DE735549C - - Google Patents

Description

Typewriter system for automatic writing of letter texts with address header For the production of schema letters and other documents, which were written in multiple copies using typewriter originals it has been suggested that the typewriter reproduce them Texts on documents used for control (a typewriter using hole symbols to be determined. The perforated supports used for this purpose are from 1, OClil) @liiCIerii ztt exist. It has also been suggested that for different parts of one through the Typewriter to be made out document, z. B. for the address of a letter and for the text of the letter, use various punched sheets to control zti, so that z. B. letters originally written using the same text template with: addresses of different recipients can be made out. There is already for each address a special perforated pad is provided Stacks were brought together.

The present invention aims to achieve an increase in the Adaptability of automatic typewriter systems of the type mentioned to the diverse business needs. She also looks for text controls individual perforated pads. namely in forin from hard before, which ever only the sign vinbole for part of the text of the letter, Lind achieved that with the existing Maps various Letters close together = Whom chin. The possibility of possibility of the easy 1Jiiifiigeiis of the respective Date. The tough ones, the overall the ones Full letter text sign symbols wear, be in vain stallei. and the card th, which each nt with the character symbols. one j # @ address provided s111 (1, 11l will be an all- whose stalls are summarized, from where: iiaclieiiiailcler an evaluation in order to Typewriter control will. The evaluation device speaks the symbols of the cards in such a way that in case of: feeling each card hurried on it- Gesehelle Kel11111ark £ ordered whether (never next CI11C '' @ il Card the same deck of cards or is removed from another stack. With the similarity of the characters \ 'llll) cll- documents for the text parts as well as for (he Addresses are advantageous for both hurried common evaluation device used, the (Hey because separate decks of cards etltnltlllllte- nen cartel aer the same kartC'tltransl) loc- station. The Zttftihrung V OH card ,, the z. B. two Decks of cards taken from the factory, to the The same cold spot can be very easily l11 the Way to be achieved that the container for the cards side by side with vain Certainly, for the -accepting of a card- sufficient space is arranged, in the cards of each of the two containers pushed in transversely to their longitudinal direction and from cream they are under transport in their longitudinal direction, i.e. transversely to the hole Columns, in the Altfiihlstation to the stepwise Removal of the card columns are conveyed the. By continuing the map application beyond the sensing station, the Cards are transferred to an ejection station the one from which they turn, depending on theirs Origin, whether from (1e111 one or (, e111 other- res Karte.n@behalter originating, after the elri @ ll or pushed out the other side the. There is then also the possibility the cards without any special machine Effort to return to the container; r eggs, from which they were originally taken, so the typewriter work without human liches 7ututl continued indefinitely \\ - can be grounded. Monitoring the storage of the cards is best done by giving one Card removed from the deck for the next card not just the cartel deck for the removal, but also for the storage of this card. When evaluating each card it will be full of special @@ 'ightness, the switching to adapt the card to the hole sc-ii. \\ - oak she wears, in particular - insofar, as the lsnigsanie, gradually moving Map to the Ic> cltkartetlfclcl ltcscltr: ilil: t is, which by diecilreilttnascllitte -r.11 Contains transmitted cells. The l: rtill (lulig is all one _ @ usfüllrultgs- example with two card slots, for storing taking one stack of cartels each on the two lying drawings illustrated. 1'1g # 1 (in Grun'lrlG the under hole kartenstC'llertillg standulC'n EdrIChttnlg "/ _l1111 automatic% sclllagen vitli ". guests eileer Writing desk; Fig. Z is a partial side view of the cartel al) tllhk "orrle`httlilg under 1'ortlassnng full Wall parts in the interest of the clarity of the Representation of the essential for the device lichen 1'eile; 1'1g. 3 is express, setlkrelhtcl "cut Hach der Jinie 3-3 of 1.1g. i F ig. I is a floor plan of the map Mill device gelliirigell transmission; Ilg. 5 and il are slits according to the Linicii j b7, \\ ". 6-t) the 1 '1r. 4: - l'lg. 7 is a section according to 1.1111e 7-7 F ig. 1 : Fig. 8 is a schematic representation of the Getrlel) it for (1C'11 drive Clel "for card al) ftlhl \ "orl-compliant parts where the Waves are moved laterally apart, uni (never to make representation clearer; 1'1g. 9 to 16 Are cuts according to (1e11 L1n1, 'n (9- (9 to I6-10 of l '1g. 1; 1'1ä. 17 is vain vergl'oßertC 'J'.1117e@da1 "Stel- Jung of a circuit breaker to the e117stell- Able to monitor the ejection of Cards; - F ig. 1S is a bulkhead on line 18-18 Greed Fig. 1; Fig. 19 is a plan of the keyboard of a by the E-iiii-ichtung according to the l: rfiiidiitig self-operated typewriter; Fig. 20 is a miniature representation of the Z'ln- switching keypad for (11e Typellail choice: J '1g. 21 illustrates the relevant part Connection between punch card control actuated solenoids with (learn 'mechanis- mus vain typewriter; Fig. 22 illustrates the wrench for the device according to the invention punch cards used Fig. 23 is a schematic representation of a letter, as he did automatically with a Typewriter when using the device device according to the invention under punch card part st.eu.erung can be written; Fig. 23a shows a section of a drui # k- in writingetl list, which automatically. by a typewriter when in use removed from a single card holder menen punch cards can be produced Fig. 24 is a diagram of a portion of the Turn of a card holder, as he did at the facility geti] <il: i der 1: r @@ 1]: lullg. \ 17- wetldllllg 111111C11 1; a1111 F ig. '; a t111-1 2; 1) are received together full @trc) lnkrcissrllcma iür die unier I, c @@ 11kartellätCL @@ rllng standing Vnl-direction. The two holding on to the acceptance of Punch cards for '11l' control of the @laschllle s111 (1 in (11'1l ZCillliltlll "ell 1111t 1'.1j 1111,1 AS 1) ezcicllt] Ct. Ucr ci-stgcli: tliiitc container serves zur. \ nfn <'dlnlc \ -t) t] I`e' \ (k; il'll'lt, which the Designation - IN: carry, and the latter for \ llfll; lllllll '\' c) 11 _Adresseill; artl'n, (11C 1111t are accrued. The z111- control (leg forward used 1 card s111 (1 imch ('1I1 (' 111 certain I, nCIls @ lllllssel gt'Ic1 @ 11Y, de'r ; lits can be seen. The card is il] 1) c1 (1c11 cards ül) liclwr l, t) clikartcnmaschinen gcl »- <iuchlicher \ O W llit @ncbl>uil]; tstcllcn provided, the "all] tlllltereu edge" laid day 1>: @@ illn @ lld, fortlanfrlid with g, b8-1, 0, 1 and h ' are designated. 1) i (@artcll) <icllcr \\ crrl @ ll hereinafter referred to as nrschic: lencii 95) itun gc- 11c) 1 "lg is \\ crc1 @ 11, and 1 \\ '11r laughs, \\ 1'1c111 'single 11l 1111 (r li) chslmhu urnhC1nN1, as for l: iillocllz () llc '-chi> rig, Lach (-i-, which, ans rather 1 \ () 1111) nmlmi one l, l) chl's all one der I_ocllhunktstl'lll'ti 1-o and a 1. () c11 in the Ic) clll) unl; tstcllc o consist, \\ - Crcl @ il as l, oclil11igeii (leg <) - / '() lt (', lachl; on11) inatlonen. bC'stuhünd a11 chll'ln lach 111 C1111'1- der Locll- 1) lllll; tstl'lleii 1-1) lind a 1,1) c11 in dl'1- @@ - Locltl) ttnl; (s (cllc, as IIchcr in the KLoch- z ( ) 1l (! 1) Czcicllll ('t \\ - Crdeti. u11 (1 Lochtingcn. 1) C- standing from the combination of a hole ili one of 1,1) clll) uttl; tstcllcil 1-q and one, 1 _ () r11 in the 7i-I_oclll) u] ll; tstellC. \\ crclcll as T, nclumgen W- R-Zoric 1) czl-icliirct \\ -. Ground. l.oclll; oulbinattnell protected as 1'111e'111 1111 (1 ('111e111 oI, ( ) c 11, as well as 1'117C111 11C1 "Lacher the Lochllunktstcllcn 9-1, are called holes the 1-o-zone, I, oc hkoni- i) inatinncll. mostly from a _watch u11 (1 a 1R-1.hole l111 (1 a hole 11l one of the 1.r) cllpunkxstcll @ n c9-1. are called lr) chungcn (] ei- \ - R-Zonc 1) czcicl] 1] ct. 1? S there afterwards for the _ \ iioi-cliiiiilg the tax laugher six zones. ] lütillich the Hinlochzotlc, the o-Zoiic, the. @ "- Znllc, the R zone, the Xn zone and Slic @ - R.-ZonC. 1 ': s is not required, (1a1.1 all who get to feel, too Perforations atlt \\ - l'1sC27. 1'.s 1; a1111 also hurried Lcersl) old to the solution of tax effects can be used, in particular for liisuitg the tax effect of eileer intermediate 7'a11t11Scllaltntlg of the SCbreilmmschlnenwagen5. Although the @ 'nrrichtung genbili the I? If 7] - for the operation of any ScWeil) - ili; isclliiic can be used, she is in M g. 21 in company illustration du ng grooves vain Typewriter special] - _1r1 illustrated, only (lcrun 1Hurkungswcisc her cinigc general remarks gcni.igc]]. The Tastet] to operate \ -m] type levers are in lug. 1o denoted by 10 . Cl? denotes the \\ agcnrüc.k leadsast.c. ' T, 4ß denotes the 1) lllatt) rt <lste, RS ' the 1' color band lower key, .5P die @ \\ '1sC11 @ 111 "aL1l @ ltastc, SI die U 111Sc) lalt- lock button and .YI? the Z-switch button. The _ \ ii: hit eileer key lo last one Pawl ii from a cam 12 allZ whereby vain under 1 'ederclrucl: standing l-Iel) cl 1 3 the \ löglichkcit is given, the cam 1 in contact with the scope of a permanent all revolving power transmission shaft 14 to]) wrestle. [) A cam 12 then runs in contact with the shaft 1d and performs a rotary hung of the carrier 1 5 of the cam in the Seal here, because () a handlebar lli flat al) - w; irts gczogeli Much that is made by a linkage 1; Citten "I @ \ 1> enhel) C1 1S hits which one hits (111e11] 31 1) Clikor-1) I'm sitting. se) that the type all, a 111) ('r 111l Ill) ler \\ "<ll" Ze? o des Schl-C1blllaschllleliwage'lls led sheet I11117 _ \ yischla- is coming. \ Chren: l of the last part The type love 1 8 meets with silent movement vain universal schielic 22, \\ odurch de]] .I-le- 1) cl 23 for the _ \ tis solution of the l - lemnl \\ - erks @ neclla- nism do Scbrcil> m @ isclllnCl @ \\ 'agCns activated, so (1a11 vain stepping 111's Ilal) ll'r- wagClls established 1; (1111171t. The \ 11cart of the interstitial key C. S1 'leaves a. \ H \ v <irtslw \\ cgtuig one Handlebar 1l1 ', whereby a tkstünge 24 he-- t: itigt Kiel, Glas also <leg ldel) el 23 effective- na117 makes l111 (1 a dual hydraulic circuit des 1'a111 (r \\ agclls llCrl> Cifüllrt. By stopping the tar toggle button SJ takes place e1110 initial activation of Schrell) - mascllllle fully klelncri letters or digits all, groll ('Letter 1l. \ Onn <11C. Key .SI is announced. then it is through a Ratchet; C 2 (i (see l'ig. 20), the grooves below hook 2 () ' 1 engages, held in the low position 1 . The Ulnschalttastc SI, is indicated by: \ iischlagerl the backwash button .SB is ineffective made. (lall (las% ächlagen <put backcl] old- Taste See a Lciil; he 2, - inside the Big. '-0 moves to the right, which causes the S1) crrl; linkC 2 <; ins <lern _Hakell 2t ')' ätisgel <is Anl, so that the SI_ key is immediately in your I-hole position retracted. Alt 29 (see Big. 21) is the usual cin- Additional border stop for <add trolleys whose return movement denotes, of whose Setting the width de; 1, the other one: leaf tes depends. In addition 7u, 1e11 to the scrawling line even belonging parts are solenoids 30 for the individual days of the screaming masclline provided, the excitement of which clen _'lnschlag the corded typewriter key licr- beifüll rt. The @olcni>clc,; ( ) will be nacliste- bright by chance by key designation vonelnail (`cr differentiated. specialty of all the i11's drawing figures indicated typewriter AM also the Contact 3 2 (see V ig. I1). the usually closed and by pressing an I-3e- hds 3 ,; kelrz gei> opens when a taboo Estimate >> all delle li elwl 33 passes. There is also another one that is usually closed. enül contact 3.4 provided. Which by S S the adjustable edge stop 2 (> gVÖHUet \\ '11- (l, if the cry> luaschlnellwagen 111 silent initial position is returned. Another contact 36 is shown in FIG. represents, its associated contact pieces 11 ederl) scroll 37, 39 sit. This Kmitakt is usually closed and is 11111- opens when a Unischaltung on large Letters are made. If to (licse111 purpose the shift key Si. is pressed, daini meets glass at the rear end of the key support rod near the end (the downward movement of the "Haste on the feather latt 35 and i> ttnet elen Contact 36. The contact remains open. net as long as the Shift key .Sb is i11 the Subscript, while the conflict cycle 36 closes again when hit the backshift key .fit the state tar Schreil) niaschille for the script lnit small nei` 13 tic.lista.l) en is restored. each to control four devices The end card preferably only has holes Only one hurried through the typewriter to be written horny, although it is basically Lich would also be allowed to use the card Perforations for more than vain cell see. After a rush under control has been described by a map, 11 feet express wagon return process% TranlaGt wen den las 1a1111 by providing a hole symbols happen in every card. u-olwi dic- scs Lochsvmbol in cincr card column too- bring is which follows the cartel columns. which contain hole symbols for characters. The carriage return is more like toe leuschakung connected and prepares the Typewriter to scream (ler nadhetC'll ; 'hurry under control by <177e new card before. If nothing else than a cell phantom is desired, then successively gende map columns with N1-agenrückfdil-al "lll- bolen perforated. The first one such; Lochs1111- 1) ol carrying card column then causes that Repatriation of cos wagons and a first lenschaftLirrb, ulld the following 1Vagenrück- fllhMUV1111M only do guard toe lcn`cllaltung. 111 deni stack of 7, 'eNtl: ai-th FC are dirsu cards arranged in the order in W elchel- lines by the typewriter under hai "lC'il @ ll'L @ C'I'llilg ge @ elll-1C'1) cll should, YES first, d. 7l. add the 11l1 stacks The text card at the bottom is a date map. There must be a special one for every day Prepare date card in the pile "You can wait while operating the machine to be used over and over again, u111 repetitive by the al machine Schemal) to have letters written. Everyone I). Corridor of the Teltkarteatapels through the .A1) feeling station of the device causes the \ machine, screamed a single letter. The address cards AC are for each Row full of breathable ends Schenlal) rlefell only once for control 1) e- ig.23 uses. As indicated in F, claims the inner _Ain: writing of a letter including name and address three lines. For the: address of each letter are. So three @ different address cartel necessary. The address cards are 11n Start in the same order nen. in which she tarred the writing different internal addresses for separate should control other schema letters. whwi every letter under control by the same stack full 3`e \ tkal-te11 ge> ehl "1e.1) C'Il will. 1 \ - '1e iil 11 ig. 1 is ambiguous, c`er sta- 1) el- from text cards FC in the L ') ehülter F.71 inserted and the stack. of address cards AC in the container: .IS. The cards are in the card holders so that their columns transverse .to the longitudinal direction the sensing station. From both cards containers F.71 and. -1.S are the cards in the same between the containers The end of the card transport field FS is pushed. Dic The card will then move in its lengthwise direction rain the _- @ l) filling, tation and all the A1) feeling organel7 vorbelgeschohen. The organs of feeling consist of a series of twelve sensory brush SB (s. 111g. 1. 3,; 7 and 1 r), of which each to feel a certain locll- point of the card. Allelf Abfü111bürstell SB is a single one Contact roller 4o (see Fig. 1, 3.;) assigned, with which the contact brushes are in contact come when e111 card hole occurs to all of them accompanies. The card is processed on a per-by-basis basis Column by column of all the sampling rates added. The sensing brushes then feel the card holes a1) and cause a de- speaking control of typewriter. The next one is then sensed Map column. After a cold on the Ahfühll) ürsten has passed, it will conveyed to an ejection station ES; Which behind the sensor station also in the middle The lesser part of the llascliine is all-ordered. "-closely the scanned card is an address card, then she will i11 the one on the hurried side of the Discharge station lying storage container AD pushed. Werin the card a text card then it is released from the ejection station pushed to the other side and from here in the Telthartenl) elialterFJ1 back- where they ( ) 11e11 on the deck of cards is launched. After the stacks of cards into the card containers have been inserted, the loading (licensing person put a letter in the ScAireib- = scllillc a and 1 »-in ^ t the for (read date certain lines of the same in print. 1) 21111l -sets (let the person responsible for machine system in operation. If (read happens, then first t-ilic text card: 111: because hard- hitting F.il the .lltülll \ llrriclltullg supplied. The gc- shift so, 11a1.1) the machine the bottom '1'_xtl; arte which is also the data card, from (leint I @ artellllell: ilter heratisschiel> t. This I \ arte wlthAlt 1111r the date, after the printing of which attf the writing sheet : \ llresse read l: nil) catcher to be printed llltlli. It 111111.i so 11I1 connection to the data tunic card of the sensor an address card can be fed. So (read looks is -slic date card ini connection the Pattimlochung with a perforation sellen, which the taasahine instructs, next Card of the filling device an address to feed kartc. : Also contains the Datunikarte still a perforation, which the 'M a- machine instructs the date card with high Eject speed. After that Date under the control of the datuin card on the writing sheet through the writing machine has been written down Due to the sensing device from the date hard felt the perforation, which the Guiding a. \ (lressenlcai-te to the sensing point \ -ei-aiilill.lt. # I, _achdenl the necessary for this Tax effects have been resolved full of the datunicard the perforation felt, which triggers control processes that cause that the Sclii-eilln-i * ascliinen \ vaguely without equal early carriage return to the basic position is returned and (iaß the date card through continuous movement instead through the normal step-by-step movement is ejected. The tax punching of the Datu-nikarte showing the feeding of the climb Send address card from container AS let, leads at the same time the requirements for the 1st transfer of the first address card to the AD storage containers as soon as they are flat discharge at the ejection station ES has arrived. The first address card bears the address (1e5 addressees and possibly further higher taxpayers. The Dul-cligaiig the first address card through the sensing station has the consequence that by the friction machine on the writing sheet inserted in this the first line of the addressee's internal address is written down and that a tax process, which is based on the #Torsclitib of the second Address card works, is triggered. the second address card bears the hole symbols for the second line of the inside address as well as a hole symbol for bringing about Control processes for the supply of third parties Address card. After the second line of the Internal address under the control of second address card from that. Scream) - machine has been written down the sensing device the third address ]. delicate fed. This card does not carry any s ätzliche perforation for Auslösulig of control proceeded to initiate the feed a new address card, but is instead with such a control hole with, one Make the holes that the card is the last : ', di-essenl <ai-te indicates. This hole As a result, the sensing section of the Machine ready for operation for the Received full text cards. To- under the control of the third address sunk the last one. Line aer interior address the addressee has been written down, Textl <: ii-teii are supplied in sequence, to (11th last test card (total stack, which the Hole symbols for the last line (total letter text, through the machine- goes. This & waiting point is finite of a tax lociung.v ers.elien, which they are the last Te '-: t- k. card indicates. If this perforation is is felt, (tann has (read that the % shine after the Dttrchgang da Korte Standstill leached. The operator removes the completed letter and sets a new writing a sheet of paper in the typewriter, taking it press the TAB key as often as required lich is to the date line of the new sheet to bring in print position. I11 connection finite the first copy of the letter will be the Address cards in (1e111 storage container : 1l) while the text cards are in the foreground reservoir F> 11 can be returned. Of the the latter thus contains after termination of the first note down the text cards in the same order in which they are at Commissioning of the machine. the 1 machine is thus located after Beerdi- the first draft of the letter and after Insertion of a new writing sheet into the Typewriter. in the standby position for the preparation of a new 'record finitely the same letter text and with a new one forwarding address, the record of which by the next three address cards is controlled. For the operation of the sensing device is a motor 1l is provided (see Fig.? and This Uotor drives over a speed reducing gear a belt disk 4i, - \ 1-elclie by a belt 42 with the part of the ricillin pin 43 of the machine connected is. The Treillsclieilie 43 is how from W g. 7 can be seen, rotatable on a Put on socket 44, which is connected to a switching wheel 45 uncl. with a-ul> plunger washer c. 46 connected, which latter is a single one _ '@ tissparunl, 46'. The pulley 43 carries fast pawl 47, which goes into the toothed tion of the ratchet 45 engages. so (1a13 the Socket 44 only in one direction of rotation 1 -, # b111enschelbe lllitgello111111en 1 \ -11-d. The socket 44 sits swiveling on a @@ 'ellc 48, which forms the main drive shafts. In addition to the clutch disc 46 is on the Iiatihtwclle 4S a = arm 49 firmly attached. the one hupplu ilgsl: left 5 o with one tooth 5o ', .through one between the pawl and -the spring clamped in against (1e11 Perimeter of the Kuppkillgsscheibe 46 pressed will. In the position shown in FIG the parts is the coupling pawl 5o through a stop 53 'a111 free'] end of one Arm of a 1 \ illlcelllellels 53 out of position held with the clutch disc 46. Of the other arm of the bell crank 53 carries a Anchor plate 53 "Which is the influence of a Nfagneten 54 with two @ \ 7 icltlengen is subject. If .the magnet 34 is energized, then it stops the Z-angle lever 53 in the in Fig. presented position in which the coupling latch 5o is prevented from using their] Tooth 5o 'into the recess 46' of the coupling lung disk 46 collapse. If the day 34 is de-excited, then becomes the @@ inhel Hebel 53 through an all of it engaging spring 55 in the direction of rotation of the clock seigers rotated, whereby the pawl 5o free- ; enter n-ird. This latch "is then against clutch disc 46 never pulled, so cool your tooth 50 'runs on its circumference, lis the recess 46 'hi your tooth 5o' an- conlilit, which then goes into the recess 'falls and in this way (never main shaft 48 with the one driven by the - motor <-upplullgssclleibe 46 brings. @Vern der 11U = ; net 54 is excited, then it brings the win- : El lever 53 in the @ -tls release position for the nimble 5o; so great when the ichwalizencles the latch on the envelope , 3 'of the angle lever the latch with its ; ahn 50 'from the! recess 46' of the coupling angsscheibe is disengaged. aside from that "is also the free end of the handle that carries end of arm 49 stopped and the ' 11-l11 supporting shaft 48 in a certain irulldstcllttng festgelialteii until the AIa.änet 54. down, aberrant n-earth. \ @ - eim das happens, then lays: I also put a handle 56 behind the latch 5o and the M-111 49, so that an i-iicl; l; itiiige rotation of these parts and their shaft 48 is prevented. The magnet 54 is referred to below as i111 Main clutch magnet are designated and the disc 46 and the pawl 3o as Main clutch. It is clear that the main kupplttn.gsmagllet the I-laupAupplung in11-ineffective inaclit and there () the de-excitation of the magnet the main coupling for c_lie transmission of torque ben-egungeli on the @ auptll-eile 4 ', "effective Power. Under (lein Elnflluti (1e1 rotation of the Main wave take place the following advantages gonge: 1st infeed 1-t) 11 - \ dres: .enkarlen and text- hard from their 'stock filters @ -lS and l = _lI to the transport organs. 11 elclie you zü.i the sensor gall 2. an intermittent card transfer port. wohei the card sl> altenll-eise through your middle part of the 1 aschine and to the ali- sensory organs are transported past; 3. toss the card from the filling bottle provide through uninterrupted movement Compare with the interruption iron Movement of great speed; 4. Atisnerfen the .ldresseltl: arte after the Side alone, after this has been sensed is, uiid return from the @ 1.us @@ - creation point ES to the receiving container <ID as well as 1 move the text card to one side only after followed by filling and recycling in the Longitudinal direction to the top of the Te @ t index container F 1l. Card feeder On the 1 main wave 4 <8, never out of the Fig.; 8 and 8, a gear wheel 58 can be seen firmly attached. lvelches in engagement with one Planetary or differential gear 59 is (cf. also Fig. 6); that is eccentric and rotatable sits on a sun gear 6o, which rotates cash is stored on the main n-elle. That Sun gear 6o also carries a safe one Toothed drive 62, which engages 1t1 with one Gear 63 is located, which is rotatable on the Main shaft is attached. The gear (J, is rigidly connected to an arm 64 on your a coupling pawl 65 sits, which in a clutch disc 66 is able to collapse, which sits firmly on the main shaft. The cup release pawl 65 and the clutch disc 66 form-clie high-speed-ejection-coupling- the effect of which will be described later that will. The coupling pawl 65 n-ird in _ @ usrück- position of the clutch disc 66 through a release lever 6; held (cf. also Pig. (>,), you firmly devil his l) i - <'lizal) fcti 6;' au f "csctzt The 1-1 (1) e1 V;.. and (111e 'l @ iirk-. schlagklilll: e 08, which is assigned to i11111, vurlnögen die hupl) lullgslailll: c and den 1) e- narlll) artcil part of their Traganncs C14 ta e sell, 5 () dati (las Zah1rad (13 for voluntary 1e1 ('11 1) rC'11un1 1111l which is V \ 'cllc 4S le @ J ('11 @ 1 "t. DeingClllaH \\ 11) 1 ('111 Zahm a (1 5`, l \ (' leh ('s fixed ; does the shaft "+` sits, turned n11'1 treil) t the Zah11trdb 5 (, which in turn Jun 111111 ztlg ('- Orlnetcll instinct <> 2 dl-clit, s () (l; ll. @ Egg on (lein tC '@ t @ tC'll <'ll'1C'il 7alalrad (1j 1111c1) 1e111 gear () (); 1111 the \\ - Clle 4S I1er1II111: iL1 @ 1. l-) il Zallll- riidel-; S. ; 9, Co. 62 and 63 form c111 l) iffe- rellthl- oller Illanctellradgetrld) C zwlsehun the main shaft j and the gearwheel (1o, des- SCH MersierungsverhIltllls so ge \\ illA. (1a1.1 1) e1 stationary gear () `j (read Zallll- rad () n eilgell circulation makes 1) e1 two rotations of the haulnwclle. Ars breastfeeds (1c11 ilr) r- 111 (llell slow _, ll @ rlei) (los Zalmra (les () <) 111l (1 ("he is represented by this driven part. 1) as Zahllratl () o drives e111 Zahmed 69th fest all crinerl linde eitler () ucr \ lcllc; c) (':. -U ig. 3 to S) who in turn sit through a KegClradgetrlche 7 1 a KAM j- 'drives, which spread over the whole of I. Elllrielltung extends. _ \ n IhrC'nl right-sided linde (see leg. 4) and all of the hirteiitrallsl) local Scitc of the filling device wipes out the shaft @ - @ in rigid \ -ell) indling illit her a 7a1111- bike 73. The gear wheel ;; puts in l, -iiig with vain Gear 74 (s. 119. 1, 3, 4, 1o.), Glass firmly on (liier \ 1 '(11c;; sits, (lic rccl-lts vom Zallnrad 4 a small tooth twist); (i and c111 big Payment wheel 77 erases. read 1: 1 ('111e number ll-ad j () represents 11i grille 1111t a ZUM 78th that drclllmr is set on @cin e '1111 79 , the iiiitci-hall) des "I'cxthai-tcill) cll; iltcrs 111 gda- is gcrt. The U lerad79 is rigid with eileer 1 \ L71) 1) 1Llllg` @ ell ('ll>(' So- 1111t ehll'r single ALis- sl) aruilg leave, which finite vain coupling lungsklinl: e 2 zusalnmellari) citct, die all cilicin Arni @ #) sits firmly on the 1 \ "e11 ( 7 (j is put on. Diecll ('il) e so 11111l the latch N: 2 form the @rallsl) ortkltl) I) lulig for the '' text card. The arm 8z and do i1111 bearing Wave 79 were you? Rotation wonders \\ (111l the Kunke 112 except I: inlrilmit the l @ ul> 1) lungsscllcibc So - ('hold \ 1i1- (1st what ( 'should maybe DER under - by einC17 - \ IlkeI "I @ C'1) el 1 <84th Wuerilng through an AlagnotCn s1. This AIllgilet forms (1e11 11L11) lllulllslllaglle- tell for the h ('\ tkal "lelltl'; 121 # 1> ol-t. 1) 1e Erre- tion (1 (s Magnet 8; hung (1e11 I "lebel P'4 111r11.a 111.1e1 "1: 1 1111r11. 1111t (1 ('11l. \ R111``3 111l (1 permitted (1e1 "I11ipp @@ 1111 @ k11llke @. I11 C11 ('recess (1e1 "K11pph111gsscheibe 80 e111 zufall 11. Da- through \\ - 1r) 1 the 1 \ "(11e; 9 with her Mille75, \\ el @@ lll 'ulluilt ('rllrill'lieli with (1e1 '1-fZLlll-) t \\' ellc 48 through the 1) escllrici) ellc @ ctr @ c @ e @ crb @ n- is driven for one revolution coupled. 171C wool 7 () carries- to each other kolllpolllen- t <ire \ ockeil 8 6 (:. Fig. 9), which with the free roll Ends of the _ \ r117 ('of a V-shaped Ilelwls 87 cooperativeC17, which is firmly on rather Wellel8 sits. 1) 1C \\ 111C N # 's eradicates a rush pair -Zal1119 (' l: - t () rcll 8 9 (:. W g. 4 and ii), (Irish teeth i11 Toothed racks a111 Boden \ - () 11 Kart ('llschlehern t) o intervene. to drncil hardship () i "/ -t1111 l @ C'1" all @ # 1111C'1> ell 'leg "lowest hard (' ails deal @ l @ cxtkartcllv @) rratsl> ell <ilter Sitzoll. If the alalllct <`, # energizes 1 \ '1r (1, (1a1111 has (read zur lillge. dal.1 week 79 with Because ; ; for before single turn gckul) - I) C'lt will. \\; l111 ": 11: 1 diC'seI" L @ 111 (11-Ci1 @ 1111 11 "1r_ 1: e11 the. Nockell S () on (1e11 1 Ichei s 7 tlll d cause 1'111C 'hnzje `C11 \ AnO) C' \\ - egung (ler \\ 'e111' `I. I1"; ihrend (ges \ I) r \ v; irchul) es this @ell \ 1111; @ 1) C '\\' e @ 'llll @' - d ('push shaft slic (laraufsitz-lell tooth sectors S (q ( lie Selllel) Cr gr) \ - (1r. S () dati (He all men sit- 1211 Ab , # 1-c11111C'sser 91 hlllter (11e lowest Grasp the card. 1) 1e _ \ 1) gi-cifille: scr scliic11cii snilltt (11C '. lll' \ lk; ll-ll 'alls (1t'111 @ .ol "1" at @ l>C'll;lliel' r1_11 Kraus, 1) 1s she z \ visclwll I; eil) Schulle c) -> 11n (1 scltlllll allgc () 1 "(IIletC @ I, 1-flllsl> (@ 1" t \\ 'al "/. Ell 9j arrives, which is firmly ailf (lcr (lurking clen NUN j; sit. The 1Zcibschtlhc 92 1) 11- (e11 "Heil ('1)) 11 .I-Ichehl94, Which Mit ei' der Action 1 (l11 .Ie: lerll9 @ -teiloll that they against the nikthre cartel support u11 (1 envelope ring plate 9 () to (11-cliell sucholl. 1) 1e 1c'11) - AM are all your backwards 1.1 (1c after downwards flimsy, so (1a1.1 they are wavy; Lillter11a11) (lot 11a (11 autwarts curved lindes (leg- ha, -tcllstiitzc 97 des Bclliiltcl-.z; 1: l / lie, 1 \ -1e this- from I'11. 1I is clear. \\ C'1111 (11e hard from () l'111 @ "orratsbeh; llter is ejected, then she steps over clic Sounds 92 and-comes between -the silence ' u11. (1 the T ranshort \ valzen 93 .. l) The constantly circulating 'hrallsport \\' al- Zoll 93 convey the cold sideways to the central lerell transport path 1 ', 1 (see 1'1g. i>, where (11C' Card i111 sense of the Ilg. 1 i to the left between between the Isartellfüllrungs- and support plate 96 and a cover and support plate 9S is moved until the leading edge of the card on the front linden of the friction shoes 9 2 'all (gei- Adresserkarterscite greed \ 'laschille meets. The Iebel 9.l1 who wear shoes 92 ' lead in it (111e swinging movement backwards warts eiitgeleli (1e111 course of liecler 95. 1) 1s the back roll ends of the shoes under the Vorderkallw of the support plate 9; ' of the address selll: artclll) ch: ilters kick. The Sc11Llllc c) 2 ' (bright in such. way as yielding ( for the ".1'e @ ilcarten T (, which hilld): rll, (-1 @ tC) die @l) r (lc: re echoed this card hvi dulu @Frallsliort zur lllittlc, lc.ll .Iratlsl) urt- b '<lllll%'. 1 damaged \\ - 11'.l. \\, e1111 (read hlll- tcrc llllclc der] @@ ll-ic dich 'l "r;ltlsl>c> rtwalze1193 and the shoulder <) - VUrlW. c1 "<11111 kÖlllIell die Shoes 9-2 return to their basic position ren, being the liartc between schools 92 111l (1 (9? 'Zell (rivi't 1 \' 11c1. The 11th line is l11 of the middle one FS whimsical hard can now in their Conveyed longitudinally to the sensing point @@ - cr (lcn. in which the -, '\ l) fill) iirsten SB and (lic Kolltalctwalze .a0 are stored. To diesels The purpose is the wave, `9 the transport coupling ment with a firmly attached to it \ ockenscheibe loo provided (see hig. 3, .4, 9), against which hasty role lied vainly firmly placed on a transverse shaft 1o.4- part Schwingarrn 10.3 sits, the shaft 104 also carries lmch e111111 Arin io, 5, who through a pin-and-slot connection on its upper ren free songs rillt cillem hartenschiellcr 100 is gicktlppelt. The card slider 106 is in the middle card support plate 96 out, so (let him see the Abfüh @ in the longitudinal direction direction and the stretcher FS moves can be. \\ 'e11 vain card from cillenl the storage container 1111 ocle r AS on the middle Trausport.bahn hiniil) ergesch (Wen (tann 1) it moves above the card control slide: 1o6 111 (l hurriedly upwards gel) oge- at the rear end 107 at the rear end (res bers. Eitle l "ecler iol, what a111 Arne going on is attached, keeps the card sleeve 'raw for gC \ 1'c) 111111 @ 11 111 of its posterior stkllig. Consecration the shaft 79 is given a vain turn, <1a1111 sch-Leben die Abgrelflnesser zgz ztl- next a text card from (lern \% orratsl) eli: il- out of the valley , so that this portorga) len 9? wild 93 is captured. the <lurking non-running transport rollers 93 `-the card appeared flat on the side the middle transport lane FS. The Nockeu- sclleil) e zoo is designed so that the Arin 103 moves flat forward after the card promoted to the middle T ransport'hahn FS has been. When the arm 103 moves forward Mus swings, (1a1171 (also barks d11 him the supporting elle and the one sitting on it Ann going in the same direction, vvobei-der Arm 1o5 doll Schlebwr Tob vorsclllel) t. Of the Approach loj on strabismus) he then grasps the back lower part of the card and enclose (pese in the longitudinal direction, l) is its front] end between the contact roller 4o and the port roles i io occurs (see heg. 1, 3, .I,;). Of the The card pusher then returns to the starting position back. During an I rotation of shaft y a text card is thus displayed on the side (1e11 \ @ - @ rratsbeh; ilter eel out and on the lnitt- l @ rc "I'r <ltlsl) @@ rthalltl h.1 hef @ irclert and on . \ l @ iülllst; lti @ lll v @@ r i11 of the L: itigsrichtttng to gesdu) 1) eln " y) you all yourcilt @ c @ r @ lcretl I: It @ l @ from the rollers 4o 1111d 1 1 il crfafit w11 (1. I11 a similar Mse is also hurried Adix < card AC from the storage container AS hcl-- disqualified and the sensing station leads. The permanently non-running \\% elle ; 75 represents by rushing gear ;;, 77 'in, ÜhersetzUngs- Verliiiltnis i: 1 in coupling connection with , one wave 7 5 . A pinion 76 ' on the Wave 7,5 ' drives a Zahrlra (1 78' and a Clutch disc so ', the (lrehfiar on the «'Olle;9' of the transport coupling for the Address cards sits. @ \ 'elln the magnet 85' for the Traitspol-thuppltlllg of _ @ d @ essenl; ar- is partially excited, he releases the lever atis (learn I: iiigi-iti with crem Arin 83 'tirld dei- Kuphltlllgslclirll; e 82 ' aUS, making the pawl is initiated in (.lieAtlsSpal-tllg det-Sclteil) e So 'to collapse, whereby the coupling n-elle 79 ' for a complete l-turn with the do running cn \ 1 hurry; ; 'geJ; uppelt w11 (1 Shaft 79 ' caused (then via cams 8 (', the Hchel <@ 7 ', the shaft 88' and the 7ahn- sectors 89 'hurried \ -making the map- slide 9o 'and the caliper 91' f111 the address card part, so (1a1.1 the umei-steAdres- sell card off (1C111 pre-bed holder AS is being swept away. The transport of the address; - sCllkarte i11 lateral l- # lclltlillg \\: 11 '(1 (1l11 ('11 111e transport rollers 93 'continued, 1lelclll' firmly on the constantly unrunning wave; 5 ' seat part, 1) 1s the card on the middle part Tralls- 1) ortl) alltt hS between doll SCI11111011 9 2 lind is aligned. The coupling shaft 79 ' f111 the transport the _ldressenl; artell also carries vain cam- sclleil) e 1 () o ', welclic on an arm 103' wil-l; t u111 through this one of the shaft 1o4 rushed oscillating movement, which hurries into bungsllcwegullg of the card slot loti inn- who pushes the card forward for so long, 1) 1s their left end edge (see heg. 22) zxvischen (11e eiollen 4o and iio arrived. Intermittent antitrust transport \\ # C1111 the card from the `\ 'alzen 40 and 1 10 ei-fa (lt is, then ei-follows an interrupt white transport of the same all the 1) iirsteii SB over. After your passage the front hartellkallte through (read Walzetl- matll gets this l11 vain guidance z11'I @ l11 @ 11 the plate iii and a removable] plate 112 (see Fig. 1 and 1 (13). After the passage through (read, guidance arrives rlie (lere Card edge between the top of the card Operating transport rollers 113 and friction shoes 114, which should be seated on levers 115 (see Fig.3) .and by attacking the levers Springs 110 against the bottom of the hard II11 @ -ht \\, '1-17,' 7l. 1) Il 'W: tI7ell 1 T 3 \\' i1-wedge 7771t I @ lil \\; Il / I'IIIcuII t II)) 7717l 4 () 1) e1111 Transport k: il (i ' JH 11'1l. \ 1) II11111) lll- @ t (' ll over to- IIIII, 'll. \: illi @ ll'lll di, 'liilitere] Katue's I @ ,. II 1I '@I: I @ I i: llt @ l) I) I-1 \\: Ilz (' lll) aaI-.O and 110 71: 7l. 1T1111 c11 the \\ 'alzcll 113, which I @ .II'1 @, '@, 1'll @lil' Vil) ole shoes, .. '. @@@ .I :. \\ I'ill'I I) I'i @) rllcrullg the card up I \, I '. @ \ I'II @ II'Illlllg I: # @ (S.I'lg. L) from. ): \ i'i i i7'1) JI'r rolls 4o, a 1o and 113 -: oi nII- @ 1 '\\' l, lllllll'll intermittently Flic II; iiilltnnlle by means of vain Geneva (see 3. 7 and 8 '). II: IIII) t \\ clle4 @ tr; igt hurried pinion 7, 'I 111 I', 111 '. @ 1'llt 7771t ellleln gear 121 I @ \:, I. also I @ 1; r.4), on one of the forehead . , I. 1: i (s c h1'il) c 112 is attached, all wel- ":. ';: @ i 1;"111't1 I -, 3 sit. The l \ '- oleil 123 12d of an A'laltese0a-el1z- . . @ I. '. @ll. @I) 11-1-g ('t1-lebe @ elntretell. Das .Iliiliil ll @ \ il 1 <I'71 d ('r rollers 123 grooves the . ,. @,., 11 1-, I \ I) llril'ht so that hurry to breastfeed : I \\. 17i77 il @ l 1'iii (#s determined as a fraction :1:@ . \ I: 1,1 '! Lilll'It @ l) iels.in deal Zeithunht a , @,:, @II, \ I Icllclll vain cartel column under i. w; \ lilllllllllil- @ t ('ll be located. oh diesels .I @! I 1: t1) I 1'i il) l; @t ('igle further movement of the I; IIlgsa111 increasing business \\ - in- 1..1 ;;.,; , I \\; Ilil-I'll @ l about twice the duration 141 @ # Illl.l; tit, lsl> cril) tle and then a word ", Il. \\ c ,, illi.g itlil decreasing speed Ä. @I. @ 'm: i \\: illrclltl the duration of the still sand I #, I @ "I, '!) I. / Irr I': rreicllullg the ii; i first breastfeeding 1 ) .t. \ 1a11 ('e'rhrcnZrad 1J5 sits firmly on #. '7i7 I \\ 1'11I' I -, 7, \\ - ('1 (' 11e also before I \ tlppltmgs- _: I, @ II @ 1 'i .'S t 7.i ^), hic with four recesses t .i "'77 ('7i is. Ilic uni go ° against each other t / 1 @Iilll. 1'.1I1 ('htlppltillgsldlllke 129, 1i ('; 1I1 t'lll (' ill. \ 1-111 7 3o Atzt, who all e111 ('111 , '.111i dir' \ 1-c'11 (. '1-; attached wheel 131 I1, 'll'. Is required (\ g7. Also hig.6), is used against the 7; .77l l dcl- I @ lll) plunger washer 128 Ilir-drawn. I @ lil) I) ltlllgshlinl: e 1 29 \\ - 1r (1 but for , ..: Illlicll; t11 when reaching into hasty cut-outs I'lli :: 1-N 'd (' r disk prevented by a : II; t 1'111 1.32. 1 M Sperl-arnl 132 is stuck @ ': ID; 111' »1 1) i - ('lwal) f (' li 133 eilfies lever 134 Vig. _2). \ i1 seilleid ol) ('ren linde stands I II'I) I'I f3_1 ill pin-slot connector with of a magnet 1 3 02 the '' .i \\ lillrl'll: l du, I II) (- Ilg (': cli \\ - illrligk (' itslcar_ @, li: llts \\ Cl i \ 1> r @; llt @ l's <'rre @ t will. \ 1I his li @ ll'rl'tl 1'a1111 'represents 1l (' 1- IIchcl 134 in pen- # @ I) 111z - \. L'1'lllll @ lilll @ I) llt c'111 ('111. \ 1-I11 1, j /, Ilei- '''-I; 111l bright I) 1'l'llz; ll) II'll @@, (' lll ('s .` @ I) ('I'l-; 11-111 @ iiir die Kttl) 1> ltlll, @@ hlillhc () 5 der I Iln llgc # : ii \\ itllli @ l :( 'it @ l:; 1rW 1t; ttt @ W'ril;tyl> Itlll @; lllige 1'I /.I is. I 'iir ge \ 1'l> IIIIII @ II is 111't. \ I, 1`rtlet I; t) clll- I'i i l ', @ t. s ( ) Il; tG hurried: t11 Ilc'll 1 I ('lu'I 134 allgrc'i- fende Feder 139 this I-Icbel under @ rll @ lng 1l11 direction of rotation of the clockwise 1l1 ellle gea-1sse Limit position. Able to bring (see 1'7ä. 2). The locking lever 132 is 1) e1 this Limit position apart from thing contact with the coupling luligsklinke 29. At the same time, the Arm 137 of the lock lever 6i after one rotation counter-clockwise. if held in a limit position (see note 6). With this position of the SI) cl-rllel) els 6; represents this in thing handle with the latch 63 of the high Gesch \\ - indigheitskartenaus \\ 'erfkliplung and (lein this supporting Arin 6.1, so that the do not blink 63 in contact with the disc 66 arrive kallil. The gear 63, which fixed 1111t (1e111. '\ 1-1l1 64 is connected, is therefore quiet when the 1'lagnet 136 is very upset is. The magnet 136 is de-energized, if (Iic card is advanced gradually. It is then the lock) el 132 in (ke- in Ilg. 5 shown rest position, i.e.) except for reaching for the associated latch. during the SI) errhebel6; in the in lig. l) is the working position shown. `Vein glass from \\ - erfen -der card finite lioliei- Speed with continuous movement has to take place, then the magnet will 136 excited, causing a change in the Locking arms 6; and 73J is brought about. The magnet 136 can be used in the interests of quNneren expressions \\ - also as high-speed (hgkeitsaus \\ - erfinagliet be7r_eicliliet become and is (for a special high-speed k: eit eject marking of the card in effective sainkeit set. 13e1 der- lilltei-1) 1-ecl) tiilgsl \ -else from column to Column taking place card switching, uni which it is present, the Magnet 136 is de-energized, and the parts are actuated 111 the l11 bright 1'1g. 5 and 6 shown Location. The gear 63 of the Wchgesch \\ - indig- The ejector device stands still, but rend die 1 \ tlpplttllgS] Cl11) ke 129 111 E111g1-1ft 1111t the four locking gaps 128 'of the coupling disc 1? 8, which is in a fixed position stellage to deal 2 # .lalteserkreuzi-a (112j # 1) elill- det. The 1'altesian cross wheel lJj # is so because 1) e7 closing once \\ ir- ken with ein'- oarlock 123 uni oo "- switched becomes what (lein 1 @) rschul> (ler card tilli ein Column is urgent. W: Ihrcild der I) aller des I'.illgrilis der "@ 1`1-all @ l) (ll't \\ 'alz (' ll. + () U11 (1 110 »» T the -l @ arte there is a vain bruise of the 11aI- t ( 'n'rkl - (' llzl-ad ( 's e111 11111 <: Tilz (' s \ i ( 'ltaches 1o: 1 "I-1'il @ lrellttllgctl des \ l; tlteserl: rc'ltzl-a (lcs. I); 1s Z; 111111; 111 1.31 sets 1i1 1 ', ingrllt 1111t ('I11 ('') 1 I'lall (' l ('lll'; ttl 141, d: ts <1I1 a "'SOII- ll, 'l1I'; 111 1.4_ 'Atzt, which is also 110c11 e111 hla- ttetellrall 1.43 carries. that is interlocking ignited with (lcni I'lail ('tcnrall 141. u ('lll-ad 1. + - represents in Elngrll-t 1111t your tooth- m (163, which during (lcs undercrl »-cchull`s- weiseti- cartel transport at a standstill gell @ tl- becomes part. da (1a1111 (1e1 "Spe rrllebel 67 1l1 I'.111- hriff with the Hochgescliwilic1ig1ccitskt1111) - release latch 63 and dcreli support arm <4, which fixed with deal gear 63 vcrbutl (leli Is. The sun gear 142 is therefore belin un- Interrupted card transport still. 1 \ 'hen this gear is standing still, it kiillllctl (lic Plalletellrä der 1-41 and 143 not ullllau- fen, but only as bewölinliclie 7allnr @ ider "virkcll. Dcmgcm @ iß (II-clit (read in front. \ 'laltcser- Cross wheel set in rotation, gear wheel 1.31 (read gear) 41 and clicses N \ ic; lei-llin that 7alilli-ad 143. The l ('tztel-f represents 11l I: lngl'lft with cilleni 7a11111-ad 1-44, which is finite (1e111 Gear 143 is firmly connected. Confuse Zalln- Rä (ler 144 and 143 sit rotatable on the Shaft 127. The gear 143 is in mesh 1111t a gear 146. which in turn 1111t cllielll 7alllll "a (114j is firmly connected. The gear 1. + 7 drives a gear 1-18, wel- ches 111 fixed connection with (1e11 @ alltll-; Lllel "11 14 (9 and 13o represents, with the three toothed veins rotatable together all the W 'elle 12; are put on. The gear 149 drives a gear 131, atif desSe11 @@ ('11e e111 -1,'1111'-a (1 1 -3. fixed on- set cogwheel There, s cogwheel 1 # 5 3 stands ill express- gl'lft 1n11 a gear 1,54 a111 hands of the Transport rollers 1 ro, while (read gear 134. is in engagement with a gear 133, (read at the end of the wave (put transport and hontal: twalze 40 fits. The 1-e rbunclene with the gear 149, 7aline bike i 3o sitting on the same shaft drives a gear 1; S, which is fixed to a 7ahilra (1 1 jq is connected, (las s1011 1I1 7ahn- cingrift with a cogwheel 16o behridet (v11. also Fi: g. 1), which is attached to one end of the shaft of the auxiliary transport waltz 113 sits. The transmission connection just described result, (let the main shaft 4c with the mediation of the i \ Ialteserkretlzi-ades the transport rollers 4o ,. 1 1o and 113 under- brechtingsweise drives. The rollers 4o and 11o move the card column by column past the sensing brushes SB. The ones with (1e11 I'eii) tllläs: clltlllcll 114 cooperating U'alzen 1I3 support card transfer port through the filling station and convey then put the card in the TS position (see F ] @. 1 @. @ \ 'hren (l the map step by step all the sensor organisms are moved past, the in the hartenspaltell vorgesellen (-II Kartell- markings felt. what the regIstri- tion (leg sensed by chic typewriter o. (1-1. entails. »1e I \ al'terls @ li <" 111 @ 111 Lllltl'r arranging one Gcl ) fel- Sperrgeti-icl) it is selected 3 . in a hurry short Kai-tenrtilic hei (leg: @ l, fuliltilig to aim so that e1110 zlll "erl <l @@ lge _, l) f11111 @ 111 comes. @@ 'ie the tax liability of the registration tulig under (learn the influence of cardiac feeling comes about, i111 connection is all of that S1romkrelsschema of I'1g. well and 2j1) et-- be liilitcrt. I-Iochgeschwilldi-keitslcartel- atisit-ei-feri After completing the registration deL sensed hole specs a hard down gradual movement of the latter can be will be required to use the card while a more or less notable part of their I_äli @ e a11 the Al) fililvori-iclitung without having to be registered Card holes in all the sensing organs There are map columns passing by are or because existing hole details are not - should be registered. It is in it wi: in- nice, the I # .- arte quick and niiuntel-bro- To promote Chen to the Atzswerfstellung FS and for this purpose the step-by-step card feed with the interposition of the To suppress Maltese cross wheel. Uni der Machine the signal for such a rapid uninterrupted card switching to zebeli, is behind the last column of the map. (place Information is to be registered, an urgent Talking mark provided which 1L11'7_ designated as a high-speed brand should be net. For uninterrupted travel with high @esch «-in (the Transpol't1 \ 'alzen 4 (), 110 and 113 1111t higher Speed as hot the gradual Circuit rotated - ,, '- earth. It will be darili also the middle wave; 2 Illlt a bigger one Speed rotated than normal. the Wave; 2 drives, as already mentioned above, was sent to the card feeder which is a card from one of the '\' orratsbeliäl- ter AS or F.11 transported to the sensing point will. @ 1 which will be explained in more detail later which is carried by the @ -well; 2 also the throwing device for the address hard, through which (read (from the Atis throwing position AS while moving in a lateral direction your Receptacle <AD is fed. The. @@ 'elle 72 also powers the facility, through which the text cards from the: @ tiswcrfsta- tion ES out in the lateral direction. find firn connection -there back to the top of the temperature in the card holder F.II deck of cards can be transported. 1 - @ - enn one 1 @ orhgesclrvindigheitsmarkicrung felt will. (Then the 1Tagllet 136 is excited, where- through whose Arikerhehel 1 ") - a turn 11l1 DI-c'llslllil the clockwise and the lever 134 a twist clltgeg @ el; lent bad luck of the Clockwise learns (see. Fig. 2). If the Lever 134 against (no drilling of the clock rcigcrs is rotated, (he moves the .Arm 13; i111 Direction of rotation of the clockwise by the ratchet 6; (see hig. b ) missed 1 \ '11 '(l, die huppIiln, gh; llnke 65 lind den (Ilse -bearing Arnl 34 to release. The latch 65 then fills into a recess of the driving Couplingsschcihe 66, which is firmly attached to the Shaft 48 is seated. The gear <; becomes thereby ; 1i1 the shaft 48 coupled. When 11e1 "lever 134 against (lein turning is turned clockwise, then has , read that the locking arm 132 (see Fig. 5) is lowered and the coupling pawl 129 u) 111 (1e11 catches this supporting A1'111130, 1 \ '1) through the pawl 12C9 out of the setting finite the "coupling part> scheh) e 128 is moved, the latter immediately (lurch das @ -laltescrkrcuzra @ l i-23 angetricl) en will. 1) 1c huppltingsschcille 12S and that _ \ faltescrkrcuzrad @ vci'den indeed `@" e-itergecirebt. a1> 11 the gear 131 is now `: C) 11 11111e11 eelt- Kupl> elt and lvird through the I @ ing reef between (1e111 SI) el'1 "arlll 132 1i11 (1 der KuphlulgChke 1 29 and dercei "pragarm 730, which is rigid »Lit (learn gear is connected i 3 r. At rest held. The Excitement Read High Speed auscrfmagncteel 136 has the blocking of the Gear 131 against rotation and the of the gear 63 for the drcllting through the main shaft 4S result. When the gear 63 displaces 111 'of rotation is, # !, 1) 11l rotates the same the sun gear 142, l \ elc lies geit him] iii tooth meshing (see FinA, hl; 7 and S). Whom the sun gear 1_f2 itself drclg, (1a1111, l; its planet gear 141 runs lull the gear wheel i 3l, which is now still represents. Heim Al '-roll' on gear 131 turns the Plalletenrarl uni its own Axle and (11- (11t therefore also rope accompanying pMeter wheel 143, which on the same sun imd 142 seated. The planet gear 143 is in l? ingrift with cicm gear 144, which is driven by the explained (ictrielw connection the card transport rollers 4o and iio and the auxiliary transl @ ortwalzcrl 11 3 turns. .This rotation the transport rollers is, however, uninterrupted clleii and takes place at greater speed kcit as the twist through the blalteserl; reuz- ral That the speed is greater is, results from d111 to be considered- the translation relationship rope of the effective gear parts. The head mow 48 is drifting through the fluffy fleas, which are bellied to the Geneva 111elle 121, 122 u11 (1 133- the 11ahcserkretlz- 1nd 12j with the] fourth part of the business duration of the continuous wave. When the gear 131 1111t (learn blaltescrkreuzgetrlel> e kilppelt is. aalm is therefore also its speed speed only a quarter of the speed the main shaft, and there this gear through the planet gears 14t t111 (1 143 only pure as A non-running gear works, so it drives too the gear 1: f4 only finite (lein fourth part the speed of the main shaft a11. M ' Transport rollers 4o, i io and 1 13 are dui: ch the gear 144 with the corresponding Speed driven. With dci "ejection movement the hard ride the gear wheel stands at high speed i 31 quiet, while the sun gear 1:12 the gear 6; with a] quarter of the scllwindigl; cit c111 "main shaft driven wli "d. The planetary wheel r41 rolls the t1111 Gear 131 from, and its Bogleitplanetenrad 143 WHERE the gear 1 "f4. The Ülarset- ZungsverllUtnis the planetary gear is so that the Zaliiirarl 144 through the planetary wheel 143 with the double Aschwindigleeit of the sun gear i, 42 or with half the Main shaft speed driven will. If the card is ejected with high Speed will be the gear 1: f4 and who are attracted by this "Ihansport- walzeny1, 1 10 and 113 ulluntcrhrocllen, and with your double that swollen that they have turned because their activities under 7wisclleilschal- the Geneva locking mechanism. 111 desel) calculating Ä-Vcise is werfeli a hard illit high speed kcit the mean WO; 2 with increased dizzy; cit rotated. so that also the Organs for card feed according to 1) c- schkunyt. For habitual I am acting the lock 1a1111 67 1n 1Eln- gl'lft grooves the HOcli: gescli \\ 'liltll.glzeitsatis \\' ert- coupling notch 6.5 and with this tra- gender. Arin 64 so that these parts -and also that in a firm connection 1111t your arm 64 stationary gear 63 held at a standstill will. The gear = S on the main shaft 4 <S then drives Glas I'lanetellrad 59 of the Söll nenrades 6o, and the pl: arictcili "ad je) rolls its companion wheel 62 around the locking Zalln- bike 63 a1). The L 1e rsetztingsverh: lltills is here so that the Sonil-ciirad 6o with the Half the speed of the main shaft turns. While the card with high (3eschNvin- is ejected (read gear 63 coupled to the main shaft and rotates rode at the same speed as that Gear 58; soft firm on the llauptwell "- sits. 1 \ -e1111 the. Zalliii "iicler"; S u11; 1 63 themselves 111) t (1e1 'same]] speed n11 (1 l11 (11r turn in the same direction, then the ones with them in I - engaged planetary gears- 39 (111d 62 against each other against rotation 11n1 their coupled with their own axes, so that the sun rad 6o with Bell Zahnrii; lct-11; S and 63 for Rotation grooves at the same speed how the main shaft is coupled. The hard one with the ejection movement at high speed the gear wheel becomes 6o 1171t (a double part of those Gesch \\ - llidig- rotated, which is usual for @e \\ - sits. The middle ones work accordingly Wave j2 and the facility to _ '@ us \ ver open the cards at @ oc @ ge @ ch \ vind @ g @: eits- actuated double s0 as fast as under \ normal circumstances. U'enn an I-locligescli \\ - iiid1gl: eitsiilai-kie- rullg is sensed in a card column, (The operating procedures then take place "Length equivalent to a speed of 1111. : Eject full address cards It has already been described -like that Transport rollers 4o and 110 with lower supporting the 1 auxiliary transport rollers i i3 die Card through the machine's sensing station promote. If the \ -front edge is a hard on the rollers 1 1 3 \ "OI'1) is eleven galtgfll, (_1a1111 she joins l11 the lead between the Plate part 163 and 163 e111, which 111 of the thrown station and all your left- side end through a spacer strip 164 are connected to each other (see 1, 3 and i ,,). The _Sensing of the card is rushes, \ velrll the rear edge of the card die Transport rollers 4 and 11o leaves. the Transport rollers 113 then set the card transport, with the card moving between between the guide plates 163 and 163 until the front edge of the card touches the <Spacer strips 164 ailstöl; t. Load the card can then be found entirely in the Aus \\ - erfstation IT. The card guide 162, 163, 164 is with its right-hand end on a support 165 and with the left-hand end on one Support body 166 attached, which two Support body placed on a rod 167 are which in the middle of - @ tis \\ - erfstatioil is arranged and this, in its longitudinal direction device penetrated (Fig. 3 and r5). The support 166 is below the rod 16; finite one Pin 168 provided, which between two Arms 169 passes through, which is rotatable on the middle shaft 72 and sit with each other connected by a coil spring 170 are un-d through this with their upwards directed side edges in contact with a fixed stop pin 1; i kept (see also Fig.?). The pressure of the arms wen the opposite sides of the pin i68 of the support body 166 holds the guide 163. 163, 16-. usually in a middle one Location, which is the horizontal location. Mlenn however, to guide 162 to 16.4. from to the right (i111 sense of Fig. i3) a print fulfilled \\ - ircl. dailii makes a tilting motion around the rod 167 1111 DI "axis of the clock gers a, and. the pin 168 causes pill Dreli: be \\ - egting of the iin sense of the fit ;. 1 Left Arines 169 against @ denl Dreh- dezz 1, 111-7_elger # and the effect of the Spring ij o. Accordingly, e111 causes on the left side of the guide 162, 163, 164 , Au s-eii LI 'hter pressure eiit- a rotational movement l # lyellen - your turn: the sense of the clock. LI what the pin 168 the right-hand Arne 169 ini Turning the clockwise counter-clockwise to your train the spring 1; 0 causes. The guide 162, 163, 164 is their finite right end usually something below the upturned front end the upper cover plate 173 of the storage tank hülers AD of the .address cards. The right lateral end of the guide 162, 163. 16-4 is located also above a horizontally bent Alxclinitts of a vertically standing solid Falters 17.3. If the map guide 16.2 to 164 1i11 drelisiilii of the clock hand (see Fig.i;) tilted \\ "11d until her right hand a11 a further rotation through the holder 17.3 \ -erhlndert \\ "11d, then the I'llll- slot for the hard one about (learn ben 1 @ 'add z \\ isrhen .the outer edge of the towards the upturned end of the cover plate 172 of A-address card tray AD and the top of the Adresseiikai-teiistal) cls into your container AD. One on the side from cler = 1us \ Verfstation ES against the address card ten: containerAD moved card is thus through the map guide 162 to 16.1 directs, claß -sie between the top of the top card in the container and the container cover plate 172 is individually cliobell. The card Stack of ten in diesel containers rests on one Support plate 1; 4, \\ - elche from a piston J7,5 is carried by the vain spring 1j6 pushed up \\ - il-d. This will make the Stack of cards i in container AD with his Top side continuously against the back side of the Cover plate 172 pressed while the weight of the cartel pile on the downward movement of the Support plate 1; 4 fiii-'die cards against your Pressure of the spring \\ "irks. The Kippl) e \\ - eguilg the map guidance 163 to 164 i111 direction of rotation of the clockwise un; l the lateral: @us \ movement of the address ] tender from 11e1- Atis \\ # erfstatioii ES to the card- AD can be displaced by two. seginerite 1 f7 causes the rubber order and on the side next to the answer sta- tion. for which cards are arranged. the Rubber segments 1, -; sit on hubs 178, \ velche rotatably mounted on a MJelle 18o sets are. which are in the direction of the _ltis \\ - crfstatioll extends. The Wclle 18o will ttlltcr \ (Illlittllillg eillcr Ausrücl: l) arcll coupling lung) 11,1c1,) lic middle \\ cllu; 2 all-drive. l) ic K I @ I'1) 111 »g der \\ 'elle; 2 with (ler MIUC IA) uri "Igl i11) (1 a gear wheel 181 on the left @ (i @ i; @cllI: l,; le d ( 1- \ A-clle; 2 (see Fig. 1, 3, - 1111.1 1.l). I); (s Gear 181 drives via e111 intermediate 11u1 I e111 72111111a (1 is which 1111t a ) Aas larger Gereu gear wheel INd fixed) 1111 (lelt 1> 1, read 7.111111 "a (1 1K4 s u llt 1111t colenl numbers 1nlll 185 full of the same C1rc) LIc 111 I: lngrltt, which drelll) ar put on the \ Yllc i So is and firmly with a hul) 1) lungsscheihe I `() velmllden ist, which is a marginal issue) owns. _Aln the left side of the \ Wlle 180 sits tight too hurry = arm 1s>;. \\ "clcher one httllplun @? sklinl: c ISS carries that into the saving the clutch disc iNh \ "crnlag. The ICuppluilgsklilNc: INS \\ - i1 (1 through a SI) errhchul I `o, which under l'1) cr \ vacliting cillcs 11; 1g1, (1 (» 1 () () stands, in (l (, 1- Allsri: ick- : ic @ lu, lg gchallun. I) cr lever IN ( ) stiil.il, \\ - e1111 u1 the Klinl <c ts #S -cl "fal @ t hat-, also against the scllu; 1 ('s. \ 1-111 (' s I S7 and 11 <i11 then (11e \ - \ - elle i N ; ) in their (äI-IIII (lst @ # llung_. 1) e1 \\ - (1 (1e1 die h)) - unt () rlnigell sections of iAUS \\ 'erf- s (glllente 1 ;; in the Ferllstellullg to I \ an ('guide 162 111s 164 hands, in which c11 ('r.sie 11l I' 1g. 1,5 are shown. The ra- diite (1e1 Seglllente 177 gr () here "as the waste around the Ach§c of the \ Vellc i So 1-o11 of the lower I - (, ii guide plate 1 C> 3. \ 1'enn therefore at (Corrugation of the shaft Co rapidly decreased the clockwise direction of rotation through slits (in the outer guide plate: te 1 <2 step through, put your upper side of the lower guide lath 163 and push this down. \\ "ohei the card guidance hurried tilting movement inl direction of rotation of the Clockwise. In this tilted position dci-Kartclifführung is the guide slot wipe against the vertex of the \ Vinl: cls Top of the deck of cards; mul dem hocle lied I = tide of the rear plate 172 for the Deck of cards straightened. If then the rotating target 1 ;; (lic card against the Container Al) convey 1i11, (1.1111l pushes the hard (between the top of the har- wnstapcls in the container and the bottom of the 1) eckl) lat @@ I j? e111, so that they 111) e1 'the 111l Hchä lter located hartstal) el schobeli becomes- 1) 1e _Auswcrfscgmente 1 ;; perform Ine full lA (I "elation, during which they adjust through slits of the upper Adoption rate 7%? 1111d on it through slots del- 1) cchl) latte 172 des hartelll) clliiltcl "s AD 1) cl \ 'level to finally, in its in Fig. 1; shown basic position g z tii -ii c k to reverse. 1V; at the end of their rotation the Segments 17; the hard one from the Fiihrtnig 1 <2 1) 1s j04 in <1e11 13eli: iltcr.-1D. , The \\ - elle ho \\ "ircl every time for hurried Ule Torsion due to excitation of the magnet igo free gel) hurry. \\ "hen this magnet is excited \ hrd, Clan »Are you out of his = anchor lever the Illngl "lttsstcllllllg 1111t dellt _ \ r111 1 ',"' j lind the clutch on diesels _ \ r111 jack: INS out. This \ vii "d the coupling left in a position to enter the disengagement tion of the driving hlll) 1> lungsscheil) e 1NO to invade. which firmly on the (lurking ulll- constantly sitting, so (1a1.1 the \\ 'elle 18o with the driving \ Velle 185 for the. Duration of one rotation coupled \\ "i1 (1st dich on the \ V ellc lgo seated segments 177 1) etc) promote then the 111 the off \ verfstatlon It ' Namely hard in the card holder: AD. 1) e1 magnet 190 should briefly be used as an address card tenaus \\ "erfmagnet 1). This Magnet only gets excited when you get one Address card in the: From \\ @ crfstation 1; S loading finds, \\ 'ic (to be explained later we (l. ie: 1us \\ crfsegmente 1 ;; should be used as address perpendicular from \\ "erisegniente and the coupling pr referred to as address cards from \\ "crf coupling llet be. A u s we r t (. ' N from @ .h ex tka 1' tell The machine conveys for ge \\ '() llnllch 'I @ extlcartcii from (lein container F.11 for trans- portstation 1 # S and daratl'f full of this Tiber Die Abttlhlstatlon 7_111 'Aus \\' erfstation ES. I11 der = Aus \\ - erfstation gets the Tu ° xtkarte in ' the same position in which the Address card 111 of the Auswertltath) 11 hehll- det. The text card must be taken from the Aus \\ - erf- statioll flat (1c1 "side out-eworfell -wer- den, \\ 'o the Bcluilter for the'hextl; arte KAM, u11 (1 I111 Connection to this II @@ fi d; (. ' Tcxtl <arte back to the top of the card stapels i111 Testkartcnl) eliä lter 1; "1l promoted 1 ". The _AusuTrfcli of the text cards in side direction takes place through two lixtkar- tenaus \\ - erlegnleiltc 192, which on a 1 \ 'clle 193 sit. the love of the cartel fl-i- tion 162 1) 1s 1%. + is stored. The wave 192 \\ - is from the middle Mcell 1; 2 via a disengageable clutch driven. 1) 1c Cultivation wash the waves ; z and 192 lead iil) cr those already mentioned Payment IS, IN 'and the Za11111 "äclcr 1 <83, 11; d (sI # ig. Y). The last two Cogwheels sit (can be highlighted on a 1 \ eile 1c) 3, 11n (1 the vicinity of the gear 184 is rigidly grooved eitler 31. "tl: artenatis \\" ei-flctippltlng 194 ver bound, what a vain single edge recess having. In this l, .ali (latisspartiilg able ('111e 1 \ lll) 1) lllllgsklillke 19.5 to invade which all cinenl, aria u) 0, who sits firmly on the Linde is placed on the shaft 193 . the Pawl 195 and your support arm 196 are located usually in d-lllgrltf rllit a full of a l \ 1agiletalll; er formed spe. ~ r- Liebel 197. If the locking lever 197 with the ' Arm 1g6 is engaged, then he holds the \ - @ 'elle 193 in its basic position, while at the same time -the handle 195 is in remote control- ment to land the clutch disc 19.1 is located. The locking lever 19; disengages with the handle 195 and its "Gragarin 196, little. the text card atat throw magnet 198 is excited. The latch 1C95 falls (a2111 into the Cut-out <of the clutch disc 194 e111, whereby the 1 @@ elle 193 finite the continuously changing running wave 184 for a single turn hung is coupled. During the increase of the \ 1- (11e 193 the exits sitting on this shaft castors 192 in the turning silin of the clock gers (see Fig. 15) rotated and then arrive iii Finite meshing of the map and pushing it 1711t her llnksse.itlgell EIlde against the lower 1st iilirtlugs plate 161 whereby the card ten filling 162 to 164 a tilting movement given counter-clockwise will. This will make the map guide slit in juxtaposition (e111 itself outwardly expanding Eilllaf-l of another brought ren guide slot, which is between between a zoo card tray and one movable cover plate 201 is located (see Fig. 1, 12; 13 - and 15). The ejector segments 192 slide the card out of the ejector station E, Y sideways until your conveyor Side edge of the vertical rack plate 202 meets. @ If that happens, then there is the @ card completely outside del-_luswerf- Station 1: .S behind your rear area of the holder 111r the text cards. The card is then ready for reintroduction into the storage container for the text cards, and their left-sided Edge lies in front of a Stöl3er 203. The Pusher 203 is all of the solid Xarten support plate 200 for a movement in the Longitudinal direction of the machine. Of the The pusher 203 is articulated with a vain swinging arm 2o connected, which is firmly on a shaft 2o3 is attached, which also has an arm 206 wears, whose free Elide is one \ ockcnll @ iclle 20; sets (see. Fig. 3 and 1 5). At den _, I "111 206 engages a spring 2o8 which the _r111 111 system with the camshaft 201 to hold stings and also the plunger 2o3 for usually 111 his backward position stop. The. \ OcI; eIISClleille 207 sits firmly on one Wave 2o9, the ini evil-setting conditions 1: 1 from the text card ejection shaft 193 driven via a gear hair 210, 211 will. When the shaft 193 one revolution makes, then it also causes a reversal hung the wave pulled and sat on it- the cam 20 ;. The cam 20; is so good so that he (lein pusher 203 permits, in to remain in his rearward position, b.is the card completely out of the eject station ES moved out and into the rear Section of the text card transport stepped. If this is done then catches the cam 20; on, on the arm 206 to work and through this the @ - el'_e 205 and ArIn 204 1l11 sitting on <nastier Direction of rotation of the clockwise (see 1'1g. 3) to (Ire- hen. "enn (read happens, then moves the pusher rin sense of Fig. 1 to the right. until the map of (lein pair of rollers 214 and 213 (see: Figs. 1, 4 and 13 and 15) is detected . the @Valzen 214 and 21.5 get their drive through the middle wave; 2 over a transverse wave 216 (Fis. 3. 4 and 12), which through the wave; 2 by means of a Kegclrad- trielles 217 is driven. The cross wave 216 has a toothed drove 218, which over a Zalingeti-ielie 219 a gear 220 on del- shaft 221 of the tIllte- ren transport rollers 2 1>. The tooth- wheel 220 is I11 mesh 1111t a gear 222 (see Fig. 1 u11 (1 12) on four shaft 223 of the Older transport rollers 214. The Transport roller 21.4 and 215 continuously the middle 11711e 72 driven, and if these transport rollers a card through the Plunger 203 is supplied, .then convey move this card along the path for the text card th intended path to another Pair of transport rollers. 224, 225 (cf. wich Fig. I0). The @@% alzell 2 25 are replaced by a Gear drive from @ N'elle 221 cIe1- Transport rollers 21; driven. - To the- Seln gear transmission belongs to a bevel-ad 226 on the shaft 221, which finite a second Bevel gear 226 'is engaged. The cone wheel 226 'sits on a sleeve 22 ;. Which on a MICH 228 is on. A screw llenzapfe11 229 connects <las bevel gear 226 ' with the sleeve 227, and the lower glatie The end of the pin protrudes into a slot 230 of the shaft 228 (see Fig. 4). On (read; Way is the bevel gear 226 on the shaft 221 the lower Tralispf) rtNvalzeil 215 in engaged with the bevel gear 226 'and spins this the shaft 228. The AWle 228 can in the longitudinal direction with reference to the conical wheel 226 'and (lie sleeve 22; various) eil will. The sleeve 227 is 11 sleeves 232 one U-shaped Jocl'stücks 232 stored which grooves elller middle - ## @ ltlffe 23+ (1'ä1. Fib. 1) atisgel'iistut is that the shaft 2a1 loose ui1l- shllliellt. On the opposite linden tree W (Ile --S is a bevel gear 235 aufnekei-lt, welelics in .I: iligrilfinit a bevel gear 236 stands. (lay read on (learn one end of a 1 \\ 11e 23; sits, \\ - elche the upper transport \\ alz (11 224 carries. The shaft 237 drives over cilr Zalinra (Igetriebe 238, 239 with translation ratio i: i the \ 1-clle 24o of the un- teren Transl) ort \ valzeri 22; I) ic 7 @ ransllortwalzen 2 24 and 225 run so always tim and promote one of them through the "hran: port \\ - alzen 214 and 215 to- led hard to the "heltl; arterillcliülter FiII. Like from Vig. i can be seen. will the Welleil 228 and 23; dtlicll hurry _loclistüch 242 üllerbrucht. (read Mit lluücli 243 ulld 244 s elllll advice, \\ 'f'Iche (lic. @@ ellell li'ci lilll "clllasseil. 1) ic wave -, ;; cler l> licreii "l @ ranshort \ valzcn 224 is in the one another hara, llelen, vertil; ale ° t S: 'iteliplaltun 2-l5 "and 213t, one of U-förtnigeii. iliil: llliscli <'ll 1'rel.'@stüchs (. Pig. 12, 13, 16 uwl 2_l) gulared. left web parts 245; verti- kal uipl at right angles to cut sleeve parts 245, Wid 2451, stands lind grooved slots 245.1 is to be provided, with which guide pins 246 sit, (he on a housing section 24; des "Iixdmrtenllehalterers F, ll attached sin (l. The Stt! Gtcil245 "of the U-shaped 1-lahers can ulmit in the vertical direction next to the im Sense of quaint. l left side wall of the part; holder F31 are moved, and the part iler web plate 245; which is located above the Poland's card holder lies; acts as Sidewatld of the hard filter. With her standing plate 245 is a first horizontal vei-latiiiencle and then downwards \ - # -ts curved] 7ÜbrungSZUngC 245, \ * ii rigid vurliunden. . The horizontal section of the Tongue 245- lies below the older trans- lxirtwtzen22d and is so slotted that the @>1> eren parts of the. lower transport waltz . 22.3 can pass through. The transport wahen 2 21 : roll stored in companies 248, Which. rotatable on the side plates 245, and 2 451, sit. IM arms 248 are below of the transport rollers 225 with horizontally curved lallwn 248 'which on den olleren linden von Koll) en, 249 rest. which slide in cylinders 250 , \ velcl1c firmly with the side flange parts 245 "and ,, before are inside. Inside the UM they are called feathers 25.1. which (He col- len a49 to look for \ forward to switch. The time i-en 1'raiisport \ valzen 225 can therefore the 1) back elner card. if such a the older and lower rollers close sch @ lben will move downwards. f) the cover plate 252 of the text article) t ('rs FAI is formed by a sheet metal plate, the finite lateral, upstanding LaN) cn 253 provided and finite these on the flange parts 245a and 245t, is riveted. The cover plate 252 and the U-shaped pressing body 245.1, 245t " 245, 245,1, 245e are quietly rigid on such connected to each other and form a rigid Side and cover border for the text cards in container F_1 !, whereby the tongue 245 " a lower guide plate for one in the Card ventilator to be introduced card forms. Iin gel) iet the transport \\ old 224 and 225, the cover plate 252 runs parallel and a little above the support 245e and is slotted so that the lower parts of the oil Step through the transport roller 224 sneer. The cover plate 252 is covered with tabs 254 v (21-- see which ones are used as bearings for horizontal lein 255 dielleil, .through slots in the Reach through the cover plate and until it is tight line down the cover plate. the 1-) corner plate is also next to the side fan clip 24; t, finite a vertical linigellogclleil lap- pen 256 in which the @@ 1'clleii of Gears 25; and 258 are stored. That Z; llllll "ad 258 represents with eilleln Zalnirad 259 in Lingrik which firmly on your end of the Skin 23; the upper transport roller 224 sits. The gear 257 is thus through the \ N'elle 237 (for the other transport roller 224 turns. The translation ratio is so selects that the gear 257 is about a half (' Revolution for every full revolution of the M% elle makes 231. On the shaft of gear 257 and with your latter connected is eiii Cam 26o against which an arm 262 rests, which is firmly attached to a shaft 263, the loaded in the I_ahpen 256 of the cover plate 252 device is. With the ITabe des Fhrnles 26- ' (See Flg. 1) If an arm 264 is firmly connected, which is in pin-and-slot connection with the one end of a W inkelhebels 265 is, the rotatably mounted on deal Seitenßansc1l245b igt. The opposite end of the \ uncle Liebels 265 is articulated with a horizontal one Connected pusher plate 267, which in the would have been equiaxed between the two Transport \\ - alzeli 224 is seated. The pusher plate 267 protrudes into it with a slot 268 (see Fig. R ,; and 24), which is located in the cover plate 252 -is seen, and \ v is along the Decl; hlatte guided by two pins 269 ,. those at the The pusher plate sit and on the parts of the Cover plate 252 resting on the sides of the slot 268. At her back The pusher plate with a Spring 270 connected, which it against your Direction of rotation of the clockwise (rill sense (ler Fig. 13) shows their gelation connection with chwin Seeks to rotate lever 265. The spring 270 is arranged in such a way that it also applies to the Plane 265 a pull in the sense of a cutting movement against your direction of rotation of the clock pointer exercises. @,? enn a card through (read first pair of transport rollers 214. 21.3 between the cover plate 2j2 and the parts 24 ,,>. is pushed, then the card is lailed under the pusher 267 t111 (1 loves - this contrary to the 1 @ 1'il-customer spring 27o an, \ v <their (1 them dem Trarisport roller pair 224, 223 fed \\ 'ird. The rotation of the Walzcii of the second wal- zen pair delivers the card under (let cover Plate 232 t111; 1 on the stables full of text cards 1111 magazine FJI. The rollers 255 on the Lay the cover plate against the top of the Stack of cards and hold the cover plate 111 a gel-ill "erl: @bstan (1 \ -o111 Kartellstapel. L @ emgem @ iß can freely place the card on the card ten stacks can be pushed without them 11l contact with (1c1 "U nterseftü <1e1 'Decl,: - plate comes. I) leave the back end of the card: eat the Transport rollers 224.225: 1) e \ '(11- the card reached the bridge 124j. The card will thus through (11e .11'allspnl-t \\ 'alzell? _' 4 u11 (1 223 not perfect 1) 1s 7.t1111 l @ li (I ('111 (1e17 Text- a 1 # J1 llineill'geschol> cil. 1Veilli the card (read \ @ 'alzenpaar 2z4, 225 leaves, <1a1111 1) efill (lct your back lalde in front of the Sti'ßerhlatte 267. The cam 260 is so and its speed of deer so (leave, if the card from (learn @ -Val- ceill) aar 224, 22.3 fr = is entered, the Nok- l; en the arnle 262 and 26 against (learn ' Direction of rotation of the clockwise (i711 sense cl e.1 ' Fig. 13) (barks u11 (1 thereby (1e17 _1-I71 26 all leave, the @ `lllkelllel) el 265 1171 direction of rotation (res Clockwise counter to the \\ 'i (lei-staii (1 of the fe- the 270 to Urellen. Dalle will be the pusher plate 267 advanced to the left, whereby it ('lie the rear edge of the card e1-fal @ t and the \ - 111-c Introduction of the same in the map brings container to the end. Pass the card to Uni when it is through (read first pair of transport rollers 2i4, 213 dt>, rch geht, is a card feel-un- 2; 2 vor- seen which with their rear end rotatable atif the @@ 'elle 221 of the lower trans- portwalZell 213 is in place. On her previous the end of which the card filler part 272 rests on the top of the 7uilge 245 ,, and is with Pin 273 is provided, which is against the Underside - the train 2d3 ,, legeil. _- \ uf (nasty \ Veise stands' (read the front end of the card guide tion 272 111 sliding (lei- @ 'e1-1) i1l (ltlllg liiit (lern rear end of the Ztill-e z43 ,,. The @ V eg of the text card therefore goes from den] created Ti-aiisl) oi-t \\ - alzclil) aal- 214, 21 5 via the card guide 272 z \\ - iscllell the Ztlilge 245 ,, and (learn the rear end of the deck plate 232 under the pusher plate 267 between between the 1Valzen (res z \\ - eiten Tralisportwal- zellpaal-es 224, 223 u11 (1 ullte1- (1c11 Walzoll 235 away. The pusher plate 267 kicks the card completely in the I1a1-te11l) ell: older 11111e111. "'e1111 the card in the container and the one in it the existing stack of cards is conveyed, then it increases the weight of the card sta- pels and therefore acts on the @ 1 alzell @@; i17 <learn the sense of lifting the plate 232 u11 (1 (ltII part 243 ". J4; (,, z43,., 245,1, 24j ,, existing structure. This ge form vernia- 1) Iidtlllg (1111-c11 (11e 11 ) the clauses 245.1 of the Web part 24j engaging pin 246 ill the vertical direction does not matter. 11e1111 the- ses' structure i17 the height rings out, N \ also -den the parts stored in it are also great. the Transport rollers 237 and 24o, the Zahrli-iider 257, 258 and _'5 (9 1111C1 the ZVllil (ler 251 go so at the same time high and 1) switch their position ztieinan (lci-. \ 1'c111 (las l @ ccl; .l> latteligel) il (le to hell yells. \ 'CI'gl'OßeIC himself der- -il) stood between (.ler shaft 237 of transport roller 224 u11 (1 of wave 221 of transl) oi-t \\, alze 21j, and it <iil (also learns the angle setting of the @ -erbindungswelle 228. The \ Iutie 243 des 1ochstürl; s 242 lies against the bevel gear 235 and thereby prevents <lad the wave 228, on which <read gear sits, itself (1e111) ocllstiicl; 2 + 2 in motion. The \ Iuftc 244 (res same loclistiicks is on (ler # 'l'elle 237 rotatable. For a while ( the wave 237 slurs lifts, there she also lends (read yoke piece 242, which then rotates around the shaft. That Yoke piece 242 in turn lifts (read the end of Shaft 228, \\ - elclles through the sleeve 243 will hold, and thereby causes this Wave 11) of the 1-11 cable 227 moves upwards \ -erscliiel) t, \\ - ol) ei a rotary motion of the Shaft opposite .the sleeve and the cone wheel 226 'prevented by pin 229 which is inserted into (1e17 slot 23o of the shaft gl-eift (see Fig. d). When the wave 228 rises, claiiii rotates (read yoke piece 233, \ velclles (11e Bearing sleeve 227 (res lower end of @Vellc 225 carries, uni the shaft 22z of the lower trans- port roller 213. 1Venn the @lrelle 237 of the transport roller couple 224 goes up, in it the Wave 228 an angular turn upwards around U'elle 221 as a center of rotation and at the same time moves upwards in the Sleeve 227 accordingly (learn to get bigger- the distance-between the] shafts 221 and 237. IJs inag also be mentioned (let, if that Structure to which the cover plate belongs to. Height yells, the Zullge 243 ,, opposite the Channel 272 moves to and the guide 272 is necessary, # 1C11 uni the m'elle 221 to rotate. The Führtillg 272 is able to continue to get a card in the Rauin z @% ischen of the tongue 24; ,, and then after- the other end of the cover plate 252. 1 \ cllli a map from the bottom of the Si; tl> cls in dein ltartenbeli.-iltei- 1, - 11 by the hai-tciischiel> he 91 is taken from it "If the weight of the deck of cards is reduced, 1111d if then the I) ccl: plate down goes down, then bc «- the \\ 'ellc 228 settles down right and makes a swinging movement hurried against (lein Dielisinn des l @ hr-r_eiäcrs (111l Meaning of F ig. 12 and 13). If the wave 228 uni die, \ 'elIe 221 swings, then rolls (read hcgelrad 22f>'on (learn bevel gear 226 without out of mesh to reach this finite, @@ - guiding the Hegel ra (1 235 uni da, - IZegcll-ad 236 rolls and with (licseni remains in mesh. The gearbox the two Tralisport waltz couples are therefore not disturbed, Because the \\ 'elle 2z5 is about the \\' elle z21, @@ 2ihrend the cover plate stiff or lowers. I) ie @ ück @@ - all (1 (ne: hartetlbcll <ilters FH , eist a door 275 (see FT. 1 t111 (1 11), the ; (il their lower E, Il (le 1l1 SCharmer \ 'erl) 111- (Illllg 1111t (a machine frame represents and all in the inner linden tree has a latch 2; 6. \\. e1711 the Rlenel Sich 1n the in F i-. il dar- ; set position 13ctiti (lct, then the 7 @ ü1- 1171t, learn @IaSChincilgestell locked u11,1 serves alsücl: @@ and of the FBI card holder. \\ 'hen the bolt is pulled back, then @@ i1- (1 (never fell Tiii- all their upper end and can be turned around its hinge a.ni miteren l - # 'ancle are opened. The cards k (* iiinen then placed in the container ulicl ; resembled to be removed from it. To control the operation of the 11.1a- ,: c lines are in the same different strokes l, litcrl> research provided. One of these zim; I hurried group full of high-speed I; (itsst @ omunte @ l @ rechern and eilic group full Igel lllecll "lg @: r Or normal Betriebsgescllwill- @ l @ gl: c @ t effective circuit breakers. Remote ilei- is yet another Sti-otnuntet-hrecher @Mraeselien, who (optionally transfer of low concern) sgesclilvindi-l: eit sometimes high card readout speed un- ; tllh: ingig von der Karten.steuerting (-restatted. Hei that exercised by the cards - # Tinkering processes are in common wcisc Card lever and through this controlled contacts effectively. The card loves silid in the middle level of the 1la- sc-IlIlle provided. One of these Ilartenlichc1 / `CL, which as l @ artenti-aiisl) ortlicl) el be should be drawn, llcilnclet ain front- rcn the end of the Jtartentran-Sportstation FS and 1 \ '1r (1 wlrksaln, \\' e1111 a card from the Transport station I 'ztt the waste station iibc right. \\ 'e1111 (_1a1111 (lic card under the Kai-tcilliel) el kicks, then she gives you one Rotational movement i111 Direction of rotation of the clockwise (see Fig. 3) and causes a closure of his contact FCL '. I? In another card lever ECL, which is popular as an eject card is to be drawn, there is a ren end of the evaluation station ES ' and will actuated by the card, lm-or this yours for short End position reached in the ejection station ES ' . \\ elin a card under the ejector: arte.i- liel> elI: CI_ occurs, then through this Lever the assigned contact ECI_ ' closed. The hot low speed acts sainen circuit breakers wercleri of 1 6 con- t1kt170CIiet1 280 (S. F i-.? and II) formed. which the closure of contacts CI> -l mastered time to C1j-16. The contact IloclZell 28O sit firmly on aiiler \ Velle 251. which by a bevel gear 282 of a Shaft 253 is driven. \ 1'1c i11 1 # 1g. shown, the @ \ "@ lle 2S 3 carries a SChneCken- 17 2 By a worm 285 taken ad S-4, (read which is driven on the shaft of a tooth radeS 2c8'6 sits, which is in meshing 111t a gear 28- on the middle shaft 72 represents .. This way the permanent fad rotates rotating wave 72 <never \ Velle 281, atlf der the Kontall-tliocl: ci125O sit-r.ell, and causes a one-time closure and interruption of contacts CD-i to C13-16 at every Uin- rotation of shaft 251. The time during which: I rotation of the shaft 281 -, rollziellt, is said to be the Time of a machine game apply. 1 = ine all pointer) e 258, welclic firmly on the shaft iut, degrees and works 1111t 281 s 1 1 1 21 .. a fixed pointer 289 (see Fig. 2) zusalillnell and allows the early determination of the Tent point of a @lasclltileilsplels, 111 wel- where the machine is located. Inn This date is set out below in the individual machine games shortly after the «% Angle setting of the disc 288 llezeiclillet be e.g. B. the 315 @ -I'unla cletl- means any time of a machine game, llel which the fixed pointer 259 is in cover with (learn 315 ° corresponding subpoint of the Disk 288 is located. The high-speed stream interruption clier 1) setting up all four cams 290 (see Fig. 2 and 3) on a shaft 291 which is tintinter- broclien by Zalinr: ider 292 and 293 full the middle shaft 2 is driven (cf. also F) c '. 4 and ii). The wave 291 makes Churning 30 revolutions of each machine play, and the cams 29o close And interrupt the contacts HSC-i to I-ISC-d three times during one revolution of the shaft 291. The hontal: tc 1-I SC-i his I-ISC-.f Nver- the ctlsci during a: machine game; IleUI771171 @@ closed and \ @ 'le (ltl "ullt: r- hl-ocheIl. In addition to the Stromunterllrcellcr 1l C: hi to CB-i0 and HSC-1 to HSC-4 is rush one adjustable circuit breaker provided, fier unahängi # I full of the hard tax refund an @ l l. @ transition from low to medium scllwi @ f @ ig @ ceit on the high _ \ us @ verf-eschwin- \ "OI" atls di-kelt permitted. If z. B. 1111 consecrated, (leave only columns i to 48 Holes contain, then the full hand adjustable stroiliuiiterl) reclicr Nvirksaln -e- will be made as soon as the 48th. Cartel column all (Put the filling-up sten Sb 'is present. The cinstellhare circuit breaker consists dus a ring 293 (see Fig. 18), which firmly on <the 1la @ chinenspiclwellc 251 that sits also (the S1romunterhrecher 280 1t11- low t @ e @ Cll @ \ - I11 (llgke (t tl "agt. All vain face of the ring 297 sits a vertex 296 (:. l "ig.lO, IS ', 17), which 1111 spacing of 4' each with l'and notches 2g6 'with assigned 1 = Iarl <ie- i-ullgen Vel-see is. The edge of the disc z96 thus has notches 296 'which are finite O to 90 are designated, the notches o (111.d 90 are identical to each other. The hub can be rotated on the ring 293 297 vain NOCkenSChelbe 298 tllld vain plate 299, which is bolted to the cam disk, put on. The cam pulley is with a V-filler gel Offlltlllg 300 provided, which stell 11l cover 1771t a- corresponding V-för1171- gell opening in plate 299 and also with (learn the circle of the chervil 296 'of the disk 296 is located. 111 the open now- 300 and the one with it in deckuri- befndlicheli opening of the plate 299 and a notch 296 'is wedge-shaped Key 301 slidable with a Handle 302 is provided. The 'ocken- disk is marked with: '@ ussparun- 303 in Finite comparison of handle 302 provided 111 which a spring loading 30.4 thinks, "-which the hand hall 302 with the dai-attached V-shaped key 301 iln Sense of fi. 18 pushes to the right as far as as e; a ring 3o5; rvelcher on the rear linde of the key is on and the in AIla-e to connect with the plate 299 vern 7a -, allowed. Then 'he reaches into a bitter 2g6' the disk 296 and couples the cam Washer with which the edge notches 296 'contain tending disk 296. 1-% e111 the handle 302 against the solution of spring 304 is printed on the left, then comes the key sel 3o1 out of engagement with the edge notch 296 '. whereby the cam washer around the heads 281 regardless of the disc 296, which is firmly on the shaft 281 sits, rotated «can be grounded. This rotation can be continued as long as until the key 3o1 is in deckuri illit (ler herbe 290 'is located, which (lenl @ jenlgell Plinkt 11l7 machine game, hei (1c111 die llocll-csc @ iwin (ligcitsaus @@ crf- I) f1leullg e111sctzen s011. 1) 1e llailclllabe 3 () 2 is then released, whereupon the spring 304 the # key 301 i111 sense of Fig. iS right: pushes, so (let this in the ausl, Tc- dialed notch 296 "enters and the cam Washer 298 with shaft 2 , 1 # 1 for a Uili rotation clutch. depending on the Einstellug` Disc 2cjS then takes place the closure and L @ Interruption of the contact CD- E (see Fig. Io). After fier in the above given clarification of the structure of the machine and the training part should now dic Mode of operation of the machine in l connection all the working circuit 7a of the Fi-. 25 a and 251., namely for the Fall, slack, tim hurried so-called dual card control of the machine is involved, d. il. rushed to Control by address cards AC and Text cards FC. When starting operations wii-fl to- next the I main switch .S @ (see Fig. -5 a ol> (@ il ) closed, causing the I-latiptstroililciter 310 and 311 of the machine connection to (lic Received power source. Aili Executive 31 o are KICIllIIlell1 and 2 and anl Hauptleit: r 311 hlelninell 3, 4 (S. Fi-. 25a) tllld 5, ti (S. F i - 11.25'1)) available, a11 which 51e11 Power paths anschliel.ieii. Terminal 2 is creases vain straw slide 312 (see f 1g. 23a) vcr- btlIlden, \\ "listening to the bellIne 1 connection all a Strorn rail 313 (see Fig. 25l>) and (1 dic Klet17t11e 3 Ailscliltiß to a busbar 31 (P. F1-. 25a) Sits. The engine 1l is directly finite to the two the K1eI77I71ell 2 and 3 opposing polar polar Z :, lb t ät. N -bound U11 (1 1e-111111 to run as soon as the switch S is closed. The driving force Clutch disc 46 (see Fig. 2,: 4, 7 and S) will: helnl leave the '-Motor 1I1 1JIIld-rC'- hung. To prevent the (1i c driving clutch disc 46 the main triel> shaft 48 immediately set in rotation. before the operator has the required similar preparation for writing a Has hit the letter, the clutch magnet 54 are excited so that the coupling pawl 5o out of engagement with the coupling pulley 46 is held. For this Reason is home closing nasty main switch S also the hatiptktipl: lun-stliagli # -t 54 (s. L, * g. 2 5 a tiliten) excited immediately. The l: r - regtlilgsstroillkreis runs from the Klenliiie i via the magnet winding 54 and the for # c- normally closed relay contact 315 for l '#, lelllllle 4. \ oh, a supply full of text cards FC and from address cards AC to the cartel container F11-1 or AS and a letter box i; 1 the typewriter is so used N @ -orclell, dali the Dlitt11i1Zclle 1l1 (Icr correct input position, the operating clearance lock should (1i (@@ 111 @ 1. '@ t; lstc ST' whereby the occasion keys: l (see Fig. 25 a center) closed : ont; ll; t ST'Bell will. 1) @lrllii "cll becomes the following Strolll- circle empty: Terminal 3,: @ nlal-.ita @ tenlcon- t; lht S7 ", IZclaisspulen 31 (), 315, contact @@ 111 (Il (. @ 1 =. 1 1l ('lZelalsspule -) i3 () fittet (1e11 1,> elaisl <oi1- l; lht 31511 1r11 circuits of the main coupling hill;, sinaglieten 54, whereby this de-excites @@ ir d. 1) ic de-excitation of magnet 54 leads d1 clutch de'- @haupttrielr «elle 48 nlit der 11 - (@ il) c1i (len clutch disc 4 (i add. I) ic closing of the starting circuit iiiiii-t also the excitation of the P-relay coil 3r < Crank, making the contact 3r6, for one laltestroln closed \ 1 "1r (1. In] 315 'plillit M Afascllinenspiels closes: I the cam- I <rllitakt Cb'-ro ulld puts together nlit Kolltakt 31 (), f (@lgell (1C11trnlll \ @eg as N also- schltlti w111 Anla1.kaStenkontakt S1 "empty: Stronischieny 1 ', relay coils 31;, 3rG, Kon- clock 316 "stop button contact S h ', through h (-tiitigtirlg @ler stop button SK opened u-cr- which can usually be closed bar 31; "\ ockenkontakt CB-10, contact scllicne 314. The operator can now Release l@il.ltaste ST. Uin to be sure that the time has come, "-o the Adass- button can be released, the loading We11t111bsper should expediently, until it provides claß a card to the "transport station FS Alasclline is promoted. The first card used for the transport tion FS is the bottom map FC, which is also the date card from your Text card ventilator P-lI is. The feed this card takes place when the wave.; 9 (see To) by exciting the Tc @ tlarten- iralisportkupl> lungsmagneten 85 for the duration vain turn 2111 the Alltriel) coupled is how this was explained earlier. Which he- movement of the cartel transport coupling tcll 85 is carried out by the following Stroni ki-cis, which closed like1, if the i \ ockenkontakt CB-; about i111 318 "-Putl1Lt (1 es Ma scliinensl ) iels closes: Terminal r, Alagnet 85, usually closed re- relay contact 318 «, receptacle 371, pintle wire 3; 0, starter contact 3161 "for usual closed contact 320 " corner contact CB-7, Sti-onlschielle 314. The 1, ri-egtiilg des -'Iagileteil 8 ; causes (lafi a text card FC from the front Advice container for card transport station FS is conveyed, at which it is in the longitudinal Direction to the transport rollers .4o and 11o is pushed. Just before the card reaches this @@ 'pair of lines, it acts on the Card lever .FCL u11 (1 causes this to rope Contact FCL ' i111 344' point de: machine play zti closing. In the 352 ° ptinlct of the schinenspiel closes the cam contact (B-12, creating the following circuit (see Fig. 25 a -litte): conductor rail 312, relay coil part 321. 322, Iloiitalct FCL ', Contact C13-12, Strolllscllielle 314. Relay coil 322 closes its contact 322, and thereby prepares a shunt stronweg forward. which is closed when the curly contact CB-i I yourself i111 3-5o'- Machine game point closes. This Incidental circuit goes from the power rail 312 via the sl) tllen 321, 322, the contacts 322 and MAI to busbar 314. The excitation of the coil 321 causes the Closure of their contact 32 r, (see I 'ig. 2 5), creating another holding circuit for the Ilaupkupplung -is made as follows runs: busbar 3r2, relay coils 3r5, j1 (1, Kolltakte 316t, SK ', 32r ,. Klelnnie 3. The main clutch remains on this heat indented as a result of the de-agitation of the main kuplrltingsmagneten 54 through the opening of the Contact 3r; ,, in the circuit of the main coupling lungsmagnneten, initially through the Manufacture of the starter button clutch current circle u11 (1 on it by making Holding circuits. As a result of the closure of the text card transfer portlaupplunbsstrolllkreis was the first - Text card, which, Ve already mentioned, (he The date card is, of the transport rollers 40, 110 fed. The hard one enters (read roller niaul this pair of rollers in '347 ° -Ptlill: t des llaschinenspiel.le The beginning of the first Cartel column betin (let the Transport rollers and under cl: ll filling brushes SB at the end of the first machine game. the 'hransllort @ x-alzeii 4o and i 1o will now through the Geneva locking gear <1iigetrlebe @ 1, at the medium speed. since the I-hole speed ejection niagnet 13C> (see Fig. 2) is usually all alive, how (read above was explained each through (read Maltese cross wheel hosted Drive `` -earth the transport rollers roll- rend one ei.no degree value of the - @ Imachine- the corresponding period of time and then for a period that 2 ° of the -lascl_lineilspiels, accelerate nigt moves and eventually perform still leading one of the machine games a movement during the corresponding period with decreasing speed. Everyone by one step of the Maltese cross wheel Covered up movement fills you corresponding to a machine game Period and will be in 4 'of the machine play at corresponding time intervals. get. Each switching step of the 1 @ alteserkreuz- rade.s leads a column of the map to the feeler brushes SB over. Aill the end of the first Machine game is the beginning of the first column of cards by the feeler brushes SB. The transport rollers move the card then with decreasing clescliwirlcliglceit and let the cartel column 1l1 R1.11ie under the Brushing at the beginning of the second machine play. The standstill of the card with the points under the brushes corresponds to 1 ° of the machine game, while the 7 #: ililpunl: t place the first column of the card effective- sensed -w-erden and the control (] he machine parts through the sensing period he follows. The transport rollers then move the card with increasing and then decreasing speed, his the holes of the next column of cards below the brushes YOU come. It repeats itself as long as the Maltese cross wheel all of them .Drive is coupled. The brushes SB fan- to fill the holes in the card al) len before the perfect 1st admission status the card is reached, and- set the.: 1b- feeling while the card rests and until the hard one reaches its highest speed during the feeding of the next card has reached the column of the elderly. As a result of this intermittent card tenttransports receives the Ahfühlbürsteli S @ B-4o sufficient geit to make a hole in noble Feel the card column zttvcrlüssig and ins Follow up with the hard one quickly with the in the next column in the dispensing position bring. The hole zone of the first column of the Daturn card is zero at the beginning of the second ten "J.asclilliellsplels under the brushes SB. The 1-yoke speed is also keitsnockenkontakt HSC-i closed, and there can be sensing circuits through the in the The holes in the card column are closed will. It is assumed, for example, that the date card has the perforation »Jtllv 2, 1937 « carries. The first letter is yder capital letter J. It must then be the U111- switch button SL (see Fig. i9 and? o) initially operated to large the type basket To put letters. Accordingly, the first column of cards the 1-nisclialtlocliunä Xo-2 (Pp. I'1-. 22). The brushes SB-L1, O and 2 lallgen clenigeni2 "eats in contact with the cycle and transport roller 4o through holes all Bell 7: illlhunlctstellen 1. O and 2, lvo (I til'cli the following circuits across the relay coils CR-_V, o, o and 2 are closed (see FM '. 25.a): StrOnlschlelle 314, ocl: en @ on- clock 0B-14, high-speed snoc.lcenk-n- ta1: t tIS'C-1, contact 3221.1 which goes to clcii controlled by the relay controlled by the card hears and who by the excitation of his relay 322 is closed., I.e. contact roller4o, brush SB-2, relay coil CR-2, Sti'Oll1SChlene 32 - # , which a11 all relay coils CR-i to CR-o is all closed. Relays 1-9 and _i-9, Strom'- rail 312. Further circuits run full of the Contact roller .4o over the blouse S'-o and the parallel windings CR-o and CR-o to power rail 326 of the relays CR-o, o, 1, R via the relays RXo and R-1-o to busbar 312. A similar sensing circuit is the Tiber the relay CR- X . As a result of the sensing of the created Existing holes in the oX- R-position, which the Svnibol for Betiiti- the shift key on the typewriter to represent capital letters are thus. the relays CR-o, CR-X, CR-2, 1-9 and 1-9. RXo and R- X -o excited «-orders. The excitation of the relay modes CR-2, o and X veraniascht the closing following Circuit (see Fig. 25 b): Stronic vein 3 r;, Relay contact CR-2a, typewriter reverse switching relay 328, current conductor 329 of zone Y- (,, Relay contact CR-_o, relay contact CR-Z (,, usually closed relay contact CR-Ra, high speed cam contact ASC-3, switch SW-a (in his in Fig.: 31 ) I-agc 11 shown in full lines. Wire 33o, Kleni.nie 6. At the start of operation there is the Type basket in subscript, which for the pressure of digits and small letters ben is determined, the - contact 36 (see Fig. 20) is closed. Contact 36 is closed until around cla, s end of the adjusting movement of the type basket. from the lower. reg in the upper layer. If contact 36 is closed, then comes the following circuit (see I # ig. 25 b above) made: Stroillschiene 312, Relais 332, 333, Contact 36, Kleinnie 6. The relay 333 closes its contact 333u This is the state of contact 333: r who orders as long as the type basket is in its subscript. @ #, enn der Typunischaltstrorukkreis is closed. then relay 328 is energized and closes the contact 328 " (see Fig. 25k1 right alri). @Verill the contacts 328, and 333a closed- sen are; ordered the following circuit (see Fig. 25, b): Terminal 5, contacts 328 " for gewöllillicli closed relay contact 334a, usually closed relay contact 33; a, contact 333a, switch SIV-b (in the 111 hig. 25 b 111 solid lines shown- ° ri .age), switch button relay 3o-SL (ygl. l, 'ig. 2o) as well as that which is paralleled in it Relay 336, contact bar 3r2. It is through this circuit that the solenoid becomes 3o-SL excited, which - (read striking the Switch lock key SZ (#. Fig. 2o) leads, causing the type basket to is placed in capital letters. Vicinity the end of the switching movement opens the contact 36 of the circuit for the Numerals - beef small letter print and causes rapid de-excitation (go on relay 333 and an opening of the contact 33 3ü, whereby the circuit is broken again. The column-wise card transport is in its speed i1er speed @ic: s ".l.'type stop adapted; other proposals h <iriga @ iii (require 1c1 typewriter »Teach uii (l sometimes for an indefinite period of time, «-Ic z. B. the @@% agent return movement or e-iii Tab process. It is therefore desirable worth the operation of the machine - @ y <ih- rend of the letterNy-like operations of the To interrupt the screeching machine. An un- interruption of machine operation required the excitation (loose main clutch magnets 54. This will take place in the event of a changeover Printing large letters under control through (read relay 336 in the universal circuit, where the relay 336 has its contact 336 " closes and "follows the circuit through the W , 1 winding (loose main clutch magnet 54 produces: Terminal 4, contact 336 "magnet 54, terminal i. The excitement of the Ilauptltupplungs.inagne- teri 54 interrupts the operation of the Card controlled machine, so the class Card transport is temporarily interrupted and the first column of cards under the brushes SB pauses until the circuit for the switching the typewriter to large Letters interrupted and the relay 336 irlyrri-egt is. The same LOchs_Vi1ibol Xo-2 is used, both to the LTin; ch. position of the type basket from (I el- low- to superscript as well as from superscript to subscript, hcrbeirufülir: en. If that1? Mshalitloclisvml) ol is sensed in eilierii point in time. in \\ - the type basket in the Ti2f st ", llung is located, -the circuit for l'nisclialtuii "on 'large Buclist.a: bdruck manufactured. If the- Unischalt.svinbol for Feeling while the guy basket is in the upper position, then in 11.1ß ciri switch-back circuit are closed, which will only be specified later. at - # 1) fiililurig des Uniscli; altloclisyni @ bols for the Switching the typewriter to large Letter pressure 1: the relay 328 was err-nt been. This relay closes lxi of its Excitement besides your contact 328ü also his contact 328v (see Fig. 25 a below), creating the following circuit: terminal 4, contact 3281, usually wire rope contact 334b, relay spook. 337, usually closed contact 338 ", power rail312, The relay coil 337 closes when energized the contact 337a which is in series finitely her. The contact337, and the Relay coil 334 also in series with 337 are shunted to the usually closed contact 334L and the now closed relay contact 328,;. As long as the contact 328b is closed, the current of the relay 337 is transferred the contact 32S1 ,, whereby the coil 33 ¢ is not energized.

The closing of the circuit for switching the typewriter to capital letters caused, as explained, the opening of the contact 36 (see Fig. 20). This interrupts the circuit for numbers and small letters on the typewriter, so that the relay coil 333 is de-energized and the contact 333 is open. The shift key SL to large letters (see Own 2) is mechanically locked in the lower position for the large letter printing, with the type basket being in the upper position. If the circuit for large letters is activated and the relay coil 336 is de-energized, the contact "136" opens, whereby the circuit of the main clutch magnet is interrupted, with the result that the machine resumes the card transport; takes up. If that . happens, then the contact HSC-3 is interrupted, which also results in the interruption of the switching circuit. Before the HSC-3 contact is closed again, the card is connected up to the next card column. so that the Unischaltlochsymbol is no longer under the brushes' SB. If then the Umschalts @ -inh01stromkreis is open, the relay coil 328 is de-energized, with the result that the contact 328 opens. This enables the production of the following stroke circuit: busbar 312 .. for usually closed contact 33S1, relay coils 337, 334, relay coils 337, Kleniine4 ..

This circuit remains closed until a Uinschaltsym, bolstromkreis comes about under the control of the next IT switch hole symbol on the card.

When excited, the relay coil 334 opens the contact 334ü of the electronic circuit on typewriter in large letters and closes the contact 334, .. (do not leave the next switching electronics circuit Switching to large letters lierliei- may result while the closure of the Kontakts 334c partly a] 'Stronlaweg for prepared a switch-back dry circuit. The coil 334 opens as a result of its excitation also the contact 3341, and closes the con- bar 334.1. It is inherited as a result of the alarm feeling of a first Utilsclialtlocli-vnrliols ,. which follow your example in the first column of the map, (let an accident switching operation to large letters in the writing machine came about and that in the further course of this process relay contacts 334, and 33.I, 1 closed the. The second column of the data card contains the Lochuni- des Buchstabens j. Before, however the process is discussed, which for the transcription of 'this letter' run the screaming machine. should the second Switching process will be explained. The third Map column again contains (las Lochsvinbol i'-0-2, which here is the instruction on cheek- circuit of the T_vpenkorl) it from 'the Moch- in the subscript 1 means, unl {the letter 11ci1 i; in 'word Jule to: write that in the fourth column of cards is punched. Let us assume that the card has gone so far is advanced that their third card column located under the brush SB. l -, s is then (read Unischaltlochsvinbol X-0-2 al) felt. This has the consequence that the relay coils CR-X, _o and 2 .are excited, with which the production of a circuit connected the one in which the relay sink 328 is located, so that it is excited. This relay coil closes as with the first _1 CJrnsch-altlochsvnlböls contacts 328 "and 328i ,. At this point the electricity circle for the tremor and small letter pressure open because contact 36 was open. The relay coil 333 is de-excited, see above that the KODtakt 3331 ,, the one in series with the Contact 334, is located (see upper part of Fig. 251 '), is closed. Since now - the contact 328 " is closed, the following downshift Power circuit established: Terminal 5, contacts 328a, 334a which is currently closed infol - e Excitation of relay coil 334, contact 3331 »SW-c switch, downshift button solenoid 3o-SR and relay coil lying parallel to it 339, StrOillschiene 312. As the relay coil 339 excited. is, is also the contact 339 « (see Fig. 25a) closed, which is also a N finally in contact 336, lies. The closing The opening of the contact 339a causes the the following circuit: Kleinnie 4 .. Contact 339 " Magnet 5 @., Kleniine>:. The Clutchcnagilet 54 is therefore energized and interrupts card processing and the Card transport during a downshift of the type basket iii the subscript in front of it goes. In Verlüntlun @. this also results in a Excitation of the downshift solenoid 3o-SR. which <the "Gaste SR 1 het-2itigt, whereby the Linkage of the latch 26 with (lein 1-sheet 26 ' is dissolved, so class the Unisclialttaste SI_ to go up verina-. When the button S1_ goes up, then the type basket returns to the Subscript back and closes the Contact 36. So it is the starting position produced, being a] excitation of the relay 333 takes place, (then read the contact 333i, iin Downshift electronic circuit opens. In the event of interruption The relay is used to establish this circuit 339 excites what the Üffnuul; of that Contact 339 "and the interruption of the den Clutch magnet 54 containing current circle, so that the machine the card transport wicderau.fzunehineil 2Ilaä. As: the relay 328 at the second discharge lung of the -C'nisclialtloclis \ -inhols -was excited. this also closed his contact 32` ,, (See hi (, 1 ' . 25a below). At that time the Contact 334d closed, so (let the following Circuit established bare : Terminal 4, con- bars 32.81, Fig. 33.I, 1. Relay coil 338 1111d 335, Busbar 3 1 2. The 1_rregtiiig of the relay coil 335 has a Opening of contact 335 "in your switch- stronikreis for large letters, so (let .the closure - this circuit is prevented when the contacts 333 "and 334, to be closed again .; during the Contact 328 closed consecration. The sink 335 closes the contact 33; 1 ,. creating a shunt to contact 334, comes about, so that this entl'ial- tende Rückschaltstronikreis exist '' borrows. contact 334, opened later will. The energization of the coil 338 also causes a closure of contact 3381 "thereby a connection to the contact is established comes, so that the current containing it Maintain a circle while turning 334d opens for as long as a1, the contact 328h remains closed. The coil 338 opens when energized the contact 338 "what an A @ herre @ uah der Relay 334 and 337 . If 334 is de-excited, then finally see the con- clock 334i "while contact 334d opens. In this way, the status of these contacts established, which before: Feeling the first schaltlochsv-inbols 1lestati: l. The Allei-re-un- of the relay 3 3 -1; @ l @ tatt (#t also your contact 33d ", like (Icr zil close, during the Contact 334; ; @ c # iilict will. so also Only this one retained the initial state li (# is created remains closed over the im \ 'Pbcn- schhil.l lying contact 335r, as long as the I @ oiltal: te 32, g "and 3331, gCschlossen-lead- I) ell. When the downshift is interrupted circuit by opening (loose contact 333r ,. which in the case of the restoration (lot 7 * vhell- basket in subscript in conjunction with the re-closure of the contact 36 before goes, If the relay 339 is de-energized, so claß the contact 339 "opened and connected so that the circuit (going on main coupling luli I sinagneten 54 is interrupted. the Processes in (sei- machine take place then in the manner already explained and cause a: _ @ 1>err; .undes Relg 1-1 ais 32. l: s then the Kolitakt 3281 is opened, see above (was also the place for the relay coils 335 and 338 containing circuit and contact 33-L, be opened. '. \ If that's the case. (then all parts are returned to the initial state they owned before (read first Unisclialtloch- svnibol was sensed. The first departure lüng of the linear switching hole symbol thus has a Conversion of the Tvpenkor.bes in the high # tel- lung and the second sensing the return in the subscript. When a further Ünisclialtloclisvlnl) ol for sensing got. then there is again a flat position (Los 7.'NIl) enkorlies from <.leg "called - into the 1-hole- St ellun. On this 11 @ eise 1>ewirl; t (read the occur a Uinschaltlochs_vmbols alternately selnd the overflow of the 7.'ypelikoi-hes in the ffoch and the subscript. With your accepted execution example game carries the date card which is the first (A stack of text cards is a single card, (it is also the first card. which all (put the collection brushes past, Lo- chtingen representing (read word julv. Um (put capital first letter j of this word to write tes with the typewriter, was (the first column of the card iüit (lein university scli.altlochsvnrbol, whereby ', How he has been purified, the transfer of the Type basket from the subscript to the vertical creation brought about confused. The second Card column ti -.- igt the perforation Xt, which (leg represents the letter J (see Fig. 22). Sensing the X-hole represents one l) ei-cits when explaining the processes when feeling of the switch hole symbol indicated a circuit in which the relay coils CR-X, RX, -o and RXo '. The sensing of the hole in the metering point place t puts an empty Sen V% er according to your above without further is clear and in which the relay coils CR-i and _i, which run parallel to each other which are switched, and the relay coils 1-9 and _i-9 lie. \ Vetin the relay coil CR-t is energized, then she closes her contact CR-i " (#. Fig. 25b). The relay coil CR-1 closes the contact CR-X "(Fig. 2511), What follows gender sti-onil; i-eis establishing koiiinit: Stro-m- rail 313, contact CR-i ", Solelloid 30-.1, Conductor of the X zone, usually closed contact CR-or ,. Contacts CR-X ". CR-R ", I-Iochgeschwindigl: eitsnochenkonta.la FIS C-3, Sehalter Sla'-d. KIc.i11911e C. The er- excitation of the Solel10i (ls 30-I v.he sits the Aii- sleep on the ski machine button through (a little dagger with a small type would be printed if the type korl) in the subscript l) efün (le, while er finitely one large type is printed, well the T \ -jienkorb n the foch position ü] ier- has been carried out. like it through (read Uinschalt- loclis @ -nil ) ol in the first column of the map has been left. Correspondingly causes the feeling any other Loclisvniliols, to yours a hole in the X zone of the card belongs to the Closing one; Circuit in which a Soleiloid3o that the @al) felt hole is equivalent to. is excited, whereby (she _ @ feeling the X7 hole: @ connection to the common seeds conductors of the X zone. the one with the Kleinure 6 is connected. manufactures and the seated perforation closes a current path, the full of the busbar 313 opposite Polarity over that of this additional hole corresponding soleroid 30 to "'X zone conductor leads. The 2M1 feel of the first two cards split the data card. the writing of the first letter of the word tes julv in a big type (she Typewriter. The third card column contains again (read Unischaltlocll- svmbol, which, as already explained, a downshift has been triggered, through which the ".1'N-petil; cdi-1) from the superscript ment was returned to the lower ground. The fourth column of the card drains the hole clear position for the letter u, ordering in a hole in the Zülilpunktstelle o and a hole in the Zail1lhunktstelle 4. The sensing of the holes o-.4 has (she Hr- control of relays CR-0, CR-o_ (see l @ ig. 25111 and (go relay CR-d. result. The relay CR-o closes its contact CR-o, the connection @ to the common Straw conductor., Cl. (-, r o zone, and the relay coil CR-4 closes its contact CR-4a. It consists of the following straw circuit: conductor rail 313, contact CR-4u, solenoid 30-U, conductor of the o- Zone, contact CR-o, usually closed contact CR-X6, contact CR-Ra>"contact HSC-3, switch SW-a, terminal 6.

When other hole symbols in the o-zone are sensed (hole combinations finite one hole in the counting point o), similar circuits are closed, which lead over a selected sol.eiloid 30 .

If a hole combination of the R-Zone (finite a hole in the metering point R) is sensed, e.g. B. the hole combination corresponding to the letter C lnit a hole in meter point R and a hole in meter point 3, then the relays CR-R and CR-3 are energized, - the closure of the when they are energized Activate contacts CR-Rb and CR-3 ", - which creates the following circuit (see Fig. 25b) Straw rail 313, contact-CR-3 ", button solenoid 30-C, straw ladder the R-Zone, usually .closed contacts CR-o. and CR-XC, contact CR-Rh, Contact HSc-3, switch SW-a, Kleininiin @ e 6. Correspondingly, SW-a, each combination of holes of the R-Zone the connection of the conductor of the R-Zone to terminal 6 and a connection this conductor with a selected key relay 30, so that this key relay energized and the corresponding typewriter key is pressed.

An example of a circuit for the X-o zone (with holes in the Counting point positions! 1 'and o and. Additional hole) is already for the case of discharge of the Umschaltloclisynrbols been given. As given from the one given on this occasion Explanation can be found, causes the sensing of the hole in the X-location and a hole in the o-site the connection of the conductor of the X-o-zone to the Terminal 6 while the additional hole selects the solenoid through which the Current path to the conductor of the X-o = zone is closed.

Correspondingly, if a perforation is present, the R-X zone will pass through the holes in the counting points R and X of the conductors of the R-X zone to one Pole connected to the power source while discharging the additional perforation brings about the connection of the other pole of the power source to the zone conductor, which contains the solenoid to be connected to the conductor of the R-X zone.

It can be seen from Fig. 22 that the hole symbol for the number i is a Hole in the counting = point parts i is, while the hole synibole for the letter 1 is formed by a combination of holes X-3. The type for the digit i and for the letter 1 is the same, and its stop is actuated the io-1 button. It must therefore, regardless of whether a single punching in the metering point i or the hole combination X-3 is sensed, the same key solenoid 3ö-1 is energized will. This is done in the following way: If there is only one hole in the metering point i is present in a map column, then the A.hfi: ililung this hole the excitation of the relay coils CR-i and CR-i_ result. The latter relay coil When excited: g closes the contact CR-in (see Fig. 2 5b), whereby the following Circuit is closed: busbar 313, wire 341 (see Fig. 25 b center), button solenoid 3o-1, contact CR-_TU, closed contact CR-XG, closed contact CR-R "" N ockei-ikontakt HSc-3, switch SW-a, Dr.äht 33o, terminal 6.

The key solenoid located in this circuit is excited 3o-1, which then causes the Type i stop.

When the hole combination X-3 corresponding to the letter 1 is sensed \\ - ird, in it. {relays CR-X and CR-3 and 3 are energized. The relay CR-X closes Connect the CR-XQ contact and the CR-3 relay to the CR-3 "contact, creating the following circuit comes about: straw bar 313, wire 341, key solenoid 3o-1, Kbntakt CR-_3 " closed contact CR-Ob, contact CR-X., CR-Ra, HSC-3, switch SW-a, wire 330, Terminal 6. The key solenoid 3o-1 is excited so that the letter 1 is written will.

In the case assumed, for example, the date card bore the indication 2, 1937-Because of the Un isclialtloclisyinh.ol in the first map column, the punched J printed in large type in the second column of the card. The Umschaltlochsvmhol in the third column of the card causes <the printing of the punched holes in the fourth column Letter u with a small type. The number punched in the fifth column As explained, 1 causes an i, and to be printed. accordingly causes the the perforation of the letter @ provided in the sixth column - the printing of this letter: ns.

After the first entry of the first six columns N N 'of the map is the word Julv written on the typewriter. Before the digit 2 from the typewriter is written, your paper trolley has to switch between the typewriter can be issued without writing a character. The interstitial peeling of the paper cart requires pressing the @ .Z "" - ischenraumtaste SP (see ii ig. I9 and 21). The space key is struck when a unperforated card column on the sensing brushes SB. passes by. So if a Intermediate switching is desired. then a column must be left unlocked will. Accordingly, the seventh must be in the date card in question here Index column remain unlocked.

The stop of the SP space key if there is no perforation in one Card column comes about as follows - While passing the section of a Card column on the brush SB, which corresponds to the hole width, closes the high-speed cam contact HSC-i, which creates the following circuit becomes: busbar 314, cam contact CB-i4, contact HSC-1, wire 342, usually closed contact 343, relay coil 344 - busbar 312. At the same time a shunt is established, which differs from the current path that has just been angegeligiicii .atn I ,, ontakt 343 branches off and via the armature contact 3: I5 and the relay 346 to the Busbar 312 is running. The relay 344 closes the .Kontakt when it is energized 34: I "(see hig. 251) top right), the one in series with your intermittent key solenoid 3o-VP lies. The relay coil 346 closes the relay contact when it is excited 3: I6 ", which is also in series finitely your Z # %% Tischenraunitastensolenoid 3o-SP. This creates the following circuit: busbar 31.3, contact 3.I6 ", solenoid 3o-SP. usually closed contact 34j ", contact 344Q, terminal 6.

The key solenoid 30-S7 'is thus energized and, accordingly, the intermediate space key SP of the typewriter posted, so that a gap circuit of the typewriter carriage going on.

In the same way as described, one comes to every passing Uncurled column of cards on the sensing brushes a space switch of the typewriter carriage conditions.

If a column of cards contains punched holes, then complete the switching of the typewriter car as a side effect to hit one type. In this case, the automatic gap switching of the typewriter carriage must be prevented. This effect comes about in the following way: It was already mentions that each card column on the sensing brushes SB during a one section of 4 ° of the machine game comprehensive period passes. While walking by The cam contact HSC-i is closed at the hole width of the card column on the brushes, so that the sensing flow circuits for holes present in the column come about can. Then the circuits are closed by closing the contacts HSC-2 and HSC-3 made for character transmission. Between successive closings of contact HSC-i, .d. H. between the. Sense periods of successive hole widths The contact HSC-4 is closed. Accordingly, the contact is HSC-4 closed before a hole width of a column of cards reaches the sensing brushes and before contact HSC-i of the sensing circuits has closed. It exists then the following circuit: busbar 314, cam contact CB-14, cam contact HSC-4, relay coils 348, 3.I9 connected in series, busbar-312.

When relay coil 348 is energized. then she opens the contact 345 of the circuit for the automatic gap switching. The coil 349 opens when excited, contact 343 of the circuit for the automatic gap switching. When these two circuits are open, relay coils 344 and 346 remain de-energized and the contacts 344 "and 3: I6" open, so that an automatic Zwischenraunischaltung cannot take place.

This state always exists when the HSC-4 and contacts are closed before closing. of contact HSC-i. When the contact HSC-4 is opened, then also the circuit preventing the automatic gap switching interrupted, and the relay coils 348 and 349 are de-energized, so that 'the contacts 34j and 345 of the circuits for the automatic gap switching closed and these circuits are formed when the cam contact HSC-i is closes if -the card column is not punched. However, if the card column is perforated, the closure of contact HSC-i will cause a sensing dry circuit. The sense circuits for holes i-9. all contain the relay coil i-9, and the sense circuits for holes R. X and o include relay coil R-X-o. The relay coil i-9 sits on the same core as the relay coil 348 and the Relay coil R-X-o on the same core as the relay coil 349. Each of the on Coils located in the same core are capable of the associated armature contact when they are excited 343 or 3: I5 to open. Therefore, when coil i-9 is energized, it causes the opening of the contact 345, .so that an automatic gap switching is not can be done. In the same way, the Excitation of the coil R-X-o the opening of the contact 343, whereby also an automatic gap switching is prevented.

The relay coils 348 and 349 thus change the relay coils i-9 and R-X-o when preventing the automatic gap switching. Just if a column of cards has no holes, then the relay coils i-9 and R-X-o ineffective, and if so, then coils 348 and 349 during the sense periods the hole sections of a card column are de-energized, then the automatic Intermediate switching take place.

In the manner described above, it becomes an automatic one Intermediate switching of the typewriter carriage between. successiveeii Prevents hole sensing, while such in the absence of holes in one Map column and the resulting omission of the formation of sensing circuits entry..

If the columns of the date card, which hole symbols for the date wear, have passed the sensing brushes, then it is under control the perforations of these columns of cards glass date on your writing sheet by the 'typewriter printed. The next column of the date card has the hole symbol for the carriage return. This consists of a hole in the R-hole point location. The feel of this hole establishes a circuit, which the relay coils CR-R and R-X-o and R-X-o contains. The coil R-X-o causes the opening - of the contact 343 (see Fig. 25 a), whereby the circuit via the relay coil 34.q. interrupted '. Da di, e coil i-9 has not been energized, contact 345 (see Fig. 25 a below) remains closed, so that coil 346 also remains energized.

When the coil 346 is excited, the contact 346b (see: Fig. 2.5b above) is also closed. The coil CR-R, which is enabled for excitation by the filling of the hole R, closes its contact CR-Rb, whereby the following circuit is created (see Fig. 25b) busbar 3i3, contact 34.6b, button solenoid 3o-CR and that parallel to this lying relay 352, contacts. CR-o (12 CR-X c. CR-Rb, cam contact HSC-3, switch SW-a, wire 330, terminal 6.

The key solenoid 3o-CR operates the. Typewriter carriage return button CR, so that the typewriter vague returns to the basic position, whatever process a rapid shift follows automatically.

@ - @ 7during the energization of the button solenoid 3o-CR, the too diesels relay coil 352 connected in parallel is energized, which then has its contact 352 " (see Fig. 25a) includes -the in series with the main clutch magnet 54th and the usually closed contact 34 is located (see also Fig. 2i).

When the contact 352Q is closed, the main clutch magnet 54 is excited, whereby the drive for the machine controlled by punched cards and the card transport are interrupted, so that the card column, the perforation of which causes the return of the card trolley, remains under the sensor brushes for so long until the return movement of the card trolley has ended. When the card carriage has returned to its home position, the edge stop 28 (see FIG. 21) takes effect and causes the contact 34 to open, which also interrupts the circuit of the main clutch magnet, which is only then interrupted via the contacts 352 and 34 can be closed again when the card trolley has been moved out of its home position. The card is now switched on, whereby the next column of cards comes under the brushes SB. In the meantime, the cam contact HSC-3 has also been opened, which also opens the card carriage return circuit.

If then another Lochsvnibol, z. B. the hole symbol X, for Ta: bul, atortastenbetäLigung is sensed, then this causes an interruption of the card transport by energizing the main clutch magnet 54. When sensing a single hole in the X-hole location, the relay coils CR-X, RXo and RX-o energized while relay coil i-9 remains de-energized. The relay coil 346 is then excited, as before, because the relay coil _r-9 has not opened the contact 345, which results in the closure of the contact 346 (see Fig. 25b above). The relay coil CR-X closes the contact CR-X Q when it is energized. It exists. then the following circuit (see Fig. 25b): busbar 313, contact 346 "key solenoid 3o-TAB, relay coil 353, which is parallel to the key solenoid, contacts CR-o, CR-_ob, CR-X," CR-R., HSC-3, switch SW-a, wire 330, terminal 6.

The key solenoid 3o-TAB actuates the tab key TAB (see Fig. 19), whereby the typewriter carriage is placed under tabulator effect. At this time, the energized relay coil has closed the contact 353, which is in series with the coupling magnet 54 and the contact 32, which are opened by the tab stop 25 (see Fig. 21) when the typewriter rienwagen at the edge of the tabulator movement has arrived. When contact 353, is closed, then the clutch magnet 54 is energized, 5o (leave the card transport interrupted until contact 32 ain the end of the taboo lator movement of the sliding machine carriage opened by the tab stop 25 Nv i approx. The date card is in the column which follows the column in which the hole symbol for the card backfill movement finds, finitely provided with a hole vnibole that arrange for an address card to be sent leaves. This LOCliSN "nil) O1 orders from holes at the hole point locations X, or 6. The Alifiililuiil, this Loclisvinbols has to l, 'olge, tlaß the relay coils CR-X, CR-o, CR-_o, RXo , CR-6, i-9 and _i-9 be ret. The 1Zelaissptile C @ R-6 closes ilrrcii Kontalct CR-C "(see FT. 2'b), whereby cin current path from busbar 313 to Conductor 329 of the will be produced. 1) 1e relay coils CR-o and CR-X close the contacts CR-o_, and CR-X., whereby a Closure of the conductor 329 of the Xo zone to terminal 6. The one on such The way the circuit is made is like follows: Stroniscliiene 313, contact CR-6 ",, Re- laissl) en 318 and 354 to bring about the supply of a! ldressenkarte, electricity conductor 329 of the Xo zone, contacts CR-o ", CR-X ", CR-R, HSC-3,. Switch SW-a, wire 330, terminal 6. The excitation of the in this circuit lying relay 318 causes the opening of contact 318 "which is in series with deal text card transport clutch magnets 85 is (see Fig. 25.a above), and closes the Contact 31 Sb. The opening of the contact 318, aims to prevent the T ex t- card transport clutch magnet is energized, when the cam contact CB-7 iin 318 ° - Time of the machine game closes, while rend the purpose of closing the contact 318b through the creation of a circuit the address card coupling magnet 85 ', when cam contact CB-7 closes. The cam contact CB-7 closes, but naclid the last column of cards to the bureau most has passed. The circuit to the Adding an address card is available under Control of a card column closed, which is the hole symbol for the feeder an address card before the Cam contact CB-7 closes. Since the electricity circle for »bringing about the feeding of a Address card temporarily during the The hole symbol for the address card feeder bearing column ' is closed, care must be taken to keep contact 318Q open and contact 318b closed after the circuit for the address card feed has been broken while cam contact C13-7 is closed. This is done in the following way: The relay windings 318 and 35: 1 sit on the same cores as the holding windings 318 'and 354 (see Fig. 25a above). In the circuit serving to supply an address card is the relay coil 354, which closes the contact 354Q when it is energized, whereby the following holding circuit for the coils 318 'and 35: I' is established (see Fig. 25a above) busbar 312, Relay coils 318 ', 354 contact 354 "usually closed address-end contact; t 355Q, Kl @ eni-ine 3. A partial shunt to the above circuit is formed by a current path, which from contact 35: I, via cam contact C13-1 and the Stroniscliiene 314. leads to terminal 3.

With regard to these power connections, the relay coils remain 318 'and 354' excited. to the address end contact 355, during a machine game is opened and until the contact C13-1 opens in the same glass line game.

The relay coil 318 'keeps the contact 318 "open and the contact 3 08,1, .closed until it is aberrantly.

If contact 318b is closed `* and if then the contact CB-7 is closed, then the following circuit is established (see Fig. 25a): Terminal i, magnet 85 ", contact 318b, Steclcdralit 37o, contact 316b, which was excited by d, ie Relay coil 316 is closed, for usually closed coil 320 ", Contact CB-7, terminal 3.

The excitation of the magnet 85 'couples the address card transport shaft 79 'with the continuously running middle wave 7 (see Fig. 1o), whereby the first Address card AC from the container AS into the middle trail sports station FS (see Fig. i) is transferred, from which it is passed through the rollers 40 and i 1o through the sensing station is moved. The date card is followed in this way by the first address card below the influence of the date card's hole symbol, which dominates the supply of address cards.

r Before contact CB-7 and. as a result, the circuit for the coupling magnet for feeding the address card is closed, the date card is still under the SB brushes. In the column of the date card that follows the column in which there is (read the hole symbol for feeding the address card The sensing of this hole symbol in the date card causes the relays CR-X, CR = _o < -tiilafl and CR-9 to be energized, creating the following circuit: busbar 313, contact CR-9 ", Relay coil 347, current conductor 329 of the Xo zone. Contact CR-_on, CR-X ", CR-R", HSC-3, switch SW-a :, wire 330, terminal 6.

The relay coil 347 closes the contact 3471 when it is energized, (see Fig. 25 a mat), what about the following circuit containing the holding coil 347 ' is produced: busbar 3i2, I-Ialtespule 347 ', contact 347l "cam contact CB-8, busbar 3z4.

This circuit is only interrupted. when the cam contact CB-8 is opened after passing the last column of cards at the sensing brushes.

The hold coil 347 'holds the 3:47 "contact of the automatic gap switching circuit open, so that the relay 3o-SI 'assigned to the space switch is only energized after the card has passed the sensing brushes. .

The purpose of this is to prevent the self-gap switching circuit from being established consists in; to prevent .the typewriter trolley automatically switching between spaces Execute: t, if unpunched card columns after completion of the card hole sensing walk past the sensing brushes. For example, the card column can be which of those Column follows in which the hole symbol for the prevention of the self-acting Intermediate circuit is located, nice a hole symbol for high speed card movement be provided, while the other card columns have no holes. That Presence of the hole symbol for the high speed cavity ejection movement causes the card to be ejected continuously, as already explained high speed movement. During this process, columns of cards go in which there are no holes, past the brushes SB, with under normal Circumstances the typewriter car would carry out intermediate room switching *. As a result the presence of the perforation to prevent automatic gap switching in the card column which precedes the card column for which none automatic gap switching is to take place, is the contact 347, of the circuit Opened for automatic gap switching, making such switching during the end of the card transport can be prevented. In the map column. those of those follows, in which there is the hole symbol for the prevention of the automatic inter-room switching is located, the symbol X, o, 8 for high-speed ejection movement is holed. Sensing this hole symbol results in energization of relays CR-8, CR-1 and CR-o hereby, whereby the following circuit is empty (see Fig. 25b): busbar 313, contact CR-8 ", 1 relay 356, conductor 329 of the X-o zone, contacts C R-o;" CR-X ", CR-R ", HSC-3, switch SW-a, wire 33o, terminal 6.

The coil 3o6 is wound on the same core as the holding coil 356 '. The excitation of the coil 356 causes the closure of the contact 356 "(see Fig. 25a center), creating a circuit through the holding coil 356 ', the runs as follows: busbar 312, holding coil 356 ', contact 356, \ dry contact CB-13, busbar 314.

The short circuit for triggering the ejection of the card is interrupted when the card column in which the. Lochsynebol for the high-speed card ejecting movement is located, the brush SB leaves, but the holding circuit receiving the J-Ialtespule 356 'remains and keeps the contact 356 "closed as long as the cam contact CB-13 remains closed.

The closure of contact 356a creates the following circuit across the winding of high-speed ejector magnet 136 (. See Fig. 25 a): Terminal i, magnet r36, contacts 356 "and CB-i3, busbar 314 ..

The excitation of the magnet 136 disables the drive of the machine lower ge. speed to high speed uni and causes the cards be moved continuously instead of stepping by the Maltese cross wheel, such as this was explained earlier.

The high-speed card transport lasts until after the last column of cards has passed the sensing brushes SB. The opening of contact CB-13 de-energizes the hold-down coil 356 'and magnet 136, returning the machine to low-speed operation.

Instead of bringing about the high-speed ejection movement under the control of the corresponding hole symbol, it can also be grounded under the control of the manually adjustable cam 298 (see FIGS. 2, 10, 17 and iS ') and the contact CB-E monitored by this . «Never explained tert was, the cam 298 by the Operator can be adjusted by FTand, n111 a. Closure of contact CB-E any 4 ° point of the card transport bring about inmachine game. A jecle_ this point refers to a card s1) - old. So if z. B. the cam on the @ ("c.ilstricll 71 (ler display) latte 296 set then the i \ Tockenkoital; t is closed (: 73-F at the moment in which the 71. Card column the AI) fill) iil-st .SB enough. The \ Tocke11 298 and the contact CB-F serve to set the hole speed how to move the hard kidneys, if it is known that none of the cards are in one definite _ @ il "/. number of end columns Has holes. 11'enn z. B. only the th 1 to 60 finite holes are provided, while- rend the last 20 card columns free vo! i I-öclierli are, daiiii can for each card of the 7-Iochgeschwiridi ;; l; ritsantrieb begin, wr1111 the 6o. File in front of the brush SB. . has gone beige. That can go through. = 111- bring the hole '\ -mbols for high-speed cliglccitssclialttliig in the 61st map column will be enough, but the \ Tot @, # - en (ligl; eit der @ - "orseliung this I, oclisynil.) ols irr every card: can be #rinieden v ', the class Cam 298 is set so .dalli the contact CB-F ini 61 e-I'tiiil; t of the card transport inmachine game is closed so that then (let Hocli movement begins. Uni has the advantage of monitoring the I @ ocligesch @@ ° incli @; l: citizen card ejection movement; to increase by the cam contact CD-E, is also the task of this contact assigned, the 1-effect of sell) continuously Between roughening and writing in machine carriage return movement to watch what .iiii the rest of the ebelifalls by special hole symbols in card columns be monitored. In this way can by taking advantage of the by hand adjustable cam contact CD -F the all- number of card columns to be rewarded by three diminishes \\ - earth. However, this is only possible lich if no card in a particular Number of end columns has holes, (1a each card in the same way in the same Zeitptiijl; t of a Kartentra, aspOrtinascliineli- S1) lels are selected at kolier speed. will open. Uni the 1'Iascliine on control <through the adjustable cam contact hC-L to be set len, the operator closes the switch ter SW-d (cf. 25 a below), which in Rcilie finite (learn contact CB-F is. M7enn then the cam 298 is set so that the Contact CB-E ] in 61 ° -Ptililct of the machine- game is closed, then comes into this- The following circuit is established at this point in time (see Fig. 25a): busbar 314, cam con- clock CB-I :, switch Slfi-d, relay coils 357, _357, busbar 312. The relay coil 357 closes when it is excitation contacts 357a, 357b and 357, (: Fig. 25b bottom left), and the excitement of the SPttle _ 357 causes the closure of the consortium bars 357u, 3571, and 357 (see Fit. 2, b ob (2 il right below terminal 6). The closure of the cost files 357a u1101 _35i "causes the closure of the following the typewriter carriage return flow Kreis (hig. 25l.)): conductor rail 313, Io: l- clock 35% U, wire 358, key solenoid 3o-CR, the relay 352 connected in parallel, contact clock 357 a, terminal 6. The excitation of the solenoid 3o-CR causes let the vaginal retraction movement already described way. The relay 352 closes contact when he is aroused 352a Lind causes the excitation of the Main clutch magnet 54, whereby the Card filling machine is shut down until the typewriter cart in its basic position is restored and the contact 34 is open as (read earlier explained became. The following circuit is now through the closure of contacts 357, and _35i, manufactured wor'.den (see Fig. 25 b): conductor rail 313, contact 357., relay 347, Dralit 359, -Contact 357o Kleninie 6. The Rel * aissptlle 347 opens at your Eure = the contact 347a in, automatic intermediate schenrauniscliaitstronikreise, so that intermediate, rauinschaltbewebungen the typewriter can be prevented if the empty split the card at the sensing brushes S13 pass after the typewriter dare returned to the basic position and then the card transport iN-iederaufgenomm.en is. Simultaneously with the production of the last specified. both circuits. cause leave the closure of contacts 357b and c 357, the manufacture of the following circuits (see Fig. 25, b): Stroniscliiene 313, Koilt.alct 357! ,, Relay 356 for bringing about a high gescli «, indigi: eitsaus \ -% - movement of the card, Twist 359, contact 3_57o Kleninie 6. The energization of the coil 356 causes a closure of contact 356, "so dalli the high-speed card ejection flow circle is established, as already explained tert was. It will, therefore, when four shout-b- in its basic position ri. has returned and the card processing machine resumes operation, the card ejected at high speed.

After the high-speed ejection movement of the card is completed the cam contact CB-7 closes, causing the address card transport clutch circuit is established and the supply of an address card to the sensing brushes SB caused.

The passage of the date card to the A1) feeler brushes SB then has the Write the date on the date line of the writing sheet in the typewriter and the delivery of the first address card to the. Sensing brushes brought about. After the date card has found its processing in the machine, it must be returned to their container F., 11 for the next letter. The feed the date card to the ejection station ES is sent by the auxiliary transport device causes the rollers 113, «via this has already been explained. The date card must now from the ejection station I? S laterally into the machine's text card ventilator to get promoted. -This is done by energizing the text card eject clutch magnet 198 (see Fig. 14), as already explained. The excitation of the clutch magnet i98 comes about in the following way: M% you end of the machine game which the After the data card has been sensed, this card will be pushed over to the ejection station IT quits. At the 208 ° point of this machine game, the edge of the card meets the Eject card lever ECL (see Fig. 3), which then closes its contact ECL '. Thereon the cam contact CB-9 is closed, creating the following circuit (see Fig. 25a): Stroilischielle 314, contact CB-9, contact ECL ', pintle wire 373, usually closed contact 36o ", text card ejector magnet 198, clip i.

The excitation of the magnet 198 causes the ejection shaft 193 (see FIG. 14) to run in, which takes place between the 22o ° point of the machine game and results in the date card being pushed out of the ejection station ES to the laterally lying transport path for the world cards. This is followed by actuation of the slide 203 (see Fig. I 5), whereby the card is guided to the first pair of ejector rollers 2'14, 215, which feeds the card to the second pair of transport rollers 224, 225 through which it is conveyed to the top of the stack of cards in the textile card holder FIl.T, as has already been explained.

The datunikarte «earth from your text cardsl) elliilter F`1T during of the first mask game and fed to the sensing organs. «% At the end of the second date card machine game, the card went to the sensor brushes past. During the third date card machine game, which was between cream 22o ° point and your 244 ° point lies, the card has been completely conveyed into the ejection station ES and pushed sideways from there to the ticket transport track. Until the same Place «- also earth all other text cards in the third machine game after the start pushed out of the card holder.

Since the 36o "contact is in the excitation circuit for the card ejector magnet is usually closed, the machine is usually in the preparation for ejecting the items in the ejection station ES Card to the side of the Teltkarte transport track left, as well as the machine as a result of the normally closed contact 318 "is in preparation for the Removal of a text card from your storage container.

If, however, there is an address card in the ejection station ES, it must be pushed into the address card holder AD. This requires the address card eject clutch magnet igo to be excited (see FIG. 14).

During the second machine game relating to the date card, when the hole symbol located on this card is sensed to bring about the transport of an address card, an address card is pushed out of your container AS. When the hole symbol on the data card causing the advance of the address card is sensed, the relay coils 318 and 354 are energized. Relay coil-a, 54 closes contact 354 ", thereby closing circuits in which holding coils 318 'and 354' are located, the first circuit containing relay contact 355" and the latter containing contact CB-i. The energization of the coil 318 'causes the contact 318b to close and the address card transport coupling magnet 85' to be energized.

The excitement of the 'Doppelniclclungs @ claisspul-en 354, 354 v £ ranIasst apart from the closure of the contact 35d ″ for a holding circuit, also the closure of contact 3541 ″ which remains closed until coil 354 is deenergized.

When -the contact 3-54i is closed. then comes at the closing of the cam contact CB-3, the following circuit is established: Conductor 314, cam contact CB-3, contact 354i "relay coil 361, busbar 3r2.

The excitation of the relay coil 361 causes the closure of the holding contact 36i " and thereby the production of the following Circuit (see F, ig. 25 a): busbar 312, Relay coil 361, relay contact 361, cam contact CB-2, busbar 314. This one The circuit remains for most of the time of the second referring to the address card Machine play until the cam contact CB-2 is at the 31o 'point of the machine game opens. During this second iNfaschinenspiel goes to the address card past the sensing brushes, and their holes @eii cause tax effects in the Typewriter and in the card reader ai machine. The relay coil 361 causes when it is excitation also the closure of the contact 36i1 ,. the iii row with the cam contact (.'1> -6- (see Fig. 25a). If then the Cam contact CID-6 at the 28o ° point of the two tvii mailing card machine game closed- will sen. then comes, because then that too I "" elaislzoiltakt 36'v is still closed, fol- final circuit: Stroinschietie 314, cam contact CB-6, relay contact 36, b, 1 Zelais coil 36o, busbar 312. The relay coil closes its contact 36o and thus provides the following holding electrical circuit out -... busbar 312, relay- '; pulc 36o, contact 360b, cam contact CB-5, Busbar 314. The cam contact CB-6 opens while rend of the second address card machine Game. But then it is the cam contact (.'B-5 closed to the 244 ° point of the third machine game of address card. The coil 36o was at the 28o ° point of the second address card machine game closed. This is the third date card inmachine game. As already explained earlier takes place between the 22o ° point and your 244 ° -puillzt the third date card- machine play around the ejector "\ -elle 133 of the data card. So it will be that Eject the data card sideways the Te:, card transport path of the machine and the feeding of this card to the first pair of ejector rollers 214, 215 im 2-14 ° point of the third date map machine nenspiels, which with the second -ldress card machine game coincides. * The excitation of the relay 36o inl 28o ° point this machine game thus takes place after- to which the previous card was used is for sale. The l \ '. Elais coil 36o opens when it is guiih contact 36o "of the text card output throwing magnet circuit and closes the Counter contact 36o .. This happens inl 28o ° - Second Address Card Machine Point game after ejecting the previous the card which during the same Machine game going on and after the card lever contact ECL 'and the cam contact CB-g have been opened.

The coil 36o is kept energized until the 244 ° point of the third address card machine game. At the .28o ° point of this machine game, the address card meets the card lever ECL, which then closes its contact ECL '. This is followed by the closure of the cam contact CB-9, which creates the following circuit. (see Fig. 2; a): busbar 314, contacts CB-g, ECL ', pintle wire 373, contact 36o, _, address card ejection coupling magnet igo, terminal r.

The excitation of the magnet igo causes the transfer of the address card from the ejection station E.5 into the card holder AD.

Meanwhile, the relay coil 318 'remains energized, so that the requirements remain fulfilled for the further supply of address cards. The first address card thus follows when the cam contact CB-7 closed and the magnet 85 'is energized. a second address card and the second a third. Address card, and each of these address cards. Sink cards will be on your third on them related '.1-Iascliinenspiel in the container AL) transferred. lede the three address cards. causes the \ iec1erscllrift of a line of the internal address. .

In the third address card, in the card column that follows the columns for the third line of the inner address, the hole is punched Yillhol X, o, 7, which denotes the fade of the row of address cards. The feeling of this hole symbol causes the ung der. Relays CR-X, CR-o and CR-7 ,. Excitement _ causing the following. Circuit comes about (Fig.25b): S.tromscllieile.3i3, contact CR-; a, relay coil 355, contacts CR-o ", CR-X", CR-R ", HSC, 3, relay coil 355, switch SYh-a, clamp 6. The relay coil 355 closes its contact 355 ;, (Fig: 25a above left), which creates the following circuit: Stroi? 1Scllieile 3I2, relay coil 355 '. Contact 35'5h, cam contact CB-4, busbar 314.

The annoyance of the sink 355 'has to open the contact 355a Consequence, whereby the de-excitation of the relay coil 31S 'and with the opening of the \ ockenkontaktes CB-i also causes the de-excitation of 354 '. If then the cam contact CB-; is closed, then there is an excitation of the text card transport coupling magnet 85, so that the third address card is followed by a text card showing the hole symbol for the address of the recipient of the letter, so that it appears on the letter the Typewriter being written down. This is followed by the transport of further text cards through the machine up to the final formula containing message card. This contains in the column that corresponds to the columns with the Perforations of the final formula of the letter follows, (read the hole symbol, which is the end of the letter indicates which consists of the combination of holes in the hole point locations R, X, 8.

Sensing this hole symbol causes the following to close Circuit: busbar 3i3, contact CR-Su, coil 317, conductor of the R-X zone, Contacts CR.-o "CR-Xd, CR-Rb, HSC-3, switch .SW-a, wire 330, Kleni.ine 6.

The coil 3r7 closes the contact 317l ″, whereby the following holding circuit for the circuit just mentioned comes about via the holding coil 317 ': busbar 312, holding coil 3 i 7', contact 3 r'7 G, cam contact CD-16, busbar 314.

The relay coil 3t7 'thus remains energized until the l \ Tocl: enkontakt Ch-i6 is opened, which is in .344 ° -Punl: t of the machine game near the end of the same happens.

The excitation of the relay coil 3i7 'causes the opening of the contact 31, "". The relays 3 1 5 and. 316; but remain energized until contact 321 is opened, which only happens when relay coil 321 is de-energized by opening cam contact CB-ii. The excitation of the relay 315 causes the closing of the contact 315 "which causes the excitation of the main clutch niagneten. So that the machine comes to a standstill after the last text card has been scanned at about 320 ° of the machine game. The operator can then Take out the written letter from the typewriter and insert a new sheet of paper into the typewriter, making sure that the date line is in the printing position.

A new series of machine games can be initiated in order to write the same letter with a new internal address, the type control for the new internal address being carried out by a set of three additional address cards. In order to initiate the machine games for the writing of the new letter, the operator presses the start button S7 '. The processes in connection with the drafting of the new letter then take place in the same way as they were explained for the first letter.

As has already been explained, the circuit containing the Kai-tenliel) ell: ontalct FCL 'with the relay coils 321, 322 is tinterbrocken after the last column of cards has passed the sensing brushes and the contact roller .IS. This circuit is only closed again at the end of the machine game, when the next card comes under the sensors. During the period of time in a machine game which lies between the completion of the card scanning and the initiation of the scanning of a new card, the relay coils 321 and 322 are thus de-energized. De-energization of coil 322 causes contact 322L to open. so (do not leave any sensing circuit closed during the period mentioned, during which there is no card under the brushes SB and the brushes therefore rest directly on the contact.

After the last sentence has been pushed out of the card holder AS and placed in the holder AD , the text cards continue their control effect and cause the writing of the letter which corresponds to the last set of address cards After the last letter has been written, if the operator overlooks (there are no more address cards in the container AS, and accordingly starts a new series of machine games by pressing the start button, the date card from which the text cards are picked up The container would be pushed out and transported under the sensing brushes. This card would normally leave the FCL, which would result in the opening of the FCL 'contact. the relay coils 321 and 322 are de-energized. The date card exercises its address cards even if there are no address cards end tax effects from .. @@ 'enn but no address cards. are available, then no address card can be pushed out of your AS container under the card lever. A circuit is therefore not closed via the card index contact, so that when the corner contact CB-i i is closed again, the relay coils 321 and 322 remain de-energized after the date card has been sensed during the second date card machine game If the relay coils 315 and 316 are de-energized in the usual way during the third machine game related to the data card and the contact 315R -closed in connection with this, then (let the main clutch magnet 54 be excited and bring the machine to a standstill.

When the machine comes to a standstill, the date card is still under the additional transport rollers 113. It must therefore still be fed to the ejection station and returned to the text card holder F111. To achieve this, an eject button EK (see Fig. 2a above) is provided. If the machine comes to a standstill at the start of the third date card machine game, the operator presses the eject button EK. which closes a contact EK ', resulting in the following circuit: Klem, me 3, contact EK', Rülaisspulen 320 and 362, busbar 3r2.

The excitation of the relay coil 320 results in the opening of the contact 32o, which lends in a current path to which the windings of the two transport coupling magnets 85 and 85 'are connected, so that during the third, by striking the off - «- erftaste AK ciii, -cleiteteii, no further card transport machine game is initiated on the date card in relation to lidicia ilIascliinenspiels. The l? Iiileituiig of the third date index; iscliiiiencl) iels takes place through excitation de, - Sliiile 3l> 2 and the thereby brought about Sclilici.iunt, of the contact 362 "which is in a shunt to the start button contact .5'1". Closure of contact 362 creates a circuit in which relay coils 315 and 316 reside so that these coils are energized. The relay coil 311 opens its contact 315 ″, whereby the main clutch magnet 54 is excited so that: the machine starts up again. The machine now performs the third machine game relating to the date card, during which the text card ejector magnet 1p8 is excited. It then takes place ejecting the date card and returning it to the text card holder FAhl before (the third thumb card machine game comes to an end. Near the end of this machine game, the cam contact CB-i5 (see Fig. 25a above) is closed, creating an illegal test circuit for the relay coils 362 and 320 »comes about,% velcher remains closed until the next machine game. If the Noclc.eükontakt CB-i5 is closed, the eject button EK can be released. The contact 362 now remains closed until the cam contact CB-i5 is opened and opens the holding circuit of the relay coils 362 and 32o This happens during the fourth one relating to the date card Machine game. When the relay coil 362 is de-energized, the contact 362 is opened, and at the same time the relay coils 315 and 316 are de-energized and, in connection therewith, the contact 315u closes, which excites the main coupling magnet 54. This brings the machine to a standstill.

After the machine had come to a standstill due to exhaustion of the address cards, it could have been put back into operation by pressing the start button ST instead of the eject button EK. The reason for the provision of the eject button is to cause the relay 320 to be energized to open the contact 32o, so that the Xart transport coupling devices 85 and 85 'are energized. If the start button ST had been pressed instead of the eject button EK, an unnecessary card transport machine game would have been initiated. The provision of the eject button is particularly important when the card feed is interrupted not because the supply of cards is exhausted, but because a card is stuck in the display slot of this card container or because of a malfunction in the mechanism of the transport station FS. If the start button were to be struck when the card feed did not take place, card transport machine games would be initiated and the disturbance in operation would be increased.

If the cam contact CB-i 5 is opened and the holding circuit of the eject button relay coils 362 and 320 is interrupted, the machine stops. .

If .then new address cards are inserted into the container AS, then the machine continues to operate without further ado. If (read despite the refill of the address card holder is not wanted, -then the main switch S must be opened will.

It may sometimes be desirable to control the machine by cards which are only taken from a single stack of cards. Such a type of control can e.g. B. in "those cases in which it is a question of lists, such as is shown for example in Fig. 23a, where it is assumed that the sheet to be written on by the typewriter under punch card control bears a head print. In In this case, the cards, each of which is assumed here to contain a printed line in perforated letters, are placed in the card holder AS and are conveyed through the machine to the storage container AD . According to the designation chosen above, only AC cards, not FC cards, are used.

To switch the machine from being controlled by AC and FC cards to being controlled solely by AC cards, the end of the connecting cable 370 connected to the socket 371 is connected to the socket 372 according to the illustration in FIG. whereby the text card transport coupling Sm: agnet.85 is made ineffective and only the address card transport coupling magnet 8,5 'remains effective. In a similar manner, one end of the pintle wire 373 is disconnected from the receptacle 374 and connected to the receptacle 3; 75, whereby the text card ejection clutch magnet 198 is rendered ineffective and only the address card ejection clutch magnet 190 remains effective.

Claims (2)

PATENT CLAIMS: i. Typewriter system for automatic execution of letter texts -with address head under control by documents, which the characters etc. as symbols and separately for the text to be written repeatedly as well as for the changing addresses are available, characterized in that the Sign symbol supports of text parts and addresses, to be separated Stacks of cards to be combined are formed, which are fed to an evaluation device which responds to the character symbols of the cards in such a way that upon sensing Each card an identification mark provided on it determines whether the next card is the is taken from the same deck of cards or from a different deck. 2. Plant according to claim-i, characterized in that the cards removed from the separate card stacks via the same stacks of cards to a common evaluation unit: supplied be .. -3. System according to claims i. And z, characterized in that the card transport station between two compartments for control card stack is arranged so that cards .jedes Stack transversely to the conveying direction towards the evaluation point from the card slots can be pushed over to the transport station. d. Plant according to claim i to 3, characterized in that the control hard after passing the evaluation device, depending on whether they were eninoinine to one or the other batch, according to different ones Pages transverse to their direction of movement when passing the evaluation device be ejected. 5. Plant according to claim i, characterized in that the one Card stack removed cards after. Successful evaluation by the machine of the Are fed back one after the other to the stack of cards from which they were removed. 6. Installation according to claim i, characterized in that one is removed from a stack of cards Card at the same time as the determination of the deck of cards from which the next card will be taken is also determined how the filing of the latter happens after the evaluation .. i. Plant according to claim i, characterized in that the. Cards with changing Speed past the evaluation device. B. Appendix after Claims i and 7, characterized in that there is gear for the card drive has a planetary gear change transmission. 9. Plant. according to claim i and 7, characterized characterized in that the switching of the transmission for the card drive from one Speed on the other under card control takes place: io. System according to claim i, 7 and 9, characterized in that the switching of the gear for the card drive. a change in speed can also be carried out by actuating an actuating device :can.