US1314616A - Type writing machine - Google Patents

Type writing machine Download PDF

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US1314616A
US1314616A US1314616DA US1314616A US 1314616 A US1314616 A US 1314616A US 1314616D A US1314616D A US 1314616DA US 1314616 A US1314616 A US 1314616A
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platen
collating
sheets
work
board
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B41PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41JTYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J11/00Devices or arrangementsĀ  of selective printing mechanisms, e.g. ink-jet printers or thermal printers, for supporting or handling copy material in sheet or web form
    • B41J11/36Blanking or long feeds; Feeding to a particular line, e.g. by rotation of platen or feed roller

Definitions

  • This invention relates to an improvement in ty iiewriting machines, and more particularly to a collating device for assisting in assoiu'rblin work-sheets on the platen.
  • a collating board or table on which the several work-sheets may be assembled in various relative positions.
  • This collating-board is supported so that it can be shifted from a collating position to a delivering position such that the assembled work-sheets thereon can be transferred to the platen.
  • the collating-board is pivotally mounted for this purpose, so that after the sheets have been assembled the lower ends thereof can be swung and then slid down in front of the platen between the paper-apron, the front rolls and the platen, thereby permitting the worksheets on the collating-board to be backwardly inserted in a pack around the platen, to be gripped by the platen and feed rolls before withdrawal from the impaling pins.
  • Figure 1 is a vertical section taken from front to rear, showing the collating-board in its raised position, in which position the work-sheets are asseu'i'bled thereon.
  • Fig. 2 is a View similar to Fig. 1, except that the collating-board has been swung down to deliver the assembled sheets to the platen.
  • Fig. 3 is a spread erspective view, show ing details of an ad ustable connection between the collating-board and its support ing brackets.
  • Fig. 4 is a detail section through the collating-board on the line 4.4 of Fig. 5, showing the mounting of the impaling studs and supporting frame therefor.
  • Fig. 5 is a perspective view, showing the collating-board in its assembling position.
  • the platen 1 is mounted to rotate on a platen frame 2, which is mounted, in turn, on the usual typewriter carriage.
  • the platen 1 is rotated either by hand-knobs 3 or linespace mechanism, indicated in general at 4.
  • pressure feed rolls 5 which are normally held in engagement with the platen 1.
  • These pressure feed rolls 5 are in sections and in pairs, so as to engage the platen at several points along the length thereof and at two lilies at different points in a circumferential direction.
  • the pressure feed rolls 5 are mounted on shafts 6, which, in turn, are supported by I'I'OSSBd bell-cranks 7 and 8.
  • the bell-cranks 7 and 8 are pivotally mounted at 9 and are provided with arms 10 and 11, which normally engage the indented sides 12 of a rock shaft 13.
  • the rock shaft 13 is rotated to force the arms 10 and 11 out on the circumference of the rock shaft, the rolls 5 are moved out of engagement with the platen 1 and the work-sheet carried thereby. This either releases the work-sheets, so that they can be easily removed from the platen or permits the insertion of fresh work-sheets on the platen.
  • This is the usual Underwood pressure feed roll mechanism, and the shaft 13 is operated from a release key 1a, which is connected to rock the shaft 13 by'means of a link 15 and an arm 16 provided on the rock shaft 13.
  • the work-sheets are fed to the platen 1 at the rear of the same, and are gulded to the bite of the platen by a work-table or plate 17.
  • the work-sheets coming from the plate 17, according to the present invention are directed around the platen 1 with the assistance of the pressure feed rolls 5, by means of a paper-apron 18, which may comprise sections 18 joined to each other at 18".
  • the pressure feed rolls 5 extend through openings between said sections and bear against the platen 1 or the work-sheets carried by the platen.
  • the paper-apron 18 is connected to move with the pressure feed rolls 5 toward and from the platen 1, by having one of the shafts 6 extend through loops or bends 19 provided in the paper-apron 18.
  • the paper-apron 18 Since the paper-apron 18 is pivotally connected at 20 to the plate 17, it may thus move toward and from the platen 1 with the movement of the pressure feed rolls 5. In the meantime, the platen may have been raised by means of the case-shift key (not shown), thus freein the platen from the usual wing-scales. he work-sheets can thus be inserted easily on the platen 1. Also, because of the fact that the end sections of the apron 18 extend up a COl'lSldGY- able distance at the front of the platen the work-shvets ma be inserted at the .rdnt almost as readily as at the back of the platen when the apron is moved away from the platen.
  • a collating boar or table 21 mounted on the platen frame 2, so as to travel with the laten.
  • the ta 1e 21 may pivot relatively to the brackets 22, so as to swing from the collating position of Fig. 1 to the delivering position of Fig. 2.
  • the adjustable connection may also permit the locking of the table at different levels to locate the table at difl'erent distances from the platen 1.
  • each slot 23 there is a slide 25, which has its greatest length in the direction of the length of the slot 23, soar: to prevent its turning in the slot.
  • the slide 25 is provided with a hub 26, which forms a mounting for an arm 27 rigidly secured to the slide, and a journal for one of the brackets 24, through an opening 28 in which the hub 26 extends.
  • the slide 25 is provided with a screw 29 formed thereon, which is engaged by a set-screw or nut 30. The nut 30 can be tightened to hold the slide 25 in any adjusted position along the slot 23, so as to selectively determine the height at which the table 21 is located.
  • one of the brackets 24 is pivotally mounted on the hub 26 and maintained thereon by means of a nut 31, which threads onto a screw-bolt 32" formed on the slide 25 beyond the hub 26.
  • a nut 31 which threads onto a screw-bolt 32" formed on the slide 25 beyond the hub 26.
  • 0th of the latches 34 are secured to the rod 33 to rotate with the same, and the latches are held in their active position by .one or two springs 39, each of which on ages a latch 34 at one end and an arm 2 at the other end. The limit of movement of the latches is determined by a stop-pin 36.
  • latches 34 may be provided with a fingerpieee 40, whereby both of the latches may be released sinmltaneously.
  • the latches 31 move up and down with the table 21 when its elevation is semi-pcrumn mtly changed, and act also as brackets when the table 21 is in a collating position, preventing unsteady movement.
  • iu'ipaling studs 41 which may engage perforations 42 in the work-sheets 43.
  • the studs are arranged in one or more series on a sliding frame 44 mounted on the table 21.
  • This frame 44 may be retained upon the table 21, by having the shanks of the impaliug studs 41 extend into slots 45 provided in the table 21 and running lengthwise of the work-sheets 43.
  • These studs 41 may be headed at 46, so as to engage the under side of the table 21, to prevent the studs 41 from passing through the slots 45 and thus hold the sliding frame 44 to the table 21.
  • One or more handles or knobs 47 may be provided on the sliding frame 44 to permit it to be easily moved along the swiveled table 21.
  • the frame 44 is held in its normal position by a s ring deteut 48, Fig. 1, which engages a note provided on the under side of the slide 44, the table 21 being provided with an opening to permit access of the detent 48 to the slide 44.
  • the table 21 is returned to its normal position corresponding to Fig. 1, preferably by hand, but a sprin may be used, against the tension of which the table may be rocked to the Fig. 2 position.
  • the limit of the downward swing of the table 21 is determined bv one or more stops 50.
  • Indicators 51 are provided. to show the upper limit beyond which the bottom edges of the worksheetsmus't not go in collating, in order to havethe Work-sheets gripped by the platen and rolls 5 when do ivered thereto while still on the frame 44.
  • the table 21 is adjusted to the height desired, either to accommodate Work-sheets of certain length or to suit the convenience of the operative, and locked at this height by tightening the nut 30.
  • the latches 34 move with the slides 25 and thus with the table 21 for different elevations of the latter and act as brackets as Well as locking means.
  • the collating-table 21 is held in the normal inclined position of Fig. 1 by means of the latches 34-, and the impaling sliding frame 44 is held in the upper position, also shown in Fig.
  • the work-sheets may be assembled one by one with the interleaved carbon sheets and held in their assembled position by impaling them on certain of the impaling studs 41.
  • the impaling studs 41 used must be the ones which will bring the bottom edges of the work-sheets at least down to the indicators 51; otherwise the Work-sheets when delivered to the platen will not reach the bite between the front roller 5 and the platen 1.
  • the table 21 When all of the work-sheets have been collated upon the table 21 in the Various relative positions necessary to bring certain desired lines on the several sheets into register with one another, then the table 21 may be swung down to the Fig. 2 position after releasing the latches 34. In this position it will be ready to deliver the worksheets to the platen 1.
  • the pressure rolls 5 and the paper-apron 18 are moved away from the platen 1 either before or after this is done, to enable the work-sheets to be inserted on the platen at the front thereof.
  • the slide 11 having thereon the impaling studs 41, and thus carrying the worksheets, ean he slid down from the Fig. 1 position to the Fig. 2 position, so that the bottom edges of the Work-sheets will enter the opening 49, between the paper-apron 18, the rolls 5 and the platen 1.
  • the worksheets when they are short, may then be stripped from the impaling studs 41; and the feed rolls 5, together with the paperapron 18, may be brought u against the platen 1, so that the work-s eets will be gripped to the platen.
  • the platen may then be reversely rotated to bring the initial line of writing, which is superposed on the several sheets, to the printing point.
  • the collating-table After inserting the work-sheets, around the platen, the collating-table is raised to ihe position corresponding to that of Fig. 1, in which position it is caught and locked by the latches 34.
  • the slide 44 can be returned to its normal upper position, ready for the collating of a new set of worksheets.
  • V ariations may be resorted to within the scope of the invention, and portions of the improvements may be used without others.
  • said paper apron at the front of said platen, so as to direct a set of Work-sheets assembled on said table to said aper apron and thus reversely around sai platen in their assembled condition.
  • a paper-guiding apron extends ing forwardly under the laten toward the front thereof, means to re ease said roll and automatically car the upper part of said apron awa fromt e platen to facilitate the entrance 0 sheets at the front of the platen, and means to collate sheets above the platen and drop them while collated down between the platen and said apron and roll.
  • T e combination with a revoluble platen and feed rolls, of a collating-board surmounting the platen, said collating-board being pivotally-supported and swmgable from a collating position, to introduce collaped sheets between the platen and the feed ro ls.

Description

Patented Sept. 2, 1919.
2 SHEETS-SHEET I E. THOMAS.
TYPE WRITING MACHINE.
APPLICATION FILED NOV. 16 i9"- 1,314,61 6. Patented Sept. 2, 1919.
2 SHEETS-SHEET 2- UNITED STATES PATENT OFFICE.
EDWARD THOMAS, 013' NEW YORK, N. Y., ASSIGNOR T UNDERWOOD TYPEWRITEB COMPANY, OF NEW YORK, N. Y., A CORPORATION OF DELAWARE.
TYPE-WRITIN G MACHINE.
Specification of Letters Patent.
Patented Sept. 2, 1919.
Application filed November 16, 1917. Serial No. 202,284.
To all whom it may concern:
lie it known that I, EDWARD THOMAS, a citizen of the United States, residing in New York city, in the county of New York and State of New York, have invented certain new and Useful Improvements in Typel Vriting Machines, of which the following is a specification.
This invention relates to an improvement in ty iiewriting machines, and more particularly to a collating device for assisting in assoiu'rblin work-sheets on the platen.
Above t 1e platen on the carriage or platen frame there is mounted a collating board or table on which the several work-sheets may be assembled in various relative positions. This collating-board is supported so that it can be shifted from a collating position to a delivering position such that the assembled work-sheets thereon can be transferred to the platen. The collating-board is pivotally mounted for this purpose, so that after the sheets have been assembled the lower ends thereof can be swung and then slid down in front of the platen between the paper-apron, the front rolls and the platen, thereby permitting the worksheets on the collating-board to be backwardly inserted in a pack around the platen, to be gripped by the platen and feed rolls before withdrawal from the impaling pins.
Other features and advantages will here inafter appear.
In the accompanying drawings,
Figure 1 is a vertical section taken from front to rear, showing the collating-board in its raised position, in which position the work-sheets are asseu'i'bled thereon.
Fig. 2 is a View similar to Fig. 1, except that the collating-board has been swung down to deliver the assembled sheets to the platen.
Fig. 3 is a spread erspective view, show ing details of an ad ustable connection between the collating-board and its support ing brackets.
Fig. 4 is a detail section through the collating-board on the line 4.4 of Fig. 5, showing the mounting of the impaling studs and supporting frame therefor.
Fig. 5 is a perspective view, showing the collating-board in its assembling position.
The platen 1 is mounted to rotate on a platen frame 2, which is mounted, in turn, on the usual typewriter carriage. The platen 1 is rotated either by hand-knobs 3 or linespace mechanism, indicated in general at 4. To assist the platen in feeding work-sheets and for maintaining work-sheets smooth on the platen, there are provided pressure feed rolls 5, which are normally held in engagement with the platen 1. These pressure feed rolls 5 are in sections and in pairs, so as to engage the platen at several points along the length thereof and at two lilies at different points in a circumferential direction. The pressure feed rolls 5 are mounted on shafts 6, which, in turn, are supported by I'I'OSSBd bell-cranks 7 and 8. The bell-cranks 7 and 8 are pivotally mounted at 9 and are provided with arms 10 and 11, which normally engage the indented sides 12 of a rock shaft 13. When the rock shaft 13 is rotated to force the arms 10 and 11 out on the circumference of the rock shaft, the rolls 5 are moved out of engagement with the platen 1 and the work-sheet carried thereby. This either releases the work-sheets, so that they can be easily removed from the platen or permits the insertion of fresh work-sheets on the platen. This is the usual Underwood pressure feed roll mechanism, and the shaft 13 is operated from a release key 1a, which is connected to rock the shaft 13 by'means of a link 15 and an arm 16 provided on the rock shaft 13.
In an ordinary typewriting operation, the work-sheets are fed to the platen 1 at the rear of the same, and are gulded to the bite of the platen by a work-table or plate 17. The work-sheets coming from the plate 17, according to the present invention, are directed around the platen 1 with the assistance of the pressure feed rolls 5, by means of a paper-apron 18, which may comprise sections 18 joined to each other at 18". The pressure feed rolls 5 extend through openings between said sections and bear against the platen 1 or the work-sheets carried by the platen. The paper-apron 18 is connected to move with the pressure feed rolls 5 toward and from the platen 1, by having one of the shafts 6 extend through loops or bends 19 provided in the paper-apron 18. Since the paper-apron 18 is pivotally connected at 20 to the plate 17, it may thus move toward and from the platen 1 with the movement of the pressure feed rolls 5. In the meantime, the platen may have been raised by means of the case-shift key (not shown), thus freein the platen from the usual wing-scales. he work-sheets can thus be inserted easily on the platen 1. Also, because of the fact that the end sections of the apron 18 extend up a COl'lSldGY- able distance at the front of the platen the work-shvets ma be inserted at the .rdnt almost as readily as at the back of the platen when the apron is moved away from the platen.
For the purpose of assembling a plurality of work-sheets with interleaved carbon sheets in various relative positions before inserting them on the platen 1, there is provided a collating boar or table 21 mounted on the platen frame 2, so as to travel with the laten. There are provided on the sides of tie platen frame 2 supporting brackets 22. These supporting brackets 22 preferably have slots 23 to afford adjustability for height between the brackets 22 and brackets 24 )rovided on the collating-table 21. The ta 1e 21 may pivot relatively to the brackets 22, so as to swing from the collating position of Fig. 1 to the delivering position of Fig. 2. The adjustable connection may also permit the locking of the table at different levels to locate the table at difl'erent distances from the platen 1.
Mounted in each slot 23, there is a slide 25, which has its greatest length in the direction of the length of the slot 23, soar: to prevent its turning in the slot. The slide 25 is provided with a hub 26, which forms a mounting for an arm 27 rigidly secured to the slide, and a journal for one of the brackets 24, through an opening 28 in which the hub 26 extends. The slide 25 is provided with a screw 29 formed thereon, which is engaged by a set-screw or nut 30. The nut 30 can be tightened to hold the slide 25 in any adjusted position along the slot 23, so as to selectively determine the height at which the table 21 is located. On the opposite side from the screw 29 of each bracket 22, one of the brackets 24 is pivotally mounted on the hub 26 and maintained thereon by means of a nut 31, which threads onto a screw-bolt 32" formed on the slide 25 beyond the hub 26. There-is provided one of these combined connections having fixed position-determining adjustments and Working movements on each side of the table 21.
There is also rovided one of the arms 27 at each side 0 the table 21.- These arms support a rod 38, which forms part of a locking means holding the table 21 in a collating position. Tl'llslofik'lililg means'includes a air of latches 34, w h are provided with sockets 85 engaging ins 37 provided on the table-brackets 24. 0th of the latches 34 are secured to the rod 33 to rotate with the same, and the latches are held in their active position by .one or two springs 39, each of which on ages a latch 34 at one end and an arm 2 at the other end. The limit of movement of the latches is determined by a stop-pin 36. One oi the latches 34 may be provided with a fingerpieee 40, whereby both of the latches may be released sinmltaneously. The latches 31 move up and down with the table 21 when its elevation is semi-pcrumn mtly changed, and act also as brackets when the table 21 is in a collating position, preventing unsteady movement.
For the purpose of holding the worksheets as they are assembled on the collating-board 21 and until they are delivered to the platen 1, there are provided iu'ipaling studs 41, which may engage perforations 42 in the work-sheets 43. The studs are arranged in one or more series on a sliding frame 44 mounted on the table 21. This frame 44 may be retained upon the table 21, by having the shanks of the impaliug studs 41 extend into slots 45 provided in the table 21 and running lengthwise of the work-sheets 43. These studs 41 may be headed at 46, so as to engage the under side of the table 21, to prevent the studs 41 from passing through the slots 45 and thus hold the sliding frame 44 to the table 21.
One or more handles or knobs 47 may be provided on the sliding frame 44 to permit it to be easily moved along the swiveled table 21. The frame 44 is held in its normal position by a s ring deteut 48, Fig. 1, which engages a note provided on the under side of the slide 44, the table 21 being provided with an opening to permit access of the detent 48 to the slide 44. After a delivery, the table 21 is returned to its normal position corresponding to Fig. 1, preferably by hand, but a sprin may be used, against the tension of which the table may be rocked to the Fig. 2 position. The limit of the downward swing of the table 21 is determined bv one or more stops 50. Indicators 51 are provided. to show the upper limit beyond which the bottom edges of the worksheetsmus't not go in collating, in order to havethe Work-sheets gripped by the platen and rolls 5 when do ivered thereto while still on the frame 44.
In operation, the table 21 is adjusted to the height desired, either to accommodate Work-sheets of certain length or to suit the convenience of the operative, and locked at this height by tightening the nut 30. The latches 34 move with the slides 25 and thus with the table 21 for different elevations of the latter and act as brackets as Well as locking means. As the arms 27 are secured to the slides 25 they act on the opposite sides of the brackets 22 to the nuts 30, so that the pivotal movement of the brackets 24 relative to the hubs 26, and thus relative to the slides 25, is not impeded. The collating-table 21 is held in the normal inclined position of Fig. 1 by means of the latches 34-, and the impaling sliding frame 44 is held in the upper position, also shown in Fig. 1, by means of the detent 48. The work-sheets may be assembled one by one with the interleaved carbon sheets and held in their assembled position by impaling them on certain of the impaling studs 41. The impaling studs 41 used must be the ones which will bring the bottom edges of the work-sheets at least down to the indicators 51; otherwise the Work-sheets when delivered to the platen will not reach the bite between the front roller 5 and the platen 1.
When all of the work-sheets have been collated upon the table 21 in the Various relative positions necessary to bring certain desired lines on the several sheets into register with one another, then the table 21 may be swung down to the Fig. 2 position after releasing the latches 34. In this position it will be ready to deliver the worksheets to the platen 1. The pressure rolls 5 and the paper-apron 18 are moved away from the platen 1 either before or after this is done, to enable the work-sheets to be inserted on the platen at the front thereof.
The slide 11 having thereon the impaling studs 41, and thus carrying the worksheets, ean he slid down from the Fig. 1 position to the Fig. 2 position, so that the bottom edges of the Work-sheets will enter the opening 49, between the paper-apron 18, the rolls 5 and the platen 1. By inserting the finger in a groove 49, the worksheets, when they are short, may then be stripped from the impaling studs 41; and the feed rolls 5, together with the paperapron 18, may be brought u against the platen 1, so that the work-s eets will be gripped to the platen. The platen may then be reversely rotated to bring the initial line of writing, which is superposed on the several sheets, to the printing point.
After inserting the work-sheets, around the platen, the collating-table is raised to ihe position corresponding to that of Fig. 1, in which position it is caught and locked by the latches 34. The slide 44 can be returned to its normal upper position, ready for the collating of a new set of worksheets.
V ariationsmay be resorted to within the scope of the invention, and portions of the improvements may be used without others.
Having thus described my invention, I claim:
1. The combination with a revoluble platen, of a collating table on which a pinrality of sheets may be assembled preparatory to their insertion on the platen, and a swivel mounting for said table, enabling said table to be swung from a collating po sition with its front edge raised to a delivering position with its front edge depressed to a position adjacent the front of the platen. whereby work-sheets assembled on said table may be inserted on said platen at the front thereof.
2. The combination with a platen, of a paper apron for said platen extending up in front of said platen, means for shifting said paper apron from a normal typewriting position close to said platen to a guiding position spread somewhat from said platen to enable work-sheets to be inserted at the front of said platen, and a collating table mounted to travel with said platen and adjustably mounted to swing from a collating position. with its delivering end spread wide apart; from said paper apron to a delivering position with its delivering end near.
said paper apron at the front of said platen, so as to direct a set of Work-sheets assembled on said table to said aper apron and thus reversely around sai platen in their assembled condition.
3. The combination with a platen, of a collating table for assembling worksheets to be placed upon said platen, a variable ad justable mounting for said collating table, enabling said collating table to be elevated to different collating levels, said mounting including means for permitting a swinging movement of said table from a work-sheet collating position to a work-sheet delivering position, and outside latches for holding said table in a collating position movable with said table to different positions of adjustment.
4. The combination with a platen, of a collating table for said platen, and a mounting for said table between said platen and said table, enabling a delivering movement of said table toward said platen for the purpose of transferring work-sheets to said platen, and also enabling a bodily relative movement betwe'en'said table and said platen. to accommodate sheets of difi'erent lengths, So that their lower edges may come in proper contact with said platen when said sheets are transferred from said table to said platen.
5. The combination with a platen, of brackets mounted to travel with said platen in a letter-feeding direction, a collating table for assembling work-sheets to be placed upon said platen, and means for semi-pea manently securin said table on said brackets at any one 0 several different distances from said platen, permitting a shifting movement of said table with respect to said platen for placing work-sheets as collated c said platen.
6. The combination with a platen, of brackets mounted to travel with said platen, a collating table for assembling work-sheets for said platen, slides having adjustable connections with said brackets for i (let ermining the wonking level of said titblc, end .i. pivotal connection with said. table to. permit a delivering movement of said table toward said platen.
7. The combinntion with {1... platen, of brackets mounted to travel Witlrsnidpluten, n collutingtahlo for assembling work-sheets for said platen, slides lowing ndjustnhle connection with said britcl'iets for, (let-e1 mining the working level of said table, :1 pivotal. connection with said table lOIJQIll'lll'i e delivering movement oi said, table; towe ed said piston, and locking meansfor-holding: said slides in. any positionselected, corre' sponding totheworking level. desired of sci 11 table.
8. The combination with a platen, of brackets mounted to travel with snidpletcn, suid brackets having slots therein, slides in said slots, set screws for securingsnid slides in adjusted positions along said slot a d n collating able pivotelly mounted on seiil slides, whereby said table may move from a. colliding position to n delivering. position with respect to said pleten, and also where by said collating table may be bodily adjusted relatively to said platen-by a movement of said slides in saidslots.
9. The combination with e platen, of n collating tablemounted to move from :1 collating position to a delivering position with respect to said platen, and s. work-sheet ettachingfrgme adiustzubly mounted on said colleti ng table to move from a. collating position when said table is in o. collating position to a delivering position when said table is in a delivering position.
10. The combination with a platen, of a collating table pivotally mounted with respect to said platen, so as to move from u collating position to a delivering po tion, and a work-sheet i-m sling frame s11 ingly mounted on said coaiting table, so as to move from a collating position maintaining the work-sheets on said table to e'dehvering position when said collating table is in at delivering position, projecting the edges of the work-sheets'from said table onto and around said platen.
111. The eom'binationwith a platen, of a collating table movably mounted with respect to said laten, a worksheet attach ng frame sliding ymounted :on send collating table, and impeding studs on said frame for holding work-sheets on said frame and on said table, said impaling studs hevmg a tongue and groove sliding eonnection with said table to enable an adjustable movement f id work-sheet attaching frame on said table.
12. The combination with a revoluble platen, of a collating board surrhountin the platen and comprising two parts for oth rocking to present the front end of the boardtothe front of the platen and also de; sounding. edgewise to introduce the collated sheets between the platen and the feeding devices.
13. The combination. with u revoluble platen, of a. collating board comprising sheet-carrying moons. movable downwardly to introduce shoots between the platen and the feed rollset the front of the platen.
14.. The combination with a revolulele platen, of e cun'ibent collating, hoend swivcled above the-platen, to swing its front end down to the front of the platen.
15. The combination with a platen, of a pin-carryingslide, at guide for said slide adapted to carry work-sheets impelled, upon the pins down in front of the platen when theslideis drawn downwardly, and feed rolls below the printing-point on the platen adapted to seize the work-sheets against the platen.
1 6. The combination With n rcvoluhle plntcn and a platen frame, of u collating board surmountiiig said platen and swivelcd to swing from a cumbcnt position to :m upright position With its front edge lowermost (til the front of the pleten, and means upon said board to collate sheets thereon.
17 The combination with a revolnble platen and a platen frame, of a sheet carrier having impal'ing studs thereon and mounted above the platen for a swinging movement between cumbent and upright positions and for a descending movement to introduce sheets bottom foremost around the platen.
18. The combination with a revoluble platen and paperd'ceding devices, of a stud carrier above said platen for carrying collnted sheets, and means whereon said stud carrier is mounted to permit it to swing from a cnmbent to an upright position, and also to descend to carry the collated sheets down between the platen and the paperfeeding devices.
19. The combination with a revoluble platen and paper-feeding devices, of a collating board surmounting the platen and swiveled to swing its forward edge downwardly to the front of the laten, a slide mounted upon said collating card, and collating pins upon said slide, said slide movable downwardly along said collating board to introduce sheets between the platen and the feeding devices.
20. The combination with a revoluble platen and paper-feeding devices, of a colleting board surmount ng the platen and swiveled to swing its forward edge downwardly to the front of the platen. a slide mounted upon said collating boo-rd, collating pins upon said slide, said slide movable downwardly slung said collating board to introduce sheetsbetween the platen and the feeding devices, said slide comprising two studded plates, one at each side of the table, and a bar connecting said plates.
21. The combination with a revoluble platen, of a paper roll to run on the under side thereof, a paper-guiding apron extending forwardly under the laten toward the front thereof, means to re case said roll and automatically carry the upper part of said apron away from the laten to facilitate the entrance of sheets at t e front of the platen, a pin-carrying slide, and a guide for said slide adapted to carry work-sheets impaled on the pins down in from; of the platen when the slide is drawn downwardly until the work-sheets are seized by the roll.
22. The combination wlth a revoluble platen, of a paper rol1.to run on the under side thereof, a paper-guiding apron extending forwardly under the platen toward the front thereof, means to release said roll and automatically carr the upper art of said apron away from t e platen to acilitate the entrance of sheets at the front of the platen, and means to drop sheets between the platen. and said apron and roll.
23. The combination with a revoluble platen, of a paper roll to run on the under side thereof, a paper-guiding apron extends ing forwardly under the laten toward the front thereof, means to re ease said roll and automatically car the upper part of said apron awa fromt e platen to facilitate the entrance 0 sheets at the front of the platen, and means to collate sheets above the platen and drop them while collated down between the platen and said apron and roll.
24. The combination with a revoluble platen and paper-feeding devices, of a collating board surmountin the laten and comprising two parts, bot of said parts rocking to present the front end of the board to the front of the platen and one of said parts descendin edgewise to introduce the collated s eets between the platen and the feeding devices, and a latch to hold said collatin board in normal position.
25. T e combination with a revoluble platen and feed rolls, of a collating-board surmounting the platen, said collating-board being pivotally-supported and swmgable from a collating position, to introduce collaped sheets between the platen and the feed ro ls.
26. The combination with a revolubla platen and feed rolls, of a collating-board comprising sheet-inserting means, said collating-board being pivotally-supported above said platen and swingable from a collating position, to introduce collated sheets between the platen and the feed rolls by said sheet-inserting means.
27. The combination with a revoluble platen and feed rolls, of a collating-board surmounting the platen, and having an inclined normal position for the purpose of collating work-sheets, said collating-board being rockable from said collating position to a substantially vertical positlon, and means for introducing the collated worksheets between the platen and the feed rolls when said table is in the latter position.
28. The combination with a revoluble platen and feed rolls, of a collating-board surmounting the laten, said collating-board being rockable rom a collating position, means for introducing the collated worksheets between the platen and the feed rolls, and a limit-indicator, to which or beyond which the ends of the work-sheets should al- Ways extend.
29. The combination with a platen, of feed rolls, a shaft on which said feed rolls' are mounted, a pivoted aper-apron for said platen, said apron being connected to said feed-roll shaft, means for simultaneously releasing said feed rolls and shifting said paper-apron from a normal typewriting position close to said laten, to enable worksheets to be inserte at the front of said platen, and a collating-table mounted to swing from a collating position to a delivering position with its delivering end near said paper-apron at the front of said platen, so that work-sheets may be inserted between said apron and said platen.
EDWARD THOMAS.
Witnesses:
EDITH B. LIBBEY, CATHERINE A. NEWELL.
Copies of this patent may be obtained for five cents each, by addressing the Commissioner of Patents, Washington, D. G.
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