DE1052726B - Booking and similar calculating machine - Google Patents

Description

Booking and similar calculating machine The invention relates to booking and similar calculating machines, in particular a machine of this type in which the The information provided can be printed on two documents that have been introduced.

Devices controllable by an inserted receipt. the if the last line of the document is printed, the machine approval ech.anism lock and in which the locking device by pressing a special control button can be switched off are already known.

A machine with two printing tables, each of which can receive inserted document material, each table being provided with line search keys, by means of which the first printing line is brought into the printing position, is also known. In this latter machine two slip sensors are provided (a Ede for j print layer) that symbol character wheels can control such that a symbology is printed when a document is at its printing table, and a different kind of symbol is printed on another document, if a receipt is not on his printing table.

However, if two documents are introduced into a machine, e.g. B. an account card and a passbook, which are not always present in the machine at the same time need to be, it can happen that a receipt is in the last available print line is printed, while on the <other document at this point in time there are still some Print lines are available. In such a case it is necessary .that the printed card e.g. B. by printing a subtotal in its balance column completed while, the not yet fully printed card during of printing - the recorded subtotal remains unaffected.

Such control of printing is with the above-mentioned two known institutions not possible. It is the object of the present invention therefore, to provide facilities whereby those mentioned in the previous paragraph Conditions automatically under the control that fulfills the introduced documents itself without the machine operator having to make sure that one of the documents has reached the last print line or not, but that he only printed the line Remove the card after the subtotal has been printed and replace it with a new card has to replace, which the latter automatically after insertion into the first print line to be led. Then the machine switches both with each subsequent introduction Line by line until an end balance is drawn, whereupon both cards show off be ejected from the machine.

Accordingly, the invention is based on a computational booking or Similar calculating machine, with several pressure points with mutually controllable Printing units for line-by-line printing of one of two that can be introduced into the machine Receipts with line switching and print hammer shut-off controlled by a receipt sensor and / or release mechanism and is characterized in that -that a printing unit control mechanism by individual documents, each assigned to one of the documents, corresponding to the last line of print Position of the documents sensing sensor elements is controllable so that the printing one of them is not yet in the position corresponding to the print position of the last line The provided document is switched off when the last line of the other document is in print position.

An embodiment of the invention is based on the drawings explained, namely Fig. 1 shows a perspective view of the entire machine, 2 shows a circuit diagram of the motor and: the electrical connections for unlocking the machine after an entry has been printed in the last line of either. of the account book or the account card or both, Fig. 3 is a detailed view of a slide for releasing -the machine when pressing certain keys of the first machine control key bank, Fig. 4 is a detailed view of a switch and its drive arm for the drive the machine release device for unlocking the machine after printing the last line of either the passbook, the account card or both, Fig. 5 one Control slide that can be controlled by pressing a key on the third machine @ keypad drivable and to close the switch shown in Fig.4 FIG. 6 shows one by specific keys of the first machine control key bank drivable control slide for closing the switch shown in Fig. 4, Fig. 7 is a detailed view of a device through which, after an item has been printed the blocking in the last line of a savings book, an account card or both the machine prevents so that in the same line as the last item has been printed, a balance or an overlay printed or the receipt can be ejected., Figures 8A and 8B a plan view of the various control discs for controlling the machine functions as well as the sensor elements assigned to them, Fig. Figure 9 shows one of the print hammer drive and selection mechanisms; Figure 10 shows one of the slip sensor drive mechanisms with a connection via which the print hammer can be controlled, Fig. 11 the device, those used to drive the pinch roller and to control the effectiveness of the conveyor roller Fig. 12 shows a part of the sensing device for the passbook and account card parts the machine (one sensing device is provided for each of these parts), 13 shows the devices for conveying and ejecting the passbook and the account card (Pressure roller drive) and a control disk assigned to them, FIG. 14 a top view on the passbook and account card feeders and various of these associated control means, FIG. 15 is a perspective view. the facility 16, 16 the sensing device which senses the passbook and the machine enabling device after the last line has been printed, Fig. 17 blocks part of the device 16 as well as a connection from this to a transmission device which controls the print and eject device after the last line has been printed Fig. 18 is part of the device shown in Figs. 15 and 17, Fig. 19 part of the device shown in FIGS. 15 and 16, FIG. 20 part of the Transmission device and its drive means, which the transmission device when the last line of the account card is printed, Fig. 21 is a single view the drive device for the transmission set for driving the control means for the print and eject device if the last line of the account card is printed has been, Fig. 22 a further member of the transfer set for controlling the printing unit, when the last line of the account card has been printed, Fig.23 part of the Transmission device for controlling the printing and ejection devices, if .the last line of the passbook has been printed, Fig.24 is a detailed view of a Another element of the transfer set for controlling the printing and ejection devices, when the last line of the passbook has been printed, Fig. 25 a further link the transmission device for controlling the printing unit, `name the last line an account card has been printed, Fig. 26 is a detailed view of the control disk and the sensing element cooperating with it for controlling the printing unit, if the last line of an account card has been printed: is, Fig. 27, a further link the transmission device for controlling the printing unit when the last line of the The passbook has been printed, FIG. 28 shows a part of the transmission device for the Controlling the printing unit when the last line of the passbook has been printed, 29 is a detailed view of the control element and the one working together with it Sensing element for controlling the printing unit when the last line of the passbook has been printed.

30 is a plan view of the device for locking the machine release device, if .the last line of the passbook or the account card has been printed, as well as the device -by .the machine framing device can be unlocked in order to to enable that in the same line in which the last item was printed either a balance or an overlay is printed, Fig. 31 is part of the facility to unlock the passbook or the account card when the last line is printed locked machine release device as well as certain links for unlocking the Machine release device so that in the same line as the last item has been printed, either the balance or an overlay can be printed, 32 shows a side view of the device for locking the machine release device after printing the last line of a passbook or an account card with the device for unlocking: the locked machine release device in such a way that the last item was printed on the same line in the .der a balance or overlay can be printed in the balance column, Fig. 33 a single view of the sensing device cooperating with the account card to lock the machine enabling device after setting the last one Line in the print position. General The invention is based on a per se known machine used in savings banks. Every customer of a savings bank is known to have a savings book, which he uses when depositing or withdrawing Submit amounts to the cashier of the Sparkasse. The same information that is included in the The customer's savings book will also appear on the Sparkasse's account account card kept for the customer concerned. T: he machine has three pressure points on, namely a left (Fig. 1) for printing on those placed on a printing table Account cards, a middle one for printing the passbooks placed on a printing table and a right one for printing a control strip that remains in the machine with all information printed in the savings books and account cards. The control strip device is known per se and is therefore not shown in more detail in the invention documents.

The machine is also provided with a line adjuster. The machine operator places the passbook and the account card on the corresponding After the last printed line. It may be the last entry by not having the passbook in, however, the same line as on the account card is @ the feed device so controllable, that the one on the account card and the next line to be printed in the passbook regardless of which line of the other document is to be printed is selected will. After either in the savings book or on the account card or both the last line has been printed in the savings book as well as on the account card, the machine release device is blocked, so that further deposits or withdrawals in, the machine can no longer be registered. However, a balance can be found in the the same line in which the last deposit or withdrawal item was printed, Print in a balance column if the locked after printing the last line Machine by pressing a "balance" key, an "interim balance" key or a "Cover" button is unlocked.

The savings book has - seen from left to right - columns for the following Information on: First column - the date on which an amount was deposited or withdrawn and symbols that indicate which keys are in the third and in the first Machine control keypad have been pressed. Second column - amounts. third Column - identification letters identifying the keys of the second machine control key bank as well as amounts. Fourth column - balances and symbols showing which key is in of the first machine control key bank has been pressed.

The account card has the following columns - viewed from left to right on: First column - the date of entry and symbols that indicate which key has been pressed in the second machine control key bank and symbols that indicate which keys have been pressed in the third and first machine control key banks are. Second column - amounts. Third column - two icons that indicate which one Keys in the second machine control key bank have been pressed, as well as amounts. Fourth column - balances and each in! The first machine control key bank Pressed key identifying symbols. Fifth column - amounts and those in the second Machine control key bank symbols that are pressed in each case.

Both the passbook printing part and the account card printing part sensor elements are assigned to the corresponding pressure and feed mechanisms block, - if there is no savings book or an account card on the corresponding printing table lies.

The following is a brief description of the functions that each Exercise keys of the three machine control key banks. »S al.do« button Becomes the »Balance« button 121 (Fig. 1) alone or in conjunction with the "Probesal @ do" key on the second machine control key bank is pressed, the plus side of the add-subtract unit is emptied. With overdone Adding-subtracting, the "Sal, do" key is locked against pressing. One push the »balance« button causes an imprint on the control strip, in column 4 the Account card and in the passbook and then the ejection of the account card and the Savings book. This button is a machine release button; i.e., by pressing it a machine work cycle is triggered. The one after the last line has been printed The machine release mechanism blocked on the account card or passbook is through Pressing the "Balance" key can be unlocked so that in the same line of the savings book or the account card in which the last amount was printed still has a balance can be printed.

"Sub-balance" key This key 122 can be used in conjunction with Press key A or key B in the first machine control key bank. she is locked against being pressed if the adding-subtracting mechanism contains a coating. If the adding-subtracting work contains a plus amount, the .der »Zwischenensai-do« button, the plus side of the add-subtract work is selected and the amount stored in it is printed in the savings book and / or on the account card. The »Sub-balance« button controls the pressure in column 4 of the account card and the Savings book and prevents these two receipts from being ejected. This button is also an engine release button, d. that is, when you press it, a machine working spindle triggered. The one after printing the last line in the passbook or on the The machine release mechanism that is blocked on the account card is activated by pressing the "Sub-balance" key unlocked so that a balance can be printed on the last line printed. If the "interim balance" key has been pressed after printing the last line in the passbook is pressed, the »Balance @« key switches the pressure on in column 4 of the account card and causes the savings book to be ejected. If the »interim balance« button is pressed after : when the last line of the account card has been printed, the printing will take place in the Column 4 of the passbook switched off and the account card ejected. Becomes the “in between: do” button pressed after the last line on both the account card and in the passbook has been printed, the interim balance is in column 4 of the savings book and printed on the account card, after which both receipts are ejected from the machine. "Cover" Button The "Cover" button 123 is a motor release button which -the Releases machine for a machine aisle comprising two work cycles. With one This key is locked against pressing if it contains the plus amount, i. i.e., she is can only be pressed to empty the minus side of the add-subtract unit. By pressing the "overdraft" key becomes an imprint in column 4 of the account card and the savings book and then caused the ejection of both documents. Is the machine release mechanism after printing: the last line is blocked, so it is blocked by the merzub mechanism unlocked again so that a coating operation can be carried out. "Minus" key Pressing the "minus" key 124 causes a Subtraction is performed and in column 4 of both the account card and the An imprint is made in the savings book.

Individual description According to FIG. 1, the machine keypad has eight Rows of amount keys 120 and three rows of machine control keys 121 to 129, 131 to 139 and 141 to 149. These amount and machine control keys control the usual adjustment mechanisms (not shown). The control buttons 121 to 125, 131 bis-134, 138 and 141 bis 149 are machine release buttons, i.e. H., pressing it triggers a machine operation. The control buttons 126 up to 129, 135 up to 137 and 139 are not themselves a machine release, but are pressed must be pressed in conjunction with other buttons that trigger machine operations.

The machine is powered by an electric motor or by means of a hand crank (not shown) drivable, so that a Hauptnockenwel e 200 in a known manner is drivable.

To release the machine are in each of the first, second and third Control keyboard control slide, e.g. B. slide 881 (Fig. 3) is provided after moved to the left as a result of pressing certain keys on these three control key banks and slide on rollers 884. A pin 885 fixed in the slider 881 is in abutment with the top of one mounted on a shaft 887 Armes 886. When you press the "balance" key 121, the "intermediate balance" key 122, the "Cover" button 123, the "Minus" button 124 or the "Eject" button 125 one fastened in its shaft and cooperating with a sloping surface 888 of the slide 881 Pin 579 the slide 881 to the left (Fig. 3), so @ that its pin 885 the arm 886 and the shaft 887 pivoted in the counterclockwise direction. With the shaft 887 is also a pawl 606 pinned, the upper, hook-shaped end normally over a square pin 610, which is of a -a known release shaft 264 attached arm 608 is carried. By moving the slider to the left 881 is the pawl 606 together with the arm 886 and the shaft 887 in a counter-clockwise direction pivoted, whereby its hook-shaped end lifted from the square pin 610, d. H. is pivoted out of its trajectory. This allows a spring that To pivot the release shaft 264 counterclockwise and thereby release the machine.

An arm 937 attached to the release wool 264 (Fig. 32) is over a connecting link 939 with a three-armed lever mounted on a shaft 940 938 connected. A fader 941, which is between. one fixed in link 939 Pin 942 and a pin (not shown) mounted in a machine sidewall is stretched, seeks lever 938 clockwise and arm 937 counterclockwise to pull and thereby to pivot the release shaft 264 in the opposite direction. One however, such counter-clockwise pivoting of the release shaft 264 is normally achieved : the pawl 606 lying in the path of movement of the four-sided pin 610 (Fig. 3) prevented.

Only when the pawl 606 is pivoted counterclockwise out of the path of movement of the square pin 610 by pressing a control button in the manner already described, the spring 941 (Fig. 32) is able to pull the connecting link 939 downwards and thereby pull the three-armed lever 938 so far to pivot clockwise so that a square pin 962 fastened in this comes out of the path of movement of an angle lever 946. This enables a spring 949 to pivot the angle lever 946 in the counterclockwise direction until a bend 947 provided on it runs up against a stop 948. The clockwise movement of the lever 938 is limited by a bend 932 provided on it and cooperating with a stop 933. The stop 933 is attached to a machine side wall.

The angle lever 946 is mounted on a shaft 350, which when pressed a machine release button is pivoted in a known manner in the counter-clockwise direction and thereby a switch 959; 961 (FIG. 2) closes and a drive motor 1216 turns on.

In a in the Winkelhebe1946 (Figure 32) provided in the recess protrudes a S tift 9621, which is supported by a bearing on the shaft 940 lever 963rd If the lever 938 is pivoted clockwise when a machine release button is pressed and the square pin 962 is thereby moved out of the path of the angle lever 946, then under the influence of the spring 949 the lever 963 pivots clockwise so that its surface 964 is in the path of a roller 965 between a washer 966 and a cam. 975 is attached, arrives. The disk 966 and the N, cam 975 are mounted on the main camshaft 200. When the lever 938 moves clockwise, its arm 967 also moves into the path of movement of a pin 9651.

After about two thirds of the rotation of the main cam @ velle200, the Ro11e965 runs against the edge 964 and swivels the lever 963 in the counter-clockwise direction (Fig. 32) and thereby the angle lever 946 and the shaft 350 in a clockwise direction. With this clockwise movement, the left surface of the angle lever 946 comes out of the path of the square pin 962 again. Rotation, the main camshaft 200 runs the pin 9651 .an -the arm 967 of the lever 938 and swivels it in the. Counter-clockwise back to its normal position. During the counter-pointer movement of the lever 938, the release shaft 264 is moved beyond its normal position by the link 939 and the arm 937, whereupon the square pin 610 and 1895 (FIG. 3) moves under the pawl 606 again. The pawl 606 then lies over the square pin 610 again.

The pin 9651 also runs on the continuation of one by means of a Hub with the arm 938 connected to arm 3016 and stops after the roller 965 of , the arm 967 of the lever 938 has slipped, the lever 938 - fixed. This prevents a subsequent release of the machine until the end of the machine work cycle.

Shortly before the end of the machine cycle, the switch 959, 961 (Fig. 2) opened again in a known manner under the control of a cam and thereby the drive motor is switched off. Printing unit As already mentioned, the machine ..three printing unit parts, namely one for printing a control strip, one for printing passbooks and one for printing account cards. Of the Sparbuch-Druckwerkstenl is for four-column printing and the account card printing part intended for five-column printing. Everyone in the passbook and on the account card too A print hammer is assigned to each column to be printed, d. that is, there are nine print hammers available, each in a known manner for a pressure stroke by under the control of the three control key bank adjustment mechanisms adjustable, notches in their scope having control disks are selectable. Certain others with notches Slices are so under the control of account card and passbook feelers adjustable so that they the selected print hammers: turn off when on the hot off the press there is no savings book or account card. An additional control is used to Inactivity of the machine release mechanism after printing the last line of the account card, the savings book, or both.

Like the cuts in the circumference of the various control disks depends on the system for which the machine is used target.

Print hammer drive device The column print hammers for the account card and the passbook can be optionally driven under the control of the drive mechanism. Since the drive devices assigned to the print hammers are the same, be here only one, namely the one assigned to the printing hammer for the "S; aldo" column of the savings book described. Each print hammer 1420 (Fig. 9) consists of two arms attached to their one ends connected to one another by a hub mounted on an axle 1421 are and at their other ends carry a U-shaped member 1422, in which a Pressure block 1423 inserted eats. The U-shaped member 1422 has a downward facing Extension 1424 on, via a pair of connecting links 1425 and by means of a bolt 1426 is connected to an arm 1427 mounted on a shaft 1428.

At the s connecting links 1425 to arm 1427 Bolt 1426 is a link 1431 hinged, the right end of which is from a bolt 1432 fastened in a handlebar 1433 is carried. The handlebar 1433 is on its upper end rotatable by means of a bolt 1434 on a shaft 1443 freely pivoting arm 1435 attached. The right end of the link 1431 is designed to form a hook 1436 which is movable downward and is engageable with a rod 1437. The rod 1437 is of. two Angled lever 1438 which can be driven by cams and is supported on an axle 1439. Each of the four connecting members 1431 of the passbook printing part can with his right, hook-shaped end 1436 can be brought into engagement with that rod 1437. The angle levers 1438 each carry two rollers with one on a printing unit camshaft 1441 attached pair of cams 1440 work together.

The printing unit camshaft 1441 (Fig. 9) feeds from the main camshaft 200 can be driven via an appropriate gear so that it can be driven with every clockwise rotation the main camshaft 200 is rotated counterclockwise once.

When the machine is in motion, the handlebar 1433 is under control the control disks provided with incisions, e.g. B. the disk 1408, in later to be described moves downward so that the hook-shaped end 1436, des Link 1431 places over rod 1437, the link becomes 1431 with the counter-pointer movement of the angle lever 1438 and the rod 1437 to the right (Fig. 18) and thereby pulled through the connecting links 1425 and the arm Elongated knee joint formed in 1427. This causes the print hammer 1420 .m Pivoted clockwise and pressed against the passbook and this in turn against the type wheels 465, is pressed.

Whether the handlebar 1433 is moving downward and the hooked end 1436 in Engagement with rod 1437 depends on the setting of the control disks, z. B. the disk 1408 from. The arm 1435 is rotatable on the shaft by means of a 1443 mounted hub is connected to an arm 1442, at the lower end of which a feeler link 1444 is hinged. One suspended from a rod 1446 and engaging the arm 1442 Spring 1445 pulls: the feeler element 1444 turns to the left. This left movement of the antenna element 1444 is bounded by a pin 1447 mounted in arm 1435 which is. is in contact with an arm 1448 fastened on the shaft 1443 (cf. also Fig. 7). On the arm 1448 are. two rollers 1449 arranged with two on the Main camshaft 200 attached cam 1450 cooperate.

After the control disks, e.g. B. the disk 1408 according to Figure 9, below the control of the machine control keypad adjustment mechanisms sinid, the cams 1450 pivot the arm 1448 clockwise (Fig. 9). this allows spring 1445 to pull arm 1435 clockwise and thereby move the handlebar 1433 downward, provided "that by setting the Control disks provided in them incisions in opposition with rotatable Sensing claws 1451 attached to the sensor element 1444 have reached. Savings account and account card sensing device. Each printing unit part, d. h .. the printing unit for the passbook and the printed part for the account card, 'is a new one Sensing device assigned, which determines whether a passbook is on the printing table or an account card is or is not. Is there a passbook on the printing table? or an account card, the selected print hammers can be driven. Lies on the other hand, if there is no passbook or an account card on the printing table, the Sensing device: g the drive device for the selected. Print hammers off.

Each printing unit part contains a Füh.lergl'ied 1460 (Fig. 12), which is slidably guided by means of an elongated hole on a pin 1461 and with his the lower end is hinged to a multi-armed lever 1462. One on the multi-armed one Lever 1462 attacking spring 1463 seeks the lever 1462 constantly in the counterclockwise direction to pull and thereby move the Fühlergli.ed 1460 upwards, however, is normally by a pawl 1464 resting against an extension 1465s of the lever 1462, which: the Lever 1462 holds in the position shown in Fig.12, prevented. The handle 1464 is mounted on a bolt 1466 carried by an arm 1467 (Fig. 10). A spring 1469 normally holds the pawl 1464 in abutment with a face of a Lever 1470 which, like the arm 1467, is rotatably mounted on a catfish 1471. A link 1468 movably connects the arm 1467 to a bell crank 1472, which is fastened to the camshaft 1441 by means of a roller 1473 Cam 1474 cooperates. A roller 1475 is attached to the cam 1474, when the cam 1474 is at the beginning of a machine cycle in the counter-clockwise direction. (Fig. 10) begins to rotate on a shoulder provided on the angle lever 1472 1476 starts up and swivels the angle lever 1472 quickly clockwise. This causes, .that the connecting link 1468 moves to the left (Fig. 10), the arm 1467 in the counter-clockwise direction pivoted and the pawl 1464 is moved away from the neck 1465 of the lever 1462, so that the spring 1463 swings the lever 1462 counterclockwise and thereby : the feeler member 1460 is able to lift.

If the sensor element 1460 hits an inserted passbook or an account card, @so the lever 1462 is stopped in its movement before the pawl 1464 has completely stopped moving. The handle In this case 1464 leaves a notch 1478 and slides along the edge 1479 of the lever 1462.

If the feeler member 1460 moves due to the absence of a Document in the printing unit part completely upwards, the lever 1462 follows the Pawl 1464 during its entire movement until it finally behind the surface 1480 of lever 1470 falls. During the reset caused by cam 1474 the pawl 1464 in its normal position becomes the lever 1470 (Fig: 12) and thereby An angle lever 1482 mounted on the axle 1439 via a connecting member 1481 swiveled clockwise. The angle lever 1482 has a recess in a bracket 1483, which is also mounted on the axis 1439 (cf. also FIGS. 9 and 12) is fitted. The bracket 1483 lies in front of all handlebars 1433. On each handlebar 1433 a shoulder 1484 is worked out, which is in the movement path of the bracket 1483 lies. When moving clockwise (Fig. 9), the bracket 1483 rests against the shoulders 1484 all links 1433 and prevents them from moving downwards and the hook-shaped Ends 1436 of the selected links 1431 engage the rod 1437 ". The handlebars 1433 are caused by the bracket 1483 to move downwards so prevented even if. the pressure chamber by adjusting the control discs has been selected. In this case, all print hammers 1420 are switched off.

A spring 1490 (Fig. 10) engaging pin 1489 holds one on the lever 1470 provided finger 1486 in contact with an axis 1487 - and thereby the lever 1470, the link 1481, the bell crank 1482 and the bracket 1483 in normal position.

At the end of the machine aisle, the bracket 1483 remains in the position that locks the control arms 1433. At the beginning of the next operation, as already described, the roller 1475 (FIG. 10) runs against the shoulder 1476 of the angle lever 1472 and swivels it clockwise and - via the connecting member 1468 - the arm 1467 in the counterclockwise direction. During this counter-pointer movement of the arm 1467, a finger 1488 provided on it runs against the pin 1489 and assists the spring 1490 in returning the connecting link 1481 and the bracket 1483 to the normal position: - Feed device A suitable feed mechanism can be used for the documents ; - which is briefly described below. The machine is equipped with a printing table 1500 (Fig. 1) for passbooks and a printing table 1501 for account cards. The passbook and account cards placed on the printing tables are each under a guide plate 1502 and 1503. Marking notches (not shown) provided in the guide plates 1502 and 1503 serve to align the line in the document in which the next item is printed target. After the passbook or the account card has been placed on the printing table and aligned in lines, it is automatically pushed so far into the machine that the line to be printed comes to one line spacing before the printing position. Then the passbook and the account card are fed a line spacing so that the line to be printed arrives in the printing position. After the information has been printed, the respective receipt either remains in the machine (if further information is to be printed in the same line but in a different column) or it is ejected from the machine. The account card or passbook is accordingly given three movements: (1) Automatic insertion into the machine, (2) advance by one line spacing into the printing position, (3) ejection. The machine control buttons use the setting mechanisms assigned to them to determine whether the document should be incremented by line or ejected. and determined by a sensing mechanism by appropriate adjustment of recessed disks controlling the advance and ejector mechanisms. Conveyor Roller Drive Mechanism The mechanism that drives the conveyor rollers and the devices controlling it are shown most clearly in FIG. A pair of conveyor rollers 1520, one of which is shown in FIG. 13, are connected to one another in each printing unit part by a sleeve 1521 which is freely rotatably mounted on an axle 1523. Also attached to the sleeve 1521 is a pinion 1522 which meshes with a gear 1524 (FIGS. 22 and 30). The gear 1524 is mounted on a bolt 1525 carried by the side wall of the machine and in turn meshes with a gear 1526 fastened on a shaft 1527. On the shaft 1527, two switching wheels 1528 and 1529, spaced apart by a disk 1530, are fastened, which have a pawl 1531 or an ejector pawl 1532 is assigned. Both pawls 1531 and 1532 are. pivotably arranged on .ein a bolt 1533 which is carried by a switching arm 1534 mounted on the shaft 1527. A slot 11535 is attached to the switching arm 1534, which meshes with a toothing 1536 of a slide 1537 guided by means of elongated holes on bolts 1538. A spring 1539 holds the slide 1537 normally in contact with a roller 1540 which is carried by a bolt 1541 fastened in the machine side wall.

A link 1542 connects the slide 1537 to a lever 1543, which is mounted on a bolt 1544 fastened in the machine side wall. With the lever 1543 a link 1545 is also movably connected, which is on his at the other end by means of a roller 1546 in a recess 1547 (FIG. 13) the printing unit control bracket 1483 (Fig. 9) attached arm 1485 slidably leads. The right, slightly beveled surface 1548 of the link 1545 lies in the path of movement a roller 1549 carried by an arm 1550 mounted on the axle 1439 will. A spring 1551 holds a roller 1552 which is also arranged on the arm 1550 normally in contact with a 1441 mounted on the printing unit camshaft Cam 1553.

If the parts are set according to FIG. 13, it swivels when starting up the machine the cam 1553 the arm 1550 clockwise (Fig. 13) and thereby -over the handlebar 1545 - the lever 1543 counter-clockwise. By the counter-pointer movement of the lever 1543 is .the slide 1537 via the connecting link 1542 against the force of the spring 1539 moves to the right and thereby the pinion 1535 with the Switching arm 1534 pivoted counterclockwise so that the switching pawl 1531 the - Ratchet wheel 1528 and consequently the shaft 1527 a movement in the counter-clockwise direction granted. This counter-pointer movement of the shaft 1527 is transmitted via the gears 1526 lind 1524 to the Ritze11522 and consequently to the conveyor rollers 1520th Da to At this point the cooperating pressure rollers have already been raised the receipt jammed between them and the conveyor rollers 1520 (account card or Passbook) advanced to the print position.

As soon as the roller 1552 hits the surface 1554 (small radius) of the cam 1553, the pawl 1531 is retracted somewhat, in preparation a line-wise feed on the controlled machine. Immediately after the control device. soft determines whether a carriage return or not, has been effective, the pawl is also under control the surface 1554 is moved again in the switching direction.

Shortly before the end of the delivery process, the spring 1551 is capable of the To return the arm 1550 to its original position, so did the spring 1539 the slide 1537, the connecting link 1542, the lever 1543 and the handlebar 1545 can return to their original positions. During this return movement the switching arm 1534 is pivoted clockwise so that the ejector pawl 1532 the ratchet wheel 1529 and the shaft 1527 rotates clockwise. This clock hand movement of the shaft 1527 is transmitted via the gears 1526 and 1524 to the scratch] 1522 and thus on the conveyor rollers 1520, whereby the passbook or the account card is ejected from the machine.

Strikes the feeler member 1460 (Fig. 12) in its sensing movement If no document is inserted, it is blocked as already described. .the bracket 1483 the Print hammers. Since the arm 1485 is attached to the bracket 1483, he and consequently the handlebar 1545 during the locking movement of the bracket 1483 from: the one shown in Fig. 13 Position pivoted upwards, so that the inclined surface 1548 of the handlebar 1545 from : the trajectory of the roller 1549 arrives. At the next working cycle of the cam In 1553, therefore, the movements of the arm 1550 cooperating with it remain without Influence on the conveyor roller drive mechanism. In other words, lies on top of that Printing table does not have a passbook or an account card, so the conveyor roller drive mechanism becomes switched off. Line feed controller As already mentioned, occurs during the time span in which the roller 1552 rolls over the surface 1554 of the cam 1553, a carriage return. After the document placed on the printing table is automatically d'the machine was introduced is under the control of that plane 1554 prepared a carriage return. With the one taking place at this point in time. Clock hand movement of the switching arm 1534, this runs with its edge 1555 on the front edge 1556 a pawl 1900. Then the pawl 1531 is removed from the cam 1553 issued a switching movement via the slide 1537 and the switching arm 1534 and as a result, the savings book or the account card is pushed forward one line space.

The movements of the handlebar 1545 are based on an arm 1560 a shaft 1563 mounted yoke 1561 controllable. A spring 1564 (Fig. 13) holds the arm 1560 of the yoke 1561 normally in abutment with one in the link 1545 attached square pin 1565_ is the handlebar 1545 in preparation for a carriage return movement moved to the left (Fig. 13), its square pin 1565 slides off: the arm 1560 from (indicated in Fig. 13 in dashed lines), which allows the spring 1564, to pull the arm 1560 upwards so far that the one worked out at its end Shoulder 1566 got into the return path of the square pin 1565.

The upward movement of the under the influence of the spring 1564 Armes 1560 is finished as soon as a pin 1567 fastened in it on the upper one Edge of the throat-shaped end 1568 of a handlebar 1569 meets. The handlebar is 1569 mounted on a bolt 1599, which is supported by a mounted on the shaft 1443, by means of A hub 1571 connected to an arm 1570 is carried. The arm 1571 has a downward extension 1574, on which a by means of an elongated hole on: the rod 1446 leading sensor element 1575 is articulated. One on the sensor link Spring 1576 engaging 1575 normally holds pin 1572 mounted in arm 1571 in contact with an arm 1573 fixed on the shaft 1443.

In the case of the clockwise movement caused by the cams 1450 (Fig. 7) of arm 1448 and shaft 1443 (Figs. 7 and 13) - so will arm 1573 (Fig. 13) swiveled clockwise. This movement is followed by the one with his pin 1572 in Contact with arm 1573, arm 1571 under the influence of spring 1576, so that on the Fühlergli.ed 1575 arranged sensing pawls 1577 against control discs 1578, 1579, 1580 and 1581 (Figs. 8 A and 8 B).

Meet the sensing pawls 1577 and the feeler link 1575 at the beginning of the machine gear to no recess, but to the full circumference of the control disks 1578 to 1581, the link 1569 remains in the position shown in FIG this setting the link 1545 of .the arm 1550 moved by the cam 1553 moved to the left, the square pin 1565 comes into the in Fig. 13 i by dashed lines Lines indicated position, so that the spring 1564 the arm 1560 of the yoke 1561 able to pull upwards. As already mentioned, this achieves this. the one on the left End of the arm 1560 worked shoulder 1566 into the movement path. of the square spindle 1565. so -that <the handlebar 1555 in: its left position locked and its the Return movement causing the document to advance is not possible at this point in time is.

At the left end of the arm 1560 a small projection 1582 is provided, which protrudes a little over the shoulder in 1566. At the end of the machine run is this approach 1582 on the square pin 1565, namely the handlebars 1545 when it is driven by: arm 1550 given a small overstroke, so that the square pin 1565 slides off the approach 1582. When under the influence (The spring 1539 after the lifting of the arm 1560 takes place the return movement of the Handlebar 1545 then gets the square pin 1565 under the shoulder 1582.

The arm swiveled into the trajectory of the quadruple pin 1565 1560 does not prevent resetting movement by locking the link 1545 only a line feed, but also. the ejection of the passbook or the account card. Ratchet control device As already described, the Switching arm 1534 from the 'cam 1553 via the handlebar 1545 and the slide 1537 three movements issued, namely first, a movement through which the document is advanced into the printing position, secondly the line feed a preparatory movement and, thirdly, a movement that ejects the document from the machine Movement. The line feed and each ejection take place, as already mentioned, not during the same operation.

Usually the pawl is 1531 and the ejector pawl is 1532 in engagement with the switching red 1528 or 1529 assigned to them (cf. FIG. 13).

At the end of the machine aisle, the ejector pawl 1532 is disengaged from the ratchet wheel 1529. During the subsequent clockwise movement of the switch arm 1534, the ejector pawl 1532 is out of engagement with the ratchet wheel 1529, while the switch pawl 1531 ratchets over the ratchet wheel 1528. The lines moderate Fortschalfiung occurs when the Schaltaren 1534 as already described, is again pivoted in the counterclockwise direction, and the ratchet wheel 1528 continues to rotate in engagement with the ratchet pawl 1528 located in 1531 in the counterclockwise direction (Figure 13). Then the ejector pawl 1532 falls back into the toothing of the ratchet wheel 1529 in a suitable manner. Device for controlling: the printing in the last line, the ejection and the print hammers. If the account card is completely labeled, i.e. its last line is printed, the machine is: locked and can only be accessed by pressing the "Loan interest" key 142, the "Eject" key 125, the "coating" key 123, the "interim balance" key 122 or; the "Sal, do," key 121 triggers: bar. These control keys were chosen for the explanation of the invention mainly because they fit into the system described in the exemplary embodiment. Other key combinations can be used to control the machine if the recesses in certain control disks are changed. The same controls are effective when the last line of a passbook page has been printed, and the controls are also effective when either the account card or the passbook or both of these receipts are filled out.

The printing unit already described and the ejection device already explained are also activated by the control mechanism that takes effect when the last line is printed controllable. There are now called controls that are used in various operations take effect if: the operations after the last line of the passbook has been printed or the account card and .the machine is blocked.

1. Balance operation - printing in the balance column and ejection of the account card and. this savings book regardless of whether these receipts are fully printed are or not.

2. Interim balance operation (a) With a completely printed account card -Print in the balance column of the account card, ejection of the account card, no pressure in the savings account.

(b) B --i fully printed passbook printing in the balance column of the passbook, ejection of the passbook, no printing on the account card.

(c) When the account card is fully printed and the card is fully printed Passbook - print in: the balance column of both receipts and ejection of both receipts. 3. Intermediate balance operation if the account card is not completely printed and not completely printed, printed savings book - printing in the balance column of both receipts, no Ejection of receipts.

4. Loan Interest Operation - Print in the second column of the savings book and the account card regardless of whether the receipts are fully printed :or not.

5. Ejection work set - ejection of the passbook and account card.

The printing unit and ed: en ejection mechanism for the passbook and control discs that control the account card and can be set from the machine keypad have already been described. These are the control disks 1406, 1407 and 1408 (Fig. 8A and 8B) for controlling: the printing in the balance column of the passbook -and the account card effecting print hammers and the tax books 1578, 1579 and 1580 for controlling the ejection devices associated with the passbook and the account card section. As already mentioned, these control disk groups also include the control disks 1405 and 1581 in the account card tax group or in the savings book tax group, which can be controlled by sensor elements. For better differentiation of the control disks are the reference numerals 1405 and 1581 in the description and in FIGS. 8A, 8 B, 26 and 29 the letters B and C appended. The control discs 1405B, 1405C, 1581 B and 1581 C are under the control of the receipt sensor elements (one for Idas Savings book and one for the account card).

Since not all savings books and account cards are the same size and around one precise control by the feeler members with reference to the end of a passbook or an account card, the Fühlergli-oder are arranged so that they from. the front of the machine can be adjusted against their consideration.

The sensing mechanism associated with the passbook printing unit is shown in FIGS. 16 and 30. That for palpation. The sensor element 1950 serving the passbook can be arranged in one or the other of two recesses 1951 (cf. The recesses 1951 are in, the horizontal part 1952 of a slide 1953, which is guided by means of an elongated hole 1954 and by means of its throat-shaped end 1955 on two pins 1956 and 1957. The pins 1956 and 1957 are carried by a holder 1958 attached to the machine base. A pin 1959 is fastened in the slide 1953, around which an angle lever 1960 (see also FIG. 15) mounted on a shaft 1961 engages with its throat-shaped end. A sleeve 1962 (FIG. 30) connects the angle lever 1960 with a segment-shaped arm 1963 (see also FIGS. 15 and 16) which has a downwardly directed finger 1964. A spring 1967, which is stretched between the angle lever 1960 and a pin 1968 fastened in the holder 1958, normally keeps the finger 1964 in contact with a pin 1965 carried by a lever 1966. The lever 1966 is via a connecting link 1969 with a new angle lever 1970 connected, which cooperates by means of a roller 1971 with a cam 1972 attached to the camshaft 1441. The 1972 cam in turn carries a 1973 roller which, while the machine is running, starts running on a shoulder in 1974 that was worked out on the angle lever 1970. A pawl 1976 is rotatably attached to the left, end of 1975 (FIG. 16) of the lever 1966. A spring 1979 (Fig. 15 and 16) stops one; the pawl 1976 provided bend 1977 normally in contact with a surface 1978 of the arm 1963.

The printing table 1500 used to hold the passbook (Fig. 16) has a recess through which the sensor element 1950 moves, if the last line of the passbook has not yet been printed. Is against it the last line of the savings book in the print position, the sensor element will be 1950 stopped in its upward movement.

When the machine is started, the cam rotates counter-clockwise in 1972 (Fig. 16), so that the roller carried by it starts in 1973 on the shoulder 1974 of the angle lever 1970 and this in a clockwise direction and - via the connecting link 1969 - the Lever pivoted counterclockwise in 1966, lowering the pawl in 1976. During the counter-pointer movement of the lever in 1966, the pin 1965 is simultaneously moved away from the finger 1964 of the arm 1963, so that the spring in 1967 is able to pull the angle lever in 1960 counter-clockwise. This counter-pointer movement (of the angle lever 1960 lifts the slide 1953 and thereby moves the sensor element 1950 through the recess in the printing table 1500. If the sensor element 1950 hits the lower side of the passbook (because its last line is in the printing position) , it is stopped while the lever continues to move in the counter-clockwise direction in 1966 until the bend in 1977 of the pawl carried by the lever in 1966 finally slides off the surface 1978 of the arm in 1963 and, under the influence of the spring in 1979, moves under the lower edge of the Armes 1963. As soon as the cam in 1972 returns the lever 1966 via the angle lever 1970 and the connecting link 1969 to its starting position, the pawl 1976 also brings the angle lever 1960 connected to the arm 1963 via the sleeve 1962 back into its starting position, whereby the feeler element 1950 is moved downward away from the passbook.

At the end of this step, the 1977 turn remains under the arm 1963. The lever becomes complete in 1966 during the immediately following machine operation swiveled counter-clockwise, the pawl runs in 1976 with one provided on it Inclined surface 1887 on a bolt 4000 (Fig. 33) and is thereby in the opposite direction: clockwise pivoted so that their turn back in 1977 in contact with the 1978 area Armes arrived in 1963.

If, on the other hand, the last line is not yet in the savings book in the print position, see above, the sensor element is 1950 when the cam is in 1972 caused counter-pointer movement of the lever in 1966 and the latch in 1976 during its Upward movement not stopped. The turn remains during this operation 1977 in attachment with the 1978 area of the arm 1963, since the angle lever 1960 and the Arm 1963 perform the same counter-pointer movement. As a result, the turn slides 1977 during the resetting of the parts on the 1978 along the surface without moving the feeler element back to its original position in 1950. The resetting of the sensor element 1950 takes place in that the finger 1964 cooperating pin 1965 the angle lever 1960 clockwise (Fig. 16) pivots.

If the upward movement of the feeler element in 1950 is limited by the fact that the last line in the passbook is in the print position, then, as already described, the 1977 bend is placed under the 1976 latch under the arm 1963. At the same time, the 1977 bend comes under a shoulder 1980 worked on the end of an arm in 1981 (Fig. 17). The arm 1981 is rotatably mounted on the shaft 1961 and is connected via a bracket 1983 to an arm 1982 connected to an internally toothed gear 1985 via a connecting link 1984. The gear wheel 1985 is with its internal teeth with a fixed on a square shaft 1987. Pinion engaged in 1986. The arrangement is similar to that already described in connection with the printing unit.

A pinion 1988 (Fig. 24) also fastened on the square shaft 1987 is in engagement with the internal toothing of another only internally toothed gear 1989, which carries a pin 1990, which is in a slot 1991 in the front, fork-shaped end of a link 1992 (see also Fig. 23) protrudes. The link 1992 is rotatably connected to an angle lever 1993 (FIGS. 21 and 30) mounted on a bolt 1994 (FIG. 37), which works together by means of two rollers 1995 with a pair of cams 1996 fastened to the main camshaft 200.

The gearwheel 1989 (Fig. 24) is replaced by the one to be described later Way caused downward movement of the link 1984 (Fig. 17) clockwise (Fig. 24) rotated, its pin swivels the handlebars in 1990 counter-clockwise in 1992, whereby a prong 1093 of its fork-shaped end into the path of movement of a pin 1094 (Figs. 23 and 30), which is driven by a gear wheel 1095, which is only internally toothed will be carried. The gear wheel 1095 stands with a mounted on a square shaft 1997 Pinion 1096 in mesh. Also attached to the 1997 square shaft is a Pinion 1998 (Fig. 22), which meshes with a gear 1999 that is only internally toothed stands. The gear wheel 1999 has a recess 2000 into which one of the control disk 1405 C pin 2001 protrudes. A 2002 nib usually holds the 2001 pen in contact with the right edge (FIG. 22) of the recess 2000.

The control disk 1581B (Fig. 13) is also over the square shaft 1997 - adjustable by a pinion attached to it.

As already described, when the sensor element 1950 (Fig. 16) when it is stopped, the 1977 turn under the arm 1963 to, this reset during the upward movement of the pawl in 1976. Since the turn in 1977 not only under Iden Arm 1963, but at the same time under the one worked out on Arm 1981 When it reached the shoulder in 1980, it swings at: the upward movement of the latch in 1976 .the arm clockwise in 1981, causing the connecting link to move downwards in 1984 and the gearwheel 1985 (Fig. 17) and the pinion 1986 are rotated clockwise. This clockwise rotation is transmitted via: the square shaft 1987 and the pinion 1988. To the gearwheel 1989 (Fig. 24), whereby, as already explained, the tine 1093 of the handlebar 1992 into the path of movement of the pin carried by the gear 1095 1094 (Fig. 23).

The cams then pivot 1996 (FIG. 21) the angle lever 1993 counter-clockwise so that the handlebar is pushed to the left in 1992 and his on the pin 1094 (Fig. 23) approaching prong 1093 the gears 1095 and 1999 in a counter-clockwise direction pivots. This is made possible by the 2001 pen (Pia. 22) attacking Spring 2002 to turn the control disk 1405C so far -. That a high point of your Periphery compared to the sensing clinkers assigned to the account card printing part 1451 (Fig. 9). As already described, when the sensing pawls strike 1451 on a high point of the periphery of the control disk 1405 C of the account card printing unit au @ sgesohalted. It follows that when the last line of the passbook is printed has been made, the account card printing part made ineffective and consequently the Account card for operations in which the last line of the savings book is printed has not been printed.

One arranged on a shaft 2004 (FIG. 29) in a toothing 2005 of the control disc 1405 C retractable alignment pawl 2003 (serves to determine of the control disk 1405C in their respective new positions.

The controls just described, which the feeler element exerts, if the last line in the passbook is printed, refer to operations, during which there is a not yet completely printed account card in the machine is located.

A second sensing device used to scan the account card is similar to the sensing device just described. As already mentioned, should go to after printing the last line of the account card, the passbook printing unit is switched off will. However, if the passbook and the account card are completely printed, i. H. is the last line to be printed both in the passbook and on the account card in the Print position, so the information in both the savings book and on the account card printed and both receipts ejected from the machine. There now follows one first Description of the facility under whose control the passbook printing unit is turned off.

Under the printing table 1501 (Fig. 33) receiving the account card a sensor member 2050 (Fig. 30 and 33) is arranged, which. by a in the lower Part of the printing table 1501 provided recess can be moved through. Located the last line of the account card lying on the printing table is in the printing position, so the upward movement of the feeler member 2050 is limited by the account card. Otherwise, i. H. if not the last, but a different line of the account card in the printing position, the feeler member 2050 can be moved completely upwards.

The sensor element 2050 (FIGS. 30 and 33) can be arranged in one or the other of two recesses 2051 provided in the horizontal part 2053 of a slide 2054 and is either wider by means of a bolt 2052 in accordance with the length of the account cards used in the relevant recess 2051 lockable to the left or further to the right. The slide 2054 is by means of an elongated hole. 2055 (Fig. 33) and its pharynx-shaped. The end 2056 is guided on pins 2057 and 2058 fastened in a holder 2059 and carries a pin 2060 which engages around the throat-shaped end of an angle lever 2061 which is rotatably mounted on the shaft 1961 and connected to an arm 2063 via a sleeve. The arm 2063 has a finger 2064, which is held in contact with a pin 2065 fastened in a lever 2066 by a spring 2067 which engages on the angle lever 2061 and is suspended from a pin 2062 of the holder 2059. The lever. 2066 is connected via a connecting member 2069 to an angle lever 2070 mounted on the axle 1439, which works by means of a roller 2071 with a cam 2072 fastened on the camshaft 1441. The cam 2072 carries a roller 2073 which, while the machine is running, runs against a shoulder 2074 worked out on the angle lever 2070 and pivots the angle lever 2070 in a clockwise direction. A pawl 2076 is rotatably attached to the lever 2066 by means of a bolt 2075 and has a bend 2077 which is normally held in contact with the surface 2078 of the arm 2063 under the influence of a spring 2079.

If the roller 2073 carried by the cam 2072 pivots the angle lever 2070, as already mentioned, in the clockwise direction (FIG. 33), the lever 2066 is pivoted in the counter-clockwise direction via the connecting member 2069. This movement of the lever 2066 is followed by the arm 2063, the finger 2064 of which rests on the pin 2065 carried by the lever 2066, under the influence of the spring 2067, whereby the slide 2054 and the feeler element 2050 are raised. The last one is located Line of the account card is not yet in the printing position, the sensor element 2050 is not limited in its upward movement, so that the arm 2063 can execute the same movement as the lever 2066 and consequently the bend 2077 of the pawl 2076 in contact with the surface 2078 During the return movement of the lever 2066, its pin 2065 cooperating with the finger 2064 returns the arm 2063 and the feeler element 2050 to their normal positions.

If, on the other hand, the last line of the account card is in the printing position, then the upwardly moving sensor element 2050 is stopped by the account card; while the lever 2066 continues its movement until the bend 2077 slides off the surface 2078 of the arm 2063 and comes into abutment with the lower edge of the arm 2063. During the return movement of the lever 2066, the bend 2077 brings the arm 2063 and the Fühfler member 2050 back into their starting positions.

During the next complete movement of the lever 2066 in the counter-clockwise direction, the pawl 2076 hits the bolt 4000 with an inclined surface provided on it (FIG. 32), as a result of which it is pivoted back in the counter-clockwise direction into its normal position.

As soon as the turn 2077, as just described, under the arm 2063 falls, spit at the same time lies under one worked out on an arm 2081 (FinG. 32) Shoulder 2080. The arm 2081 stands over you. Bracket 2083 with a second arm 2082 in connection, via a connecting link 2084 with an only internally toothed Gear 2085 is connected.

When the lever 2066 is returned to its starting position, the bend 2077 in contact with the shoulder 2080 pivots the arm 2081 and arm 2082 clockwise, so that the gear wheel 2085 is also rotated clockwise via the connecting link 2084 Gear wheel 2085 meshes with its internal toothing with a pinion 2086 fastened on a square shaft 2087. Also fastened on the square shaft 2087 is a ritäel 2088, which meshes with a toothed wheel 2089 (FIG. 21) that is only internally toothed. The gear wheel 2089 carries a pin 2090 which extends into a slot 2091 in the fork-shaped end of a link 2092. the driver 2092 is, as shown in Fig. distinctly 30, with its right (Figure 21) end on the same by angle lever mounted in 1993 fixed pin like the handlebar 1992. When the control, the sensing device clockwise rotation of the gear 2085 (Fig. 32) pivots the carried by the gear 2089 gene pin 2090 (Fig. 21) the handlebar 2092 in a counter-clockwise direction, so that: its prong 2093 gets into the path of movement of a pin 2094 carried by a gear wheel 2095 (FIG. 20). The only internally toothed gear 2095 is in engagement with a notch 2096 fastened on a square shaft 2097. Also fastened on the four-sided shaft 2097 is a notch 12098 (FIG. 27), which is in engagement with a gear 2099 that is only internally toothed. The gear wheel 2099 has a recess 2100 into which a pin 2101 carried by the control disk 1405B projects, which a spring 2102 normally holds in contact with the right (FIG. 27) shoulder of the recess 2100.

The control disc 1581C is also set using a with their internal teeth in engagement, fixed on the square shaft 2097 Pinion.

By the during a machine operation (caused by the -cams 1996 Counter-pointer movement of the angle lever 1993 will move the link 2092 to the left (Fig. 21) so that its prong 2093 - if it was previously, as described in the trajectory of the pin 2094 has been brought - the gear wheel 2095 in the counter-clockwise direction (Fig. 20) pivots. This counter-pointer movement of the gear 2095 is transmitted on the square shaft 2097 and the pinion 2098: the gear 2099, so that the spring 2102 acting on pin 2101 pushes control disk 1405B (FIG. 26) so far able to turn, @ that a high point on its periphery opposite the sensing pawls 1451 arrives and, as a result, the print hammer for printing the passbook is switched off will..

A pressure stroke of the pressure hammer for the. Savings book does not take place, if the last line, the account card is in print and the savings book is not yet is fully labeled.

Are both receipts - savings book and account card - completely printed, a balance is printed on both and then both receipts are ejected. In this case, however, the control disks 1405C and 1405B would be under control the sensing mechanisms are set so that high points of their peripheries are in Comparison with the sensing pawls 1451 and, accordingly, the printing unit part for the passbook as well as the printing unit for the account card would be switched off. To prevent this, the following facility is provided.

With a gear 2104 (Fig. 25) that is only internally toothed, there is a the square shaft 2087 attached Ritze12105 in engagement. The square shaft 2087 when the account card is completely printed, via the connector 2084 (Fig. 32) and the gear wheel 2085 rotated clockwise (Fig. 21), whereby the control disk 1405B is set in such a way that no imprint is made in the passbook. But it is Both the account card and the passbook are completely printed, so that setting movement should the control disk 1405B can be prevented. This is achieved by the fact that the Rotation, the square shaft 2087 turned the gear 2104 clockwise and unified it at. The shoulder intended for him is brought into abutment with the 2001 pen, so d'ass an adjustment of the control disk 1405 C under the influence of the spring 2002 does not more is possible.

Also, in the under the control of Fühlergliedes.1950erfolgenden pivoting of the square shaft 1987 which takes place when the last row is the passbook in the printing position, one only internally toothed gear 2106 (Fig. 28) by a -on the square shaft 1987 attached pinion 2107 rotated so that a shoulder provided on the gear 2106 is brought into contact with the pin 2101 and prevents an adjustment of the control disk 1405B. As a result, the high point of the periphery of the control disk 1405 C is not brought into confrontation with the sensing pawls 1451 and the account card printing unit is not switched off either.

One mounted on the bolt 4000 (Fig. 32) under the influence of a spring standing. Alignment yoke 2110 is used to secure the arm 2082 and the one with it connected parts in normal position. One in. The alignment yoke 2110 attached Pin 2111 is normally engaged with one provided in arm 2082 Keribe2112 (Fig. 17). A similar alignment yoke is used to secure the arm in 1982 and the parts connected to it in their starting position.

The control devices just described are used for control of the print in the fourth column of the passbook or the account card. It should be noted that the last line in the passbook or on: the account card in columns 2 and 3 is printable, while the printing of certain information introduced in the Masohine in column 4 is suppressed after the last line, the passbook. ,or the account card has been printed in columns 2 and 3. In the case of the demonstration or invention is this, as will be explained below, at; the introduction of subtotals the case. A subtotal is shown on the last line of the savings book or the account card is only printed in column 4, after printing one Post on the last line. So this item is in the savings book, but not printed in the last line on the account card and then the »Z- # viSChensumme« key is pressed to trigger the next operation, a subtotal is printed in d'em passbook, but not on the account card. Appears, the last post in the last line of the account card, but not the last line of the savings book, This is how the subtotal is printed on the account card, but not in the savings account. Appears: the last item both in the savings book and on the account card in the last line, the intermediate total is printed in column 4 of both Supporting documents.

Control device to lock the machine when printing last line of receipts At the end of a machine cycle, during which the last Line has been printed, the machine is released against approval - excepted by Press certain keys - locked. In the exemplary embodiment, these are specific Use the "Loan Interest" key 142, the "Balance" key 121, the "Intermediate balance" key 122, the "coating" key 123 and the "off: throw" key 125.

The arms 1982 and 2082, which are swiveled clockwise (Fig. 32) under the control of the sensor elements 1950 and 2050 in the manner already described when the last line in the passbook or on the account card has been printed, each carry one Pin 3000. Two cams 3001 which were pinned to the shaft in 1961 (see also Figs. 18 and 19). Hubs 3002 are attached, are: normally on one pin 3000 each. Also attached to the shaft 1961 is a lever 3003 which has a finger 3005 which a spring 3004 engaging on the lever 3003 holds in contact with a pin 3006. A connection link 3007 connects the lever 3003 to an arm 3008 (FIG. 32) which is mounted on an axle 3009 and which in turn is connected via a hub to an arm 3010 carrying a pin 3011. A stop member 3012 (see FIG. 31) mounted on the axle 3009 has a recess into which the pin 3011 carried by the arm 3010 protrudes and the upper surface of which is normally held in contact with the pin 3011 under the influence of a spring 3013 wind. A projection 3014 provided on the stop member 3012 is in the movement path. a bend 3015 of a lever 3016 mounted on the axis 940, which is attached to the lever 938, which is pivoted counterclockwise when the machine is released, as already described.

If. .the approach 3014 in the trajectory of the bend 3015 is located, the machine release mechanism is blocked because a release movement of lever 938 clockwise is not possible.

If either arm 1982 or arm 2082 becomes .that the last Line of the savings book or the account card or both documents is in print and consequently -the sensor element 1950 or 2050 stopped in its upward movement is pivoted clockwise, the corresponding one pivots with one of the Cam 3001 cooperating pin 3000 clockwise the shaft 1961. These Clockwise movement of the shaft 1961 is transmitted via the lever 3003 and the connecting link 3007 onto arm 3008 (Fig. 32) and arm 3010, which causes spring 3013 the stop link. 3012 moved to a position in which one movement, the lever 3016 is prevented and therefore .the machine is locked against release.

The machine can only be started up again after the extension 3014 of the stop member 3012 from the movement path of the bend 3015 has been brought by pressing the "Loan Interest" key 142, the "Balance" key 121, the "Z- # vischensaldo" key 122, the "overlay" key 123 or the »Ausivurf« key 125.

Pressing one of these buttons closes a switch and thereby energizes a solenoid 3018 (FIGS. 2 and 32), the armature 3019 of which is attracted and an arm 3021 (cf. panned. A spring 3055, which acts on an arm 3056 connected to the arm 3021 via a tab, holds the armature 3019 in its normal position. The arm 3021 has an upwardly directed finger 3022 which lies in the path of movement of a pin 3023 fastened in the stop member 3012. If the stop member 3012 is moved into its locking position, the pin 3023 lies against the left surface of the finger 3022. During the counter-pointer movement of the arm 3021 caused by the activation of the solenoid 3018, its finger 3022 pivots the stop member 3012 back into its not lock c '°' normal position.

An -dc n arm 3010 is a. Switch arm 3024 attached, which at c'er Adjustment of the stop member 3012 in its specific position using a switch 3025 closes.

The switch 3025 is, as shown in the circuit diagram according to FIG. 2, in a circuit through which the solenoid 3018 can be switched on. One in the same Circuit switch 3026 is activated when one of the five mentioned keys is pressed closed.

The switch 3026 (Fig. 4) is on the front crossbar of the machine attached and lockable by a switch arm 3027. The switch arm 3027 is on attached to an arm of a yoke 3028, which is located between the machine control banks extends. A second arm 3029 (FIG. 5) of the yoke 3028 is in contact with a pin 3030, the locking slide assigned to one of the third control key bank 3031 is worn. When you press the "Loan interest" button, the moves in your Shank attached pin 579, which protrudes into a recess in the locking slide 3031 and cooperates with its left inclined surface 3032, the locking slide 3031 to the left (Fig. 5), whereby the yoke 3028 and consequently the switching arm 3027 in the Be swiveled clockwise and .the switch 3026 is closed.

A slider located next to the first machine control key bank 3033 (Fig. 6) is provided with Ausrnehmun conditions, the left surfaces 3034 beveled. and in appendix with the in @ the shafts the »balance« - »interim balance«, »overlay« - and "Ejection" key. attached pins 579 are. The slide 3033 carries a pin 3035, on which an arm 3036 rests, which has a recess in its upper end, in which the yoke 3028 is clamped.

When you press the »Balance«, »Interim balance« - «Overlay» or »Eject« button your pin 579 moves the slider 3033 to the left, whereby the arr 3036, the Yoke 3028 and the switching arm 3027 (Fig. 4) are pivoted clockwise and nn the switch 3026 is closed.

As already mentioned, switch 3025 is closed when the machine after printing on the last line of a receipt is blocked. By pushing it -One of the mentioned buttons actuating switch 3026 becomes the circuit to the solenoid 3018, thereby turning the solenoid 3018 on Armature 3019 tightened and the stop member 3012 in the manner already described moved to its inoperative position.

By pressing any other than one of the machine control keys mentioned the switch 302f is not closed. From this it follows that the machine is now by means of one of the five control buttons mentioned can be freely assigned.

If a machine gear is activated by pressing the »Interest on loan« -, »Balance« -, - »Z-, vischentalo«, »coating« or »eject« button triggered after the machine has been blocked as a result of the printing of the last line of a receipt, it remains the last line of the document also during the new machine cycle in the print position, so that the machine is under control at the end of each such machine run the sensor elements would be blocked again in 1950 and 2050. To prevent such a thing Lock the machine at the end of a by pressing the »balance«, »overlay« or "Eject" button triggered operation is used a special, shown in Fig. 7 Control device.

Under the control .des assigned to the first machine control key bank The adjustment mechanism is made up of internally toothed gears and pinions Gear set of the type already described has a control disc provided with recesses 3040 (Fig. 7) adjustable. During a machine run in which either the »balance« -, the »coating« or the »eject« button is pressed, will the Control disk 3040 adjusted so that a sensor element 3041 is opposite a recess. The sensor element 3041 is guided on the one hand by means of an elongated hole on a pin 3042 and, on the other hand, is hinged to an angle lever 3043. One of the bell crank 3043 carried pin 3045 is held in abutment with an arm 3046 which on the by the cam 1450 drivable shaft 1443 is attached. The angle lever 3043 is via a connecting link 3047, an angle lever mounted on the axle 1439 3048 and a connecting link 3049 with a rotatably mounted on the shaft 1961 Lever 3050 connected, its lower arm 3051 in the path of movement of the bend 1977 the latch can be pivoted in 1976.

If the arms 1448 and 3046 are removed from the Cam 1450 pivoted from clockwise so that a spring 3044 the feeler member 3041 in one of the opposite, -in Fig. 7 in positions 1, 3 or 5 existing recesses is able to pull, so the pivoted under the inflow the spring 3044 the movement of the arm 3046 angle lever following the lever 3050 `via the connecting link 3047. the angle lever Q3048 and the connecting link 3049 clockwise, which puts its Artn3051 into the path of movement of the turn 1977 arrived.

With this clockwise movement of the lever 3050, the outer edge of its arm 3051 aligned with; .the outer edge 3053 of arm 1981. In this position, the arm 3051 prevents the pawl 7976 from moving during this Machine gear under the shoulder 1980 of the arm 1981. When moving up the pawl 1976 becomes the arm 1982 and consequently the cam 3001 (Fig. 32) does not move, so that the arm 3003, the link 3007, the arm 3008 and the Stop member 3012 does not get into their locking positions.

The device just described is the passbook printing part assigned. However, the same device is also used for the account card printing unit intended.

During the initial movement of the lever in 1966, a ran into it attached pin 3052 (Fig. 15 and 19) on a cam 3037, which on -der of The hub 3002 carried by the shaft in 1961 is attached. At the beginning of a machine gear the pin 3052 brings the shaft 1961 and the stop member 3012 in their normal positions back, whereupon these can be readjusted during the next machine cycle.

Claims (16)

PATENT CLAIMS: 1. Accounting machine or similar calculating machine, with several printing points with alternately controllable printing units for line-wise Printing one of two documents that can be introduced into the machine, with a document sensor controllable line switch and print hammer switch-off and / or release mechanism, . characterized in that a printing unit control mechanism (1960 to 2001, 2060 to 2101) by individual documents, each assigned to one of the documents, those of the last print line Sensor elements (1950, 2050) sensing the corresponding position of the documents can be controlled in this way is that the one for printing is not yet in the print position of the last Line corresponding position of the document provided for printing unit (1420, 1423) is switched off when the last line of the other document is in print is. 2. Computing accounting machine according to claim 1, characterized in that rdaß a control mechanism (1960 to 2001, 2060 to 2101, 3003 to 3016) through the Documents assigned sensing elements (1950, 2050) can be controlled so that the Machine release mechanism (881 to 975) is ineffective when the last Line one of the two scanned documents is in print. 3. Computer code booking engine according to claim 2, characterized in that - if two sets with several, individually Switchable print hammers for line and column printing and machine release buttons for the selection of the hammers to be driven per printing set - with in End position, d. H. with .the last line in print position a receipt of the Printing unit control mechanism (1960 to 2001, 2060 to 2101) controlled by the sensing elements (1950, 2050) can be set so that by pressing a control key (intermediate balance, 122) normally selectable in both printing units, the imprint of the interim balance assigned hammers (1420) for printing on the other, not in the end position Document serving hammer (1420) can be switched off so that the balance column of the last Line is only printed on the document in the end position, but that this tax effect, des Control mechanism (1960 to 2001, 2060 to 2101) by pressing another control key (Balance, 121) can be canceled so that the balance columns of the in print position Lines of both documents are printed, although one of the documents eats in the end position. 4th Booking or similar calculating machine according to one of the preceding claims, -characterized in that, at the same time coming into the printing position an additional tax mechanism in the last lines of both documents (1987, 2087, 2104 to 2107) can be set under the control of the sensor elements (1950, 2050), that it prevents the switching off of the printing units (1420 to 1423) and, thereby, a. Can be printed on both documents. 5. Booking or similar calculating machine according to claim 1 or 3 and according to claim 4 with adjustable, for controlling the Drive the print hammers serving, recesses having control disks, .due characterized, .that the control disks (1405B, 1405C) by the printing unit control mechanism (1960 to 2001, 2060 to 2101) via a flexible connection (Federn 2002, 2102) are adjustable so that they -the drive of one or the other of the printing units (1420 to 1423) and prevent such an adjustment of the control disks by the additional control mechanism (1987, 2087, 2104 to 2107) is prevented, if -the last lines of both documents are in print. 6. Booking or Similar calculating machine according to claim 1 or 3 with release keys, characterized in that that, with the last line in the printing position, one of the documents is the machine by means of a printing unit control mechanism (1960 to 2001, 2060 to 2101) drivable locking mechanism (3003 to 3016) in a known manner against release is locked and @ that the locking mechanism by means of a subsequent pressing only certain (121 'to 123, 125, 142) of the control buttons (121 to 124, 131 to 134, 138 141 to 149) Drivable cut-off device (3018 to 3036) can be made ineffective. 7. Booking or similar computing machine according to claim 6, characterized in that a solenoid for the switch-off device (3018 to 3036) (3018), which can be activated by pressing one of the control buttons (121 to 123,125,142) closable electrical switch (3026) can be excited. B. Booking or similar calculating machine according to claim 7, characterized in that in the circuit to the solenoid (3018) there is a second electrical switch (3025) which is closed when the locking mechanism (3003 to 3016) is activated. 9. booking or similar calculating machine according to claim 1, characterized in that .that: the feeler elements (1950, 2050) by springs (1967, 2067) under the control by cams (1972, 2072) drivable members (lever 1966, 2066) against the documents movable and through the. Document whose last line is in print can be kept are and that by means of locking elements (arms 1963, 2063), which are in line with the feeler elements are movable to drive the printing unit control mechanism (1960 to 2001, 2060 to 2101) serving drive pawls attached to the links (lever 1966, 2066) (1976_, 2076) can be blocked in the ineffective position if the documents are not in the Trajectory of the feeler elements (1950, 2050) lie, however, that these drive pawls take effect and the printing unit control mechanism (1960 to 2001, 2060 to 2101) drive when the movements of the antennae (1950, 2050) are limited by the evidence will. 10. Booking or similar calculating machine according to claim 1, in which the Drive of the individual print hammers used to print the imported documents by cooperating with adjustable., recesses having control disks Sensor members is controllable, characterized. that the control discs (1405 B, 1405 C) are normally set in such a way that the feeler elements (1451) have recesses stand opposite and thereby the corresponding print hammers (1420) can be driven, and that via adjustment mechanisms (1980 to 2001, 2080 to 2101) that take effect when der Antrie bsklin @ ken (1976, 2076) are driven by this one or other of the control disks (1405B, 1405C) is adjustable so that the associated Feeler element (1451) compared a large part of their periphery and thereby the corresponding print hammer (1420) is locked against the drive. 11. Booking or similar calculating machine according to claim 9, characterized in that the adjustment mechanisms (1980 to 2001, 2080 to 2101) by springs (2002. 2102) flexible with the control discs (1405B, 1405C) contain connected adjusting members (gears 1999, 2099) and that, if the additional control mechanism (1987, 2087, 2104 to 2107) by .the feed of the last lines of both documents in the printing position takes effect, these adjusting members (1999, 2099) are held in an inoperative position, leaving an imprint on both Evidence can be made. 12. Booking or similar calculating machine according to claim 10, characterized by one consisting of ring gears, pinions and square shafts known per se: gear set (1985 to 1998, 2085 to 2098) for driving the Adjusting elements (1999, 2099), by means of guide rods that can be driven by cams (1992, 2092) for driving the gear set (1985 to 1998, 2085 to 2098), through to each Handlebar (1992, 2092) provided drive tines (1093, 2093), which are usually outside the trajectory of each pin (1094, 2094) one (1095, 2095) of the ring gears lying, and adjusting members (1989, 1990; 2089, 2090), which when the drive pawls take effect (1976, 2076) by: this driven in such a way that one or the other of the drive tines (1093, 2093) brought into the movement path of the assigned pin (1094, 2094) and the corresponding Adjusting member (1999, 2099) is driven. 13. Booking or similar calculating machine according to claim 1 with several function control keys, by pressing them also machine gears are solvable, characterized in that the Druckverkssteuermechani.smus (1960 until 2001, 2060 to 2101) by means of a certain (121, 123, 125) of the function control buttons (121 to 125, 131 to 134, 138, 141 to 149) can be driven Switch-off device (3040 to 3051) during an immediately following machine operation can be switched off, whereby. preventing the printing units (1420 to 1423) from being rendered ineffective although the last line is one of the documents in print. 14. Booking or similar calculating machine according to claims 8 and 12, characterized by locking members (Lever 3050) which are adjustable to allow movement of the drive pawls (1976, 2076) in their effective position during one by pressing one of the certain Function control buttons (121, 123, 125) prevent the machine gear from being triggered. 15. Booking or similar calculating machine according to claim 14, characterized -by provided with recesses, known per se control discs (3040), which under the control of the function control keys (121 to 125, 131 to 134, 138, 141 to 149) in a known manner can be set in different ways and work with sensor elements (3041) which control the drive of the locking elements (lever 3050) so that when one of the specific function control buttons (121, 23, 125) is pressed, the sensor elements (3041) Opposed recesses in the control disks (3040), the locking elements (lever 3050) can be moved into their active positions, whereas they are held in their inoperative positions when one of the other function control buttons (122, 124, 131 to 134, 138, 141 to 149) the sensor elements (3041) face high points on the periphery of the control disks (3040). 16 booking or similar Calculating machine according to one of the preceding claims, characterized in that that the feeler members (1950, 2050) are arranged in support members (slide 1953, 2054) and are adjustable in these for the purpose of adapting to different document lengths. In Publications considered: German Patent No. 928 798.