DE2062675A1 - Device for changing the type of carrier on typewriters and similar machines - Google Patents

Description

/ UG2G75

IBM Germany Internationale Büro-Maschinen Gesellschaft mbH

Böblingen, December 15, 1970 wi-sp

Applicant: International Business Machines

Corporation, Armonk, N.Y. 10

Official file number: New registration

Applicant's file number: Docket LE 968 035

Device for changing the type carrier on writing and similar machines.

Typewriters with a single type carrier facing each other the typewriter with a number of type levers arranged in a type basket initially not enforced for a long time have been gaining in importance for a long time. This is due to various advantages. A single type carrier, which carries all regularly required types on its outer surface, makes it possible to replace a movable one Writing carriage to provide a movable type carrier slide along the platen, whose step-by-step, tabulating and return movements can be carried out within a shorter time because of the lower mass moved in the process. Furthermore can the character capacity of such a type carrier can be selected larger for a given type size, while it is in the arrangement of the Type lever in a segment is generally limited to 44 to 46 pairs of characters.

A particularly important advantage of having typewriters is owned by a single type carrier, lies in the possibility of easily exchanging the type carrier for another. at most known typewriters and printing units with one

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single type carrier, this is therefore also arranged so that it can be easily lifted off or placed on. Such a change in the type carrier is coming especially in question if additional special characters, such as mathematical abbreviations or symbols, are required for certain texts that cannot be accommodated on a single type carrier in addition to the character and alphabet types. In In other cases it is desirable to change the type carrier because it is written in several different fonts ™ should be used, e.g. for headings or to highlight certain Parts of text, for example using italics.

Among the advantages mentioned, there is the possibility of easily replacing the type carrier, preferably also wherever It is not just a correspondence typewriter, but typesetting machines with a corresponding design for Varying the switching steps to exclude the lines and other options necessary for printing. Such set P Machines with a single type carrier can be operated in the usual way via the keyboard, but they can also be memory-controlled operated as it is in typewriters with a spherical or cylindrical type carrier in use as an output printing unit is very common.

In all cases in which such a typeface is used as ^: - output printing unit or typesetting machine is also operated memory-controlled or connected to a data processing system, the manual replacement of the type carrier ^ requires an operator.

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Docket LK 908 035 BAD ORIGINAL

2052675

visualization by the operator, which is otherwise not necessary. To remedy this deficiency is that of the present invention underlying task. The invention accordingly provides a device for changing the type carrier Typing and similar machines disclosed that respond to a corresponding control pulse from the keyboard or via the Transmission line for the control signals supplied to operate the machine, an automatic change of the type carrier is able to perform against another. The invention is characterized by the arrangement specified in claim / .

On the carousel disc according to the invention, a plurality of by type carrier η, e.g. 5, are kept ready, of which any on a corresponding control signal fed to the machine is removed from its holder and on the Type carrier slide is put on, for which purpose it is in a defined change position, for example on the left edge of the line, is set. The type carrier holder is also provided on the type carrier slide by dividing the type carrier itself into a specific alternating position.

A number of particularly advantageous embodiments and developments of the invention are contained in the subclaims.

The invention is described below with reference to the drawings in an exemplary embodiment which is based on a Typewriter with a spherical type carrier of known type. The following description makes it clear that with the inventive Set up both correspondence typewriters and memory-controlled output printing units as well Key and memory controllable typesetting machines can be equipped. The subsequent installation of the facility is also possible of the invention in one of the machines mentioned possible.

Show it :

Fig. 1 is a diagrammatic representation of the drive

Docket LE 9G8 03 5 109828/1300

for a device for changing the type carrier on a typewriter,

2 shows an enlarged diagrammatic representation of the

Shaft guide for the type carrier to be changed including their drive through the boom,

Fig. 3a and the locking device at the end of the boom in different Working positions,

4 is a perspective view of the carousel disk

for the type carrier and the assigned stepper mechanism,

Fig. 5 is a plan view of the stepping mechanism according to

Fig. 4,

6 is a perspective view of the automatic

Pressure adjustment device,

Fig. 7 is a view taken on line 7-7 of Figs

8 is a plan view of the locking device

the pressure setting device according to FIG. 6.

The part of a typewriter 10 shown in FIG. 1 has a motor 12 which, via a shaft 13, a worm 14 and a worm wheel 16 drives the device for changing the type carrier. With the worm wheel 16 is by means of a shaft 18 the drive side of a cycle clutch 20 is connected, which is designed as a single-turn clutch and the output side via a shaft 23 is coupled to a cam disk 22. This in turn is in drive connection via a spur gear 30 a shaft 31 which carries a further cam disk 29.

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ÜUG2675

A crank arm 24 is articulated to the cam disk 22, at the opposite end of which there is a crank pin 25 which is shown in FIG the guide slot 26 of a link guide lever 27 is guided. This is attached to a column 28, which is in two bearings

rings 32 of a carrier 34 is performed. A bracket 36 is screwed to its upper end.

According to FIG. 2, the boom 36 carries a latching device 38 at its outer end, consisting of a torsion spring 40 _; a pawl 42, a pawl carrier 44, a pawl bolt 46 and a deflector 48- One end of the torsion spring 40 rests on the arm 36, the other on the pawl carrier 44, so that this is always pressed down. It is guided in a gap 50 of an attachment 52 of the boom 36. The pawl 42 is rotatably mounted on the pawl carrier 44 by means of a bolt 43 (FIGS. 3a, 3b) so that it can be pivoted together with the pawl carrier 44, its vertical movement at the same time in cooperation with the deflector 48 and the pawl lever 46. An actuating part 54 with a pushing part and a pulling part 58 is attached to the extension 52 of the boom 36.

Returning to FIG. 1, it can be seen there that the carrier 34 is fastened to a frame plate 60, which in turn is sideways the typewriter 10 is arranged. The frame plate 60 carries a horizontal plate 62 which partially extends over the Typewriter 10 extends. A carousel arrangement is used to set and align the different type carriers, consisting of a disk carrier 64 and a carousel disk 66 mounted thereon (FIG. 2). This is via a through the Pulley carrier 64 through shaft, a pulley 70, and a drive belt 68 driven through a recess 62 of the frame plate 60 and is guided around a drive pulley 76 on the shaft 18 via pulleys 74. The rotary drive for the carousel disk 66 is thus simultaneously with the cyclically switchable rotary drive for the cam disks 22 and 29 derived from engine 12.

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To insert and. _{A shaft guide 100 r} as shown in detail in FIG. 2 is used to remove the various type carriers. This consists of a shaft sleeve 102 and a shaft 104 guided therein, through which a release pin 105 is passed, which protrudes through a cover plate 106 located at the upper end of the shaft 104 and is actuated by a stop 45 on the extension 52 when the boom 36 is downwards is moved. A helical spring wrapping around the shaft 104 and the shaft sleeve 102 rests with its lower end on the surface of the carousel disk 66 and with its upper end against the cover plate 106, so that the shaft 104 is in its upper position as long as the pushing part 56 does not pushes down.

A blade 11Ö with two beveled edges 112 and a guide cap 114 are attached to the lower end of the shaft 104. On both sides of the blade 110 there are two movable lugs 116 which are operatively connected to the lower end of the release pin 105. Corresponding to the cross section of the sheet 110, the type head 118 has a slot 120 in its upper cover, which is aligned transversely to the retaining spring 117, which is thus spread apart by the beveled edges 112 of the sheet when the shaft 104 is lowered to the type carrier 118. Here, the retaining spring 117 is inserted into the annular groove 124 of the retaining bolt 122, while the blade 110 is inserted into the radial groove 126. This ensures the alignment between shaft 104, type carrier 118 and retaining bolt 122.

1 shows, the follower arm 140 is pivotably mounted on the frame plate 70. The edge 142 rests against a pin 144 as a result of the action of a tension spring 143, and as a result the position of the slave arm 140 is determined by the respective position of the link guide lever 27. Two links 146 and 154 are suspended in the upper part of the follower arm 140. On the other hand, the handlebar 146 is suspended in a lever 148, which is

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supply arm 150 is operatively connected, which in turn the Pulley 152 for the inclination adjustment of the type carrier 118 controls.

The second link 154 connects the follower arm 140 to an angle lever 156, which is the drive connection to an impression strength device for the various type carriers, see also FIG. 6. The angle lifter 156 is at the bottom of the Plate 62 is pivotably mounted, and its other arm is connected to a further, cranked angle lever 160 via a link 158 connected, which is passed through a bore in the plate 62 and stored in this. Another handlebar 162 thus connects now on the top of the plate 62 the secondary arm of the cranked angle lever 160 with a pressure strength control arm 180, on the upper. End of a vertically guided handlebar 182 is suspended, which cooperates with a locking device at the upper end of the pressure strength control arm 180. The locking device 184 for its part interacts with an adjustably fastened on the upper side of the carousel disk 66 Pressure strength adjusting pin 186. Such a pin is provided for each carrier located on the carousel pulley 66.

The interaction of the pressure strength adjusting pin 186 with a cam part 188 which is rotatable on a locking pawl 190 is supported and held under the action of a torsion spring 192, FIG. 8 shows. The locking tooth 194 of the locking pawl 190 is secured by a bolt 196 in the position shown held, the bolt 196 is rotatably connected to the handlebar 182. To operate the pressure adjustment arm using a hook 183 is used for an adjusting lever 198.

In FIGS. 7 and 8, the lower end of the link 182 is shown in its position in relation to the adjusting lever 198, connected by the hook 183. A reset cam piece 200 (Fig. 6) adjacent to the Plate 62 is arranged so that its cam surface 202 on a Radius around an articulation point 204 on the pressure strength adjustment arm 180

Docket LE 968 035 109828/1300

which corresponds to the radial distance to the lower end of the link 182.

The control of the carousel disk is now based on FIGS 66 described for the purpose of setting a selected type carrier, are on the surface of the carousel disk near the circumference a number of stop stops 2 50 arranged in such a way that.. when setting a selected type carrier the associated shaft guide 100 is precisely aligned with the change position of the type carrier slide. Farther are located on the circumference of the carousel disk 66 evenly distributed tax rates 252, namely at different levels

W attached. To control the selected setting position of the carousel disk -6, a number of selection magnets 254 that act on armature bars 256 are also provided. The anchor bolts 256 cooperate with selector pawls 258, which are held by means of torsion springs 260 under an effective counterclockwise torque. A step 262 on the selector pawl 258 rests against an angled portion 264 of a locking lever 266 which is rotatably mounted on a pin 267. A stop pawl 272 on the locking lever 266 is under the action of a tension spring 274 and is longitudinally displaceable to a limited extent relative to the locking lever 266 by means of elongated holes 273 and 276. In the displaced position shown in FIG. 5, the stop pawl 272 rests on an adjusting lever 278, which acts on the cycle clutch 20 via a link 284 and triggers it.

An arm 286 with a boss 288 is on the stop pawl 272 and protrudes from / seen from the carousel disk 6b, outwards. At the approach 288 is a Rückstellhebcl 290 which is attached to a frame part 291 is pivotably mounted, and a reset lonker 294 is suspended above the corresponding articulation point 292 This is connected to a five follower lever 296 (Fig. 1), which by means of a spring 29 8 with one of the two cam disks 2.2 and 29 or both cooperate. The cam disk 29 is still also effective on a follower lever 300, which by means of a Latches 302 in its nor ineffective position is fastyehalton. Dor

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Arm of the follower lever pivotably mounted at point 301 on the output side 300 is under the action of a spring 304, and pull cables 306 and 308 are attached to the follower lever 300 on both sides of the spring, which trigger the carriage return of the typewriter 10 and prevent the line break when the carriage returns.

The method of operation of the device described is explained below.

If, when creating a font, instead of the previously used first font, a second font should be used, for example to emphasize a certain part of the text with italics, either the keyboard controller 305 or a memory controller 307 (FIG. 1) will use a locking magnet 303 excited, v / elcher by tightening the bolt 302 against the spring force. Release lever 300 for pivoting movement about point 301 so that it comes to rest on the circumference of cam disk 29 with its rabbit 299. With this pivoting movement of the follower lever 300 counterclockwise from the right side of the typewriter 10, the pull cords 306 and 308 are actuated, which on the one hand triggers the carriage return of the typewriter by the pull cord 306 and accordingly the type carrier 11.8 is moved into its line start position, which is the Change position of the type carrier carriage, while on the other hand the pull cable 308 prevents the line switching of the platen 11 of the typewriter 10 from being triggered, as soon as the type carrier carriage hits the left edge, the cycle clutch 20 is released and as a result one rotation of the shaft 23 is initiated. With the rotation of the cam disk 20, the crank alarm on the crank pin 2'3 in the guide shifter: v. 26 effective for a downward movement of the KuIUjsenführunguncj.jhf-bolt 27, since the crank arm 24 and the lever 27 in their output J ago were in the highest position. Middle Ir. des Ku] J:; fjf> introduction lift Is 27 wild dii; Column 28 and with it dor t \\\ vA, <> - y ι. U, wait «moved, and gl oich /, ^ ii" ig bo './ lrkt. Der

Docket LE ^r j68 O'i ^r )

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Pin 144 over the edge 142 a pivoting movement of the follower arm 140 in a clockwise direction, a.lsc away from the typewriter 10. The latter movement is transmitted via the handlebar 146 to the lever 148 and the inclination arm 150, as a result of which the belt pulley for the inclination adjustment of the type carrier is adjusted outwards, as seen from the typewriter, whereby the type carrier comes into its vertical position, which corresponds to its change position. In this phase of the work cycle, the crank arm 24 is approximately horizontal.

With the downward movement of the column 28 and the boom 36, the locking device 38 is also lowered 2, the stop 4 5 of the left carrier 44 presses the release pin 105 downwards, the torsion spring 40 a relative movement between the pawl carrier and the boom 36 prevented. As soon as the release pin 105 is pushed all the way down, the pushing part 56 hits the cover plate 106 and presses the shaft 104 against the force of the spring 108 below, the blade 110 located at the lower end of the shaft 104 entering the slot i20 of the type carrier 118. the located at the lower end of the trigger pin 105, in one Longest gap of the sheet 110 displaceable lugs 116 are located at this time as a result of the previously described downward movements of the pin 105 in its lower position · With the entry of the sheet 110 into the slot 120 of the type head 118 the beveled edges 112 spread the retaining spring 117, and the blade 110 enters the groove 126 of the retaining bolt 122. As soon as the lugs 116 hit the upper surface of the type head, they are shifted upwards in the sheet 110 and with them the trigger pin 105. The result is that the stop and the pawl carrier against the force of the torsion spring 40 are relative to the boom 26 are shifted upwards and locked there, so that the lugs 116 fix the type head do not interfere with the shaft 104.

The latch carrier 4 4 is locked, as in FIG. 3a

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and FIG. 3b show in which one located in the upper part of the pawl 42 Recess engages in a deflector 48 which rotates the pawl 42 clockwise so that the one next to the groove located on the lower part of the pawl approach comes to lie above the pawl bolt 46.

At this point in time, the crank arm 24, the boom 36 and the entire shaft guide 100 are at their lowest point Position. With the further rotation of the crank arm 24, the column 28 and the boom 36 are therefore shifted upwards again, initially there is no effect on the shaft guide, apart from a corresponding relaxation of the Coil spring 108. With the upward movement of the boom however, the torsion spring 40 presses the pawl carrier 44 downwards, wherein, as FIG. 3b shows, the pawl bolt 46 into the lower one The end of the pawl 4 2 engages. With the approach of the bearing pin 43 of the pawl 42 and the pawl bolt 46 is the Latch carrier 44 locked in the raised position shown.

In the course of the further upward movement of the boom 36, the pulling part 58 takes the shaft guide 100 upwards with it, with this upward movement is supported by the force of the coil spring 108. As a result of the positive connection between the leaf 110 and the retaining spring 117 in the type head 118, this is lifted from the retaining bolt 122 and remains in this Connection, since the trigger pin 105 is in the upper inoperative position.

When the uppermost position of the crank arm 24, the column 28, the boom 36 and the shaft guide 100 is reached, the cycle coupling has reached 20 completed one revolution, so that the previously enumerated parts remain in this position. Also has in between the type carrier slide reaches its changing position at the beginning of the line, the type head is in its vertical position Position adjusted and lifted off the retaining bolt 122.

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The carousel disk 66 can now be rotated into a different defined position to remove a different type head.

This adjustment takes place in the following way. The gear connection between the cam disks 22 and 29 results in a ratio of 2: 1 during one revolution of the cam disk 29 therefore makes the cam disk 22 two revolutions. Therefore, when the cam disk 22 is in its initial position, in which her tooth 21 is at the top, the pawl 29 7 of the follower lever is 296 on tooth 21. Since the cam disk 29 rotates the cam disk 22 only half a turn with one rotation, the respectively effective maximum radius of the cam disk 29 is either straight above or below. With the beginning of the change of The index position of the carousel disk 66 is the. Cam disk 29 rotated so far that the maximum radius is at the bottom. At this point, the first type head 118 is removed and the follower lever 296 is pivoted and operated in the clockwise direction in this case the return link 29 4 as a result of which the return lever 290 is pivoted about the hinge point 292 according to FIGS. 4 and 5, the stop pawl 272 pivoting outwardly about the bolt 271; in doing so, it takes the locking lever 266 with it.

The selection of the desired type head is effected by a signal, * that which the corresponding Wählklinke 2 58 .schwenkt either by the keyboard controller 305 or memory controller is routed 307 to one of the selection magnet 254 via the associated anchor bolt 256 counterclockwise. Here she works with the angle! 264 of the locking lever 266 together, and since the return link 294 has already swung out the locking lever 266, the angle 264 comes to lie behind the step 262 on the selector lever 258. In the event of the subsequent release of the return link 29 4, the locking lever 266 and the stop pawl 272 therefore remain in the pivoted-out position, which the interaction with the stop stops 250 is underbundon. BoI unlocked.or carousel disk 66, this voji of the drive disk 76 via the anU iebnri a 68 and

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Docket LK. 9 68 035

the pulley 70 driven; with locked carousel disc However, the drive belt 68 drags on the drive pulley 76.

During the rotary movement of the carousel disc 66, the control lugs 252 pass the selector pawls 258, and only one of them protrudes into the circular path of the control lugs 252 Associated selector pawl 258 strikes, this is pivoted against the force of the torsion spring 260 in a clockwise direction. As a result, the locking lever 266 is unlocked and pivoted clockwise around the bolt 271, whereby the stop pawl 27: 'Langt into the active position to the next stop stop 250. With this locking process, the anchor bolt 256 is also returned to its original position. Since the selected selector magnet 254 is assigned to the desired type head, when the carousel disk b (> is activated, the selected type head is precisely aligned with the retaining bolt 122 on the type carrier slide, and the carousel pulley 66 begins to be locked in place 68 to grind on the drive pulley 76.

The stop pawl 272 is by means of the relevant stop stop 25O against the force of the tension spring 71 in its slot guide has been moved longitudinally, the edge 277 pivoting the adjusting lever 278 clockwise and this over the Handlebar 284 the ZykLunkuppLung 2O triggers; t. D> This initiates the next work cycle: for the shaft guide L «.o, in that the KurbeLatin 24, the KuLi ssenf ührun-jiihebel 27, the sow Le 28 and the Aus Leger 3 5 moves will. The release pin 105 is actuated via the parts of the latching device 18, and the pushing part 56 presses As already described, the shaft guide, 100 downwards.

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To the basin of the selected new type head 118 on the The parts are initially located in the retaining bolt 122 in FIG. 3b shown locked position for the pawl carrier 44. With the caused by the release pin 105 upward movement of the The pawl carrier 44 causes the deflector 48 that the pawl is pivoted a small amount clockwise, disengaging it from the latch bolt 16 and its rotation is clockwise can continue. With this release of the pawl 42 and the termination of the force pushing the stop 45 upwards can the pawl carrier 44 under the action of the torsion spring adjusted downwards. The pawl 42 is thereby aligned vertically in its original position by means of the fc pawl bolt 4 6 Position rotated further (Fig. 3a).

The pushing part 56 now pushes the shaft guide 100 downwards, so that the sheet 110 carrying the type head 118 into the guide slot 126 reached. Meanwhile, the torsion spring 40 causes the pawl carrier 44 to move into its lowest position and thereby pushes the release pin 105 inward. This will be the lugs 116 for abutment against the top surface of the type head 118 brought.

In the further phase of the action of the cycle clutch 20, the boom 36 begins its upward movement again, while the gate ^ sion spring 40 over the release pin 105 the lugs 116 in the the lower layer. Since, however, at the same time the train at 58 lifts the shaft guide 100 including the blade 110, is the retaining spring 117 is released so that it snaps into the annular groove 124. The type head 118 is now on the lialte bolt 122 of the type carrier slide and can be used for further writing be used.

Then there is the facility for automatic change the velocity for the different fonts of the individual type headers is explained. As described, lies the pin 144 of the KuLiaseriführungshebela 27 on the edge 142 of the

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Follower arm 140 on, and with the downward movement of the link guide lever 27 is the follower arm 140 via the link 154, the angle lever 156, the link 158 and the cranked angle lever 160 and the link 162 on the pressure strength control arm effective, this from its normal or starting position in the approximately vertical position shown in Fig. 6 is pivoted. Here, the hook 183 engages in the lever 198 for the Imprint strength. The hook 183 is actuated by the parts already described earlier, with the effect that the adjusting lever 198 is returned to the position "1" of the adjusting lever guide 199.

It can be seen from FIGS. 6 and 8 that the pressure intensity adjusting pin 186 assigned to a specific type head, which, as already mentioned, is adjustable according to the desired impression thickness of the assigned type head, in the path of the cam part 188 of the locking device 184 protrudes. If the carousel disk 66 is locked in the position indicated in FIG. 8, then the locking device 184 is adjusted in the tangential direction (downward in FIG. 8), with the cam part 188 at the pressure strength actuator 186 strikes and is pivoted against the action of the torsion spring 192 until it is then springs back into its real action. This gets the hook causes the actuating lever 198 to be grasped, as a result of which it reaches the "1" position. During the subsequent upward movement of the link guide lever 27 is the pressure intensity control arm 180 via the transmission parts shown in FIG is pivoted back again into its starting position, the hook 183 moving the actuating lever 198 into a different setting position in the actuating lever guide 199 takes away. This setting position is determined by the respective adjustment of the pressure intensity adjusting pin 186. As can be seen from FIG. 8, during this return movement (upward in FIG. 8), the cam part 188 is actuated by the pressure force adjusting pin 186 detected, whereby the locking pawl 190 is pivoted counterclockwise and the bolt 196 releases. The spring force acting on the adjusting lever 198 causes the handlebar 182 to rotate counterclockwise.

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2UÖ2675

clockwise so that the adjusting lever 198 reaches a predetermined setting position in the adjusting lever guide 199 and the hook 183 is also released from the adjusting lever 198.With the further pivoting back movement of the pressure adjusting arm 180 around the hinge point 204, the hook 183 comes into the area of action of the cam surface 202 on Reset cam piece 200, whereby it is pivoted counterclockwise and the bolt 196 behind the locking tooth 19 4 of the locking pawl 190 is reset. This process takes place during the removal of a type head of the typewriter, and will be repeated at the second downward movement of the slotted guide lever 27, when a different type head on the Typenträger- W is placed sled. The arrangement and interaction of the hook 183, the adjusting lever 198 and the adjusting lever guide are also shown in FIG.

Docket LK 968 035 109028/1300

Claims (1)

PATENT CLAIMS Device for changing the type carrier on typing machines and similar machines, characterized by a means an electro-magnetically controlled stepping mechanism (254 to 276) indexable, a plurality of Carousel disk (66) carrying type carriers (113), one defined in a vertical orientation with dun Change positions of the carousel disc and the type carrier slide arranged boom that can be lowered and raised by means of a cyclic lifting drive (22 to 28) (36) so / ie a plurality in the carousel disc vertically movably guided, identical shaft guides (100) with the type carriers located on the underside receiving brackets, consisting of one in a slot (120) in the top of the type carrier and a rage (£ 12) in the retaining bolt (122) for the Type carrier insertable leaf (110) with edges that release the retaining spring (117) of the type carrier (112) and arranged adjacent to the blade, mechanically / longitudinally displaceable from the top of the shaft guide Approaches (116) for setting down the type carrier. Device according to claim 1, characterized by a connected to the longitudinal / displaceable lugs (116), release pin passed through the shaft guides (100) (105), on which the bracket (36) has a type carrier (118) for removing and placing it on alternately automatically engaging and disengaging latching device (38) is effective. 3. Device according to claim 1, characterized by one releasable by means of a Verricgelungsmagnoten (303), by C'ine cyclically circulating IIockniKichcibi (29) botäUgbaron release cable (306, loii) for slide - 109828/1300 Docket LE 9 68 O 5 ¹ J _B ^ 0 0 ^ ^G return and line direction suppression as well as an actuator [140 to 152) derived from the cantilever drive {22 to 28) for adjusting the inclination of the type carrier (118) in its vertical change position ". 4. Device according to claims 1 and 3, characterized by a separate drive (12 to 16), consisting from one to the carousel disk (66), constantly effective friction drive (76, 74, 70) and one designed as a single-speed clutch for each work cycle "releasable cycle clutch (20) whose output shaft (13) on the lifting drive (22 to 28) of the boom (36) and on Cam drives (22, 29) for the release pulls (306, 308) for carriage return and line break suppression as well as combined for the stepping mechanism (254 to 276) of the carousel disk (66) is effective. 5. Device according to claims 1 and 4, thereby • indicates that the step switch for the carousel disc (66) from a plurality of electromagnetically triggered individually by in the plane of the associated Selector pawl (258) arranged on the carousel disc ψ Control approaches (252) controlled selector pawls (258), which are effective via a locking lever (266) on assigned stop pawls (272) that interact with stop stops (250) on the carousel disc. 6. Device according to claims 1, 3 and 5, characterized by a device for the automatic change of the velocity setting as a function of the type carrier used. (118), consisting of one Via a linkage (154 to 162) from the actuator (140 to 144) for the inclination of the type η beam (118) actuated bar on, adjustable p rucks tallies are partially set (286) on the carousel disk (66) controlled pressure strength - Stcllarm (280), which over an Ilaken (283) 109828/1300 BAD OBSQiWAL 2Ü32675 the pressure level adjusting lever (298) adjusted to the assigned position, whereby to reset it in a Normal setting on on the pressure setting arm (180) effective reset cam piece (200) provided is. Docket LE 968 03 5 innooo / -ι ι η η _A ^ rr \ 10 9828/1300 ORIGINAL INSPECTED