DE424536C - Registration machine for punched receipts - Google Patents

Description

Registration machine for punched receipts. The invention relates to a Recording machine in which the clutch is usually disengaged from the drive members located adding units from a perforated document introduced into the machine is regulated by means of electrical contact pins.

The invention consists in this. that the one removed from the punched receipt Amount by means of special holes and contact pins assigned to them at the same time is transferred to any number of adding units.

This facility has the advantage that the amount to be registered not to an adder, as was previously the case with such machines, but automatically at the same time transferred to several adding units, as is necessary for statistical purposes will. For example, the one to be registered that has been removed from the punched tape Amount except for (read the adder indicating cash sales at the same time on the Adder. (read the total shown on that belonging to the @% purchasing department, to the cashier belonging to (learning) on (read the type of goods indicating Adding unit, etc., just as the statistics require. be transmitted. These Facility enables the so troublesome post additions to be entirely come in failure.

Fin embodiment of the invention is in Fig. A and iB in a front view and shown in top view in Figs. 2A and 2B: only one of the five is here Adder series shown.

Figs. 3A and 3B show a section along line A-A of Figs. 2A and 2B, while FIGS. 4A and B show a longitudinal section through one of the five rows of adding units along line B-B of Figs. 2A and 2B illustrate-Fig. SA and 5B show the drive members the one for a number of adders. Fig. 6 A and 6B shows a section according to line C-C of Fig. 7.

Fig. 7 illustrates a section along line h-1) of Fig. 2B (two -1dd.ierwerke broken away).

Figures 8 and 9 show details of three adders in enlarged form Scale. Figs. 9A and io are details.

Fig. I i illustrates a section along line F-F of Fig. Io.

Figs. 12 to 23 show details partly on an enlarged scale.

Fig. 24. illustrates a section along line G - (= of Fig.2A.

Figures 25 through 28 show details. Drive device. The machine is driven by an electric motor 49 (Fig. I A) of a known type. The shaft 53 is mounted in the frame 54, 55, 56. This Schilecicen wheel 52 is firmly connected to a hollow coupling part 57 which cooperates with a coupling part (not visible) that is fastened on the shaft 53. A disk 58 is fastened to the shaft 53, while a loose disk 59 carries a small roller which, with the help of resilient pins, represents a small coupling of a known type. Another disk 6o loosely attached to the shaft is connected to disk 58 by spring 61 (FIGS. 2A and 24) in such a way that, when the cash register mechanism is released, disk 6o is adjusted relative to disk 58 by spring 61.

On a shaft 64, which is mounted with its left end in the frame 54 and with its right end in your frame 65 (Fig. IA, 2A and 24), an arm 63 is rigidly attached, the projections 66 of which are against a stop 67 of washer 6o or shoulders of washers 58 and 59 (Fig. 24). An arm 7.4 of the shaft 64 is connected to the frame 7a by a spring 68 which holds the arm 63 in the normal position in which it locks the disks 58, 59, 6o. To release the machine, a lever 69 attached to the shaft 64 must be adjusted by hand, the arm 63 releasing the disks 58, 59 and 6o, whereupon the clutch is engaged so that the motor can be started.

A shaft 71 is mounted in the frames 54 and 72 (FIGS. 2A and 2.1), the lever 73 of which usually rests against an arm 74 fastened on the shaft 64. When the shaft 64 is rotated to release the gear, the arm 74 is raised, releasing the lever 73 so that it is moved in the clockwise direction under the influence of a spring 75 (Fig. 24). Here, the lever 73 engages in an off. Savings 76 of the arm 74, whereby it is achieved that the arm 63 is held by the lever 73 outside of the blocking position as long as a control strip introduced into the machine 1 passes through the same.

The discs 58 and 6o are curved with; shaped recesses 77 provided j (Fig. 24), in which a roller 78 attached to the arm 79 of the shaft 7o engages as long as the machine transmission is in the rest position. Once, however, as described above, CIIE disk 6o results in their release a Relativbewegun g with respect to the disc 58 off i, delivers the roller 78 from the recess I 77 out, said arm 79 and therefore the I ZVelle 7o in the opposite sense of f is adjusted clockwise. The shaft 70 is finitely provided with an arm 099K (FIG. 24), the rope of which is insulated pin 8o against a contact strip 81. As soon as the shaft 70 is rotated when the gear is released, the contact strips 81 and 82 are pressed against one another by the arm 699 and the pin 8o and the current is thus closed, so that the motor is driven. Current flows from battery 85 (Fig. 28) through line 86, contact strips 81 and 82, lines 87 and 88 to the motor and through line 89 back to the battery.

If the machine is to be stopped before the control strip runs out, the shaft 71 must be rotated by adjusting the hand lever 9o (Fig. 24, 28) in the counter-clockwise direction against the action of the spring 75, whereupon the spring 68 moves the lever : 63 is moved into the blocking position, the motor being disengaged and the current being interrupted at the end of one revolution, in that the lever 79 returns to its normal position under the influence of the resilient contact strip 8i.

If the control strip has expired, it will be blocked or uncoupled of the motor and the power cut-off is effected automatically by the electromagnet 92. For this purpose, the lower part of the lever 73 is fitted with a tough electromagnet 92 opposite armature, which as soon as the magnet is supplied with electricity is attracted to it. Here, the lever 73 is adjusted such that its upper 1? nele clen lever 74. releases, so that the lever 63 by the spring 68 can be moved into the blocking position and the machine is brought to a standstill will.

The right end of the shaft 53 (Fig. IA, 2A and 7) carries a bevel gear 94, which engages with a wheel 95 attached to the main shaft 96. The main shaft is journalled in frames 56 and 9i. Addi-erwerke. With the present Embodiment, the machine is provided with finite five rows of adders. the last row contains thirteen (Figures 6A and 6B) and the remaining rows (Figures iA, iB, 2A, 213, 3A, 3B) fourteen adders each. For the sake of simplicity, they are the same not all shown in the drawing (Fig. 2A shows half a row with ; Adding units).

The addition series shown in Figs. 2.-1 and 2B is in arranged to be repeated five times, see Fig. 28.

From Fig. -26 it can be seen that the Addier @ verke in a% velclier manner work.

The first vertical row from the left shows the cash sales that second row the cr Bit sales, the third row the cash on delivery, while the fourth row shows the sums of the data in the three preceding columns in the associated horizontal rows.

The number 95 at the top right represents the number of the machine which the perforated receipt from which these registrations are removed Has.

The framed Roman numerals I to V I indicate the distribution the sales amounts to the individual business departments.

The framed Arabic numerals i, 2, 3 indicate how the registered amounts on the individual cashiers, of which the machine 95 operates has been distributed.

The last three numbers at the bottom right give the total of the first `three vertical columns, d. H. cash sales, credit sales and cash on delivery items, at.

If the numbers belonging to the business departments I to VI are added up, the result is the amount 2905.50 marks, the same when adding up the amounts belonging to the cashiers i, 2, 3. The same amount, ie 2905.50 marks, results when the fourth column and when the three totals on the bottom right are added up. Of course, any other arrangement or division of the adding units can also be used in accordance with the respective purpose.

each adding unit consists of several adding wheels i03, which are provided with gears 104 (Fig. 2A. -.A, 413, 5A, 5B, 7, 8 and 9). The wheels are loosely arranged on each shaft i05 of a special adding frame, which consists of a lever 107 and an angle lever i08 (Fig. QA, 4B). These levers can be rotated on the pin i09 mounted in the frame 9i, 99, 56. A lever iii is hinged to the levers i07 at iio, which lays against the end of the associated shaft 105 and thus the adder; out of engagement with de l racks 112 holds. The arrangement must be made in such a way that a whole series of adding units can be switched on and off at the same time through levers iii, 107 and i08.

The levers i i i are at their lower end with a lateral approach 114 provided (Figs. 3A, 3B, q.A and 4B), which is usually against a nasal Approach 115 of an armature lever 116 of an electromagnet 117 sets. As long as the lever i i i is supported by the armature lever 116, the associated adder with the "Racks 112 held out of engagement.

The switching on of the current for the magnets 117 is regulated by the holes in the control strip 122 (Fig. 2 B and 25). If a magnet 117 is supplied with current, it attracts its armature lever 116, whereby the latter is adjusted in such a way that it releases the lever iii (see FIG. 4A). each armature lever 116 is laterally provided with a pin 124 which engages over a shoulder 125 of the associated lever i ir. When the armature lever i16 is adjusted by the electromagnet 117, the pin 124 rests against the bevel of the extension i25, whereby the lever iii is adjusted in the counterclockwise direction (Figs. QA and 4B). Here, a pin 128 fastened to your extension 129 of the rod 13o enters the recess 127 of the lever ii i. In this position of the lever iii, the associated adding unit 103, 104 can be brought into engagement with the racks 112. For this purpose, the rod 13o is moved to the right after the adjustment of the lever iii, whereby the swinging of the levers 111, 107, i08 moves the adder so far down that the wheels i04 of the same come into engagement with the drive rods 112. Each adder row is provided with two such rods i30, which are mounted on the rollers 131 carried by the journals 132 (FIGS. 4A, 4B, 7, 5, 9) or on the rollers 133 arranged on the axles 134. each rod is provided with a roller 137 (Fig. 4A) which engages in a recess in an arm 138 and rides a roller 139 (Fig. 4B) which engages in a recess in an arm 14o. The arms 138 and 140 are loosely supported on the rods 141. The arms 1q.0 are provided with a roller 142 which rests against a thumb disk 143 fastened on the shaft 96. The other arm 138 is provided with a roller 144 which rests against a disk 143 which is also fastened on the shaft 96. By means of the thumb disks 143, 145, shortly after the magnets 117 are supplied with current, the rods 130 are displaced to the right and the required adding mechanisms 103, 104 are thus finitely brought into engagement with the racks 112. After the adding wheels are adjusted by the racks 112, the. Rods 130 moved back, the levers i ii and thus the adding units being lifted back into the normal position by the pins 147 of the rods i30 and the associated adding units with it. the racks i 12 are disengaged.

For each adder 103, an angle lever 148 is rigidly attached to the shafts 149 attached. The horizontal arms of the lever 148 are provided with lugs that for usually in the The gears ro4 of the adding wheels r (13 mesh and lock them against twisting. \ V is one of the adding units with the racks 1I2 brought into engagement, the locking arms 148 only release the adding wheels, after the procedure has been effected.

Instead of the control strip, a perforated receipt of a suitable type can of course also be used without affecting the essence of the invention. Eliminator gane. Two sets of racks 112 serve to drive the adders. One set of racks serves to drive the seven adders on one side of the shaft 96 and the other set for the seven adders on the other side of the shaft 96. The racks 112 have long slots 152 provided, in which on their circumference provided with a grooved rollers, which are loosely mounted on the rods 134, engage. The racks 112 of the same order are connected to one another by racks 153. The racks 112 are adjusted by the racks 153, the adjustment of which is in turn controlled by the perforated control strip (FIGS. 2A, 2B, 5A, 513, 7, 8 and 9). The racks I12 are connected to the racks 153 or to rails 166 by levers 154. The levers 15 [are rotatably mounted on pins 155 which reach through slots 156 in rods 153 or rails 166. The levers 154 are each provided with a pin 1 57 , which engage in L-shaped slots 159 in the rods 153, 166 (Fig.; A).

The racks 153 mesh with gears 16o which are rigidly attached to the shafts. The front end of the same is mounted in a cross piece 163 find the rear end in a cross piece 165 of the frame 164 (Abl). 7).

Each shaft 161 carries four toothed wheels 16o, ie one wheel for each rack 153 of the same unit (ones, tens, hundreds .. thousands). With reference to FIGS. 2A, 2B, the second and fourth shaft 161, four wheels 16o are counted from the left cause the drive of the tens and thousands racks 153 , provided at their front end with a loose tube piece 167 (Fig. 7). This piece of pipe carries a gearwheel I68 attached to it and a joint part 169. The first and third of the shafts r (ir htipplinil; steep 16o. on which (las wheel 168 is rigidly attached. The rims 168 are with 7 loosely mounted on (lcn shafts 171 , alllisegnieliteli 170 in Eiugrüt. The shafts 17r sill (.1 on two () outer rods t72 des Frame 164 (Fig. 7, rB). Each segment 170 is provided with a roller: 179 which engages in a cam groove 173 of a disc 174 fastened on the shaft 175. The shaft 175 carries a gear wheel 176 at its left end (Fig 1A), which (by means of the gear wheel 177 is connected to a gear wheel 178 fastened on the shaft 53. With each rotation of the shaft 53, the shaft 175 executes one full revolution in the direction of the arrow. The cam grooves 176 are formed in such a way that the wheels 168 and the clutch parts 169 with each revolution of the shaft 175 by the segments 170 first in the direction of a clockwise and then back again into the normal position.

Coupling disks 181, 183 are rigidly attached to the pipe sections 182 (FIGS. 3A, 3B and r3) and lie in the path of the loose disks 169 or disks 9g provided with locking teeth. The disks r83 are finitely connected to the shafts 161 at 18o by a wedge (Fig. 13) in such a way that the coupling 181, 183 must also rotate the shaft 161, but can be displaced in the axial direction with the shaft. Each pipe section 182 is provided with a two-part clamp 186, _ their. Pins I87 (Figs. 2A, 2B, 3A, 3B and 7) engage in recesses in the arms of the bracket 188. The latter are loosely mounted on pegs 189 (they are fastened in lugs 19o (Fig. 7) of the frame 164. Each bracket 188 is provided with an arm 1g1 (Fig. 7), which with a shoulder 192 over the upper end of the anchor 193 of the relevant electromagnet 194. The armatures 193 are held in the normal position shown in Fig. 7 by a spring 195. The springs 196 tend to adjust the bracket 188 in the direction of a clockwise (Fig. 7) it can be seen that usually the coupling part 181 connected to the shaft 161 by the wedge 18o is coupled to (lein part 169, and that if the shaft to which the part 169 is loosely connected is rotated (read I , Cupplungsstück rSt cannot be moved in the axial direction as long as the bracket 188 is kept locked by the armature r03 (l d111Stallreti I53 lind the racks 11 = move to the right. As soon as a disk 109 is twisted one more unit. as (put 'value (put on (learn stripe re-T: st ri (#rten number), the current (los associated electromagnet 19.I-> is switched on. This immediately pulls armature 193 tili, so this releases the bracket 188. The latter then, under the influence of the spring r96, performs an oscillating movement in the clockwise direction, the coupling piece r8r being displaced backwards (right Fig.7) the locking toothing of the disk 183 finitely engages a disk r99 fastened on the rod 197. In this position of the disks 181 and 183, the drive of the shaft 161 is interrupted, and this is at the same time blocked by the disk r99, while the coupling part 169 is then independent can be rotated further by the coupling piece 181.

By Abschrägu 2oo ng of the coupling parts 169 and 181 (Fig. 7) is - uncoupling the same beschl & unigt. If the parts are to be coupled again, which is caused by the backward movement of the segments 17o, the attachment gor of the disc r69 encompasses part 2o2 of the disc 181. By the bevel 203 these parts are closely connected, whereupon these parts and the shafts 161 can be moved back into the normal position. Since the electromagnets 194 are de-energized during the return movement of the shafts 161, the armatures 193 are again brought to rest against the shoulder 192 of the arms rgr by the springs 195.

The pins 157 of the transmission levers 154 (Figs. 6A and 9A) usually lie in the right-hand end of the slot 159 of the racks r53, while the pins 155 lie in the right-hand end of the slots 156 of the racks 153. This arrangement has the effect that when the racks 153 are shifted by one unit to the right, the racks r 12 are not yet taken along. During this adjustment of the racks -153, the transmission levers r5: 1 are rotated in the opposite direction of a clockwise direction under the influence of the springs 205 , whereby the pins 1.97 of these slide downwards in the perpendicular part of the slot r59 of the racks r53 (Fig. 9A). As a result, the racks 112, 1.53 are firmly connected to one another.

After the shafts 161 and thus the racks 153, 112 have been adjusted accordingly, the corresponding electromagnets 117 are supplied with current, so that the associated adding units 103, 104 are brought into engagement with the racks 112 in the manner described above. When the racks 112 move back into the northern position, the adding wheels are adjusted accordingly for the amount to be registered. After the setting, the adding units are disengaged again with the toothed racks 112 in the manner described above.

Tens transmission device. If no transmission takes place, an upwardly directed projection 2o6 of the transmission lever 154 hits against a lever 207 loosely mounted on the shaft 134, shortly before the associated rack 112 has reached the zero position. This causes the transmission lever 154 to swing so that the pin 157 is raised so that it slides into the upper end of the slot j59. As a result, the rack 112 is released so that it remains in the zero position, while the rack 153 is further adjusted by one unit until it reaches its normal position. If the transfer is to take place from a lower order to a higher order, the arm 207 is moved out of the path of the attachment 2o6 of the transfer lever 154 so that the pin i57 remains in the lower part of the slot 159 of the rack 153. This means that when the toothed rack 153 moves back into the normal position, the associated toothed rack 112 receives an additional movement amounting to one unit, ie it is adjusted beyond the zero position. This adjustment of the levers 207 is effected by springs 2o9 (FIG. 9A) which are attached to levers 21o. The levers 21o are loosely arranged on the crossbars 211 which are fastened in the frames 56, 9r and 99. The springs 2o j tend to move the levers 207 in the opposite direction of a clockwise direction (Figs. 5A, SB, 6A and 6B). The adjustment of the levers 207 is, however, prevented by hook-shaped noses 212 of the levers 2ro, which engage under projections 203 of the levers 207. Each lever 2ro is provided on the arm 214 with a roller 215 which usually rests against a vertical surface 216 (FIGS. 4A and 4B) of a transmission rod 217. Such a transmission rod is provided for each toothed rack 217. There is no roller 215 against the transmission rod 217 of the highest order. Rather, this rod only serves to lock the adding wheels of the highest order when the adding unit is in the zero position. The transmission rods 217 are held by arms 218 (Fig. QA,: IB), which are rotatably mounted on the rod 219. Each adding wheel 103 is provided with a thumb disk 221 which, as soon as an adding wheel changes from "g" to "o". hits against a shoulder 222 of the transmission rod 217, whereby the latter is shifted to the left (Fig.4B).

This displacement of the transmission rod 2i; becomes the lever 2io adjusted by its roller 2i 5 so that it releases the lever 2o7. This one will then brought to oscillate by the spring 2o9 in such a way that the rack i i2 of the next higher order is the additional movement beyond the zero position out under the mediation of the rack 153 can perform. By the additional Movement of the rack 112 becomes the adding wheel of the next higher order by one Number advanced and the tens transfer completed.

The cam grooves 173 (Figs. I A, iB) are; designed so that the segments 170, the coupling parts 181, 169 and the shafts 161 are moved simultaneously from the normal position, but are moved back into the normal position one after the other from the lower to the higher order, as is necessary for a tens transmission .

Each transmission lever 154 is provided on its upper side with a recess 224 (FIGS. 5A, 5B), into which a lower projection 225 of the associated lever 207 usually engages. The left side of this recess 224 is beveled so that when the rack 153 moves the rack ii - out of the zero position, the lever 154 is forcibly adjusted in such a way that its pin 157 is moved into the lower part of the slots 158, 159. If a lever 207 is adjusted during the tens transmission, the left end of the same hits the upper end of the transmission lever 154 shortly before the end of the adjustment of the rack 153 and thereby intensifies the action of the spring 205 (FIG. 5A).

The transfer of tens to the adding wheels of the highest order, for which no shaft 16o or gears 161 are provided. is done in the following way: The rails 166 (Figs. 5A, 5B and 7) are arranged on the associated racks i r2 in the same way as the racks 153 are connected to the racks i 12 lower order. The transmission levers 154 carried by the racks 1 [2 of the highest order are formed in the same manner as the others of the same type and are also driven in the same manner. Each rail 1 (16 is provided with two rollers 223 and 226, which engage in recesses of two arms 227, 228 rotatably mounted on the bars 141. The arm 227 carries a roller 229, which rests against a thumb disk 230 , while the 241 of the arm 228 lies down roller against a thumb disk 231st the thumb wheels 230, 23z rigidly attached and on the shaft 96 formed so that at the start of an adjustment of these discs, the rails are adjusted 166 by one unit to the right. the return movement of the Rails 166 in the normal position occurs one after the other, starting with the rail of the lowest order, after the rack 153 of the highest order has reached its normal position.

FIGS. 5A and 5B show a rail 1 66 in the advanced position, ie it has already been shifted one unit to the right. Usually the roller 241 of the arm 228 (Fig. 5B) is in the recess 2q.11 (Fig. 5A) of the thumb disk 230, while the roller 229 of the arm 227 rests against the shoulder 2311 (Fig. 5B) of the thumb disk 23i . When the rails 166 are moved back into the normal position, the toothed racks ii2 do not carry out the additional movement beyond the zero position, since the extension 2o6 of the associated transmission lever 154 hits the associated Hebe1207 and moves the lever 154 so that it the rail 166 releases, so that it executes the additional Ben egung without driving the rack 112. If, however, the lever 207 has been adjusted so that it has been moved out of the path of the lever 154 for the purpose of transferring tens, the latter is not adjusted either, and the associated rack. Since it remains coupled to the rail 166, i 12 also carries out the additional movement required for the tens transmission.

The return movement of the lever 207 in the normal position is carried out by crossbars 232 (Figs. 5A, 513, 6A and 9). A cross bar 232 is provided for each group of levers. For this purpose, two arms 233, 2331 loosely mounted on the rod 134 are provided for each row of the adding units and are connected to one another by the transverse rod 232. In addition, the downwardly directed arms of the levers 233 are connected to one another by a rod 235 (Fig. (Β)), the pin 23 ( ) (Fig. 5B) of which engages in a recess of an arm -_37 loosely mounted on the rod 141. The Arni 237 It is provided with a roller - = 38, which engages in an isurveiintit ... 39 a disk fastened on the shaft 90. The curve is designed in such a way that the connecting rod 235 is connected to the connecting rod 235 during the adjustment of the toothed racks 112 to the left, the transverse rods 232 being raised and the levers 207 previously adjusted during the tens transmission being moved back into the normal position The levers are held in this position by the levers 210 when the transverse rods 232 are moved downwards again.

As described above, thirteen adders are provided in the last row (Figs. 6A, 6B). The first three, counted from wave 96, give the total of the different types of transactions, while the other three give the total of the amounts received from the different cashiers. Since one of these adding units from each of these groups always comes into operation with every drive of the machine, these adding units must be provided with a special rack and pinion gear and tens transmission device. The same are designed in the same way as these parts of the other adders. The toothed rack 242 for adding the types of goods are on rolls of the Stargeil 134, 243 and the toothed racks 2.a..1. of the cashier adders are mounted on rollers of rods 134 and 245. The transmission rods 246, 247 of these adding units are designed in the same way as the rods 217 of the other adding units and are also driven in the same way. The racks 242 and 24 are connected to the racks 153 and rails 166 in the same way as with the other adding units. The levers 207 of the cashier adders are mounted on the rod 245. These adding units are driven in exactly the same way as described above.

Zero setting device for the adders. The zero setting of the adders can after passing through one or more control strips through a handl; urbe125o (Fig. 2A and 3A). The crank is mounted on a shaft 251, which carries five thumb discs 252 of the same type. On a parallel to the shaft 251 arranged shaft 253 are five levers 25q. attached, their downward Arm 255 (Fig. 27) is provided with a roller 256 which fits into a cam groove 2571 of the associated disk 252 engages. The upward arms of levers 254 (Fig. 5A and 27) grip with their fork-shaped end over a pin 257 of a rail 258, which is mounted on guide rollers of the rods 134. These rods 258 are provided in the middle with an elongated hole 259 through which the shaft 96 protrudes. each rail 258 is provided with a plurality of serrations 26o, one for each Adding work such a "toothing is provided (Fig.5A), which is with a tooth segment 261 is engaged. The latter are attached to the shafts 149, which are the angle levers 148 wear.

The cam grooves 2571 (Fig. 27) are designed so that - if the Crank 25o is given a full turn, the lever 254 can be adjusted in such a way that that the rods 258 are shifted to the left by this. Through the in the Segments 261 of the shafts 149 engaging toothings 26o here become the angle levers 148 adjusted in your direction of a clockwise by about 90 ° and then back to the Normal position moved back. When adjusting the angle lever 148 in the sense of a Clockwise (Figs. 4A, 4B, 5A and 5B) the curved part of the downward turns directed arm of the angle lever 148 against the heart-shaped thumb disk 221 of the associated adder and moves the latter into the zero position. As soon the same have reached the zero position, the lever 148 enters that of the tip opposite indentation 263 (Fig. 4B) of the thumb loop 221 and locks so the adding wheel in the zero position. After doing all the adding wheels this way have been moved to the neutral position, the levers 148 are again in the normal position moved back, the adding wheels by the engagement of the levers 148 in the gears 104 are kept locked.

So that the adding wheels cannot be adjusted during the return movement of the levers 148, the transmission rails 217 or 246 and 247 are provided with a V-shaped cutout 264 (Fig. 4B), in which the tips of yaw, heart-shaped thumb discs 221 engage as soon as the wheels are set to zero. The arrangement is such that the rods 217, 246, 2q.7 are shifted to the right after the zeroing of the adding wheels or before the levers 148 have been moved back to the normal position, the cutouts 264 of the same with the tips of the thumb disks 221 come into engagement. To this end, for the Stargell 217 located to the left of the shaft 96, two arms 265 are attached to the shaft 253 for each rod 217 (Fig. 4A). For the rods 217 and 246 arranged to the right of the shaft 96, these arms 265 are rotatably mounted on the shaft 161. These arms 265 carry a cross bar 267 on their upper end, which engages in a recess 2 (18 of the transmission rails 21-, 246, 247 ., connected by a connecting rod 270 with each other, the arms 265 of the Kassiereraddierwerke (Fig. 6B) are mounted loosely on the rod 27i and also connected by a connecting rod 270, the cross bars 207 generally lie against the left side: ler recess 268, so that the transmission rails 217 and 246 can be moved freely to the left in the case of a tens transmission. Two arms 276 are fastened to the shaft 253, one of which is shown in FIG Engage disks 275. The cam groove is designed so that the shaft 253 and thus the arms 265 are adjusted in a clockwise direction shortly after the Add ierwerke have been set to zero. The crossbars 267 of the arms 265 meet the right side of the recess 268 and move the transition rails 2i7, 246 to the right so that the cutouts 26a of the same grip over the tips of the heart-shaped discs 221, whereby the adding wheels are locked in the zero position. After the angle levers 148 have been moved back to their normal position and have again taken over the blocking of the adding wheels, the arms 265 and thus the remaining gear parts are moved back into the normal position. Printing device The printing device mainly consists of a drum 28o, which is mounted on the shaft 28i (Figs. 6A and 7). The latter is mounted in the side walls 279 of a displaceably arranged frame 282. The frame 282 is provided with finite rollers 283 which run in the grooves 284 of the machine frame 56, 9i. The shaft 281 is provided at its front end with a toothed wheel 285 (Figs. IA, 3r1 and 7), in which a toothed rack 286 attached to the housing wall 56 engages. If an imprint is to be taken from the adding units, the wheel 285 is rotated clockwise by means of a hand knob or a crank 287. As a result, the drum is rotated and at the same time the frame 282 is displaced to the right under the influence of the rack 2S6. Here, from the types of adding wheels that are in the printing position, an all-round pressure is applied to the circumferential paper strips.

The frame 282 is provided with a transverse rail 289 (Figs. 3A, 6A and 7) so that the adding units, which are only folded in the angular position by the lever iii, cannot evade, the tronine 1280 runs over them ), which has five pairs of attachments 29o on its lower side, and one pair of these attachments is provided for each row of the adders. When the frame 282 or the drum 128o is displaced, these approaches lie against the rollers 291 (Fig. QA, 4B) of the levers 107 and tob and thus prevent the adding units from swinging downwards.

On a transverse rod 294 arranged in the transverse rail 289 are Inking rollers 293 (Fig. 3A, 6A) arranged through which when the Printing frame the adding wheels are introduced before they finite that of the printing drum touching the strip. with the adding wheels on the return movement To prevent the drum in the normal position, the pressure frame 282 is raised. For this purpose, the guide grooves 28a are at their right end (Fig. 1B, 3B and 6B) provided with a switch tongue 295, which after the passage of the rollers 283 the Shut off lower groove 284 (Fig. rB). As soon as the print frame moves to the left, i.e. H. in its normal position, being moved back, the right rollers 283 of the @. # pond tongue pushed up through the recess 297 so that it is now on the upper edge of the frame 56, 9i roll along. Here, the frame 282 performs an oscillating movement in the opposite sense of a clockwise uni the left rollers 283 off. This causes, (let the printing device 280 and the inking roller 293 no longer finite the adders toi come into contact with the return movement of the pressure organs into the normal position. The gear 285 comes out of engagement with the rack 286 so that it The drum is no longer necessary when the Rahnien 282 moves back to turn. Just before the frame 282 has reached its normal position, slide the raised rollers 283 through the recesses 29oi back into the grooves 28+ return.

The levers 148 of the tens wheels of the adding units are finitely provided with an upwardly directed attachment 2cf () (Dep. S uild 9), which carry a "Ptuilct" = fvhe 300 , so (1a13 between 7ths and hundreds a decimal point on your stripe Imprint gcl; ingt (A1111.2h1.

Perforated control strip. The control strip 122 (Fig. 1B, 2B and 11 (1 25), (by which the position of the Aiitriellsztillilstallgell 112, 1; 3 is regulated, is finitely provided, which (are stamped into the strip by a suitable machine the position of the hole on your strips or the value or the like indicative of the corresponding key or the adjusting lever the broken lines of Fig.25 indicate "moose rows of holes to a registration belong together example, corresponds to the row of holes 303 to the depressed amount of keys;.... the Row 304 the clerk keys In row 305, 3o6, 307 the first six digits indicate the business department, the eighth, ninth and tenth the cashier who operated the machine, would be: itl the holes appearing in the last three digits determine the type of goods.

In your present example, the rows of holes belonging to a registration are so far separated from each other due to the peculiar design of the punching machine that rows of holes of other registrations are still present between them. In Fig. 2B, the rows of holes belonging to a registration are connected to one another by rectangles shown in broken lines, specifically for the first three registrations. The broken line on the left indicates the row of holes 303 for the registered amount, the middle 304 of each rectangle indicates the clerk , and the right line passes through points 305, 306 and 307 which indicate the store department, the cashier and the type of goods. In the rectangle 311, the hole 3o8 indicates the adder to which the machine number registered by the row of holes is to be transferred. This row of holes is indicated by the left line of the rectangle 311. Conveyor device for the perforated control strip. The punching machines are set up in a known manner so that the roller on which the punched tape is wound after punching can easily be removed from the machine with the tape. This roller with the strip is then inserted into the machine of the present invention, doing the desired transfers from the strip to the adding units.

The strip 122 runs from the roller 313 (Fig. 1B) over a guide roller 314., the plate 315, a second guide roller 316 to the take-up roller 317. The rollers 313 and 317 are laterally provided with guide flanges 318 (Fig. 1d). The roller 317 is connected in a suitable manner to the pipe section 319, which is loosely mounted on the shaft 320 . The pipe section 319 is provided on one side with a sleeve 321 which is likewise loosely mounted on the shaft 320. The roller 313 (FIG. 1B) is arranged on a piece of pipe 322 which is loosely attached to a rod 323 fastened in the frame 56. The plate 315 is arranged on a shaft 324 which is mounted in the frame 325 tiad 56. The plate is held in place by a pin 327 of the frame 56.

The shaft 324 carries two discs 329, which are provided on their circumference with round teeth 328 (Figs. 1B, 2B) which engage in the holes 330 of the control strip. The shaft 324 is also provided with a ratchet wheel 331 and a pulley 332. A pawl 333 engages in the ratchet wheel 331 , which is loosely mounted on a pin 334 of an arm 335 of the shaft 324. The pawl 333 is pressed against the ratchet wheel 331 by a leaf spring 336 arranged on the rod 338. The arm 335 is attached by a pin 334 to the push rod 338 , which is articulated on an arm 34o of the shaft 333r. This shaft is mounted in the lugs 341 of the frame 164. Another arm 3401 (FIG. 2B) is attached to the shaft 3331, the roller of which engages in a cam groove 342 of a disk 343 (FIG. 1B) attached to the shaft 175. This device advances the control strip by one row of holes at the given time.

A belt 344 lies on the belt pulley 332 and simultaneously runs over a belt pulley 345 of the shaft 320 , so that the take-up roller 317 is rotated with each forward movement of the control strip 122.

The take-up reel 317 is connected to the shaft 32o by a friction clutch so that even as the circumference of the reel increases, the strip is always rewound by the same amount. For this purpose, a spring 347 (Fig. 14) is wound around the shaft 32o, one end of which is fastened to a disc 34: 5 loosely mounted on the shaft, while the other end of the same is rigidly connected to the shaft 320 connected ring 3.:1.9 is attached. By this spring 3 ._ (. jv the disk 348 is pressed firmly against the part 319, so that when the shaft 320 is rotated by the disk 348, the winding roller is iritgenoininen. Should the strip If the take-up roll is advanced further than the forward movement of the strip through the disks 329, as is the case, for example, with an increase in the circumference of the roll, the friction clutch comes into operation, which causes the take-up roll 317 (lie the latter to rotate) in spite of the rotation of the shaft 320 So that the strip does not slip out of the teeth 329 during its forward movement, levers 351 (Fig. 1B) are provided on the pin 352 (place rollers 350 and press the strips against the disks 329 el 351 stand under the one zero of springs 354 (Fig. iB, 2B).

Arrangement of the contact lever. Corresponding to the three rows of holes in the control strip that belong together, three rows of contact pins 356 °, 356c, 356d, 356 ", 356 ', 356t, 3565 (Fig Wall consists of insulating material so that the contact pins are insulated from one another Two arms 358 are attached to the shaft 359, which are connected at their right end (Fig. 1B) to the housing 357. In addition, the housing is still connected to the plate by rods 360 341 of the frame 164. An arm 361 is attached to the shaft 339, the roller 362 of which engages in a cam groove 363 of a disk 364 attached to the shaft 175. The cam groove 363 is designed in such a way that the housing 357 remains in the position shown in FIG The normal position shown in FIG. 1 remains until the drive racks 112 have been set in accordance with the registration and the required adding mechanisms have been brought into engagement with the racks i 12. Is this it takes place, the arms 361 and 358 are adjusted in the opposite direction of a clockwise direction by the cam groove 363. whereby the housing 357 is raised before the racks 112 are moved back to the zero position. As soon as the housing is moved back down into its original position, the contact pins lie against the strips. At the points where the strip is perforated, the pins reach through the strip.

The pins 356 through which the registered amounts are transferred come into contact: with the contacts 366 in the plate 315 (Fig. 12 and 2C). The business type contact pins 356 cooperate with the contact plate 367, all the remaining contact pins (except for pin 365s) come as soon as they are reach through the strip, with the contact plate 3 (iS in contact. Between a Collars 369 of the contact pin and the upper housing wall are springs. through which the contact pins are pressed against the arguing or the contact plates will.

The curve notch 363 is marked with vain. @ USsi), lrttllg 3621. which makes it possible to lift the housing 357 in the original position of the gearbox. so that the control strip can be inserted between the plate 315 and the colitis pins 3; 1i. 5-trollic age. In the following, the device is described, by which the shafts are adjusted according to the amount to be recorded in the event of a current connection through the contact pins 356 ° with the contacts 306 for the purpose of setting the racks 112 (Fig. 3A and;). The electromagnets 194 come into action. and the current through the switches 37o (Figs. iA, 2A, io, ii and 22), which are rigidly attached to the shaft 53, is closed. A power switch is provided for each shaft 161. The switch closes or interrupts the current for the associated magnet 1 () 4, so that the shafts 161 adjust the associated racks 2 by the amount corresponding to the perforation.

each switch 370 is composed of five disks 37i (Figs. 16 to 23). The disks 371 are provided with lugs 372 and recesses 373, respectively, which are arranged at different points on the disks in such a way that when the five disks are put together, the projections of one disk engage with the recess of the other — at the ends there are two Disks 375 made of insulating material are provided, which are provided on their circumference with a recess 376 into which the projections 3–72 of the individual disks 371 engage. The disks 371 and 375 are attached to a tube 377 and insulated from the same. The tube is rigidly attached to the shaft 53. Each tube is provided with a flange 378 which engages in a corresponding recess 379 in the end plates 375. The flange on the other side of the tube is pressed tightly against the washers 371, 375 by means of a nut 380 , which prevents it from sliding sideways.

A contact brush 382 (Fig. 2A and To), which is connected to the associated contact pins 356a by lines 383 (Fig. 28), rests against the circumference of each disk 371. The contact brushes of the disks 375, on the other hand, are connected to the electromagnets 194. In the present embodiment, the arrangement is such that an absolute value is always determined by two perforations.

At the beginning of the shooting university; the shaft 53 is through the brush contacts. the disks 37; the current for all disks is produced at the same time, as a result of which a simultaneous connection of the racks 153 in one unit is achieved. The first and second positions in the rows of holes (fig. 25) (counted from the right) mean "zero". The two contact pins passing through the holes provided at this point close a current at the moment where they come into contact with the contacts 366 iii, which flows through the first and second disk 37r to the corresponding magnet 19.4. As soon as an electromagnet is supplied with current by means of the two @Tull perforations of the strip, the associated shaft 161 is blocked again after it has been rotated by one unit.

If a current switch 370 is rotated by two units, the contact brushes of the disks 375 lie on the projections 372 of the first and third disks 371 (counted from the left, Fig. Left). The associated magnet i # '4 is supplied with current until the shaft 161 has been rotated by two units. From this it can be seen that when a power switch has been rotated two, three, four, five, six, seven, eight and nine units (see lines 3720 of Fig. Ii), the contact brushes of the disks 375 on the lugs 372 of the second and third, the second and fourth, the third and fourth, the third and fifth, the second and fifth, the fourth and fifth, the first and fifth and the first and fourth disk 371. The values 2, 3, 4., 5, 6, 7, 8 and 9 are registered by means of the perforations in the strip and the contact discs. If the circuit is closed by means of two disks 371 and the contact pins 356, the associated magnet 194 is supplied with current. The clutch disc 181 is displaced backwards by the latter in order to disengage the shaft 161 with the drive elements. The arrangement is such that the contact brushes 382 and washers 371 only close the current through the brushes for a moment.

Stroinvei Run. Since the drive racks 112 are always shifted further by one unit because of the additional movement in the case of a tens transmission, the current switches 370 are also always rotated further by one unit than corresponds to the value of the perforations in the strip.

The current flows from the hatterie 85 through the line 86. Contacts `` i, 82, lines 387, 388 and 359, contact brush 382 of the i-eclite disk 375 (Fig. 28) of the current switch, through the lugs 372 of the disk 371, line 383 zti your contact pin 35611, contact 366, line 383 to the corresponding disk 371. through the extension 372 of the same to the contact brush 382 of the left disk 375, line 392, magnets 194, lines 393, 39-I back to the battery 85. Main contact lever for the current connection of the adding units.

After the drive racks 112 are set in the position corresponding to the registration, the electromagnets 117 must be provided with current for a moment, which is sufficient to adjust the accessories so that the adders 103, 104 required for the registration are moved downwards and with the Drive racks 112 'come into engagement. Before the racks can move back, the current must be interrupted again so that the levers iii (Fig. QA) can again be held locked by the levers 116 belonging to the magnets 117. This is necessary so that the adders are disengaged when the rods 130 are moved back into the normal position. This current connection is brought about by two contact springs 396 (FIGS. 1A and 2A) which are influenced by a thumb disk 397 attached to the shaft 53. This thumb disk brings the contact springs 396 into contact with one another shortly after the drive racks 112 are set and before they move back. .

Current circuit device for the adders belonging to the Z buyers.

The current for the electromagnets belonging to de-i salespeople adders 117 is also controlled by the thumb disk 397. Should the electricity for the are closed with the reference sign "G", then flows the current from battery 85 through line 86, contacts 81, 82, lines 87. 387, 388, 400, contact 396, lines 401, 02, 403 and 404 to the sales adder Electromagnet 117 belonging to "G" through the, lines 405, 406, 407 and 408 to the contact pin 356e, which corresponds to your salesperson "G", the contact plate 368, lines 409, 394 back to the battery.

Device for engaging those registering the type of transaction and additions belonging to the sellers.

In the present embodiment, the arrangement is such that, through the intermediary of the perforations 304 and 307, one and the same amount is transferred both to the adding unit registering the type of transaction and to the acling units belonging to the sellers. In the frame 54 titid 72 (Fig. 1A, 2A and 15) three parallel shafts 412 are mounted, which are provided with a strip 413 of insulation material extending in the longitudinal direction of the same. On this strip there are usually contact springs 414, which are arranged isolated on rods .I15. In each row of these contact springs, a contact spring for the seller's adders is provided for each of the magnets 117. These contact springs are connected to the associated magnet 117 by a wire .I16. In addition, each row is provided with two contact springs 4ro, 411, of which the contact spring 4ro is connected to the associated contact pin 356t, while the contact spring 411 is connected to the electromagnet of the associated adder registering the type of transaction. Each shaft 412 is provided with an arm 41 7 , which is under the influence of a spring .T18, which tends to rotate the arm and thus the shaft .T12 in the reverse direction of a clockwise (Fig.15). The adjustment of the shaft .I12 is usually prevented by the hook-shaped attachment of an armature 4r9 belonging to a magnet 420. As soon as the contact lever 396 (Fig. RA) brings about the current circuit, the current flows through the contact pin 356t and block 367 to the associated magnet 420. Here, the armature -tiy is attracted by the latter against the action of the spring 421, so it denotes the Arm 417 releases. This has the effect that the shaft 412 is adjusted under the influence of the spring 418 in the counterclockwise direction. Here, the insulated strip T13 stored in the shafts 412 is moved out of the path of the contact springs 410, 411 and 414 and the current circuit is thus closed at these points. So the current for the electromagnets, which belong to the holes registering the business type, runs in the following way: From the battery 85th line 86, contact springs 81, 82, lines 87, 387th, 388 and 4oo, adder or main contact 39f> , Lines 401, 425. Block 367, contact pin 35t> t. Leads .T26, .T27, magnets 42o, leads 428, 42t, 430 and 3c) 4 back to the battery.

The return movement of a misaligned shaft; 412 in the normal position takes place by means of an arm 43r attached to the shafts. the one at rlem decay the weave comes to rest against a pin 432 attached to a rod .T33. The pole is on arms; 434 articulated, which are fastened to your frame 54. A down disk 436 is attached to the shaft 53 through which a suitable Time the arms 434 and thus the rod 433 against the action of a spring 435 be moved downwards. By means of the pins 432 the respective adjusted Shaft 412 moved back to its normal position. The rod 433 is on it moved back to its normal position under the influence of the spring 435.

As soon as one of the contact pins 356t comes into contact with the contact plate 367 and the main contact 396 is closed, the current through the contact pin, the shaft 422, the magnet 117 for glass associated with the main adder registering the types of transactions is closed. The current through the electronic magnet for the main adder runs as follows: From the battery 85 through the conductor 86, contacts 81, 82, lines 87, 387 # 3 88 and 4oo, adder contact 396, lines 401, 425, block 367, contact pin 356t lines 426, 451, contact springs 41 0, shaft 412, contact springs 41r, line: I52, clt.rch the electromagnet 117 belonging to the main adder, lines 454, 456, 473, 430 and 394 back to the battery. The current for the salesman adder, for example belonging to the clerk key "G", runs as follows: From the battery 85, line 86 through the contact springs 8r, 82, lines 87, 387, 388 and 400, through the adder control 396, Leittingett 401, 425, Block 367, the associated I # Z-otitaktstift 356t, lines 426, 451, contact 410, shaft .T12, contact 414, line 416, through the electromagnet belonging to the seller adder "G", lines 407, 408, contact pin 356, plate 368, lines 4o9, 394 back to the battery.

The current for a cashier adder runs as follows: From (leg battery 85, line 86, contact lever 81, 82, lines 87, 387, 388 and 400, adder contact 396, lines 401, 402, 457,: T40, 44, 442. -43 , 444, 46o, 445 and 438 to the electromagnet 117 of the associated cashier adder, line: T39, contact pin 356i, plate 368, lines 4o9, 394 back to the battery.

The flow for the adders, through which the business departments are registered, runs in the following way: Assume that an amount of the business department VT is to be registered. so the current flows from the battery 55 through line 80, contacts 81 and 82, lines 87, 387, 388, 4oo through the main contact 396, lines 401, 40 =. 457, 458 by the tciltu @ g VT lreliiiri "en llagneteii of the adder concerned. Contact pin 356d, plate 368, lines 409, 394 back to the battery.

Current curve to the adder registering the machine number.

As described, the adder registering the number is brought into engagement with the drive racks 112 through the perforation 3o8 of the control strip. The adjustment of the adder is regulated by the other perforations, which correspond to the machine number: The current runs from the battery 85 via line 86, contacts 81, 82, lines 87, 387, - 388 and 40o, main contact, lines 404 402, - 1-57, 440, 441, 442, 443, 444, 460 and q.61 through the magnet belonging to the adder, line 462, contact pin 356R, plate 368, lines 409, 394 back to the battery. Current curve for the electromagnet 92. The current for the electromagnet 92 flows from the battery 85 via line 86, contacts 8i, 82, lines 87, 387 and 470, electromagnet 92, line 471, contact pin 356s, block 467, lines 472, 473, 430 and 394 back to the battery. If the electromagnet 92 is supplied with current in this way, the lower end of the lever 73 (Fig. 24) is attracted by the same and thus this and the shaft 71 are adjusted in the opposite direction of a clockwise. Here, the lever 73 releases the arm 74 so that, under the influence of the spring 68, it lifts the arm 63, which in turn blocks the motor. The current is closed by the perforation 465, so that once the machine has been put into operation, the operator of the machine does not have to pay attention to the expiry of the control strip, rather the machine is automatically activated by the perforation: I63 after the Strip blocked.

How the machine works. After the control strip has been inserted into the machine, the perforations 330 (Fig. 2B) on the sides of the strip being laid over the teeth 328 (Fig. IB) in such a way that the perforation 308 is in the path of the contact pin 356n, so the shaft 64 and the motor locking arm 63 are adjusted by the hand lever 69 of the shaft 64 in such a way that the machine is released and the electrical connection is brought about (Fig. 24).

When you play the machine for the first time, the machine number of which the control strip originates, transferred to the adding unit intended for this purpose. at every further revolution of the main shaft 96 is one of the perforations of the strip corresponding registration to the specific adders f03, 104, their selection is regulated by the perforations.

The cam groove 363 (Fig. 1B) is designed so that the housing 357 with the contact pins is in the normal position during the first half revolution of the shaft 96, with the contact pins resting against the control strip or the plate 315. If the current is closed through the main contact, the adding units or their magnets 117 belonging to the perforations are supplied with current through the contact pins which pass through the perforations of the strip. In this case, the armature 116 is attracted to the magnet provided with current, whereupon the lever 111, by which the respective adder is held in the normal position, is adjusted in such a way that it engages with its recess 127 over the pin 128 of the rod 130. The rod 13o is then displaced to the right by the thumb disks 143, 145 and thereby the relevant adder is inevitably brought into engagement with the drive racks 1r2.

The adding units are only brought into engagement with the racks i 12 after they have been adjusted according to the amount to be registered, ie according to the perforations 303. Once this has been done, the main contact is closed. The curved grooves 173 (Fig. FA, 2A) move the segments 170 and thus part of the coupling 169 (Fig. FA, 2A and 7) back and forth. When the coupling parts 169, 181 are kept coupled to the associated part 169 by the parts 193, 191, the shafts 161 are rotated until the electromagnet 19q., Energized, attracts the arm 193 so that the latter pulls the parts 192, 188 releases. The coupling is shifted to the right (Fig. 7) so that the disks 183 engage with the coupling part 99 attached to the machine frame 164. The current connection for the electromagnets is regulated by the perforations in the control strip. The rotation of the shafts 161 corresponding to the registration is transmitted to the racks 112 by the gear wheels 16o. After the racks of the registration have been adjusted accordingly, the main contact 396 is closed, whereby the selected adders are brought into engagement with the racks 1 r2. When the coupling disks 169 move back into the normal position, they are coupled to the shafts 161, so that these too, and thus the racks 112 and 153, are moved back into the normal position. During the return movement of the racks into the normal position, the main contact is interrupted, ie after the housing 357 containing the contact pins has been raised so that the control strip can be moved forward. After the drive racks have moved back into their normal position, the rods 130 are shifted to the left beyond the normal position, their pins 147 striking against the lever iii and moving the adding units back into their normal position. After the current for the electromagnets 117 is interrupted, the associated levers i 16 of the same are moved back into their normal position by the springs 12o, which in turn keep the adders in the raised position until the electromagnets 117 are energized again be provided.

The 356S contact pin engages with the last revolution of the machine through hole 465 (Fig. 25) of the control strip and causes the electrical connection for the electromagnet 92. The lever 73 or the arm 63 adjusted in such a way that the current is switched off and the machine is locked at the same time will.

After one or more inch strips have run through the machine, the frame 2S2 is finitely displaced across the machine by the rotation of the wheel 255, which rolls on the rack -2a6, of the drum 28o. In this case, the adding wheels are colored by the inking rollers 239, so that the adding mechanisms are imprinted on the paper strip surrounding the circumference of the drum by the drum rolling over the adding mechanisms. After the drum has passed over all of the adders, it is moved back, with the front rollers 283 being guided upwards so that they run along the upper edge of the rod 295. This has the effect that the drum and the inking rollers are raised so far that they no longer come into contact with the Aldierwerke when they move back into the normal position.

After printing on the paper atreifeus, crank 2; <i the shaft 251 granted one full revolution. where all I adders can be reset to zero. During this rotation of the shaft 25i are through the Thumb discs 2j2 the. Lever 254 adjusted so that the rods 259 to the left be moved. The segments 2b1 and so that the shafts 149 twisted. Since the arms 14S are attached to the shafts 149, are made by the downward part of these arms which are against the thumb discs 221 act, the adding wheels reset to zero.

Claims (4)

PATENT CLAIMS: i. Recording machine in which the clutch of the. Adding units which are usually out of engagement with the drive members are regulated by a perforated document introduced into the machine by means of electrical contact pins, characterized in that the amount removed from the perforated document is transferred simultaneously to any number of adding units by means of special holes in this same document and associated contact pins will. 2. Registration machine according to claim i with adding units arranged in a respective oscillating frame, which by the action of the contact pins can be selected and coupled by means of electromagnets can, characterized in that between the swing frame (1o7, tob) one each adder (toi, 104) and the associated electromagnetic armature (iib) only a single lever (i11) is arranged, which is directly connected to your electromagnet armature interacts and also directly the coupling and the decoupling of the corresponding Adder caused. 3. Recording machine according to claim i with a roller-shaped Printing organ, characterized in that the printed amounts are printed by the rolling at right angles to the adder axes on their circumference carrying a paper tape, interacting with all the adding units one after the other Drum (28o) takes place via the adding units (103, 104). 4 registration niascliine according to Claims 1 and 3, characterized in that the one running on guides (2S3, 2.84) Printing drum (28o) on its return movement by a @Veiche (29j) Automatic as far as possible. then they are no longer in contact with the adders Koninit.