POLICY-MAKING CALCULATING-MACHINE FOR COMMUNICATION BETWEEN INDIVIDUALS

Abstract: Simple individuals each with their own balancing of arguments or conditions which may hinder or prevent the reaching of a concrete complicated policy-purpose which asks decision-making at an enterprise or governments, use for their communication the policy-making calculating-machine with input and output on paper forms on which data are printed or written in a tree structure. Individuals can limit themselves to one or more hierarchical levels of the tree structure. After manual input or correction the paper form is moved backwards into the machine, for output the paper form is moved forward. Thus the individuals can better distinguish and less overlook arguments or conditions which would otherwise hinder or prevent the reaching of a concrete complicated policy-purpose than other individuals of enterprise or government, which contributes to concrete decision-making.

Description: POLICY-MAKING CALCULATING-MACHINE FOR COMMUNICATION BETWEEN INDIVIDUALS. The present invention relates to the defining of a policy-purpose as objectively as possible through putting individuals as exhausting themselves as possible on the track of the complete conditions, which may stay, hinder or prevent the reaching of that purpose, those individuals making use of the policy-making calculating-machine with among other things its memories and its printer. The invention thus is essentially something else than the always remaining subjective founding of a decision on the base of probabilities which is known from the claim number 3 in the British patent Nr 1.390.397. The invention relates to aprocessand a device for decision-making through communication between individuals, said communication can occur by means of paper as a bearer of information, as well between memory-computers the one with the other as between individuals the one with the other as between individuals and memory -computers . By decision-making here very first is understood the underbuilding or undermining systematically of arguments from divergent areas, which arguments will be brougt forward and will tell in favour of the making of a decision to pursue one or more policy-purposes. By systematically here is understood that underbuilding or undermining occurs again and again step-by-step with at every turn arguments in at most a definitely established number, preferably six eing the central discipline — occuring four times as a rule, leading with the number 6 towards 36 so-called sub r uments, 216 sub sub r uments , and 1296 subsubsubarguments possibly. By decision-making here further is understood after underbuilding or und ermining the arrival at at most s ix s elected subsubsubarguments , starting from pref e ably most diff erent levels and in mutually most diff erent fields . By decision-making here las tly is understood that each of those s elected and for the policy relevant estimated subsubsubarguments will afterwards be provided with at least six and at most thirty so-called policy -factors to which in each case is added a rating at its true value in the form of value-figures which can be figured-up or can be ultiplicated by the said individuals . These policy-factors and value-fi ures can be discuss ed, modified, completed and compared by the individuals , mutually holding by the hand the " policy-making calculation-machine. Such a thing for the benefit of the decision-making within which there is an aim at the perfection to overlook nothing, thank the central discipline mentioned above. That discipline namely " includes also the fact that through comparison of several value-figures the ef ectiveness of everyone* s choice of the first arguments each^ preferably to the number of 6, is obligated to be screen-ed in the rear, so far as everyone is concerned for the business-like equivalence of thos e first arguments for instance as staying conditions for the policy-purpos e and so that discipline includ es the fact that this choice of the first arguments can be improved if necessary . An improvement cons equently which can b e reached through the above mentioned modifications and additions that can be introduced in said policy-factors and in said value-fi ures. By memory-computers here i s understood a working-up unit with a memory-disk with only one channel towards a screen or printer according to the Von Neumann principle, which unit in the case of this invention may b e connected with pref erably six memory-disks which are mutually synchronic adapt ed, by which six parallel -channels are available instead of the said one channel from the unit towards a printer . ' The policy-making calculating-machine is a devic e that first of all prints on paper again and again with at most six spore-lines in length on the output f eed from built-in standard-memorycomputers in which data have b een brought , in a ' standard-s equenc e so that thes e data can be called up at will but. always within that sequenc e, through one or more key-touches . This devic e includes further an optical readingbridge that reads in the spore-lines anywhere the there-on by hand or otherwise introduc ed modifications , ; additions or corrections and that passes them to the also built-in so-called temporary memorycomputers which put them in store as instructions and pass them for the printing of those modifications , additions or corrections on the paper, for instanc e on parallel lines beside the corresponding spore-lines . The input of paper with an instruction is known from Klyc e, 1960. The reading of marks and hand -writing is known from Schram, 1969. This d evic e with the readingbridge finally includ es in the main a running-back mechanism for the input again of the output paper . By this the movings of the paper as b earer of information remain limit ed both during the und erbuilding or undermining from the s tandard emorycomputer and during the introduction of modifications , additions or corrections pass ed through the temporary memorycomputer . All this will b e explained by illustrations in the example of a performance with some data. The use of the policy-making calculating-machine in the main leads to a working-up of data in a self built fixed pattern of by pref erence six text-rules which always have a fixed sequence and which have their origin in standard-memorycomputers . Thos e t ext-rules may get a great length even a ery great ' l ength as a cons equence of the printing in length on the output papers . By the usual printers with in general not more than one channel from the working-up unit b ecause of the - already mentioned Von Neumann principle, this would _ that a long output paper should be put in again " /mean backwards before the beginning of the printing of every next text-rule . That would be too much cumbrous and unreliable during business-communications and would take too much time. At this invention however the central discipline with preferably six arguments for under buildings step -b -step makes it obvious and possible through using the 6 ax all el-channels mentioned above to give to each of the 6 synchronic memory-disks the same fixed pattern of s equence as the fixed pattern of sequence which the six text-rules have together in every case. The user of the device then will reduc e the lengths of the arguments to one text-rule each for instance. At this invention the long paper output thu-s can be printed in length and with very long dimensions without the obj ections mentioned above with only one channel. Every memory-disk then takes for its account just one text-rule each time of a group of six text-rules on the paper output . The front-side of each memory-disk for instance contains its share in the fixed memory-data while the back-side of that same memory-disk may contain its eventual share in the temporary memory-data in the form of the mentioned modifications, additions or corrections. And this then preferably just exactly opposite to the parts of those rules or of those texts in the fixed memory-data on the front-side of that- memory -disk which have to be modified, added or corrected in fact, which keeps just simple the mutual etermination of the place of text-rules together on the front-side and back-side of every memor -disk. The standard-memorycompute s can be filled completely with input-data in standard- sequence and can regular be re-newed from a centre of knowledge or from a factory where the devices have been constructed, may be the data, are partly bταilt up by the user of the device himself as to mention he eunder. The temporary memoryeompu ers remain strictly separated from those fixed data in order to keep the s andard - emory just free from so-called memory-pollutions during the space of time of input of modifications, additions or corrections being red from the pape -input through the reading-bridge. The standard-memorycomputers however may also been filled completely with all memory -data in standard sequence through only the input backwards of all data on paper by reading them via their places on the spore-lines mentioned above. Herewith this machine remains as close as possible to the technical characteristics of a hand -conduc table device that enables laity in electronics and thus little developed people which will take part in the decision-making, to understand and to handle it with simple maintenances, meeting little failu e-chances and thus may be called comparatively business-reliable. The new effect of this invention now is the latitude for individuals to feel free to be in the practical opportunity to may introduce sense-making elements of policy even in spite of the nearly boundless and innum erable series of topics which are situated within the step-by-step weavings of und er buildings . And coming from different professional disciplines, echelon-levels and educational degrees and from dif erent country-characteristics to feel free to prepare evidentiary together in several mutual communications an effective solving policy (even 30 and preferably for very complicated problematical situations) further to help build it up, execute it if wanted and to bring and keep it under control if needed. We may be thinking in the direction of -especially governmental-ruling or more commercial -businesslike problematical situations which may take their place anywhere autonomously in a thanks the machine greater step-by-step policy-weaving for economics, employment, peace, housing, environmental protection and even for sciences or for -cure of souls, being a place anywhere which can be accepted spontaneously by everyone. Th.es e problematical situations then appear to be insoluble without the new discipline of sys ematically unde building or undermining of arguments just in the judgement of motivated individual persons which have concern for that concrete situation and which by means of the policy-making calculating-machine as a technical discipline and device are autonomously able to oppose ef ective policy-alternative solutions for the problematical situation, which solution with its underbuilding by preference may includs a challenge for other individuals to underminings of that same solution by means of the same central discipline. This di scipline brings about that the mentioned und erbuilding or undermining of ar um entj just happens wi thout a gap in its s ens e of hiatus and without an overlap in its s ens e of doubling. Eventual gaps and overlaps nam ely have no long li e¬ time through the reduction systematically of arguments again and again to at most a d efinitely established number (pref erably six, a practical experienc e) , b ecause of the fact that each time further and deeper - underbuilding or undermining of arguments makes more and more visible the gaps and the overlaps in the foregoing arguments higher in the weavings of the policy-making proc ess . Those signalized gaps shall b e filled with other arguments afterwards by the op erating individual persons, which at the same moment shall take away the signalized overlaps . This proc ess i s going on apart from the above mentioned corrections in the choice of each of the first six arguments . These already only during the underbuilding in the eye hitting gaps and overlaps can be seen as so-called modifications or additions which shall be introduc ed through instructions into the temporary memory -data as mentioned above. It also may occur that consideration of the s eries of value-figures and policy-f ctors workj out in thos e mentioned modifications and on that occasion it might b ecome obvious that the importanc e of the argument and underbuilding in question towards subsubsuba guments anywhere els e within that underbuilding is greater and more relevant conc erning the staying conditions for the policy-purpos e than previously was presumed with the first arguments on the top of the weaving pattern of underbuildings . This can mean that an argume with its annex cluster of subarguments , subsubarguments and subsubsubarguments has to give up its upper place by way of degradation in favour of a subsubargumen . for instance with its annex cluster, by way of some promotion. The policy-making calculation-machine gets therefor through key-touching the instruction if previously by hand -writing a dot has been marked on the output paper b ehind the top of a cluster which has to be promoted, a dot outside the frame-lines , and if paper moves the dot back under the eading-brid e. In the programming of the policy-making calculatin - machine then a calculating comparison takes place b etween on the one side the appearing greater importance of that sub sub ar u e t for instanc e, concerning the staying conditions for the policy purpose and on the other side the importanc es of the arguments at the top . That comparison makes clear which argument, placed at the top being staying condition of the hi hest and most enclosing level, is degraded in fact , In this way an. automatical calculating process of correction has taken place and its result becomes visible throu the temporary memory-computer: gaps , overlaps and ot imper ections which have to be corrected within the weaving patterns of underbuildings, which are pointed t a concrete policy -purpose by individual persons . It remains always founded on the by these persons indicated alternative policy- actors and alternative value-figu es which can be seen as the sources of t h above mentioned modifications , additions , correction Herefor some fixed programming-instructions can be added to the memory -computer of the policy-making calculating-machine which has for instanc e the resul that the above mentioned corrections, which take plac through modification or addition, work out as it were a proc ess of automatization in effects in other grou of arguments than where these corrections were made. Placing a dot behind an argument, behind a subargu e behind a sub sub ar ument, behind a sub sub sub argumen inside the so-called frame-lines on the paper-output, one gives via the reading-bridge the instruction to t 5 standard memory -computer that for this marked argumen the next six un erbuilding-arguments are wanted to be printed on the paper. In that way an individual perso .selects his preferen own policy -lines through the weaving of underbuilding ,0' and then it is not necessary to be confronted with th above mentioned boundless and innummerable series of topics in their completeness. Here is talk in reality of a spiritual governing of a unexpected complex matter, explicit through the not 5 obligated confronting with the completeness and throu nevertheless the opportunity to be able to evocate th parts of the weaving pattern in every wanted policy - direction, towards for that policy-purpose most essen estimated policy-lines. 20 The arguments which are considered for underbuilding undermining are introduced into the device, concerni their own indication and concerning the indication of divergent fields in which they function, at the fact 5 where the device is constructed as mentioned abov-e, b the arguments may partly be introduced by the individ persons themselves as their own contribution to polic This house-keeping of arguments, thanks the disciplin 30 and the self -correct ion and self -optimization thanks the set-up of the policy-making calculating-machine, takes care of the user of that device with its automa improvements of arguments through promotions, degrada if wanted and takes care of the fact that this user o 35 device knows evidentially more than other people in t field or divided field of a concrete policy-purpose. That house-keeping of arguments brings Individuals If wanted in a relative favourable position of concurrency or competition, becoming a more attractive counterparty eventually for other individuals in their own country or abroad. Individuals working in existing kinds of organisations of government, education or business, wil obviously know the problematic situation first, before who is out of work, and in their case from the very fi beginning- there may be a place for the policy-making calculation-machine as decribed here in the so-called office for the future. Paper being the only allowable bearer for information, in view of the great lengths of text-rules as mentioned has possibly besides the effective communication by p in the discussions between individuals the advantage o the secrecy. The informations which are to be evocate through the policy-making calculation-machine, eventua modified, added or corrected, can thanks paper remain i a certain discretion per office and even per departmen because instructions for modification, addition, corre which arrive at the temporary memory-computer, can be washed out by the individual person in question. In Example 1 thoughts are collected on level 8 with knowledge from experiences of individuals in so-called developing countries about demands — knowledge about the market at that place — which individuals make connections for a policy-purpose together with a so-called developed country on level 4, for instance pointed at instructions for scientific institutes in so-called semi -de eloped countries on level 7. ' In Example 2 the spore-lines are illustrated at divergent starting levels selected for this Example, on the outprint once six lines high or six times six lines high. By the way a key is offered for concrete policy-purposes which may lead to additional building ' activities in a country. 1-°- Example 3 is. showed without lev el -variations the dot 1 through which the reading-bridge during the running-back move of the output reads again and • gain , which underbuilding is wanted on the next level. The modification by hand-writing has the figure 2 and 3 shows a correction in a parallel spore-line for control. The frame-lines enclose arguments as well as dot 1 occasionally, inside the frame-lines. The outside dot as mentioned gives instructions to the temporary memorye-omputer via the reading-bridge to promote an argument from a lower level towards a higher level and also to degrade the, on that higher level fewest important argument,- to a lower level of being staying condition than was foreseen in the standard emoryeomputers. Cited literature 1. British patent (IBM) April 9, 1975 Nr 1.390.39 2. Proceedings of the 1960 Computer Application Symposium, 26 and 27 October 960 (New York, U B.H. Klyce "Electronic processing of 10 millio subscription records". 3. Elektronlsche Datenverarbeitung, volume 11, Ho. 8, Augustus 1969 (Braunsweich, DE) HJP. Schra "Ueberblick ϋber die Methoden, Mi el und Trends in der ' Date er assung fur die elektronlsche Datenverarbeitung". Example ι Central objectives Page 1 First level Economic policy Balance of payments Pull employment Economic growth Reduction inflation Exchange rates Environments OMPI Exampl e l Concrete obj ectives Page 2 S econd level Economic growth More free trade More world-production Reduction financing gap Less brain-drain Growth populations Employments 4th sector OMPI - 1 ' 5 " - Example ι First und erbuilding Page 3 Third level More world-production 0002 Adapted industry 0261 Adapted knowledge 0520 dapted financing 0779 .ergy distributions 1038 Ecological behaviour 1297 More new services Example i Second underbuilding Page 4 Fourth level Adapt ed Industry 0003 Transport 0046 Food 0089 Clothes 0132 Housing 0175 Machines 0218 Raw -mat er 1 als Adapt ed financing 0521 Administrations 0564 Cash-flow 0607 ΪTew investment 0650 From abroad 0693 Banks errice-variati on 0736 Remuneration Ecological behaTlour 1039 R eduction C02 1082 Heavy metals 1125 Wa e -technology 1168 isp erslbilities 1211 Urbani sties 1254 Health, standards Example l Third und erbuilding Page Fif th lev el Reduction C02 1040 1047 1054 1061 1068 1075 Heavy metals 1083 Origins 1090 Settlements 1097 Fly-ashes 1104 Other ashes 1111 Regaini ngs 1118 Storing away ϋrbanisticε 1212 1219 1226 1233 1240 1247 Example l Fourth underbuilding Page 6 Sixth level Origins heavy metals 1084 1085 1086 1087 1088 1089 Production fly-ashes 1098 Heat antecedents 1099 Granulation 1100 Tribo mixing 1101 Smallest portions 1102 Full ass cabling 1103 Hew bounds Storing away 1119 1120 1121 1122 1123 1124 Example ι Li t er a tur e -i t ems Page S eventh l evel Heat ant ec edents 210981 Periodical 1 210982 Periodical 2 210983 Periodical 3 210984 Manual 1 210985 Riroira Romans 210986 Pann e-ko efc Geology Tribo mixing 211001 Periodical Λ 211002 Periodical 2 211003 Periodical 5 211004 Manual i 211005 Manual 2 211006 Manual 3 Full assembling 211021 Periodical 1 211022 Periodical 2 211023 Periodical 3 211024 Manual 1 211025 Manual 2 211026 Manual 3 * OMPI Example l Knowledge-items ~a £ e.. 8 Eighth level Heat antecedents 310981 Experience 1 310982 Experience 2- 310983 Experience 3 310984 Insight 1 3109 S5 Ne solid re< 310986 Water - behaviour OM .Λ, Y/IP 21 Example 2 Page Central objec ives Concrete objectives First level Second level ϋalance payment " Inflation 'Employment ' Growth Bui lding-c o s t s " Inflation Exchange Environment Balance payment. Tftrψl ovment Employment Services d- sector Growth Inflation Productivity .Exchange Environment Example 2 Page First underbuilding Second underbuilding Third level Fourth le el Productirity Mobility Mobility " Living behaviour o Exampl e 2 - 23 - Page Third underbuilding Fourth underbuilding Fifth- level Sixth level 1212 To-wnplannl ng 1234 Choice house 1219 B ev elop eat 1235 Choice job 1226 Cόπtpl e t ea ess 1236 Occupation 1233 Contents 1237 Encla es 1240 Shapes 1238 Recognition 1247 Interaction 1239 Emancipation Example 2 Page 4 Literature-items Knowledge-it em.5 Seventh level Eighth level 210981 Periodical 1 310981 Exp eri ene e 1 210982 Periodical 2 310982 Exp eri enc e 2 210983 Periodical 3 310353 Experi ence 3 210984 Manual 1 U0984 ' Insight 1 210985 Rivσlra 310985 Rock 210986 GqologT- 310986 Insight 3 Example 3 Page l First underbuilding Second underbuilding Third le el Fourth level 0002 Industry UP39 C02 0261 Knowledge 1082 Metals 0520 Financing 1125 Water 0779 Energy 1168 Spreading 1038 Environment 1211 Orbanistics 1297 Services 1254 Health 0002 Industry 0003 Transport 0261 Knowledge 0046 Food 0520 .Financing 0089 Clothes 0779 0132 ' Housing 1038 Environment 0175 Machines 1297 Services 0218 Raw materials 0002 Industry 1039 C02 0261 Knowledge 1082 Metals 0520 Financing 1125 Water 0779 Energy 1168 Spreading 1038 Environment 1 2 11 Urbanistics 1297 Services 1254 Health 0002 IndustryT 1039 G02 θ " 26T " Knowledge 1082 Metals $5 " 20 Financing 1T25 Water 0779 Energy 1168 Spreading 1038 Environment 1211 Urbanistics 1297 Services 1254 Health 0002 Industry 0521 Administration 0261 Knowledge 0564 C ash-flow 0520 Financing 0607 Inv estment 0779 Energy - 0650 ' Abroad o 1038 Milieu 0693 Bank-senrice 1297 Services 0763 R emuneration 0002 Industr 1039 " CU2 " ~ 0261 Knowledge 1082 Metals 0520 Financing 1125 Water 0779- Energy 1168 Spreading 1038 Environment 1211 Urbanistics 1297 Servic es 1254 Health Example 3 Page Third underbuilding Fourth und erbuilding Fifth level Sixth level 1083 Origins 1098 Heat 1090 Settlements 1099 Granulation 1097 " Fly-ash-es HOP Mixing 1104 " Other ashes 1101 Portions 1111 Regaining 1102 Assembling 1118 Storing 1105 Borderlands 1083 origins Z 1098 Heat 11090 S ettl ements 1099 Granulation feu T Fly-asheS ; z HOP Mixing 1104 O her ashes iio i Portions 1111 Regaining 1102 Assembling 1118 Storing 1105 Borderlands 0651 Returns 0659 Escape I 0658 Risks 066C>___Int erest 0665 ' History ~ 0661 Foreland 0672 3d countries ~ 0662 Kno l . import. 0679 Opec countries " 0663 Dogmatics .0686 Freedoms 0664 Escape III 1083 Origins 1098 Heat 1090 Settl ements 1099 Granulation 1097. Fly-ashes HOP Mixing 1104 Other ashes 1101 Portions llll egaining 1102 Assembling 1118 Storing 1105 Borderlands Example 3 Page First underbuildings Second underbuildings Third level Fourth lev el 1038 Environment 1082 Metals 0002 Industry 0175 Tools 1038 Environment 1082 Metals 1038 Environment 1082 Metals 0520 Financing 0650 Abroad 1038 Environment 1082 Metals Example 3 Page 4 Third underbuildings Fourth underbuildings Fifth, level Sixth level 1097 Fly-ashes 1100 Mixing 0018 Process-transport 0022 Mechanisms 1097 Fly-ashes 1102 Assembling 1097 Fly-ashes 1098 Heat 0658 Risks 0664 Escape III Example 3 Page 5 - 29 Policy-factor E ergy -balance rvalue-figure 50 Policy -factor Energy-balance pTalue-f i gur * 20 Policy .factor Energy -balance fValue-fi ur • e lpjfl Polic y -factor Energy-balance Value- igu e . 60 Policy-f ac tor Ener sr-Λalanc e Value-figure •••• 30 Policy-factor Energy-balance Value-figure .... 40 OMPI Example - 30 - Page Raising appraisal market Value-figure 40 Raising appraisal market Valu.e-f igure 10 Raising appraisal market Value-figure 60 Raising appraisal market Valu.e- igure 50 Raising appraisal market Value-figure . — 20 Raising appraisal market " al e-f Igure 30 Example 3 Page 7 Accessibility markets Value-figure - . - • 30 Accessibility markets Value-figure 60 Accessibility markets Value-figure . — 50 Accessibility markets Value-figure 40 Accessibility markets Value-figure 10 Acc ssibili y markets Value-figure .... 20 OMPI Example 3 Page Faculty to organize Value-figure 20 Faculty to organize Value-figure — . 50 Faculty to organize Value-figure 40 Faculty to organize Value- igure 30 Faculty to organize Value-figure 60 Faculty to organise Value-figure . . . . 10 - JCi Exampl e 3 Page Scope of Feed-backs Value-figure 30 Scope of Feed-backs Value-figure 20 Scope o Feed-backs Value-figure 10 Scope of Feed-backs Value-figure 40 Scope of Feed -becks Value-figure . 50 Example 3 - 3* - Page 1 Management -participations V a l ue-figure 10 Management-participations Value-figure 40 Management-participations Value-figure 30 Management-participations Value-figur 20 Management -participations Value-figure 50 Exampl e 3 Page 11 Addition value-figures Addition value-figures. Addition value-figures- Addition value-figures. Addition value-figures. Addition value-figures OMPI Example 3 - 36 - Page 1 Multiplication value-figures. Multiplication value-figures Multiplication value-figures Multiplication value-figures Multiplication value-figures Multiplication value-figures .

Claims: C lai s 1 . A policy-making calculating-machine as a proc es characterized in that a policy -purpos e will be underbuilt or undermined step-by-step by means at every turn arguments in at most a d efinitely established number, pref erably six, 2. A policy-making calculating-machine according t claim 1 charact erized in that for the policy r elevant estimated arguments will be provid ed w at least six and at most thirty policy - actors which are added value-figures as policy calcula with a preferenc e for six for the policy releva estimated arguments , 3. A policy-making calculating-machine according t claim 1 or claim 2 characteriz ed in that throug the obligation again and again of un erbuilding undermining in a next step — each time with arguments in the d efinitely established number eventual gaps and overlaps b etween arguments in higher level show thems elves mor e and more cle and therefor- will have no long life-time anyway concrete decision-making, 4. A policy-making calculating-machine as a device provided wi th well-known emoryeompu ers and pri characterized in that readable marks will be pri OΏ. the paper output in length on spore-lines in numb er that agrees with claim 1 . 5. A policy-making calculating-machine according to claim 4 characterized in that the paper output c be mo ed inwards by a running-back mechanis _ » 6. A policy-making calculating-machine according claims and 5 characterized in that a reading bridge contains at least optical read ers opposi the spore-lines . 7 . A policy-making calculating-machine according claims 4 and and 6 characterized in that a dot (1 , 5 ) at one side or at the other side of frame-line (4) during the running-back gives ' instruction via the reading-bridge to the memo computers , namely which arguments ar e further wanted printed on the paper output and in whic s tandard-s equenc e . ' 8. A policy-making calculating-machine as a proc e according to - claims 1 and 2 and 3 ao-d as a dev according to claims 4 and 5 and 6 and 7 , chara terized in that modifications or additions in policy-factors and in their value-figures — provided by hand -writing or otherwise — will Instruct during the running-back the memorycom and will appear after that in a parallel spore on the paper output , 9. A policy-r-making calculating-machine according claim 8 characterized in. that the introduction all data to memoryeomputers takes plac e throug running inwards of paper input on which in the spore-lines or some of them or between or besi them, the data are given which have to be intr duc ed in the memoryeomputers mentioned , f OMPI •

Inventors: VAN HEZIK ADRIANUS EGIDIUS QUI, VAN HEZIK, ADRIANUS, EGIDIUS, QUIRINUS
Applicants: KENNIS HOLDING BREDA B V, B.V. KENNIS-HOLDING-BREDA
Application year: 1983
Main classification: G06F15
IPC codes: G06F15, G06Q99