DE1611455B2 - METHOD AND DEVICE FOR CONTROLLING THE LOCATION OF THE LEFT LINE EDGE OR THE INDENTATION DEPTH WHEN PRINTING INFORMATION DIVIDED INTO PARAGRAPHS BY A PRINTING UNIT - Google Patents

Description

The invention relates to a method and a device for controlling the position of the left line edge or the indentation depth when printing information divided into paragraphs using a Printing unit, preferably a memory-controllable printing unit, by means of which from a Continuous text can automatically be formed into lines of a maximum length that can be determined in advance, whereby Counters or electromagnetically controlled stop elements containing data representing the line length Find use.

In numerous applications, stored texts have to be in a different arrangement written to a record carrier and often simultaneously in this new arrangement on one Storage medium, e.g. B. a memory strip can be stored. For example, it is sometimes the Necessity given in the arrangement of a text opposite that in the form of a letter to change the current text with regard to the line length depending on the sheet format. To this Purpose has already been proposed a method in which the given, in a division with Certain maximum line length coded on - a first recording medium stored in a scannable manner Text rearranged on a second, similar recording medium, changing the maximum length of the lines or is automatically transferred to control a serial printing unit. Here are certain, for hyphenation, word separation and end of line essential characters and character strings, such as space, hyphen, hyphen, Slide return and tabulation, evaluated differently, depending on whether the respective character or character sequence is to be formed in accordance with the new line division Line is within a margin area or outside this area; the edge area is included defined by a certain number of digits starting from the rightmost margin.

In the course of such a rearrangement of the text, changed indentation depths are often required, writing certain paragraphs indented by various distances from the leftmost margin should be. Manually or semi-automatically controlled devices of this type are included Typewriter known in various designs. In one of these well-known institutions a counter controls the tabulation of the printing unit in

in the opposite direction, whereby the counter reading is entered manually using a switch. At a In the other version, a wired program controls the corresponding setting of the left Margin during the preparation of the text, with 5 changing the indentation depth only by changing it the wiring can be effected.

Another arrangement is known in which a counter is also used, which the Printing of characters at certain positions in a line controls without changing the indentation depth at the beginning of the paragraph can be changed. Furthermore, a device is also known in which of a Punched tape scanned character signals contain special codes for carriage returns, which as such are recognized and select a specific one from a plurality of left edge positions. These Codes are permanently stored and a new strip must be created to change the indentation depths will.

The known devices are not very flexible, because during a printing process and the creation of a corresponding memory strip, the indentation depths once set can no longer be changed will. Through the British patent specification 771551, however, a setting device is also known, in which the position of the left margin can be specified, whereby for the beginning and end of the paragraph special codes are used. These codes are in registers only for that particular clock stored for which they are needed, and then the register is reset to zero. With this known device, only the one-time indentation of the first line is thus one Paragraph, by a constant indentation distance, but not possible for the entire paragraph.

With the known arrangements it therefore presents considerable difficulties, the indentation depths successive To change paragraphs of an existing saved text. The invention is the The underlying task is to develop a process that enables the aforementioned disadvantages to be avoided each individual paragraph of a stored text automatically by a predetermined value indent corresponding depth, with different indentation depths for successive paragraphs can be chosen. This object has been achieved according to the invention in that at a method of the type mentioned at the beginning of a new paragraph a depth of indentation all subsequent lines of this paragraph controlling memory and counting element according to the die The value representing the desired indentation depth is set and, when one is recognized, a paragraph end representing signal is automatically deleted and set again at the beginning of the next paragraph. Another way to solve the problem underlying the invention is that at Start of a new paragraph in the first line of the desired indentation by using the Carriage or carriage of the printing unit stored in the corresponding position controllable concurrent stop that controls the indentation depth of all following lines of the same paragraph and when it is recognized a signal representing the end of a paragraph is automatically reset to an initial position and at the beginning of the next paragraph is set again to the indentation depth valid for this paragraph.

When applying the teaching given by the invention, the for the indented Writing whole paragraphs valid values saved for the duration of the writing of a whole paragraph, automatically deleted at the end of the paragraph, and a new value is saved at the beginning of the new paragraph, so that the design of a text with regard to different indentation depths of the individual Paragraphs can be operated in a very simple manner. The method according to the invention can be used particularly advantageously on machines with automatic line breaking, however it can in principle also be used for printing units that do not have automatic line breaks work so that the operator can concentrate fully on breaking the line.

A preferred device for carrying out the method according to the invention with a printing unit, in which the carriage or carriage can be returned to the left edge when the end of the line is reached and can be tabulated in selected positions consists in an indentation depth control circuit is provided, by means of which the counter reading of the memory and counting element controlling the depth of indentation constantly with that of a secondary counter that counts the tabulations of each line in a comparator circuit is comparable and successive to bring about the correspondence of the counter readings Tabulation positions in the printing unit are controllable.

In another embodiment of a device for carrying out the method according to the invention is in a printing unit with several in selected positions adjustable, optionally in Active position adjustable left edge stops of the carriage or carriage of the printing unit, respectively directly to a by means of the indentation depth control circuit according to the status of the memory and counting element returned to its active position adjusted left edge stop.

The method according to the invention can also be carried out with a device in which the Printing unit with a tabulator and a program strip for scannable identification is equipped with the possible indentation depths corresponding to the certain tabulation positions, wherein by means of the indentation depth control circuit in connection with a second comparator circuit depending on the counter reading of the storage and counting element, the corresponding identification the tabulation position of the printing unit assigned to the program strip can be controlled.

The invention is explained in more detail below with reference to the drawings. It shows

Fig. 1 is a block diagram of a device for automatic control of the changed position of the the left margin of a text stored on a tape, written in a different order and, if necessary, should be stored on a second tape at the same time,

F i g. 2 to 13 different operational processes in the facility according to FIG. 1,

FIGS. 14 to 34 in that shown in FIG. 35 Compilation of the control circuit of the device according to FIG. 1,

FIGS. 36 to 39 are a supplement to that shown in FIG up to 13 processing stages shown,

"40 is a plan view of the printing unit of

in the facility according to FIG. 1 type used with an inserted recording medium and set Tab stops,

Fig. 41 is a representation of the setting of the tab stops of the arrangement according to Fig. 40,

Fig. 42 to 44 a printing unit with adjustable and adjustable left edge stops, the optional can be set under counter control,

F i g. 45 and 46 a printing unit with a program tape and a circuit that is under the control of the counter sets different indentation depths, and

47 and 48 a printing unit with one of the Type carrier trailing stop to define different indentation depths.

The device according to FIG. 1 contains a printing unit 1 connected to a magnetic tape unit 2 with the usual keyboard 3, a recording medium 4 and a spherical type head 5. When a character or a function is triggered, the coded representation of the character or the function printing unit Transmission contacts 8 actuated as well as printing unit feedback contacts 9 for the transmission of signals for control purposes. The printing unit feedback contacts 9 have the following designations: Cl, C2: printing unit feedback contacts; C3: normal circuit contact; C 4: changeover contact; C 5: tabulator space and switch back contacts; C 6: carriage return contacts. The printer also has locking contacts for carriage return and tabulator.

The magnetic tape unit 2, hereinafter referred to as tape unit, has a right tape station 12 with a tape cassette 13 and a unke tape station 14 with a tape cassette 15. The tape Stations 12 and 14 in the tape unit 2 offer various possibilities for recording and Reproduction of coded characters on the magnetic tape spooled in the cassettes 13 and 15 and are also equipped with loading / rewinding / rewinding facilities and forwarding. A step control 17 is attached to the belt unit 2 for the magnetic tape in the right tape station 12 and the left tape station 14 connected. The tape unit Figure 2 includes a control panel with a mode selection button 20 with positions for recording left, record right, playback left, playback right, rearrange left, rearrange right, Transfer pressure and transfer rearrange. A start button 21 controls the number of reproduced Data and can be set to "Autostart" (automatic start), "Automatic", "Line", word and character can be set. To a specific block of information on one of the tapes as per the display to search in the window 23, the reference number selection button 22 is set accordingly. Several Indicator lamps 27 and 28 indicate the respective operating status. The tape unit still has multiple Control and coding buttons 30 for start, stop, jump, search, wind up, switch back lines, Loading, switch-back code, stop code, transport code, reference number code, automatic search code, transmission stop code, Rolling code and unloading. The corresponding control switches are shown in FIG.

Under the control of mode selector button 20, the facility can record as needed or playback can be switched on. While setting to »Record left« or "Record right" are data or function characters from the printer transmission contacts 8 or from the data coding button 30 via lines 34 to a bit relay register 35, which is shown in Fig. 28 is shown in more detail. The coded characters are then sent to block 37 via lines 36 for "read / record right tape" and via lines 38 to the right tape in the cassette 13 or via lines 40 to block 41 for "read / record left band" and via lines 42 transferred to the left tape in cassette 15.

During the setting to »Playback left« or »Playback right«, those from the right are sent Tape read characters via lines 36 and 38 and the read / record block 37 or via lines 40 and 42 and the read / record block 41 to bit relay register 35. The characters are then transmitted via lines 45 and 45 a to the printing unit selection control 46 and from there via lines 47 to actuate the printing unit 1 transfer.

In the operating mode "rearrange left", "rearrange right" or "transfer rearrange", the characters are transmitted via the lines 45 to the line rearrangement circuit 48 and then via lines 49 for actuating the printing unit selection control 46 , in accordance with FIGS End-of-line conditions that are given by the signals “area” from printing unit 1 via line 50.

In the »Transfer« operating mode, characters are transferred from the left to the right band or vice versa broadcast without any rearrangement.

Operating mode control signals are passed, depending on the setting of the operating mode selection button 20, from the tape unit 2 via lines 51 and 51a to the operating mode controller 52 or the line rearrangement circuit 48. The tape unit 2 is controlled by the operating mode controller 52 via a line 53. In the event of a transmission, the data read in the right tape station 12 are transmitted via the read / record block 37 and a line 56 directly to the left read / record block 41 Recording on the magnetic tape in the left tape station 14 is given. Simultaneously with the direct data transfer from the right to the left band, the data are also passed via the bit relay register 35 to the printer selection control 46 either directly via the line 45 α or, in the "rearrange" mode, via the block 48 and the line 49 . the LeseVAufzeichnungs blocks 37 and 41 are switched by mode control signals on lines 58 and 58 to a transfer operation.

A signal on line 63 switches the line change circuit 64, when the carriage return key of the printing unit 1 is pressed, and gives a code for carriage return and feed via line 33 a for recording on the selected Tape station 12 or 14. The feed code will later serve as a redundancy code to which the printing unit 1 does not respond and can be used to stretch the lines. The operation of the button Carriage return change on the keyboard 3 is an indication via the line 65, so that the feed code is not recorded on the tape.

The following describes the selection of a text group as well as rearranging and transferring with rearrange described. By setting the start button

fes 21 would display a specific block, line, word or character for the Reading and printing selected, which gives the possibility of additions, deletions or corrections in the previously recorded information.

When creating an original recording medium and recording its data on The line lengths are generally defined by the left and right margins of a magnetic tape Printer limited. However, if the recorded texts or data are played back at a later time, a shortening or stretching of the lines may be desirable. Accordingly, the limits for the left and right margins changed to the required line length. When playing, the Texts are then printed in the new format, with certain previously recorded code combinations are taken into account, depending on whether they are in a line end area, the is about ten characters, scanned or outside of this range.

Lines are automatically compiled in the »Rearrange« operating mode, whereby the Playback of a magnetic tape takes place in the right or left station. During the operating mode “Transfer with rearrange”, on the other hand, scans the magnetic tape in the right station Printing unit controlled according to the read data and function codes and at the same time the information recorded on the other tape in the left station. The scanned data is running via electronic circuits from the right directly to the left tape station and set a Duplicating the data originally recorded on the right tape; i.e. i.e. that of the tape Codes read in the right station are written to the tape in the without modification or conversion left station, but additional entries can be made from the printer keyboard on the left band. In the aforementioned "rearrange" modes of operation, the work of the printer, depending on whether the type header is in the end of line area or not. Is z. B. encountered a carriage return code in this area, it triggers a carriage return of the printing unit, while the same code outside this area is a blank step of the printing unit causes. Another example is the space code, which causes a carriage return of the Printing unit triggers when it is encountered within the end of line area, but outside this area only causes a normal space. When using »Transfer with rearrange«, meanwhile, the printing unit responds differently to the code combinations supplied with regard to the line formation responds, there is no such different evaluation for the recording of the from the right band read characters provided on the left band. Table A below is for clarity reproduced the line rearrangement scheme described in U.S. Patent 3,297,124.

Codes on tape Table A, ckwerk
End of line area Code sequence The following carriage return - ■ · 'Dm
No end of line area normal A-I CR, TAB (S) Space, then sledge
return ■ ■ ■ normal A-2 CH, SPACE (S), SP, CH SP, CR ₁ TAB (S) CH, SPACE (S), SP CR, CH A-3 CH, SPACE (S), SP, CH normal Normal. A-4 CH, SP, CH CH, SPACE (S), SP, CH CH, SP, CR, CH. - A-5 CH, CR, CH normal Normal"" A-6 CH, SP, HYP (S), SP, CH CH, SP, CH CH, SP, HYP (S), SP, CR, CH A-7 CH, SP, HYP (S), SP, CR, CH normal normal A-8 CH, HYP (S), CH CH, SP, HYP (S), SP, CH CH, HYP (S), CR, CH. A-9 CH, HYP (S), CR, CH normal normal A-I (K CH, SP, BSP, HYP, CH, .CH ₅ HYP (S), CH CH, SP, BSP, HYP, CR, CH A-Il CH, SP, BSP, HYP, CR, CH CH, SP, BSP-CH Normal. - A-12 CH, BSP, SP, HYP, CH CH, SP, BSP, CH CH, BSP, SP, HYP, CR, CH A-13 CH, BSP, SP, HYP, CR, CH CH, BSP, SP, CH Normal. A-14 CH, TAB CH, BSP, SP, CH Normal - if tabulation ends after the end of the line,
stops machine ' A-15

CH = any character except hyphen,
HYP = hyphen,
SP = space,

CR = carriage return,
BSP = downshift.

209549/186

In the table are the code sequences encountered when reading the tape in the right station A-I through A-15. The reaction of the printing unit on the codes read from the tape in the right station 12 depends on whether the type. head 5 is already in the end of line area or not.

The code conversion is described below.

Very often the reading of the right band is interrupted in the operating mode »Transfer with rearrange«, either under manual control or under control of a stop code sensed from the right band, in order to enable additional information or changes to be entered on the recording medium manually set to the operating mode »Aufzeichneil liüks«, during which the characters or functions are recorded simultaneously with the printing or function sequence on the left band: In this case, the information recorded on the left band is an exact reproduction actual processes in the printing unit as opposed to the operation '^ - ari "transfers" from the fencing band, whereby the printing unit follows the code characters stored on the fencing building or not, due to the fact that the reaction of the printing unit to read data and function signs is probably considerable of those recorded on the fencing tape To become data and Fünktionszeichen for arrival 3 "order of the original record is different, and also the left tape contains information from both the right band and manual entries, the left band needs only in operating mode" rearranging "used and not like a is OngmälBänd for the normal reproduction. This is primarily due to the fact that the end-of-line areas for "the recorded data on" the left tape differ considerably from each other. ■.;. · .: '-4O

If the data recorded on the left tape is used in this "mixed" mode, both come from the right band as well as from the printing unit, the left band often does not contain that of the imprint corresponding data. Therefore - the left band cannot be used as the original band in any operating mode, except for »rearranging«, used to prepare additional recording media. Nevertheless, the direct transmission from the right band should be retained, as this results in a higher one Working speed is reached. In many cases It is also desirable that the data and functions recorded on the left tape be accurate correspond to the data and functions that the printer performs. This is advantageous if nädi The revision that has just ended requires another revision. That achieved märt by maintaining the normal data transmission and automatically changing the operating mode when necessary to convert encoded information so that that the data recorded on the left tape accurately reproduce the pressure and function cycles of the Dfüökwerk.

For this purpose, this device has two stations for reading and recording the magnetic tapes, which are connected to the printing unit, so that it can be operated for the direct transfer of data and function characters from one tape station to the other with simultaneous pressure in a desired line length. In addition, the operating mode can be switched automatically if the characters transferred from one tape to the other do not match the characters or functions of the printing unit actually pressed, so that the characters that do not match are corrected directly on the newly created tape under the control of the printing unit. In addition, the tape can be transported each forward or backward or stopped, which, as required, the correct reading and editing of characters sure ¹ x is set.

Redundancy transpoft codes for the ZeilefidehnUäg> the one next to the carriage return codes on the original tape standj during line reordering deleted ^ if the printer does not return the carriage, whereas reads in the original tape Space-step codes in the line-in-hand area are converted into carriage return codes that are next to transport codes which ensures that every newly created tape is complete with every original tape fits.

In the "Transfer with rearranging" mode of operation, the data and functions are transferred from the right reading recording block 37 directly to the left reading recording block 41 for recording on the tape in the left path. In principle, this mode of operation is retained in such a way that the data and function location information given via the line rewrite circuit 48 operate the printer 1 in such a way that, if necessary, lines on the recording medium 4 are reordered. Therefore, the data and function characters read by the right tape station 12 are recorded in the left tape station 14 before or at the same time as the process of the printing unit 14 requires, this gives a signal (NSLS) - ("No step left station") via line 70 to prevent the belt in the left station from being transported further. A signal GRC on the line 71 to the operating mode controller 52 automatically switches the operating mode of the device from "transfer with rearrange" to keyboard input and thus leaves 8 characters in the operating mode "recording left" under control of the printer transmission contacts record on the left band. Since the tape cannot continue to run at the left station 14, each character represented by the printing mechanism transmission contacts 8 is recorded on the previously recorded characters, corresponding to an automatic revision of the left tape which reflects the actual process in the printing mechanism. In some cases, two character positions on the left hand side must be revised, and a step back signal for the left hand station via the line 70 controls the step control 17 on the return transport of the magnetic tape in the left hand station. Sometimes the same character has to be read a second time in the right station 12, and a signal “No step right station” on line 70 controls the step control 17.

Table B shows the mode of operation of the printer and the code conversion for the table A given conditions and code sequences.

Table B.

Code sequence
right band No end of line area Code slide
left band End of line area Code sequence
left band Code sequence Following Printing unit * Normal Printing unit normal BI Carriage return Space, normal then CR, TAB (S) Slide return * Normal normal B-2 CH, SPACE SP, SP, CR, TAB (S) normal normal * CH, SPACE (S), B-3 CH normal CH ₅ SPACE "(S), CR ₅ CH CH, SPACE (S), CH ₅ SPACE (S), SP \ CR, CH normal B-4 CR, CH CH, SPACE (S), Sf, CH normal CHi SPj CH SP, CH normal * CH ₅ CR ₅ CH B-5 CH, SP, CH normal ** CH, SP, CH CH, SP, CR, CH normal B-6 CH, SP, HYP (S), CH ₅ SP, CH normal normal * CH, SP ₅ HYP B-7 SP, CH normal CH, SP, HYP (S), (S) ₅ . SP, CR, CH, SP, HYP (S), ** CH, SP ₅ HYP SP, CR, CH normal B-8 SP, CR, CH CH, SP, HYP (S), (S) ₅ SP ₅ CH normal CH, HYP (S); CH SP ₃ CH normal * CHj HYP (S), B-9 normal CH ₅ HYP (S) ₅ CR ₅ GH CH, HYP (S), ** CH, HYP (S) ₅ CR ₅ CH Norinal B-IO CR, CH CH, HYP (S), CH CH normal CH, SP, BSP, normal * CH, SP, BSi ?, B-U HYP ₅ CH CH, SP, BSP, CH, SP, BSP, HYP, CR, CH CH, SP, BSP, CH CH ₅ SP ₅ - BSP, HYP, CR, CH normal B-12 HYP, CR, CH CH ₁ SP, BSP, HYP ₅ CH normal CH, BSP, SP, CH CH, BSP ₅ SP ₅ * CH ₅ BSP, SP ₅ B-13 HYP ₅ CH CH, BSP, SP, CH CH, BSP ₅ SP ₅ HYP, CR ₅ CH CH, BSP, SP, HYP ₅ CH ^ CH ₅ BSP ₅ SP, HYP ₅ CR ₅ CH normal B-14 HYP, CR, CH CH ₅ BSP ₅ SP, HYP ₅ CH normal CH, TAB CH Normal - if normal Normal - if normal B-15 Täbüiierüng at the end of the line Tabs at the end of the line ends, machine stops ends, stopping machine

* The first key return signal in this sequence occurs and a fan location code follows. ** The transport codes in these episodes are omitted.

Table B shows the work of the printing unit and the code sequence on the left band, which is represented by various Code sequences on the belt in the right station 12 (Fig. 1) arise, depending on whether the type head 5 is in the end of line area or not. The code sequences are from B-I to B-15 denotes the relationship to the respective code sequences A-I to A-15 in the foregoing Table A to clarify.

Some of the code sequences are described below.

Sequence B-6: Umwüdhmg of the carriage return path (right band) into a space code (left band)

Every carriage return code found outside the edge area on the right band is converted into an empty step of the printing unit and an empty step code on the left edge (see Figs. 2 to 7). Lock in Fig. 2 switched off. Assuming - a transmission takes place, s © that the transmission B-relay R 228 is energized. If a single switch return code is recognized, pulls a signal via the normally closed contacts 2Ö1-3, 209-5 and 208 ^ 4 the contact return reading relay i? 204 in Fig. 21 a _: A branch sequence energizes the relay i? 193 "No step left station" in Fig. 29 b.

The switch from "transfer with rearrangement" to "keyboard input" takes place by energizing the relays R138 (FIG. 29b), A225 (FIG. 30) and R19 (FIG. 17), as shown in FIG. 3 according to FIG relay 2-231 shown in FIG. 14 is energized, and relays R90, 2-228 and i-245 in FIG. 14 drop out. At the same time, relay R19 shown in FIG. 18 is energized and switches to "recording" since relay .R224 in FIG. 14 remains energized.

In Fig. 5 it is shown how this process excites the blank step magnet in the printing unit (Fig: 21a) and initiates an empty step of the printing unit - This will set the code combination for an empty

13 14

step transferred and the space step code on the specifically the contacts 214-2 (Fig. 20b). Tape recorded in the left station. It is also shown in FIG. 8 that the relay is energized to close various interlocking contacts on i? 206 (FIG. 20b). The sequence then finally CI and CS and the falling off of the relay on the Fig. 3, 4, 10, 11, 12, 6 and 7 search as described above R 63 to the character storage (F i g. 2) written on the 5 and switches from »Transfer with Umord-Fig. 6, the relay R 194 set to "keyboard input" and "record" in FIG. Transport code recorded on the left tape In Fig. 7, a further “transfer with rearrangement and then again in“ transfer with rearrangement ”is initiated as soon as the order io shown in FIG. 30” is switched back.
Start relay R 227 via contacts 107-5 (Fig. 27) ",, ..,: ',. _x , _.....,
and 109-3 (Fig. 29 a) with simultaneous actuation ^{WaM of the} paragraph formats and printouts
the right pressure magnet (Fig. 23) and the drive clutch in the belt unit is excited with respect to the selection and control. different indentation depths assumed. "That then the relay R 90 (Fig. 14) is energized and the 15-so far switched off during the preparation of an original relay R 19 (Fig. 18). - recording medium and the recording of

τ? 1 τ. t τ> τ. Ji '«· / - j <ι« - j ι * code signals on a magnetic tape the margin setting

Sequence BI: Handling of code sequences for double j / _{on the} recording medium and the

or multiple Schhttenrücklauf desired indentation depths for the individual sections

If the first carriage return code in a number of consecutive 20 of the text is recognized by a number of control operations, it will have been controlled. According to the representations in which it was converted into a space code as described above. Figs. 40 and 41, this arrangement required d ^: .e converted. However, two manual setting of margin stops and taboo carrier return codes as the end of a paragraph are successively eraser stops. According to Fig. 40, which knows a plan view and therefore two return codes are recorded on the line 25 of the printing unit 1 with the keyboard 3 and the type core tape, the straight upside-down 5 must show, the recording medium shown is marked with space. Code to be deleted. This is labeled Aa with several indented paragraphs of different depths in FIGS. 3, 4, 6, 7, 10 to 12 and the next paragraphs. The type head 5 is shown switching control in FIG. on a carrier 80, which is connected to a carriage 81 from

According to FIG. 3, when the first carrier is recognized, the relay carrier 4a moves left to right line-parallel to the recorder return code. An edge stop 82 acts with the stimulus. When the second carrier return code then pulls together a left margin actuator 83 on the relay .R206 (Fig. 25), the margin actuator rail 84 according to FIG. 9 does not switch to the desired position for the right station and the left edge can be pushed. A right toad station. take a step back. After 35 margin stop 85 limits the writing area of the Auf-Fig. 3 leave the "" drawing carrier 4a shown in Fig. 29b to the right. Now relay # 198 (Fig. 29b) is on relay # 198 (Fig. 29b) on a ^{taboo bar 206-2:} tab stops 67, 87 and pull. The relay. R231 (Fig. 14) excites the Re- 88 adjustably attached, the tabulator lais R 19 (Fig. 18), as shown in Fig. 4, stop 87 is shown in the rest position, while the

The further sequence is shown in Fig. 10, where 40 tab stops 67 and 88 are set,

the relay contacts 206-5 the excitation of the slide The keyboard 3 has a combined set and

return magnet in the printing unit (Fig. 21a), delete key 90 for setting and deleting the

works. This switches according to FIG. 10 the C6 con - ._ beats on the tab rail 86 (see. FIG. 41).

clock (Fig. 19) and energize the carriage return. A tab stop is set by pressing the

Relay i? 68 (Fig. 19). Now the drive coupling 45 type head 5 is in the desired position of the line

The solenoid (Fig. 11) is excited and set by the pressure and then the button 90 to "SET" is actuated

Werk transmitted carriage return code to the This is a push rod 91 and a

recorded on the left band At the same time, the reset and delete lever 92 becomes the tabulator rail 86

lais £ 103 (Fig. 15) energized and the relay R82 turned anti- clockwise. It pushes (Fig. 21b). According to FIG. 12, the transport-'so causes the tab stop at the desired point

Relay the recording of a transport code on nose 93 and clockwise

the left band. The tape on the right station rotates. When the type head 5 is advanced, the

has not been transported further, so that the Einschlitten is then in the corresponding line position

direction to »Transfer with rearrange«.

switches and the second carriage return is read by the right tape 55 around a previously set tab stop. The end of this sequence is to be deleted, the type head 5 is set again to the tab position to be deleted shown in FIGS. 6 and 7 and the setting _, _, ___ ,,, _T , ._,. and delete key 90 on "CLR" pressed, whereby Sequence B-5: Conversion of the space code in the _{over the set} . _{and Löschhe} b _e l 92 the tabulator edge area (right band) with a Schhttenruck- _{6o rail 86} ^ υ ^^ ύ ^ _ge is rotated and the running of the printing _{mechanism and a carriage return movement set taboo} i atoran hit a deletion nose 94 code ( .left band) ^ jg ^ _{so that it} goes counterclockwise into his

The sequence B-5 is shown in Figs. 3, 4, 6, 7, 8, 10 is rotated until the rest position.

12 and the switching of the control system The following is a few examples for Textin Fig. 9. The recognition of a space code in arrangements A to G on a recording medium edge area In the row, the relay activates the automatic control of the depth of engagement (Fig. 20b). As shown in Fig. 8, the refined. First, the previous procedure Edge area display via relay i? 214 and shown.

15 16

Text arrangement A

Tab Tab
Left margin Stop Stop

# 1 # 2

1.0 (tab) (CR)

(CR)

(CR). (CR) (CR)

(Tab) 1.1 (Tab) (CR)

(CR)

. (CR) (CR)

(Tab) 1.2 (Tab) (CR)

(CR)

. (CR) (CR)

2.0 (Tab) _: (CR)

: (CR)

(CR) (CR) (CR)

The text arrangement A has four paragraphs with and the tab stops No. 1 and 2 for the designations 1.0, 1.1, 1.2, 2.0. All paragraphs are indented at the desired places and bevom left edge indented, the individual paragraph 25 then actuates the carriage return key to move the designations, however, to bring a tab stop type head to the left margin; afterwards on the left opposite the text sentence of the associated ßend it controls the beginning of the individual paragraphs, Paragraph moved. The lines represent lines of text by pressing the tabulator key until the Each line is reached with a single carriage - the desired tab stop is reached. With the entry code (CR) terminated, with the exception of the »Record« position, the printed lines are last Line of each paragraph, at the end of which there are names and functions performed including two such codes are in a row. Slide return code and tab code on the

In the usual configuration, a single selected magnetic tape causes an up-carriage return code in the sequence a return of the type-drawn, in which they occur, head 5 to the left margin with simultaneous line-35 For reproduction in the conventional way circuit. Two slide return codes one after the other - the left margin stop and the tabs on each other trigger a return of the type head 5 to the stop on the same positions, · and Toad out and a double carriage return. the execution of an identically described open-with This equipment occurs at the text arrangement drawing carrier is carried out by scanning the ManungA no particular difficulties; the 4 ° gnetbandes without special measures. Operator sets the left margin stop 83 (Fig. 40)

Text arrangement B ''. ' "

Tab Tab. · ..

Left margin Stop Stop ■■

# 1 # 2

1.0 (Tab) n_ (CR)

- (CR)

(CR)

(CR)

(CR)

(CR)

,. (CR) (CR)

(Tab) 1.1 (Tab); (CR)

(CR)

(CR)

(CR)

(CR)

. (CR) (CR)

(Tab) 1.2 (Tab) (CR)

(CR)

(CR)

(CR)

(CR)

. (CR) (CR)

2.0 (tab)

.. (CR) (CR)

. (CR)
. (CR)
. (CR)
. (CR)
. (CR)

The text arrangement B shows some difficulties that can arise when clicking "Rearrange" or »Transfer with rearrange« is activated. Here the settings of the left and right give way Margin depends on the settings made when the original recording medium was created used. As can be seen from the illustration of the text arrangement B, the individual Lines of each paragraph with the text arrangement A shortened compared to the original recording medium. In this case, the setting of the right margin, which is made via the rearrangement circuit 48 in FIG Fig. 1 defines the line ends during playback of the text has a margin that is not affected by the codes originally recorded on the tape is determined. The printing unit now reacts to the carriage return codes, space codes, when rearranging and tabulation codes different from normal playback. For example, one in the field carriage return code encountered between the left margin and the beginning of the end-of-line area ignored and the printer takes a blank step. On the other hand, there is one encountered in the end area Space code informs the printer that this is a suitable place for the End of line is, and causes a carriage return.

Since the code recognition changes in the text arrangement A and converted according to arrangement B. could previously from an arrangement originally corresponding to arrangement A when hiring »Rearrange« or transfer with »morder« does not correspond to the text arrangement B. be won. A tab code after a carriage return code is used as the end of the paragraph, and there is the position of the carriage return codes and the tab codes (free) changes, the record carrier now created will look like in the text arrangement C shown. As can be seen, the indentation depths of the recording medium have been mixed:

In order to achieve the text arrangement B from the original text arrangement A, various have hitherto been used Procedure applied. In such a method, the start button 21 is to the position "Line" is set, which means reading and printing at the end of each line; i.e. if the type head is attached to the left edge has run back is interrupted. Then the operator presses the tab key at the desired indentation depth by hand and lets the device read and print the next Start the information line again. In another known method, the operator sets the left margin stop by hand to the desired indentation depth, as shown in the text arrangement D, see above that the left edge stop must be set to position 1, 2 or 3. These procedures are time-consuming and can lead to errors in the design of the document.

Left margin

#1

1.0

Text arrangement D

Left margin Left margin

# 2 # 3

1.1

1.2

2.0

Left
edge

Text arrangement C tab tab stop stop #1 # 2

1.1

1.2

50 In the following, the automatic control of the rearrangement will now be described, in which the problems described previously with reference to the arrangements A to D are avoided and the assembly B is created automatically with a minimum of operator attention from the arrangement A in a simple manner. The printing unit shown in FIG. 40, including the tabulation device according to FIG. 41, is also used here. Assume that the magnetic tape in the cassette 13 of the right tape station 12 according to FIG. 1 contains the text of the recording medium 60 in coded form, while the recording medium 4 shows the text rearranged, the individual lines in the paragraphs compared to the lines on the recording medium 60 are shorter. The recording medium 60 corresponds in a certain sense to the text

19 20

arrangement A and the recording medium 4 used, which are recognized as transport codes,

Text arrangement B. If it is from a machine with known equipment

With the setting »Transfer with rearrange« the values are read, and the carriage return for the type head 5 is also recognized as a transport if they are read by a machine moving to the left edge of the recording 5 with automatic indentation and carrier 4 either on a carriage return code the operating mode selector button points to "playback" or because of a "transfer with playback" encountered in the edge area,
nen space codes. Two slide return codes For the evaluation of recorded data, one after the other, to identify the read data, the following now applies that if after the end of a block, i.e. for the beginning of a new paragraph, there is a tab code that is used. In the circuit shown in FIG. 1, it is not recognized as a paragraph indentation. Furthermore, the recognition of the first line of a paragraph controls a stop code cannot be recorded. The one storage and counting element 100, in the following revision carriage return, records a carriage, simply referred to as primary counter 100, which records the return code and a PI code ("paragraph one tabulator positions that move before the recognition of a 15") . The paragraphs are identified by the carriage return codes read from the tape or by the fact that two successive carriages occur in front of a carriage return which is triggered in the edge return code or a carriage return and an area of the recording medium 4. PI code can be recorded. The indentation depths Then, as with every paragraph, the tabulator is recorded by the tabulator memory, sam and executes the number of tabulation steps. The number of tabs in the first is shown by advancing a secondary counter line and saves it. Further lines that are to be written after 101 with each tabulation step and comparison of this indentation depth, counters 101 and 100 in comparison 102. can begin at the left-hand limit stop. The taboo

The occurrence of two slide return codes 25 is cleared in the following way:
one after the other sets the primary counter 100 to zero 1. Read two consecutive slides back and prepare it for counting the taboo return codes.

lator operations in the first line of the following 2nd reading of a carriage return and one after paragraph before. The following P.I. codes required for engagement.

Controls are in the indentation depth control 30 3. Reading a code »Rearrange ON / OFF« or

circuit 103 representing block summarized. 4. Press the button »Rearrange ON / OFF« at

The arrangement of the reproduction shown in Figs.

to the. Changes to the left margin are made using the For playback in the »Rearrange

Line 104 is controlled by the primary counter 100, the following applies: once an indentation depth has been determined

is a certain left margin over the circuit 35, the device automatically tabulates in each of the following

Selects “left margin change” in block 105. the line to this indentation depth without the taboo

The version with the horizontal programmer stop positions on the original tape 153 according to FIGS. 45 and 46 is drawn by a block. Tab codes that are recorded 106 ("Horizontal program tape") are shown, but not for determining the indentation depth alternatively controlled by the primary counter 100 and 40 used are skipped. If the automatically causes a certain indentation depth. Machine is in the operating mode »playback rearrange

A »Down« is located via line 107 to circuit 108 and a code »Rearrange ON / OFF«

sentence-indentation "when a special paragraph is read, the mode" playback "

In contrast to the two, indentation code PI can be toggled into, the tab counter cleared and the

the sequential 45 rearrange indicator light shown in the text arrangement A goes out,

alternative carriage return codes for the If the operating mode selection button is set to »Playback Paragraph can be used. This procedure is called "rearrange", but the machine runs in the operating

in the following in connection with the type of text arrangement »playback« and becomes a code »rearrange

tion E. ON / OFF «is read,» Playback

,. 50 arrange «toggled, and the rearrange display

Automatic control of the printing depth _{lamp lights up} _ _The tab counter shows up

However, starting from the known facilities and zero, a new depth of indentation can be added.

Procedures in which the operator of the machine when the machine is switched to "playback"

stop the workflow and press the left and the button »rearrange ON / OFF«,

Margin must be set again, when the indentation depth 55 changes the operating mode to "playback", the tab

changes, are for the automatic control of the bulker counter is deleted and the rearrange arrangement

When the indentation depth changes, the indicator lamp that follows goes out.

planned measures. The code conversion When the machine is on "Rearrange playback" with »Transfer with rearrange« the addition is switched on, but in the »Playback« mode "Indent"; There are a total of seven indentation depths 60 running and the button »Rearrange ON / OFF« pressed intended. If you are still under standby mode, the operating mode changes to »Playback Transfer arrange two more lamps for each station «and the rearrange indicator lamp lights up in order to indicate whether the operating mode »Umord- on. The tab counter is at zero and can nen «is switched or not. Define new indentation depths in place of the stop.

code key is a key for »rearrange on / off« 65 tabulated for »transfer with rearrange« if seen, and the key "revision carriage return" has fixed the indentation depth on the right band replaced by the P. L key ("paragraph indent"), the machine automatically switches to the specified

There are still two additional code characters indented on each following line, too

if no tab codes are recorded on the right band. Since a code conversion is provided, the left band exactly matches the copy made by the printer, and all tab stops are recorded on the left band, even if they were not originally on the right band. Tab codes recorded on the right band, which are not used for definition, are automatically skipped and - not transferred to the left band if they do not coincide with the tabulation processes of the machine. When the machine is in the operating mode "Rendered with shuffling" and a "shuffling EEN / read OFF" code, the operation mode is changed to "Play transferring" the taboo _r lator counter is cleared and the reordering indicator lamp goes out. The code conversion does not take place in the »Transfer playback« mode, and the machine reacts precisely to the codes recorded on the right-hand tape and also transmits them.

If the operating mode selection button is set to »Transfer with rearrange« and the machine is still with "Transfer playback" is running and then a "Rearrange ON / OFF" code is read, the changes Mode to Transfer with Reorder, and the Reorder indicator light will come on. The tab counter is set to zero and can set new indentation depths. If the machine is running in the operating mode "Transfer with rearrange" and the "Rearrange ON / OFF" key is pressed, so the same thing happens as described above for the subsequent reading of a »rearrange ON / OFF« code.

If "Transfer with rearrange" is switched on, but the machine is still running in the "Transfer playback" mode and the "Rearrange ON / OFF" key is pressed, the same thing happens as before for the subsequent reading of "Rearrange ON / OFF «Codes described.
. Table C shows the scheme for controlling the automatic line rearrangement depending on the operating mode and with code conversion and replaces Tables A and B. The code sequences with the numbers CI to C-12 do not necessarily refer to the sequences with the corresponding numbers in Tables A and B.

Table. C.

No end of line. • Code sequence
left band End area Code sequence
left band Tab counter - Code sequence
right band Printing unit Printing unit Note (3) C-I normal normal Delete at Following Space, Space, second CR code Carriage return then CH, Space, CH ■ _t then Note (3) Carriage return Carriage return C-2 (1) Normal (1) Normal Erase, count CH, CR (s), CH, SP, CR (s), normal • CH, SP, CR (s), and save Tab (s), CH Tab (s), CH ■ Tab (s), CH the tab number Note (3) * in the tab sequence of the right CH, SP (s), Band Note (3) SP, CH C-3 (2) CH, space; (1) (3) Normal CH, CR (s), normal CH, (3) CH, SP, CR, Tab (s), CH. Tab (s), CH Note (3) C-4 normal (1) (3) CH, CH, SP (s), (3) CH, SP (s), SP (s), CR, SP ₅ CH CH, SP, HYP (s), SP, CR, Tab (s), Tab (s), CH SP ₃ CH CH Note (3) C-5 (2) CH, SP (s), (1) (3) Normal CH, SP (s), SP, CH (3) CH, SP (s), CR, Tab (s), CH, normal SP, CR, Tab (s),
CH C-6 normal (1) (3) CH, SP, CH, SP, HYP (s), (3) CH, SP, HYP (s), CR, SP ₅ CR HYP (s) _r SP, CR, Tabs, CH Tab (s), CH C-7 (2) CH, SP, (1) (3) Normal CH, SP, HYP (s), HYP (s), SP, CH (3) CH, SP, SP, CR, tabs, CH HYP (s), SP, SP, CR, tabs, CH C-8 Sformal (1) (3) CH, CH, HYP (s), CH (3> CH, HYP (s), HYP (s), CR, CR, Tab (s), CH Tab (s), CH

Table C (continued)

No end of line area Code sequence
left band End-of-line area ' Code sequence
left band Tab counter Code sequence
right band Printing unit Printing unit C-9 (2) CH, HYP (s), (1) (3) Normal Note (3) CH, HYP (s), CH, HYP (s), CH (3) Normal CR, Tab (s), CH CH - - ^: ■ C-IO normal (1) (3) CH, SP ₅ Note (3) CH, SP ₅ BSP, CH, SP, BSP, CH - ■ (3 j CH, SP, BSP, BSP ₅ HYP ₅ CR ₅ HYPCH HYP ₅ CR, Tab (s), CH ' Tab (s), CH "■ ' C-Il (2) CH, SP, BSP, (1) (3) Normal. Note (3) CH, SP, BSP, CH, SP, BSP, CH HYP, CH (3) Normal HYP, CR, tabs, CH C-12 CH, CH CH ₅ CH CH, tab (s), CH CH, CH CH ₅ CH

Notes: (1)

The first carriage return signal in these sequences arises and a transport code joins.

(2) The transport codes in these sequences are omitted.

(3) Additional tabs correspond to the number stored in the tab counter and are not necessary the number in the right band.

CH = Any character except the hyphen "SP - space / CR slide return / BSP switch back

For reading the text arrangement A (right band)

and printing of text arrangement B

with simultaneous recording of these
Text arrangement (left band)

If, with reference to the text arrangement A and B discussed above, it is assumed that a recording medium is stored in the text arrangement A on the right band in the "transfer with rearrangement" mode and a rearrangement of the recording medium in the text arrangement B shown is required, then the printing of the recording medium in the text arrangement A and the recording on the magnetic tape, the left margin is set to the position shown and the tab stops 1 and 2 are set as shown in FIG. The text is now keyed in, each line 45 within a paragraph is terminated by a carriage return code, the paragraphs are indented by the desired amount by pressing the tab key on keyboard 3 and the individual paragraphs are indented by setting two consecutive carriage return codes completed. Character and function codes are recorded on the magnetic tape in the order they appear, and the tape stores this information exactly as shown in the text arrangement A.

In order to obtain a text arrangement according to B, both the left margin and the tab stops 1 and 2 can remain in their place. The right margin stop 85 in FIG. 40 is shifted further to the left to make the line length shorter, and an area of about ten characters is considered to be the margin of the line for controlling the device. It is assumed that when reading the tape, the paragraph number "1.0" appears as the first code, which is to be placed in the left margin. The band contains a tab code after the paragraph title. It is further assumed that the machine has just been switched on and that all circuits including the primary counter 100 and the secondary counter 101 (FIG. 1) are in the initial position.

37 shows what happens when the tabulator code is read: The relay R 532 (FIG. 21a) is switched off so that the "No" line from this block in FIG. 37 becomes effective. The circuit should determine the position of relay R 506 (Fig. 21). Since this is the first line of the first paragraph, the primary meter is in its initial position and the relay R 506 is switched off. According to the illustration in FIG. 37 an output signal is then generated which sets a tabulator in the printing unit and advances the primary counter by energizing relay R 507 (FIG. 20b). The primary counter contains a number of relays which are shown in detail in FIG. The primary and secondary counters are counted in FIG. 33 via relays A, B, C and D according to the following table.

Primary and secondary meters

■ relay ■ - C \ D \

0 - 0 1 , 0 0 or deleted 0 1 1 ■ Ό Counting step 0 1 0 0 1 1 1 0 0 Counting step 1 1 1 0 2 1 0 1 0 Counting step . 1 0 0 ο 3 0 0 0 ι Counting step 0 0 1 1 4th 0 i 1 1 Counting step 0 1 0 1 5 1 1 0 1 Counting step 1 1 1 1 6th ■ 1 ■ 0 1 1 Counting step 1 0 0 1. 7th

209 549/186

25 26

In the circuit of the primary shown in FIG. 32, relay # 511 is energized. A zero becomes the 1.0 paragraph. The excitation of relay R 502 is stored in the primary meter, the. The excitation of switches the contacts 502-5 and thus energizes the relay. Relay R 507 switches the contacts 507-1 and err R 526. This re-energizes the secondary meter. Relay R 510. When relay R 507 is switched off 5 set to zero.

507-2 and relay R 508 via 511-2 The corresponding circuit is in detail in

and 510-1 energized. This leaves Relay. # 510 shown at Figure 6, which has a "yes" output from power and stores the first number. As for the first. the block "Auto-Tab" energizes the line of section 1.0 shown in FIG. 29b in the text arrangement B relay # 501. The circuit in Fig. 36 is only a tabulation operation, the priority remains, where the various conditions, which mark counter at the end of the line are at 1. Since these indicate that the type header has shortened the right margin of the first line in the text arrangement B considerably, they are fulfilled. According to the representation in zer, the original first line of the same figure is F i g. 36 the printing unit tabulator magnet is cut in the text arrangement A, occurs on the basis of FIG. 21 excited and triggered a tabulation process. Since a space code is recognized in the edge area 15, a tabulator code is transmitted, which is then returned to a carrier. By closing the button on the left switch at the beginning of the edge area at the same time as tabulating, the ^: Magnetic tape is recorded. Additionally, Edge Relay # 214 (Fig. 26) indicates energized. When a Fig. 36 that the contacts 506-1 in Fig. 20b is read to space characters, the relay for together with the recording tab display space storage and switching back R 211 ao the secondary counter relay R 522 in Fig. 20b further- (Fig. 20b) excited. Switch from the one shown in FIG. The energization of relay R 522 toggles the circuit, it can be seen that "relay R 214 and contacts 522-1 in FIG. 33 toggle and energize relay # 211 together initiate a carriage return · R 525 as the first step. The secondary counter includes and that Setting the tabulator for the next line is now the number 1 and is thus control with the primary counter. The circuit depends on whether the binding 35 is equal, which causes the comparator circuit in Fig. 34 bar relay # 213 (Fig. 20a) because of the reading If one is opened, the Auto-Tab-Relay, the hyphen code is energized or not. From .R502, and the contacts 502-5 in Fig. 33 now switch off, the processes as described above switch to the working position , whereby all relays of the sequence B-5 below. 'Secondary counter drop out.

If the relay R 206 30 shown in Fig. 20b * The rearrangement of the section 1.0 in the text is excited, the contacts 206-5 close the in arrangement B together with φτη recognition of the Zei-Fig. 21a via the now ending, according to the rearrangement criteria, closed contacts 214-3 (since the edge area and the preparation of a new magnetic tape is enough) and so energize the relay R 506. The over in the left station, the the actual print and the circuit shown in Fig. 2 reproduces a fixed relay 35 order in the text message B, run en # 506 switches off the primary counter (Fig. 32) until the end of paragraph 1.0, which is indicated by two to »· The end of a paragraph is recognized as briefly described in the following displayed successive carriage return codes. The Primäräräbler. Is under control. These codes at the end of the paragraph lead the relay R 507 in Fig. 20b via the idle type head 5 back to the left edge, switch contacts 506-1 further switched; It is normally switched on by two lines and wise if at the beginning of the first erase the primary counter for recording the line is recognized by a tab code and the taboo * · first tab number for the first line of the now follator magnet is excited. A line to the left of paragraph 1.1.

Tabulator magnet (Fig. 21a) leads to the work- For the next step, reference is made to the previous

contacts 501-3 (Fig. 29b) and back after 45 clarification of the sequence B-I for the treatment of two on-Fig. 20b to contacts 506-1 and energizes the successive carriage return codes in the right stepping switch relay of primary counter # 507. Referred to as volume. The first carriage return code then switches the contacts shown in Fig. 20b energizes relay R 208 in Fig. 28. Contact 208-2 in 506-1 and closes a circuit to Fig. 20b with the second carriage return step switch relay R 522 of the secondary counter and 5 ° code in Fig. 13 are fed to an AND circuit and not to the stepping switch relay of the primary counter energizes relay # 507 together with contact 209-3. · R 504 in Figure 20b. By switching the connection in Fig. 8, a further stop path for the clocks 504-1 is shown, the relay # 506 in Fig. 34 de-excitation of the relay # 502 (Fig. 20b), which is switched. Contacts 504-2 open (Fig. 32) and simultaneously with the energization of relay # 206 55 take the voltage from the coils of the primary (Fig. 20b) can be done. The various relays, counters, whereby it is reset to zero, which form the secondary counter 101, are shown in FIG. 33. In addition, the contacts 504-3 excite the trans. The counter works similarly to the port relay # 280 (Fig. 21b). The primary counter märar counter 100.: is now in the starting position and can

In Fig. 34, various contacts of the primary To .a number are record, which represents the indentation of the Tabumärzähler relay and the secondary counter-relay in lators for the paragraph 1.1 in the text arrangement B of a comparator circuit for controlling the relay.

# 502 arranged. As soon as the type head 5 to the lin- · The toad band should contain the printed characters and ken margin for the second line in paragraph 1.0 of the print engine during the operation »Above text arrangementB returns, it is recognized that the € 5 carry with rearrange «functions carried out Secondary counter that was in its initial position cannot be reproduced. In the one for the text arrangement B on it One is like the primary counter, no line begins in any case about the displaced case the same circuit in Fig. 34! is then relay # 502 section on the left edge with the exception of the

27 28

sentence designation »1.0«. In the case of detection of automatic change in the control of the
a space code in the margin area and its text arrangement for handling the
Conversion into a carriage _{return code ge} - second section 1,1 in the text arrangement B
Measure sequence B-5 only needs to be ensured. When the end of paragraph 1.0 was recognized, the carriage return code on the token volume 5 of the primary counter was erased and is now recorded for counting instead of the space code, the tabulator -Operations for the first line of when all lines start from the left margin. In the second paragraph 1.1 in the text arrangement B ready. In the case of text arrangement B, however, the secondary counter is switched off according to the tabulator-opera-slide-return code in the left band in the case of the functions for each individual line and sections 1.0 and 2.0 are tabs and are now out of use in io. The first, after the cases of sections 1, 1 and 1.2, has two tabs - two consecutive return codes. Codes are recorded. Ta.bylatQr code recognized _se t? t the primary counter During the normal conversion sequence, ■ *. 1. In addition, it causes the type to be fed from the operating mode »Transfer with rearrange« on head 5 to tab stop 1 in the text »Record left« to switch to slot arrangement B. At this point, the Record paragraph return code when a blank 1.1 is printed, then another step code is converted in the margin area, tabulator code recognized on the right band
This process also applies if all the lines for As soon as the second tab in order * start the sections at the left margin. The circuit shown in FIG. 6 is recognized in code on the right-hand band and is again carried out via the auto-tab ao primary counter according to the contact 502-6 given above and is energized and keeps the relay table for primary and secondary sequence wide. R 194, as soon as the carriage return code is recorded. This triggers a tabulator operation. However, if tab codes are required, as in the case of the text arrangement and the printing of the first line of paragraph 1, 1 benung B, the process starts. The type carrier continues to run until the end of the circuit via the auto-tab contact 502HS in * 5 line, which because of a read empty ear code F ig, 29 b and energizes the relay R 501. The circuit is behind a character in the edge area The line then continues to FIG. 36, where the end of the tabulator is followed by a backlash, the primary sewing operation is initiated, code signals from the printer are set to the number 2 and the seconds are transferred to the magnetic tape unit the automatic TabuUe * and the tabulator code are drawn on the magnetic tape on the second line in Section 1.1. As already mentioned, at the same time as the automatic tabulation, which requires two tabulation processes at the same time as the tab operation in the printing unit, a corresponding number of tab codes is recorded on the left band Comparison recorded between the primary left band. At the end of this pre-counter and the secondary counter, the number of characters and functions number of tab operations and listing codes are stored on the left band to ensure that the tab codes are drawn in accordance with the typeface. correspond exactly to the text arrangement B.

The application of a special paragraph indentation code is now carried out on a record carrier with the Text arrangement E explained.

Text arrangement E

Tab Tab - -

Left margin Stop Stop

# 1 # 2

1.0 r ^ (CR)

(CR)

- (CR) (PI)

1.1 (CR)

(CR)

. (CR) (CR)

2.0 (CR)

(CR)

(CR)

.. (CR) (PI)

The individual line ends of the recording sequence are recognized and the automatic control of the Angers in the text arrangement E are carried out just as well as in the previous order, for which the gene arrangements are identified by a carriage return code, deletion of the counter and the advancement of the. Sections 1.0 and 2.0 are primary counters in the first row of each individual but are followed by a paragraph indentation code after a section. The two view return-slip return codes ended. Paragraph 1.1 is extended to 65 codes are drawn as they occur in the same way as terminated in the usual way by two consecutive codes, as in connection with the text arrangement chute return codes. This arrangement is shown
shows that either one or the other code key 110, labeled "PI" in FIG. 40,

3Ö

is used for the "Revised carriage return" operation, which allows a carriage return code to be recorded without a transport code when a tape record is revised. For the present purpose, the key 110 is converted for use in paragraph identification, and pressing this key triggers the carriage return of the type head 5 to the left edge and at the same time the subsequent recording of a carriage return code with a subsequent paragraph identification code. The code for the paragraph identification is like a transport code so that it can also be sensed without automatic format control if no automatic control of the printing arrangement is provided and only triggers a simple tape transport. · ...:.

The magnetic tape is then used during the »Transfer with rearrange« or »Rearrange« mode sensed, the signals are sent to the printer transferred and the rearrangement carried out. When transferring with Rearrange, with A new magnetic tape is prepared after the printing of the new recording medium in the left station. "■"

The procedure for the paragraph identification code is largely the same as two consecutive carriage return codes. The primary counter is set to 1 in order to control the tab operations for paragraph 1.0 in the text arrangement E. When the carriage return code and the subsequent paragraph identification code at the end of paragraph 1.0 are recognized, the circuit in FIG. 13 becomes effective. The carriage return code on the type carrier to an idle step further records optionally a space code on and energizes relay R 208. The heel labeling code is guided over the contacts 209-3 in Fig. 20b und'erregt the "relay R 208. Contacts 206-z switch over and excite the slide return magnet or switch the machine to the »keyboard input« operating mode; In the "Transfer with rearrange" operating mode, contacts 206-5 excite the slide return magnet when the machine is running in "Record left" operating mode. Contacts 206-1 prevent the band from switching on at the right station and switching back on the left station during transmission. The paragraph identifier code is read again and this time contacts 209-3 are switched because the carriage _r return operation occurred just before the paragraph identifier code was read, and energize relay R 504 in Figure 20b. The various contacts of relay i? 504 in FIG. 13 switch the relay

• 5 2? 506 in Figure 34 clears the primary tab counter in Figure. 32 and energize the transport relay £ 82 in Fig. 21b.

The transport control is shown in FIG. Simultaneously with switching back the left station

ίο the right station is not switched further so that the paragraph identification code can be read again and recorded on the left tape. The slide return control is shown in FIG. 2 and takes place via the contacts 209-5 to the slide return magnet in FIG. 21 a. When the primary counter is cleared, the two tab codes in the right band are read and recognized and stored in the printer as number 2. Subsequently, paragraph 1.1 is indented up to the tab stop 2 by the primary and secondary counters. The two carriage return codes at the end of paragraph 1.1 in the text arrangement E are recognized and treated in exactly the same way as those shown in the text arrangement A. By comparing the line spacing between paragraph 1.0 and 1.1 on the one hand and paragraph 1.1 and 2.0 on the other, an important advantage becomes clear. The special sequence of carriage return and paragraph identification code requires only a single clock operation between two consecutive sections, while two consecutive carriage return codes require a double clock, i.e. double the line spacing between two consecutive sections.

Now the use of the code »Rearrange ON / OFF« to control the »Rearrange« operating mode and explained for · automatic paragraph design.

The in Fi-g. 1 data encoding buttons 30 shown contain a stop code key, which in the present example is represented by a key »Reorder- - an ON / OFF «which initiates the recording of a» rearrange ON / OFF «code on the tape. In the present implementation, this code is advantageous because it enables both to control reordering as well as automatic indentation and to control the beginning and end of paragraphs recognize.

Text arrangement F

Left margin
AO tab
stop
#1 tab
stop
# 2 (CR) (CR) (CR) (AO)

(AO) (CR) (AO)

1.1

(AO) (CR) (AO)

. (CR)
. (CR)

. (CR)
. (CR)

31 32

(Continuation)

2.0 (CR)

(CR)

(CR)

. (AO) (CR) (AO)

This text arrangement is supposed to have three special lines in the characters recorded on the right band Head of the recording medium included, such as. B. io recognized and treated in the same way as with the normal Name, street, city and state of an address. Nor playback. Because of this, this time Sometimes in the operating modes "Reordering", the indentation operations in Table A or the codes " or "Transfer with Reorder" sled conversion operations in Table B non-return codes at the end of this short header in eloquent.

Space codes converted, and the three lines i $ at the end of the third line of the record would be printed as one line. In order to do this with the printer head, a carriage return code is recognized from the original recording medium and the recording and causes a carriage return. In addition, it is avoided to press the "rearrange ON / OFF" code and use the "rearrange ON / OFF" key on the control unit 2 to run the circuit shown in FIG When a code is recorded zo times, however, the relay i? 532 is energized, and the "rearrange ON / OFF" at the beginning of the first line of the circuit runs via the contacts 532-2, which is effected in the address. Behind each line there is a connection to the contacts 533-2, the unlocking, a carriage return code, which is followed in the third line by the command coil for the relay B "rearrange ON / OFF" and another code "rearrange ON / OFF". i? 533 in Fig. 31 excite. Contacts 533-3 in

Furthermore, during preparation 25, FIGS. 31 and 533-2, the operator can drop the relay i? 201 and that of a recording medium from these codes into relay R 532.

binding with carriage return codes Use These processes switch back to "rearrange"

to move to the beginning and end of paragraphs or "Transfer with Reorder" and highlight the control. A code sequence at the end of each of the three is again effective with respect to the three numbered paragraphs in the text arrangement F consists of "sales in the text arrangement F" . Arrange each paragraph ON / OFF «, carriage return,» Rearrange should with the code sequence »Rearrange ON / OFF«, ON / Off «. End slide return, »Rearrange ON / OFF«. the

In order to play back the first code sequence recorded on the magnetic tape, "Reorder ON / OFF" switches to "Reorder" or "Reorder" mode, as in connection with "Transfer with Reorder", depending on the 35 header data described. The carriage return whether a new tape is being prepared at the left station is then run code as a normal carriage return must be or not. The circuit for the handling code is recognized and the type head 5 at the left development of the “rearrange ON / OFF” code is shown in FIG. 39 margin returned. As in Fig. 39 is shown. When the first "rearrange" is detected at the same time as the detection of the first "rearrange ON / OFF" code in front of the first line of the header data 40, the relay R 506 in FIG. 34 is switched from "rearrange" to the normal playback switched off and the primary counter cleared. Immediately switched. This is done in the circuit “Rearrange after recognizing the carriage return code ON / OFF A” in Fig. 21b by energizing the relay, the second “rearrange ON / OFF” code is recognized!? 530. In FIG. 31 the current overflows and the device is switched back to "rearrange" or "via contacts 530 α and 532 a, since these are in rest position with rearranging". Thereafter, the primary counter is switched to relay B "rearrange ON / OFF" and stores the value in the-Ä533, which is an interlocking contact relay and, in this case, number 2 for the tabulator opera as shown in FIG . options in the first line of paragraph 1.1. The Em-

The contacts 530-3 in Fig. 34 open and throw back depth of paragraph 1.1 is then released by the Pridas relay R 506, if it was previously energized, and 5 ° march counter and the secondary counter to the usual also clear the primary tab counter . The kind controlled. The sequence "rearrange ON / OFF", hold circle can be clearly seen in FIG. 32 and runs slide return and "rearrange ON / OFF" offers on the contacts 530-3 in FIG Relay R 506 and the primary counter run, paragraph marking, ie, between two abnormalities in the starting position, if this of the first 55 records only one clock operation takes place instead of two, is the recording medium of a new row. As in the case of two successive carriage returns, their switching path for the circuit in FIG. 39 excites codes. To mark the end of the paragraph when opening the transport relay R 82 in Fig. 21b. The contacts drawing or reproduction of a magnetic tape 82-4 in Fig. 17 energize the collector control relay, one or all of the above sequences can be mixed with each other R 22 in Fig. 16. This throws the relay R76 from 60 to be mixed. In addition, others such as Relay A "Engage ON / OFF" can be used to mark the voltage from the holding coil of Relay R 530 in paragraph by using special code sequences other than those shown above.
Fig. 21b takes. The contacts 530-1 in FIG. 31 In the following, the text arrangement G

are now toggled and are described in connection with the control when the first line of a paragraph with the contacts 65, which has now also been switched, is indented further than the rest of Ab-533-3 the relay R 532, which means that the phrase "engaging". The text arrangement G shows a special case with a switch to "not indenting". The relay paragraph blocks as they are in the text arrangements A R 532 is shown in FIG. 31 held. From here on until F have been discussed.

33 34

Texverbindöfdmiäg G

Tab Tab

Left margin Stop Stop
# 1 # 2

(CR)
(CR)
()

(AO) (CR) (TAB) (AO) (TAB)
(CR)

(Ao) (CR) (AO)

(AO) (CR) (TAB) (AO) (TAB)

jcii)

()
(CR)
(CR)

(AO) (CR) (AO)

(CR)

(AO) (CR) (AO)

It is assumed 'that' the left margin writers let. When recognizing the SöKIittenrücklüf code

and the Tatfulatorärschlschlag 1 and 2 on the usual 30 or a SchlitterirücHäüf-Bedihgung at the end of the

Places. The first, third and fifth paragraph, first line, the primary counter is kept at ί

are block paragraphs, all of the lines on the left and then controls the tabulation of the printing unit

Start edge. Paragraphs 2 and 4, however, require the "balance of lines" in this paragraph. Everyone

the indentation of the first line in the tabulator carriage return code leads the type header to the

definition is fulfilled as follows: To record the type head 5 for the remaining lines in this

Original recording recording for besdtidefs one paragraph switched to the tab stop i

indented paragraphs will "be used during preparation.

of the nginal Laufieiclinungslagfs and the AüfzeicK- 40 The second and fourth paragraph in the text arrangement

ning of the characters-üft'd Füüktiöhs-Cödes on the hung G ends with the cödefölge »Reorder

Magnetic tape the first and third paragraph with an ON / OFF «, carriage return and» rearrange

Gödefdlge agreed that the 'corresponding ON / OFF', which was recognized and treated in the same way, was

For the corresponding second or fourth evening such as "the sequences discussed above» rearrange

Allow the sentence. The code string is "'Rearrange ON / 45 ON / OFF".

AUS «, Schlittenrückfeläüf / tabulator; »ÜriiÖrdnen is now the rearrange ürid sales tax

ON / OFF «, tab. The first code is rearranged without carrying over from the fencing to the left band

ON / OFF «clears the test counter and explains it.

Relay R506 off, as shown in Fig. 39. Ef is "identical to each other" when I switch a "rearrange" to nöfmälfc playback, 50 copy of "the signals read from the fencing tape, whereby the command line and the tabulator are to be created and no tape on the left-hand code like usual ^{1 to be} recognized. The primary counter station "is being prepared: If no transmission is possible, however, the Täbülatöf code can count / because it is located, the procedure, contact 53tf-3, which begins in FIG. 3, is opened in FIG. modified to the left. The contacts "rearrange ON / OFF" -Gpde is recognized simultaneously with 55 228-7 and 228-8 in Fig. 29 lead in Fig. 3 the associated ¹ signals for tab stop "1. Umö'fdngn oN / ÄUSe-CDDE raises the Umo'fd- Schlittenrücklaüf-Mägneteri or Leefschfittrien-Sperf-Reiais, and sch'alte't the device either Mägneten _f in the printing unit, instead of the relay R äxif 198 »UmÖ'fdnSi" or on »transmissions iiiif Umöfd- in F ig; 29 to" excite. The "tabulator numbers are added, depending on the selection of the ¹ operator. &> In the detail counting for the first line of each paragraph Since the primary counting number is still iii the etiquette sb; as in the case of transferring" with rearranging ". Pending and relay jRStfö is de-energized, - if the individual closes, the secondary counter is counted under control as the first recognized Täbulätof-Gode; where the Aüto-Täb-Reläis 502 and especially the Κόή-düfcH the primary counter goes to 1: Since this one of the bars' 50i-2 is switched on to the second TäbüIätof-.Cöa'e he in fact control §5 insertion depth of the following lines in each paragraph the type head 5 up to the Täbuläiöf stop2; . .
fen, · ü'in the pressing of the first line of the second exhaust An essential Gesictifspuiilct the vofliegenden record in the G Textanordnüög begin there z'ü arrangement is iff F ig: shown. 8 Under certain

i 611 455

35 36

Under certain circumstances, printed characters are converted into tabulators-opera groups, two different lengths of lever rations of the printing unit are converted: This circuit has arms 129 α and 129 b , the ends of which. Mt den is passed through the contacts 2l4-2 in Fig. 20b and Αίΐδέπΐ vöri coils 140 and 141 are composite ¹ , indicates whether the type is in the Räridbereich, - The coils 140 and 141 are optionally through and runs through various alternative Switching paths 5 actuate a counter circuit 142, which in the present case is applied to contacts 502-2 in FIG. 20b. If not the case, the counter 100 in FIG. 1 represents. Before "automatic tabulation" is switched on, the differential circuit allows the printing unit to take the read character levers 129 four operating positions and print them. If, however, the device runs in this operating marginal position group 84a in the following four categories, as indicated by the contacts below a> positiörien ':
502-2 and the Umschalt-B-Koötäkte B 28-6 shown

can via a current path of the Tabulätor-Mämet im .-; -. ,, ι _i; ■ ·

Printing unit energized and either the primary celestial magnet MÖ Magnetic

or a secondary counter can be advanced; each Ö basic position 0

according to the status of contacts 506-1 in FIG. 20 b: is I second position 0

In FIG. 9, the Autö-Tab-KÖntäkte 502-1 0 switch third position 1

together with contacts 231-11 all currents 1 fourth position 1
circles for the excitement of the Schfittinagneteii

Right belt station from: In this position, the The mode of operation of the arrangement for the frontfiiche The clock of the machine for switching def 20 s'tellbafen left margin is the same as that of the correct printing Number of Täb'ülief-Öperätioneii äutdinawerks in 'Fig. 40 with the exception that one e'ifitisch controlled until the primary counter is adjusted to the fixed indentation depth for a certain is, or until then the level of the secondary paragraph does not fully return the type head 5 därähler that of the primary counter for all up to the extreme left margin and then the front row in a certain paragraph that extends from the 25 thrust to the stop of the desired indentor Differentiate line corresponds to ^. promoted deep over the Täbtllätör. At the Atisteh

An alternative version with adjustable adjustment according to FIGS. 42 to 44 is included in the type head

The edge, which is controlled by the primary counter, shows a sled return operation "Vieiinehr" directly

gen Figs. 42 to 44. The adjustable left the hook sand, which is through one of the stops

Edging plates can be operated either - by 30 83 a, 120, 121 or 122 according to the selection

determine the required indentation depths. The through the coils 140 and 141 under the counting

Execution according to FIG. 42 to 44 is set in your block for control. With the in F i g. 43 illustrated

the variable "left edge 105" in FIG. 1 can be any "of the four Liiike edges

halteri, who are selected via line 104 by the Pfimärzähle'r positiönen, the * on the Aü'f-

is controlled. The printing unit in Fig. 42 has the 35 graphic carriers4 # inFig. 42 are shown.

Designation SÄ and prepares the Aufzfeichriüögs- Zwei nachemänäe'ifolgeride Schlittenfücklauf-

sluggish f 4b . The usual keyboard 3a has character codes erase the primary 100 "in FIG. 1, such as

and Functiönstasteri, a type head 5a moves described above '. As an alternative ^, the

from the left by deri Rändsteller 83 ά SET FORTH Gode'folge Schlittenrückläüf-Absati-Kennzeichnuög

th left edge of the rail together with the 4 ° can be used for this purpose * whichever case iii of the illustration

Edge stop 82 ά on the carrier 8ία. The tabulator of Fig. 42 is assumed because between ^{1 and} two

rail 86 ά bears the Täbülätöräh's'chlag 6Ία ·, 87 α äüfeinärideff Followädeti Absäiz'en iiüf a line

and 88 a. These are available for the Äb'sätz-Timrückiefen äbitä'rid. Aüßerdemi can na'tufhch the above

set for the recording medium 4 δ. described »rearrange EÖi / AÜS ^ -Godefölge be

The margin stop rail 84 ä also has a re-45 can be used. The primary counter 100 in Fig: I becomes

th margin stops 85a, 3e "r the movement of the typeface in each paragraph" deleted and then särninelt

Kopfes5 α limited to the right. Between your left, the number of tabular operations or tabir-

Margin plate 83 ά and the right margin plate 85 α lätöf-Cödes, · the fiS 'the first line' of the paragraph · ef-

there are three intermediate stops 120, 121 and is required. Danach will be "the exit signs

122, labeled "1", "2" and "'3", respectively. 5 ° of the counter vofl the 'counter circuit' 142 to the

Fig. 43 _r shows the edge plate rail 84a with the rinsing 14Ö ühä 141 g'eie'itet, whereby the räiiä-

linkeb Rändsteller α 83 and the Z \ Vischenänschlägen stellefs'chierie 'is rotated ä u ^84: nd eme the lawn

l2'ö, Ϊ2Ϊ ünd_122. All ^: stops on the edge 836, 120S, l2iä and Ϊ22ά is set; ίο that

stellefschiene §4ä are nädh both sides shift ⁷ - they in the Räädänschläg 82 ώ äni type ^ nkogftrager

bear and will be "ifi de'fi desired positions in 55 81d feiügreiff, Wenö 'the type head 5ä vomrecfi-

the perforation of the edge relief rail S4 snapped into place. Tefi margin plates behn Sefelittenfücklatif to the left

In principle, a Rärid is moved for each intermediate paragraph.

the tab stops 67 a, 87 d and 88ά on the Ta- The number of intermediate stops "kä'nii at nür

bülätö'rschiene 86 ä set · As in Fig. 43, two flushing sets are increased by means of ⁴ finer halves

stelif, the stops have '83 a, i20, 12i uiiä 12 "2 60 βφ. Half right-hand peeling 145, which is not

Aris'chi noses stepped in length with the iris peelings 142 and a further set of sinks 146

Drawings 83 a, 120a, 121a and 122 a. How beautiful is connected. In this case there are two

described, is the Raricfstelierschiene ä4ä un? theirs seemed 84 a iö'it den. associated rinsing "etch yöf-

Longitudinal axis rotatable; she wears arm 124 "not seen. The circuit 145 determines which flushing

a finger 125, which is to be operated in a long hole 126a of a 65 lerisatz, and lets this through the

at 127 rotatably mounted actuating lever 126 CounterSchälturig 142 wifks'airi, whereby the

intervenes. A half-left-Schiefle or half-right Schierie handlebar is attached to the Sent operating lever 126.

128, which is drelii with a differential lever 129.

37 38

F i g. 45 and 46 show a further alternative embodiment 163 and switch on the toggle switch 165 “Execute slide guide for use with the return shown in FIG. 1”. During the return movement, the type head 56 and its carrier reach a strip control circuit 106 which, in turn, has the rather high speed, so that the time line 104 is controlled by the pulse counter 100 at the time line 104. 5 point at which the sensing station 160 reads the lo-The printer 16 according to FIG. 45 has a usual line 155, a position of the type head 5 b, keyboard 3 b, and a recording medium 4 c is a short distance behind, ie, to the left of the desired engagement clamped. A tab rail 86 b carries deep stops for the third paragraph 67 b, 876 and 886, of which the stops 676 and can. The type head 5 is stopped shortly afterwards, 876 are set while the stop 886 is free. io if the stop magnet 152 for the carriage return. Furthermore, a left margin actuator 83 6 and an margin actuator 856, which is established by the output signal of the AND circuit 163 and which is excited, are provided. The magnet 152 actuated via the lever margin stop rail 846 can be displaced. Deviating 150 the margin stop rail 846 slightly to the left, according to the previously explained explanations, whereby the type head 5 6 is stopped,
In addition, an angle lever 150 on the left edge 15 Now the type head 5 6 must be looked at exactly, which is returned by actuating the stop magnet catch of the third paragraph, which is set 152 for carriage return 152 around point 151 by tab stop 876 which is panned counterclockwise. by actuating the tab magnet 166 over

To the recording medium 4c belongs a Pro- <Jie And-circuit 167 is reached. The output gram strip 153 with the perforations 154 to 157, 20 signal from the sensing station 160 when sensing the corresponding to the positions for the individual taboo perforations 155 when moving to the right again, the soundator stops on the recording medium 4 c. With the OR circuit 162 and the inverter 168 A sensing station acts on the program strip 153, the output of which is routed to the AND circuit 167 160 for sensing the perforations 154 to 157 is closed. Other inputs for the AND circuit 167 together, which are the movements of the type head 5 6 25: no carriage return, no tabulator and participate. Alternatively, the carriage return sensing station can also perform the toggle switch 160 be stationary and the strip 153 to be read 165. When the tab magnet 166 is working, move ment can be passed through them. . the type head 5 6 until it touches the

The in the Fi g. 45 and 46 illustrated version Tabulator stop 876, the sensing station 160 is controlled by the primary counter 100, -the 3 ° behind the perforation 155, and the various actions occurring in the first line of each paragraph are switched off, since no output signal bulator operations counts. The setting of the pri- from the AND circuit 162 is available. The Kippmär counter and its deletion are switched in exactly the same way. 165 is controlled after the occurrence of the first pressure, as was described in connection with the execution or space after the tabulator operation according to FIG. When the primary 35 turned off again. If there are several counters close to one another, the tabulator rail indicates the counter position on the other side, which represents the indentation depth for a paragraph, 866 the tabulator magnet 166 must, if necessary, carry out the circuit shown in FIG Type head 5 can be traced back to the corresponding indentation depth for the correct indentation depth. Recognizing each line of this paragraph back up to the usual .4 ° .section of paragraph end codes leads the type head 56 paragraph end codes including two consecutive carriage return codes or a carriage actuator 83 6 is specified, and the counting and control return code and a following paragraph identifier continue to work for the following paragraphs in the same code or the code sequences »Rearrange ON / manner.
OFF «can be recognized. · · "■ 45 With the design according to FIGS. 47 and 48,

The carriage return at the end of the first line a moving stop 170 optionally on the first paragraph in the record carrier 4c keeps the primary counter at the tabulator reading, which can be set in 4d . The printing unit Ic has just been reached on the first line. The same applies to the if a keyboard 3 c and a tab rail 86 c other 'paragraphs in the recording medium 4 c. The .5 ° and a margin stop rail 84 c with a left third paragraph has a tab indentation depth »2«, margin stop 83 c and a right margin stop 85 c. which is marked through the perforation 155 on the program strip 153 is a stop 170 on the margin stop rail. The indentation of the third paragraph, which is arranged in a three-way manner and with a long spring 171, shows the mode of operation of the embodiment shown in FIGS. 45 and 46, which is connected via two pulleys 172 and 173. When the 55 pulling force from left to right exerts on the stop 170 type head 5 6 the end of the first line of the third. The type head 5 c and the associated carrier reach paragraph, if a carriage return takes place, have the usual edge stop 82 c. The supply and the primary counter is on the counter reading 2. Adjustable stop 170 has an approach 170a, which is. While the type head- 5b runs to the left, engages in a U-shaped rocker 174, which moves around the sensing station 160 relative to the pro-6 ° bolt 175 and Ϊ76 is rotatably mounted. An elastic gram strip 153 and feels the various erasers, holder 177, holds the holes by means of a wedge-shaped bracket. When the perforation for the indentation depth 2 1706 and a downwardly protruding pin 178 is reached, the input signals from the counter stop 170 normally switch the AND circuit 161 rail 84 c in engagement with and from the sensing station. The pin 178 is arranged so that one and give an output signal via the OR ⁶ 5 he in one of the teeth of the margin actuator rail 84 c circuit 162 to the AND circuit 163. A Schiit, engages as long as the stop 170 is in the In the return operation, the position shown in FIG. 48 is located on line 164. The pawl 82c signals, gives an input signal for the and-scarf -.am the type head carrier is in Fig. 48 next to one

39 40

Stop plate 180 shown, to which a bolt 181 changes that the following stop 170 as a left

and a conical unlocker 182 is included. The latch margin stop can serve.

181 is around the bearings 183 and 184 forward and Die in connection with the F i g. 47 and 48 bevom conical unlocker 182 rotatable away. The written execution does not require any counters for The lower end of the bolt 181 is in operation in FIG. 5, but is in the process of recognizing the tabulator proximity a part 174 <z of the swing arm 174. The stand in the first row of each paragraph is flexible the upper and lower ends of the bolt 181 and then automatically controls the engaged ones Springs 186 and 187 hold the latch down for each shoulder. It can be used by all Textner vertical rest position, arrangements A to G are sensed including

During the tabulation of the first line every io of the case in which the indentation depth for the paragraph is used, the first line of a paragraph shown in Fig. 48 deviates from the indentation depth of the device as a mechanical equivalent for the lines of this paragraph following circuits,
the primary and secondary meters. After the return, the described automatic control of the text flow of the type head 5c to the left-hand margin actuated by the left-hand arrangement is advantageous even with manual text input in the margin positioner 83c. The operating mode - Selector button 20 on which points. In doing so, it strikes against the protruding part position "only printing", whereby the 170 a of the adjustable stop 170, and since the printing unit 1 of the magnetic tape units 2 comes into engagement with the elastic holder 177, is separated and by pressing Data and the adjustable stop 170 is disengaged from the function keys on the keyboard 3 characters on the one with the rail 84 c. At the same time, the recording medium 4 is printed and functions are carried out in part 174 a of the rocker 174 under the unusual manner,
lower end of the bolt 181 away. If the rocker 174 instead of the tape in the right cassette 13 comes into engagement with the bolt 181, the keyboard is then the data source for the auto, this is rotated counterclockwise, so matic format control of the print. The primary thing is that it takes the position 181a counter 100 shown in dashed lines when you press the button twice. This holds the rocker 174 in the rotated slide return key or position when the key is pressed and allows the adjustable stop 3 ° for paragraph marking or "rearrange ON / 170 a movement to the right due to being deleted by OFF" as previously described. During the force exerted on the spring 171. Therefore, the writing of the first line of each paragraph moves the primary counter when tabulating the stop 170 with the latch, how often the tab key is pressed 82 c in the extreme right position in which the type was. When you subsequently write the other head 5 c while pressing the first line in 35 lines, the Pri paragraph is automatically controlled. While the adjustable stop märzählers 100, the secondary counter 101 and the 170 migrates to the right to each new indentation depth, comparator circuit 102 without the intervention of a rag 170 c against the pin 194, the spring servant set the necessary indentation depth. With this 195 presses the unlocker 182 to the left, and as soon as the tabs are only once the tab 170c hits the pin 194, the 40 for the first line of each new information section unlocker 182 is moved to the right because the bolt moves tes set. The required number of tabs 181 in the dashed position 181a loading operations is then up to the end of this Abfindet, this is maintained over the part 174 a of the rocker cut. The indentation depths are swiveled clockwise and can be adjusted quickly and automatically. All brought back to the vertical starting position. The margin stop and tabulator rocker 174 shown in FIGS. 40 to 48 can now resume their normal vertical positions in both automatic and position, whereby the stop 170 becomes effective in manual operation.

Neither via the pin 178 in the rail 84 c is set to the »Record

engages. right «or» recording left «, the key

For each subsequent line of the relevant paragraph 50 door 3 as a signal source for the data to be recorded on the selected one, the pawl 82c hits the tape during the carriage return. The automatic control previously described at the end of each line on the adjustable stop level also sets the Ein-170 here, and the type head 5c can only be fixed up to the one for back depths. In addition, when this paragraph is automatically set indentation depth, the printing unit 1 is back-tabulated by the primary running. The end of a paragraph is again recognized as described in counter 100, the secondary counter 101 and the Veroben and the code signals automatically bare stop 170 disengaged from the rail by the control circuit for recording on the 84 c as well as through the adjustment-like circuit 102 Reset the pawl selected band given as it is brought back all the way to the left edge in connection 82c. The left margin stop 83, which is usual with the »Transfer with rearrange« operating mode, has been written as far as ⁶ ° for this purpose.

15 sheets of drawings

inn c mn o /

Claims (5)

Patent claims: 1. Method of controlling the location of the left Line margin or the indentation depth when printing information divided into paragraphs using a printing unit, preferably a memory-controllable printing unit, by means of which Lines of predeterminable maximum length are automatically formed from a continuous text can, whereby counters containing data representing the line length are used, characterized in that at the beginning of a new paragraph a depth of indentation all subsequent lines of this paragraph controlling memory and counting element according to the die The value representing the desired indentation depth is set and, when one is recognized, a paragraph end representing signal is automatically deleted and set again at the beginning of the next paragraph will. 2. Device for performing the method according to claim 1, wherein the carriage or pouring the printing unit back to the left edge when reaching the end of the line and can be tabulated in selected positions, characterized in that an indentation depth control circuit (103) is provided, by means of which the counter reading of the indentation depth controlling memory and counting element (100) constantly with that of one of the tabulators each line counting secondary counter (101) in a comparator circuit (102) is comparable and successive tabulation positions to bring about the correspondence of the counter readings are controllable in the printing unit (1). 3. Device for performing the method according to claim 1, wherein the printing unit with several adjustable in selected positions, optionally adjustable in the active position left edge stops is equipped, characterized in that the carriage or carriage of the printing unit (1) each directly to one by means of the indentation depth control circuit (103) left adjusted according to the status of the storage and counting element (100) in its effective position Edge stop (83 a, 120, 121, 122) is retractable. 4. Device for performing the method according to claim 1, wherein the printing unit with a tabulator and a program strip for scannable identification is equipped with the possible indentation depths corresponding to the certain tabulation positions, characterized in that by means of the indentation depth control circuit (103) in connection with a second comparator circuit (161 to 168) according to the count of the memory and Counting element (100) assigned to the corresponding identification of the program strip (153) Tabulation position of the printing unit (1) can be controlled. 5. Procedure for controlling the position of the left line margin or the indentation depth for Printing of information divided into paragraphs by means of a printing unit, preferably a memory-controllable printing unit, by means of which automatically from a continuous text Lines of predetermined maximum length can be formed, being electromagnetic controlled stop elements are used, characterized in that at the beginning of a new paragraph in the first line of the desired indentation by one with the car or slide of the printing unit in the corresponding position controllable concurrent stop that controls the indentation depth of all subsequent lines of the same paragraph and automatically to an initial position when a signal representing the end of a paragraph is recognized reset and at the beginning of the next paragraph again to the indentation level valid for this paragraph is set.