adjustingbar. Fig. 7 is a perspective-view of the carrier and carriage, parts being omitted. Fig. 8 is a detail perspective-view ofthe ribbon-guide and alignment-device. Fig. 9 is a detail-view of the type-end of one of the type-bars, and Fig. 10 is a detail-view of one of the supportingstandards on which the type-levers are pivoted.
Similar letters of reference indicate corresponding parts.
The base-plate A is provided with two segmental standards A A on which the typelevers B, shown by singles lines in Fig. 1, are mounted pivotally.' The standards A A are provided in their upper edges with a series of notches a, the bottoms of which are provided with knife-edges a, on which the lovers rest. There are three groups of key-levers, of which two groups are mounted on the front standard A and the third group on therear standard A. In order to permit the key-levers mounted on the rear-standard A to pass, the front standard is provided with deeper notches a at regular intervals, as shown in Fig. 10. The key-levers are provided in their front-ends with upward projections of greater or less length, and on the ends of said lovers the finger-plates or buttons B are arranged, said buttons being preferably arranged in three rows of different elevations. The several type-levers C are pivoted at their lower ends on a curved bar 0, and each type-lever isconnected by a rod 0 with a corresponding key-lever B. The inner endof each keylever is connected by a spring C with the base-plate A for the purpose of pulling the inner end of the key-lever downward and holding the type-lever G in a vertical position when at rest, as shown in Fig. 2. The inner end of each key-lever B rests against the bottom edge of a curved bar D secured at its] ends to arms D of a rocking-shaft D mounted on suitable pillars D, which rocking-shaft is provided with an arm D projecting toward the front, and with a downwardly-projecting arm D. On the lower end of the arm D a double pawl D is provided, that can engage the teeth on the upper edge of the rack E fastened to the front of the carrier that will be described hereinafter. To the front forked end of the arm D a laterally swinging link E is pivoted to swing laterally and to said link a pawl E is pivoted, that can engagethe two ratchet-wheels F F connected with two ribbon-spools F F, which ribbon spools are mounted on a pivot F passed through the lower end of a square rod F passing through an aperture F of an arm G projecting toward the rear from the curved bar O, and on the top of said arm G a latch G is pivoted that enters a notch in the upper end of the square rod F and holds the same in place. On the free end of the arm G an arm II is pivoted which is provided on its free end with atriangular open head H. The ribbon b has its ends wound on the two spools F and is passed from said spools over pins G projecting from the sides of the arm G at the free end of the same, and 'is then passed under the arm H through and around the triangular head H in the manner shown in Fig. 8. That part of the ribbon b that is used for making the impression at the time is at the side of the arm H. The arm H is provided with a lateral projection I, from which a pin I projects upward. A curved arm I is pivoted to the top of the arm H and carries at its free end a pin 1 which is adjacent to the pin I and separated from the same a distance equal to the width between the two notches d d in the sides of the type head J, Fig. 9., These two pins 1 I serve to insure alignment as the type head in making the impression 1 must be in such position that the pins 1 I are in the two opposite notches d d, and as each type head must take the same position, a true alignment is obtained.
In case the,
type-head becomes worn, or any other parts 3 of the machine'are not in perfect condition, 2
the arm I can be adjusted so as to bring the pins 1 1 the proper distance from each other, to insure the proper alignment.
The arm H i can be lifted as shown in dotted lines in Fig. 2, in case the writing is to be examined. The cylinder K is mounted in two end standards 1 K projecting upward from a bar K Said bar K is secured to two curved bars L that J are mounted pivotally at their upper rear ends on a rod L supported in the upper ends of 4 the standards L that are mounted to slide on a shaft L pivoted to rock in the sides of the machine-casin g. Said curved bars L form the carriage of the machine. Track-bars M are mounted loosely on the shaft L adjacent to the bars L and project to the front and form the carrier of the machine, and it is to the front of these bars M that the rack E previously described is attached, and which rack connects the front ends of said bars M to complete the carrier. Each bar M is provided with a notch carrying a roller 9 that runs 011 the track g projecting upward from the baseplate.
At the free end of each curved bar L a roller M is mounted on the rod Q and can run on the corresponding bar M. On the front end of each curved bar L an arm M is pivoted on a rod Q passed through the front-ends of the curved bars L and is drawn by a spring M attached to said arm and to a standard K toward the cylinder K, and each arm M is provided at its upper end with a roller M. Endless rubber bands 0 are passed around the rollers M around similar rollers M on the rod Q adjacent to the rollers M,on and around a loose rod M in the standards L as shown in Fig. 2, so that the said bands rest against the lower part of the impression-cylinder K. The scale-bar O is secured to the tops of the said arms M and its inner edge is thus held against the impression-cylinder. The entire carrier and carriage, composed of the bars M and L, rod Q, rack E and arms M can thus slide across the machine on the rod L, shaft L and track g, in the direction of the length of the cylinder and the bars L and K which directly support the impression-cylinder and are mounted on the upper rod L can slide in a direction transversely to the length of the cylinder, that is, from front to rear, so as to permit the shifting of the impression cylinder to receive the impressions of the three different types on the type-heads. The carrier with the rack E, mounted on the shaft L does not change position when the cylinder is shifted transversely to its length.
For the purpose of causing the shifting of the impression-cylinder, the two left hand key-levers are used. As shown in Fig. 5, said levers, the inner ends of which will be designated by h h, are of different lengths. The lever It can act on the front end of an arm N fixed on the shaft L on which the standards L are fixed. The rear-end of the arm N can strike against an adjustable stop-screw N screwed through the toppiece N on the back of the machine-casing or frame, and the rearend of said arm N is pulled upward against said stop by a spiral spring N". A verticallysliding plate P, having a projection P toward the rear at its top and an angle-piece P toward the front at its bottom, is arranged on the side of the standard L and the inner end of the key-lever h is below said angle-piece P Ordinarily, the impression-cylinder remains in such position that the front type on the type-head makes the impression.
When it is desired to print capitals, the impressionecylinder must be shifted toward the rear a short distance, and when it is intended to print numerals it must be shifted toward the rear a greater distance. To shift theimpression-cylinder for capitals, the left hand lever h is depressed, whereby the slidingplate P is lifted and then the arm N is swung upward at its front end, causing the standards L and the rod L to swing in the direction of the arrow 00, Fig. 5, until the rear edge of the raised sliding plate P strikes the stop-screw 1 screwed into thetop-piece N -on the rear of the machine, thereby stopping the cylinder after it has been moved to the rear a short distance. As soon as said lever 71. is released, the sliding-piece P drops and the spring N swings the standards L and rod L to the front again and the cylinder is moved correspondingly, as the curved bars L on which the roller is supported, are pivotally mounted on said rod'L' and must swing with L 'is swung in the direction of the arrow at until it strikes against the stop-screw P and the impression-cylinder is moved to the rear a greater distance.
For the purpose of line spacing the paper, an elbow-lever Q is pivoted on the end of the rod Q of the carriage, which rod carries the above-mentioned rollers M and is surrounded bya spring Q pressing the upperend of said elbow-lever toward the impression-cylinder K. A weighted pawl O pivoted to the upper end of the elbow-lever Q is in engagement with the ratchet-wheel Q on the end of the cylinder K. An elbow-lever R is pivoted on lugs R of an extension of the bar K and its inner end rests on the lower shank of the elbow-lever Q, so that when the outer end of said elbow-leverRis pressed in the direction of the arrow X the pawl Q is moved to turn the impression-cylinder. In the back of the casing the longitudinal slot S is provided through which the stem S of a bell Z passes, said stem being provided with a thumb-nut S The bell can be adjusted in said slot to ring the alarm for lines of varying lengths and locked in place by the thumb nut. Said bell is provided with an arm S from which another arm S hangs that is provided with a hammer-S To the lower end of the hammer S the beveled dog or pawl S is pivoted. A cord T is secured at one end to a spring in the casing T and the other end is fastened to a pin T projecting from the back of the carrier. A rack U is pivoted to swing on its longitudinal axis in the casing and can be turned by means of a button'U on one side of the casing. A spring U surrounding the reduced portion at one end of the rack serves to hold said rack in vertical position. An adjustable stop-dog V rests freely on said rack in the path of the pin T and can be adjusted as may be desired.
X is the spacing-key.
The operation is as followsz-The bell and the stop V may be adjusted as necessary. As the carriage moves in the direction of the arrow X Fig. 6, the pin T passes under the dog S of the bell without actuating the hammer and finally the pin strikesthe stopV and stops the carrier and carriage. The paper is then shifted by means of the lever B. As the carrier and carriage move in the inverse. direction of the arrow X Fig. 6, and before they arrive at the end of the line, the pin T strikes the dog S of the bell and swings the arm S from the bell. When the pin passes said dog, the arm S swings toward the bell and the hammer S strikes the bell. When the carriage moves in the direction of the arrow X Fig. 6 and is not to be stopped, until it reaches the side of the casing, that is, when the full line is to be written, the rack U is turned down, so that the stop V will be out of the way of the pin T and the latter cannot strike against the same. Every time a keylever is struck, the bar D is swung upward and swings the arm D carrying the pawl D whereby the impression cylinder K is released the distance of onetooth of the rack and can be drawn in the opposite direction of the arrow X by the motor-spring. As the arm D swings, the arm D also swings, causing the pawl E to rotate the ratchet-wheel of that ribbon-spool with which it is engaged in the direction of the arrow X Fig. 2, the other spool being loose. The ribbon is thus wound from one and wound upon the other spool. When the direction of the ribbon is to be reversed, all that is necessary, is to swing the link E in such a position that its pawl F. engages the other ratchet-wheel F.
: Having thus described our invention, what we claim as new, and desire to secure by Letters Patent, is-- i 1. In a typewriting machine, the combination of type-levers and key-levers for operating the same, which key-levers are pivoted at their centers on standards projecting from the base of the machine, of a movable carrier for supporting a cylinder, a rack on said carrier, two ribbon-spools, a rocking bar resting r on the key-levers and fixed toa rocking shaft having a downwardly-projecting arm, a pawl on the end'of said arm, which pawl engages the rack of the carrier, a frontwardly-pro ecting arm on said rocking-shaft and an adj ust able pawl on said frontwardly-projecting arm, which pawl is adapted to engage either one of the two ribbon-spools, substantially as set' forth.
2. In a typewriting-machine, the combmation, with type levers and key-levers, of a.
rocking-baroperated by the separate key-1evers, a downwardly-projecting arm on the shaftof said rocking-bar, said downwardlyprojecting arm carrying pawls that engage a rack on the carrier, a frontwardly-projecting arm, a link pivoted to said arm, a pawlpivoted on said link and two ribbon-spools 6D? gaged with and rotated by said adjustable pawl on the frontwardly-projecting arm, substantially asset forth.
3. The combination, with the type-levers and key-levers, of a rocking-bar operated by the several key-levers, arms on said rocking bar, of which one projects downward and the other toward the front, a pawl on the downwardly-projecting arm engaging a rack of the carrier, a link pivoted to the front end of the forwardly-projecting arm, a pawl pivoted to saidlink and hanging downward from the same, and two ribbon-spools arranged below said forwardly-projecting arm, each spool having a ratchet-wheel in which the said adjustable pawl on the forwardly-projecting arm can engage, substantially as set forth.
4. In a typewriting-machine, the combination, with type-levers and key-levers for the same, of a rocking-bar operated by the several key-levers, an arm on the shaft of said rocking-bar, a pawl on said arm, a slidingcarrier provided with a rack engaging the pawl, a removable square rod, a latch for looking said rod in place, two independent ribbon spools suspended from said rod, a ratchetwheel on each spool, and an adjustable pawl supported frorn'the shaft of the rocking-bar for engaging the ratchetwvheel of either spool, substantially as set forth.
5. In a typeWriting-machine, the combination with a curved bar, serving as a pivotal support for the type-levers, of an arm projecting from the center of said curved bar, a combined ribbon and type-guide hinged to said arm, a removable rod placed into an opening of said arm, a latch for locking the rod in place, and ribbon-spools supported by said rod, substantially as set forth.
6. In a typewriting-machine, the combination, with a segmental bar, serving as a pivotal support for the type-levers, an arm projecting centrally from said curved bar, a swinging-arm pivoted to said arm on the curved bar and provided with a ribbonguide, and an aligning-device composed of a pin on said swinging-arm and a pin on the end of a curved arm pivoted on the swinging-arm, substantially as set forth.
7. In a typewriting-machine, the combination, with a paper-carriage, of a carrier for supporting said carriage and on which carrier the said carriage can slide in the direction at right angles to the length of the cylinder supported by said carriage, a shaft pivoted at its ends in the frame, or casing of the machine, on which shaft the carrier is mounted to slide in the direction of the length of the cylinder, a rod rigidly connected with said shaft by two standards, said rod passing through the apertures in the side-bars ofthe carriage,
whereby said carriage is mounted to slide on said rod in the direction of the length of the cylinder and the carriage to move on the carrier transversely to the length of the cylinder, substantially as set forth.
8. In a typewriting-machine, the combination, with a paper-carriage, of a carrier supporting the carriage and mounted to slide in the direction of the length of the cylinder on a pivoted shaft in the frame of the machine, t-wo standards fastened to said shaft and projecting upward, a rod held in the upper ends of said standards, which rod passes through apertures in the side-bars of the carriage, a projection on one of the above-mentioned standards, which projection extends over the shift key-lever, and a stop against which the said standard can strike, substantially as set forth.
9. In a typewriting-machine, the combination, with a paper-carriage, of a carrier sup porting said carriage, and mounted to slide on a pivoted shaft in the casing or frame of the machine, upwardly-projecting standards fastened on the shaft and swinging with the same, a rod held in said standards, which rod passes through apertures in the side-bars of the carriage, a projection on one of said sidebars extending over the shift key-levers, a stop behind said standard against which the standard can strike, and a sliding-piece on said standard, which sliding-piece is provided with a projection, substantially as set forth.
10. In a typewriting-machine, the combination, with a carrier mounted to slide on a pivoted shaft in the casing, a rack on the front of said carrier, a swinging-pawl operated from the key-levers and engaging said rack, a stoppin on the back of the carrier, a bell-hammer in the path of said pin, a motor-spring, a cord connecting said pin and spring, an adjustable stop-piece, a rack behind the carrier for supporting said adjustable stop-piece and a carriage on the carrier and movable on said carrier from front to rear, substantially as set forth.
In testimony that we claim the foregoing as our invention we have signed our names in presence of two subscribing witnesses.
VICTOR VAN DER MYNSBRUGGE. MARY VAN DER MYNSBRUGGE. Witnesses:
OSCAR F. GUNZ, CHARLES SOHROEDER.
|Publication Number||Publication Date|
|US501220A true US501220A (en)||1893-07-11|
Family Applications (1)
|Application Number||Title||Priority Date||Filing Date|
|US501220D Expired - Lifetime US501220A (en)||Machine|
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|US (1)||US501220A (en)|
Cited By (1)
|Publication number||Priority date||Publication date||Assignee||Title|
|DE960636C (en) *||1939-11-19||1957-03-28||Groma Bueromaschinen Veb||Car storage for typewriters of low construction|
- US US501220D patent/US501220A/en not_active Expired - Lifetime
Cited By (1)
|Publication number||Priority date||Publication date||Assignee||Title|
|DE960636C (en) *||1939-11-19||1957-03-28||Groma Bueromaschinen Veb||Car storage for typewriters of low construction|
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