BE483425A - - Google Patents

Description

       

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  THE NATIONIL CASH REGISTER COMPANY.



   This invention relates to accounting machines and similar office machines and relates in particular to the recording means employed in such machines, the control of the recording means and the control of a series of media that are to insert your data into the machine onrogistror,
The machine, representing an embodiment of the present invention and its present construction, is well suited to any enterprise periodically establishing a large number of pay slips and, more especially, when our organizations wish to keep exact accounts of the total amounts paid to the bears employed in this way. quo dos various deductions which are generally practiced today.

   Cos deductions interest, as we know, the contributions for los assurances sociales, los

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 collective assuranoo prinos, los advances vorsdos by los
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 companies to employees, interest on advances, purchases of bonds, withholdings from income tax .. deposits into the savings bank as well as other deductions that companies make on gross earnings of a defined period.



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The exact entries for each category of individual deductions accumulate in the sorto machine as the company
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 ost a tout monont i n6no do realize, z the help of inprinate onrogers, total backs of various deductions as well as the total of the net earnings of their employees, of gross earnings and of the advances that were due to them. Other registrations, such as the total naabro dos houros do rdglonciitaires and, the total nonbro dos houros suppl6nontairos, are also accumulated in the sorting machine that the company can at any time control with the help of the initial annotations in a positive way. the number of collective hours ot additional euros paid.



  The naohino is also intended to print a salary shock which bears on the main part an order number, the date and the amount of the shock, in soft places. On a heel
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 detachable from the shock, and kept by the employee for the time being, are indicated the number of hours regulated, the number of additional hours, the gross earnings for the additional hours, the total gross earnings for the hours scheduled and overtime, a list of all the deductions indicating the amount of each of them, a symbol for each deduction and the
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 payo notto. The not inprin6 not on the check stub is identical to the not inprind, in soft places, on the main part of the check.



   AT

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In some cases the company prefers to pay cash instead of paying by shock; when this is done the machine can be adapted to establish a payroll onvoloppo.



   This envelope is printed like the check, except that the order number is deleted and the amount is printed only once, on the stub.



   The machine is also suitable for setting up a bordoroau do paye. On the gaucho side of this slip, the dwarf or the naohino to write is entered, the non do l'emplcyé, his check number and his salary. These indications may be entered in one column, and other annotations relating to that particular employee may be made in an additional column. The nachinc of the typo to represent prints the data in the eleven remaining columns. The number of columns may change for different uses. In each column reserved for employees are provided soft lines, for various writings.

   In one of the columns is printed a serial number: in an autro column is carried, on the upper line for the employee his gross gain and on the second line, his net gain; in another column are printed the number of statutory hours that the employee has worked as well as the number of overtime hours; in the following column are printed the gross amount of the pay for statutory hours and overtime, The next column is reserved for "extras" tols quo primos for special work night work for example, on Sundays or public holidays or bonuses that the employee could touch;

   The next six columns are provided for deductions, there is space for the employee's account to be debited from deductions.



   A do payo slip can therefore be affected! each

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 servico or, if the sorvicos are too extensive, to the different service divisions *
An individual employee paya sheet can also be printed on the machine.

   On the payroll file, divided into columns, each comprising soft inter-lines, we can for example print the number of statutory hours of work of the employee and his overtime; in the following column that can be printed the gross amount of earnings for regular hours ot for overtime; the following column is reserved for "oxtras", such as dividends or bonuses; the next six colonnos are scheduled to record all do's deductions each week.

   In the dornibro column there is a space for the Roport taken on a previous payslip, dials on the keyboard and prints in this column commenting on a new employee file when his old file is completed, In the right column on the upper line of the soft-line space assigned to the first entry, find the gross amount of the employee's pay for the particular period of pay and on the second line is printed the total or gross amount of your earnings , by oxomplo,

   since the beginning of the year. This gross amount represents the sum of his previous earnings plus the current Somaino gain which thus becomes the current gain. '
We preru, on top of the machine, a sensitive roller - mounted on the wall to the usual roller of a typewriter on which we can place the main paylist, which we can oxtrairo los postos for the pay slip, the slip, the shock of the employee and his onvoloppo.

   This roller which is described below is: designed so that it can automatically move each fbis of a line when the "Payo notto" key is pressed, which is normally the last operation performed during the establishment

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 Back checks or payo envelopes, You can also turn the roll by hand using the usual button fixed at its end.



   Beside the roll bearing the main pay list is a device carrying time cards or other gonros of forms containing indications where the operator can find the number of statutory hours and overtime for work. On the ootto card are also the different deductions mentioned above and entered by the employee of the office,
Cos oartos do pointago can be ejected from the pilo by activating the touoho "Paye notto" ot there is a mechanism connecting the ejection means of these cards to the roller next to the device containing these cards,

   mechanism provided for turning the roll so as to advance the main payo list, as we have said, by one step each time the "Payo notto" key is lowered.



  Some establishments do not use the time card system. In this case, as well as the device that contains them can be eliminated from the machine, the operator finding all the information on the main payroll search placed on the roller on top of the machine above the keyboard.



   Assuming that all the totalisers of the machine are on position zero and that the operator so prepares to establish a group of seals of payo, he lowers without there being any formula on position to establish a check first the key "Payo notto" to allow the feed mechanism of the printing devices to feed the forms after they have been put in the machine.



  The operation of the machine under the control of the "Payo notto" key also returns the balance totalizer to the zero position so that the exact gross and net amounts are printed on the receipt or other dostin6 printing medium to receive these indications. .

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   The next operation consists of the introduction of the bordoro to the paye ot the check, after which the operator extracts the employee's previous earnings card from the employee, that is to say he dialed using the keys numeral the previous earnings of the employee ot actionno onsuito the button "Previous earnings". During the operation, the machine accumulates the amount of previous winnings which has been recorded in a totalizer provided for this purpose.



   In the event that the operator does not enter the check before recording the previous winnings, the mechanism for feeding the shocks commando the rolls of tonsion of the shocks to the tollo so that each can be inserted during or after the operation. entry to previous earnings in the totalisers.



   The numeral keypad is a "permanent" switch-off keypad, well known in this type of machine, which can serve just double the number of totalisatours served by a non-coupuro keypad. The keyboard ost ooupd do so that there are eight rows of number keys to the right and sopt rows to the gaucho.



   The next operation after the recording of previous gains related to the establishment of a bordoroau do payo is the composition, with the help of the number keys, on the gaucho side, the regular hours, with the help of the number keys of the right side, of the amount wins. The operator lowers the toucho "R" dos "Houros ot Amounts" ct; In making this operation, the number of regulatory hours ot the amount earned for cos houres is printed on the bordoroau do payo, on the heel of the chôquo ot on the oarto dos earnings. The number of statutory hours is accumulated in the totalizer provided beside the salary and added to a totalizer provided for such amounts.

   The amount is also added in an addition and subtraction totalization, or balance totalization.

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   The following operation consists in the composition of overtime ot the amount relating to the extra hours to the aid dos touohos numerales on the left side ot on the right side rospoctivomont, after which the operator actuates the toucho "T" back "Hours and Amounts "so that the machine prints the additional houros ot the corresponding amount on the pay board, on the shock stub as well as on the pay back oarto. The number of overtime hours is added in the corresponding totalizer and the additional amount in the totalizer provided for this purpose and in the addition and subtraction totalizer.



   If there are other special sums to be paid to this particular employee for the purpose of setting up the shock, tollos that dividends or bonuses, oos amounts are made up on the keyboard and the key "S" is pressed for los dividends ot the key "X "for bonuses.



  The account or these sums will be printed on the bordoreau of the pay, on the heel of the shock and on the card of the gains ot added in the corresponding totalisatours in the totalisatour of addition and subtraction.



   The following operation ost the reading of the addition and subtraction totalizer by lowering the "Gross" toucho which prints the gross amount (summation of amounts back to statutory hours, additional back hours ot dividends and bonus, if there is one) on the do payo slip, on the heel of the shock ot also on the oarto dos gains.



   As the gross amount earned by the employee is now recorded and stored in the machine's addition and subtraction totalizer, the operator proceeds to record the various deductions whatever they may be, folios and withholding tax on the machine. income, contributions for retirement, insurance, etc. For each of these deductions the operator composes

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 separately the amount using the back keys on the right side ot lowers a corresponding back touchos do "A" to "N" provided for the deduction in question, while cotto operation los deductions are printed on the bordoroau do payo, on the heel of the check as well as on the carto dos gains.

   The amounts of the divorces deductions are subtracted from the totalization round of addition and subtraction to arrive at the payo notto do the employee.



   On the basis of our operations, the payo slip is moved or advanced for printing on the soft lines reserved for each employee and the carto of earnings is also moved. Cot advancement from ligno to ligno with one line spacing is controlled positively by the touches on rows 2 and 3. Each key has a definite position in which it will print. The pay slip also advances, giving rise to the operation "Payo notte", from one of the lines of an ospaco towards the upper line of the next space, the carto of the earnings, however, did not advance in a dismal fashion.



   Laying cos operations, the advance check after the printing closed houros ot the gain for the regulatory tomps of work ot advance onsuito oncoro after the printing of overtime ot the additional sum, do sorto that the gross earnings are printed below normal amounts ot additional. If there are any special winnings, such as dividends or bonuses, the cash advance and these amounts are printed and recorded prior to printing on the check for the gross amount.

   Then, after the registration of the first deduction, the check is returned to reverse so that the printing is made on the line at the regular times and advance after each deduction. The following operation results in recording the gains until the date, for this purpose, the operator lowers the "Earnings to date" key which prints the amount on the card of the gains on the second line of the space intended for the next day. registration for the particular employee whose

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 card can be found in the machine.



   After this transaction, the operator lowers the "Net Payo" key which resets the addition and subtrastion totalizer to zero so as to print the net amount of the employee's pay on the pay slip below the gross amount. of the pay, During the transaction, the check is automatically returned to the position of the fourth line, after which the net pay is printed on the stub and also printed softly on the main part of the check which will be cashed by the employee. After the shock is printed it ost 6joct6 and returns to be filed in numerical order.



   These operations are repeated for each employee of each group, selected by the operator according to the system applied in the different companies where one leaves the machine. In the event that we. uses envelopes instead of checks, the gross amount of the employee's pay is printed on the envelope as well as each deduction, the envelope advancing after the printing of each deduction.

   The envelope is gold following the first line, the machine prints the gross pay ot finally, after pressing the "Paye notto" key, the net pay of the employee which represents the difference between the gross amount and the sum of different deductions is printed on the envelope on line avoo the first deduction and the gross pay.



   After printing and storing in the machine a certain group of employee pay checks or envelopes, the operator proceeds to the paperwork. Before proceeding, enter the pay slip in the position of the totalization line.

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  The different totals are extracted in the following order: we
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 extract 10 total back Gains Prdcddonts lowering the toucho "Ddehargo rank 2" and the toucho "Gains Prdcddonts"; onsuito on i.niri.mo los "Total Gains c co jour" on the pay slip we lower the toucho "Ddohargo rank 4" we dread while the key "Previous gains". This resets 10 totalisatour groupo 4 known as the GT4 totalisator to zero, the "Prdcdonts Gains" key acts as a cotto times only as the ddolenchomont key of the machine.



  The opdratour then found the totals of the winnings by lowering the "Ddchargo rank 4" key in combination with the individual maneuver of the "X", "S", "T" and "R" keys.



   We empty onsuito los totalisateurs dos deductions en
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 lowering.the "Dchargo row 4" button in combination with the touchos "kit," L "," M ", and" N "in the back. separate operations ot lowering the" Ddchargo row 3 "button in combination with the" buttons " A "to" J "included in sdpardos operations. The operator then rolôvo 'the total not to lower the key" Paye notto "in combination with
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 touched her "Paye netto totalo".



  For all of these operations the lovior do commando analysis or dtimp.rossion, to the left of the machine, can be found in position No. O.



   The order number advances during the "Payo notto" do.sorto operation that it is printed on the pay border as well as on the main part of the check.



   The machino is built in the same way, when
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 ilopdratour * has tormind the establishment of the pay slip, the Ctro machine used as an analysis machine for the distribution of divorces given, numbers of accounts and folios and numbers of hours and amounts, for example , to determine the cost of manufacturing groups of items to be manufactured, if the

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 The machine is used in such an establishment, or it can be used for analysis in other commercial establishments to find the cost prices and to find the groups of items.

   In case of analysis, the analysis or printing lever on the left of the machine is in position No. 1 or in position No. 2 depending on whether or not the printing of the sequence number is desired. In position No. 1 the serial number advances, in position No. 2 it does not advance. The account numbers, cost price oto, can be printed on a card together with other desired indications, these indications being printed according to what is entered on the keyboard of the machine,
In the event that the machine is used as an analysis machine instead of being used for the establishment of the pay slip,

   a place has been provided on the machine to insert a roll of paper on which to print various analytical digits composed on the keyboard according to the kind of analysis which one wishes to make.



   For the purpose of illustrating an embodiment of the present invention, the machine shown here is constructed with a view to performing the operations indicated above. However, we do not mean to limit the invention only to this form of shocks or onvoloppos or to forms of slips or cards of earnings, because other forms can be used for other types of establishments without departing from the scope of the invention. This is particularly the case for the analytical or summary tape, since other kinds of analytical data can be printed depending on the particular nature of the company in which the machine is employed.



   The aim of the invention is therefore: - the creation of an accounting machine distributing art - Lalos in a series of totalizers and having totalizers - addition and subtraction to obtain the totals and balances

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 oxactos in different necessary writings; - medium backs designed to transform the uno machino
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 machino to establish your payo cards on an analysis machine with the minimum of effort for the opdratour, easy machine to mmocuvror, one co that concerns the means of the commando, when going from a kind of ôcrituro to the autro ;

   - a printed mechanism of serial numbers and a new means of commrndo de co meccanismo under the control of the means
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 which comes out to transform a machine from a machine to establish payo files on an analysis machine - a manual means of roglago having a series of setting positions to control the machine so that it functions as a file making machine payroll when the odity member is in one of his adjustment positions and it operates as an analysis machine when he is found in another do
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 sdrio dos adjustment positions to control a printed mechanism of order numbers so that it acts in the

  
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 nemcnt of the machine for the establishment of payslips and for-analysis when the aforesaid means are found in a cortaino of its other positions of regulation and that it is inoperable for the operation of the machine of analysis when said. means its found in an autro of the sort of its positions of regulation; , - a levior do command manuol ot uno key to commando the
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 manuol / to transform the machine from a pay slips machine to an analysis machine when the levior ost adjusts a cortaino position ot the toucho lowered;
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 - an accounting machine having a 1 "lécaniSl'1e of alir7, a more flexible, slow record support entity;

   

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 - a new special printing mechanism sorvant to offootuor dos omprointos in the spaces allocated to each employee on the pay slip and on the earnings card of each employee; - medium backs operating under the control of the back row keys of the commando to determine the line of the bordoro to the pay and the earnings card which must receive the imprint of the data for the divorsos operations necessary for the recording of all your indications relating to a pay shock printed on the operations;

   - new means operating under the control of the do commando keys to select the columns on the pay slip and on the back earnings card as well as the row in the selected column in front of the data printed for each of the various operations necessary for the complete recording of a shock transaction; means -a new / ordering method for the various printing methods associated with the pay slip and the analysis sheets which can be printed using back hammer memos and printing mechanisms which make the imprints on the payment slip. paid;

   - new control means for the printing mechanism depending on the type of operation that the machine must perform, either for analysis or payroll recording: - new means of control for the printing mechanism for issuing back 6crituros for setting net; - a moyon to easily replace the analysis strip

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 the pay slip when the machine is used for analytical purposes; or the payroll check writing and the recording of this transaction on the pay slip;

   - the commando means necessary to suppress the func- tioning of the hammer and the printing mechanism associates with the maps of the gains during the operation intended for the execution of different kinds of analysis: - a feed mechanism to the advancement of the manual commando pay slip for the case where the operator wishes to advance the pay slip independently of the automatic feed: - a new means operating under the control of a manual commando lever to release the tension of the card back gains and blocking the machine when the forms necessary for printing certain kinds of operations are not found in the machine;

   - a new mechanism to eject the shock or / ot the payo envelope in combination with the check and envelope feed mechanism and the control of this mechanism; an elective mechanism operating with the same officiality regardless of the thickness and / or the rigidity of the printing support; - a new mechanism under the control of the oontaotours devices associated with the printing or recording media divors to control the operation of the feed devices to these printing or recording media;

   - a new mechanism operating under the control of contactor devices associated with the various recording media 'so as to control the actuation of the means which offoctuont

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 save it on cos supports; - new devices operating under the control of contactor devices to control the trigger mechanism of the machine so as to determine whether or not the machine should operate;

   - The invention also comprises new aspects, - do construction ot combinations of parts of which the essential 616monts are exposed below and an embodiment of which is described below is referred to the accompanying drawings ot forming part of this description,
On these drawings:
Fig. 1 is a perspective view of the plot machine representing an embodiment of the invention.



   Fig 2 is a schematic view of the machine keypad.



   Fig. 3 is a cross section of the machine to the right of one of the number groups representing the differential mechanism, the totalisers and part of the command mechanism for the printing wheels.



   Fig, 4 represents the structure of a part of the mechanism sorvant to control the functioning of the differential mechanisms of a group of operations under the action of certain keys of a further group of operations,
Fig. 5 is a view cut along the second group of operations showing the automatic command of the differential mechanism of row 2, a part of the second group with cutaway showing a part of the third group of operations.

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  Fig, 6, is a detail of part of the total back airport contract mechanism operated by the machine.
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  Fig. 7 shows the do cor.mando mechanism of the totalizer coming to the regulation of the tomps for the addition, the reading, the adjustment and the port of the total as well as the selection and the increase of the total reporter.



  Fig. 8 is a detail of the commando dtombrayago of the totalisatour for the airport back totals.



  Fig. 9 is a detail of the onlbrayago oonmando of the totalizer for the operations of addition, redaddition and readjustment.
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  Fig. 10 is a detail of a partio do conmando do blocago of the lovior of the turn number and of the date.
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  Fig. It has a detail showing the vorrou of the lovier of the number and of the date stamp.



  Fig. 12 ost uno vuo sch6matiquo dos.barros do commando associated with rows 1, 2, 3 ot 4 ot lour contr8lo ltaido dos keys.



   Freeze 13 ost the production of a partio of an analysis file printed by the machine.



   Fig. 14 is a detail of the blocago automatic commando for row 2.
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  Fig. 15 ost uno vuo do detail of the mechanism to release the carto do pointago by the toucho "Net payo".



  Fig. 16 ost a detailed view of the lo vorroui commando, 1- lago by the analysis toucho.

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     Fig. 17 is a wiring diagram of the commando mechanism of the pointago boards.



   Freeze 18 shows the commando stop at zero in row 4 under the action of the key "Pay notto".



     Fig, 19 shows the zero stop of row 4 for its differential mechanism.



   Fig. 20 is a reproduction of a partio of another kind of analytical sheet.



   Fig. 21 shows the automatic control of the differential of the vorrou of rowo 2 by the touchos do deductions back rows 3 and 4.



   Freeze 22 ost a detail of the row 4 control lever for the automatic commando of the row 2 lock.



   Fig 23 ost a detailed view of the automatic commando of row 2 by the "plus" key of cotte rangdo.



   Freeze 24 ost a reproduction of a form of a shock stub printed by the machine,
Fig. 26 is a reproduction of a sheet printed by the machine, sheet containing analytical figures printed when the operator performs certain analytical operations.



   Fig. 26 is a reproduction of a machine printed pay envelope form, instead of a check.



   Fig. 27 is a schematic view of the balanco totalizer or back cams for the displacement of the addition and subtractor totalizer indicating the location of the cutoff.

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   Fig. 28 is a reproduction of a pay slip from a typo that can be printed on the machine, showing los divoros
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 indications printed when issuing the slips,
Fig. 29 ost the re-production of a fragment of an employee's fioho do payo.
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  Fig. 30 shows the printout drive commando, imour and stopping of the printer's camo line under the control of the printer selection of row 3.
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  Fig. 31 1: 1 Show the detail of part of the i: 16onnismo do sdloction do the printer of the rangdo 4.



  Fig, 32 shows the commando platquo of the total for the selection of lt3mprir.cur.



   Fig, 33 is a detail of the mutuol blocking on the line of blocking the keys (line for triggering the machine) and the means of adjusting the position of the dialer and the date stamp.
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  Fig. 34 shows the means of adjusting the numberer ot 'the date ot the heavy unlocking mechanism.



  Fig. 35 roprdsonto 10 mecanisno operating the dialer ot his commando ci Itaido du lovior r..rmuol ..



  Freeze 36 is a detailed view of a date setting lever.



   Fig. 37 has a detailed view of the moyon aotionnant the vorrou of the dialer and of the tower.
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  Fig. 38 has a view. we plan the mdc, nimao do order for printing the payo slip.



   Fig. 39 is a plan view of a part of the mechanism
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 do commando lc3 the printer for lo bordoroau rto payo.

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  Fig. 40 ost a view of detail of the training of
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 the actuator contactor shaft, Fig. 41 has a detailed view of the assembly of the ensomblo 'do adjustment of the numberer and of the datour.



   Fig. 42-A ot 42-B roprds jointly a vuo
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 a plan, on a reduced scale, of the frame and the trees of the printer.



  Fig. 43-A ot 43-B To be seen on the elevation of the mdonnismo for the improssion of the fioho do paye.



  Fig. 44-A ot 44-B jointly presenting a plan of the m6ccmisino for printing the payo file.



   Fig. 45 ost uno vuo partial on plan dos hammers ot do the table for the printing of the pay slip showing the
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 rdciplont for the analysis paper roll and the hinged lid of said container.



  Fig. 46-, ot 46-B jointly showing a plan view of the camshaft for the printer's entratnemont and the associated shafts do loviors do camos.
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 Fig. 47 is a detailed view of the mdoanismo alibllour do the form and the pay slip,
Fig. 48 shows a detail of the selector plate alignment mechanism.



   Fig. 49 shows a detail of the payroll voltage command.



   Fig. 50 to 54 inclusive will show five winning hammer selector plates which, in combination, select together
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 los martoaux 4 ot 15 to print on the duo payo 'ot' slip on

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 shock the employee's earnings,
Freeze 55 shows the feed mechanism for the main pay slip roll, or work search, and the moyon do commando do oo mechanism.



   Fig. 56 shows a detail of the feed mechanism of this roller for the working mess.



   Fig. 57-A and 57-B form an overview showing the relationship between all the selector plates and their associated means, the latter being shown schematically.



   Fig. 58-A ot 58-B show, schematically the relation of all the groupos dos rouos porto-oaraotôros (indicated by rectangles) and their hammers, one frontal elevation;
Fig. 59 ost uno vue, natural size, from the advance of the bordoro to the payo ot the carto dos gains ot the commando from the slip by the rangdo back totals 1, represented in normal position. (There are soft do these identical mechanisms except for one of the commando discs).



   Fig 60 is a detailed view, life size, of part of the mechanism of fig 59 showing the commando by the, row 2 in the maneuvered position,
Freeze 61 is a full-size, detailed view of the advance through row 2 of the pay slip and the earnings card,
Fig. 62 ost uno life-size view, of the payroll number advancement commando.



   Fig. 63 is a plan view of the mechanism shown in FIGS. 59, 60 ot 62 at the oxcoption of the camo and the lovior do cam

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 who are associated with him.



   Fig. 64-A and 64-B form a table of commanda groups or selector plates) there are four plaquos per groupo showing how the commando notches are notched in each of the plaquos to control the various martoals, the commando of the machine lock , the commando do line selection from the pay slip, the commando do line selection from the earnings card, the dialer advance command and the commando do some hammer backs to fairo back prints on the bordoroau do payo and on the Gains card.

   The table also indicates by which amount of command dos touchos do commando ollos are controlled and indicates, moreover, when they are controlled by the oontaotour of the payo slip, by the contactor of the earnings card and by the check contactor. ; your special symbols at the bottom of the table indicate the place where the various contacts carry out the control.



   Fige 65 is a table of commando groups or selective plaques (there are three plaques per group), showing how the plaques are notched to carry out the checks! to control the spacing of the bordoreau de payo, the advance ot the retreat of the check, the ejection of the shock, the release of the card from the gaina and several hammers for printing on the check, on the slip ot on the card back gains;

   the table also shows the rows which control the different plates and also indicates the places where the plates are controlled by the contactour of the bordoroau, the contactor of the shock and that of the card of the winnings,
Fig. 66 ost uno vuo générale illustrating part of the electors back shock mechanism,

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   Figure 67 is a general view of the chôquos advancement mechanism,
Fig. 68 is a view generated by the payroll fouillo commando and shows the paper roll for the analysis sheet and the container for the roll.

   This form can be used to make imprints instead of the 'slip do payo' when the machine is used for the analysis instead of the establishment - mont dos chôquos.



   Fig 69 is a detail showing the manual feed for the pay slip as well as the feed and the pay slip voltage control.



   Fig. 70 ost uno general view of the bordoroau do payo advancement system.



   Fig. 71 is a schematic view showing the different phasos of advancement ot do recoil as well as the feed to special positions of the shock printed during the registration of pay files.



   Fig. 72 shows the commando mechanism for analysis; that is to say, the mdoanismo which comes out to transform the machine of the machine to establish the files do payo into an analysis machine.



   Fig. 73 ost uno vuo do detail of the train back mechanisms used to control the device of tension back cartos dos gains.



   Fig. 74 ost uno vuo do detail of the device to stop the position of the card back gains.



   Fig. 75 ost a front view of the tablo dos cartos do gains ot a partio of the mechanism associated with it for the shift.

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   Fig. 76 is a detail view showing the means for removing the stopper from the position of the gain card.



   Fig. 77 is a detail view, partially broken away, showing the alignment bar for the back card table.



   Fig. 78 is a plan view of the mechanism of FIG. 74 showing the device for stopping the winnings card.



   Fig. 79 shows the back shock ejector mechanism or on- voloppos,
Fig. 80 is a detail view of the check defloctour,
Fig. 81 is a detailed view of part of the shock ejector mechanism.



   Fig. 82 is a detail view of the ejector mechanism of the check in the operating position.



   Fig, 83 is a view of the check advance mechanism, showing the initial feed and part of the line vacuuming mechanism in the position occupied by the mechanism at the end of the printing of the hours and gains. timetables.



   Fig. 84 shows part of the control of the ejector mechanism and part of the selector mechanism of the advance of each. '
Fig. 85 roprdsonte a part of the shock ejection commando mechanism.



     Fig. 86 is uno vuo representing the check advance mdcanismo - otest to initial feed diro - in its normal position.



   Fig. 87 is uno vuo of the mdoanismo in advance of the shock for the initial feeding showing the position of the mdcanismo on end

  <Desc / Clms Page number 24>

 
 EMI24.1
 supply, that is to say when the check is inserted into the machine, Fig 88 is a detail view of the shock removal mechanism showing the part of the spacer device of the supply mechanism to advance the shock after Printing the hours and the amount of earnings for the hours settled as well as additional.



   Fig. 89 is uno vuo do detail of the advancement mechanism of each showing the part of the mechanism which sweeps each to the printing position on line 1, that is to diro to the position
 EMI24.2
 necessary to receive the imprint of the first deduction.



  Fig. 1? 0 shows the contactour mechanism for 10 check or anvoloppe, for the bordoroau do payo as well as for the card back earnings. (there are three do these mechanisms in the machine and they are all identical).



   Fig 91 is a detail of a part of the shock contactor mechanism in its normal position.



     Fig, 92 is a detail view of a part of the mechanism
 EMI24.3
 contactor of the shock in its operating position.



  Fig, 93 shows the drive by coupling of the oamo of the cam switch, ltdjoctour of the check.



  Pin 94 is a field view showing the cams for the advance of the chbquop the cams for the ejoctour of the check as well as the cam which controls the tension rollers for the shock.



  Fig. 95 shows the mdonnismo d'avanoomont du shock ot the part which commando its advance towards the fourth line, or position "net amount", after the printing back various deductions do sorto

  <Desc / Clms Page number 25>

 that the check always returns to this fourth line for the printing of the net amount on the heel and soft times on the main part of the check, always on the morne ligno.



   Fig 96 is a detail view of a part of the shock advance mechanism shown in Fig 95.



   Fig, 97 is a view of a detail of one partio of the mechanism, showing the mechanism used to unlock the machine by hand when it does not contain any ohôquo, payo slip or winnings card; this is the same as when there is no recording medium on the machine, the machine is not triggered during the operations of the establishment of the payo cards.



   Fig. 98 ost a detail of the contactor control for the blocking line under the control of the contactor device,
Fig. 99 ost uno vuo do detail of the mechanism actuate the hammers, (There are three do oos mechanisms in the machine which are identical).



     Fig. 100 is a view of the detail of the mechanism used to sweep the shock at the first line of improssion to receive the imprint of the first deduction after printing the gross amount of the employee's pay.



     Fig. 101 is a detail of part of the spacer mechanism shown on fig 88 in the operating psotion.



   Fig. 102 ost uno view in perspeotivo showing the commando of the advance mechanism of the check *
Fig. 103 is a detail view showing the tension stop mechanism of each in the position occupied after the first impression on the shock.

  <Desc / Clms Page number 26>

 



   Fig. 104 is a front view of the shock ejector mechanism.



   Fig. 105 is a schematic view of the origin of ordering of the groups of the disks of FIGS. 50 to 54 and shown in the tables of figs 64-A, 64-B ot 65.



   Fig. 106 is a view showing the pointago card box with partial cutout to show the pointago cards and the mechanism operating the ejection means of our cards.



   Fig. 107 is a variant of the manual control of the shock advancement mechanism.



   Fig. 108 is a detailed view of a part of the mechanism of fig, 107,
Fig. 109 represents a table showing the times in which the different groups of medianism are in action. The organs are indicated in the 2nd column by their numbers.



     In general, the machine represents an embodiment of the present invention is a machine of the type described in patent anoions of this branch, a machine which comprises a series of totalisers on which can be distributed different amounts according to the needs of 1 company for which the machine is built.



   In the present case the totalisers are designed so as to accommodate many different items which represent the individual operations carried out in the establishment of bills or pay envelopes.



   In the old patents we also find oo which is called in the better the addition and subtraction totalisers.

  <Desc / Clms Page number 27>

 
 EMI27.1
 or balanoo which allows the printing back balanoes at any time.



   To control the printing on the various printing supports, the machine is provided with four rows of
 EMI27.2
 control and a number of groups of number keys, as shown by the rod 1 and, sohomatically, fig. 2. The keyboard with the number keys is what we call in Io mdtior a split keyboard The first seven rows of number keys on the left-hand side.
 EMI27.3
 have back A-pillars added in the left-hand side of a split totalizer and the eight rows of numerals on the right-hand side command have risers to add in the right-hand side of a turn totalizer.
 EMI27.4
 caread.



  The back card is printed on the right side of the machine
 EMI27.5
 by ten hammers, the shock is printed near the center of the mcohino by eight hammers and the pay slip is printed on the left side of the machine by eleven hammers. When leaving the machine for analyzes and the analysis sheet is placed in the container on the side
 EMI27.6
 left of the maohine or Usually prints the bordoroau do pare ,, the first four hammers of the group of eleven are used to print the analytical data on the sheet of the analytical roller *
 EMI27.7
 Inscriptions on the map of gains on Io o8t6 right of the utaohir;

  , are carried out using a mechanism of a new construction for the power supply or the spacing under the control of the contactor devices and the commando keys of the keypads
The check, or the envelope, is divided between lines
 EMI27.8
 and undergoes movements one forward and one back with the help of a power môoanismo of a new construction under the control dos touchos of commando of the keyboard ot also of a device known as sliding contactor.
 EMI27.9
 



  The avatzoe pay stub using a feed mechanism of a new construction under the back control

  <Desc / Clms Page number 28>

 Keypad control switches and keys.



   The four rows of keys on the right side of the keyboard control the selection of the columns and the selection of the interline divors in those columns in which the data is printed during the various operations necessary to establish
 EMI28.1
 -and omit a pay shock. The number of opratia: 18. The amount varies with the number of categories of earnings to be credited and also with the number of deductions to be made from the gross earnings of each employee.



   The mechanism electing shocks is also commando
 EMI28.2
 in some cases, because this 8-shift mechanism must be activated at variable times. This is a. diro that the m80enisno djectour can be activated after the first in nfimporto quol nombro of operationop here of equal canont according to 10 number of categories of the gains and the number of deductions it to operate for each aanploy6.



  He has provided a commando device of a new construction to transform the machine from the machine and prepare pay cards into an analysis machine with a minimum of physical and mental effort on the part of the operator of the machine. Average co
 EMI28.3
 This includes a manual lever, located on the left side of the machine and having three positions, and an analysis key on the keyboard. One of the lover's positions has a loose position, that is to say a position in which it contributes to transforming the machine into machines producing payo slips on machine analyzes. In this position, the pout ltrv machine used for the analytical distribution of the data ot the numorobour mooanismo is put out of service.



  In another analysis position of this manual lovior, the ttro machine is used for the analytical distribution of the data where the smo numberer mechanism is put into action. In the third position of oo lever with commando manuollo the machine can 1 "o .....................

  <Desc / Clms Page number 29>

   used for the pay slip and dividends,
When the machine is transformed from a pay slips machine to an analysis machine, the hammers and the mechanism,
 EMI29.1
 advance of the oarto of the gaina may be disabled ot the advance mechanism and ejection of the check so that its printing may be disabled causing part of the time,

   but during uno
 EMI29.2
 other part of the analysis time # the mechanisms of advancement, ejection. Check printing ot are used to advance to ejection ot to printing on a sheet bearing the analytical data 6! 1.ntGrs made under the control of the keyboard keys * Do m8mo, 10 pay slip # as we said above, is not performed during the analysis, we instead use the analysis offaatu60j uno partio dos hammers which usually strike the imprints in certain columns of the pay slip ost therefore outside sorvico, while other hammers used for printing on the pay slip are used for printing on the analytical sheet.

   All of these
 EMI29.3
 commandos are carried out under the control of the above-montionno lever a manual commando on the left side of the machine in combination with a key of `` analysis '' of the keyboard.
 EMI29.4
 



  As explained here, the machine of the present invonticro. is also provided with the internal gear ra6caulamo serving for simultaneous sorting of adjustment on groups of devices of numbers and data under the control of the keys so that printing can be done easily on the pay slip on the left side of the maohino, on the shock against the machine and on the card back gains
 EMI29.5
 to 1. oxt! ''. right of the machine) oe which takes place in the case where the machine is used for the establishment of payslips.



   The same internal gear mechanism also comes out.
 EMI29.6
 checking and adjusting the various oom = do $ plates provided

  <Desc / Clms Page number 30>

 to control other mechanisms, such as the feed mechanism, the shift mechanism, and contactor devices apart from hammers.



   As has been said previously, the numbers printed on various printing media, such as the payo slip, chock and pay card, are made up using the keys of the numeric keyboard which, in the present case, fulfills the dual function of an analysis machine and a machine producing payo slips.



  When the machine is used for the establishment of the pay slips, certain keys are dispensed with to compose the previous earnings and the statutory earnings, and on other occasions the deductions. These amounts are made up on the score. right of the opening of the olavier while the number of hours, both statutory and additional, are composed using the keys on the left side of the olavior coupuro.



   If the machine is used for analytical distribution, the keys, both those on the right and those on the left of the cut-off, are used to compose the various numerical data and the upward one.



   The keyboard of the machine is, as said previously, intended for the operations of establishments which wish to omit paychecks and keep a conspiratorial account of the various transactions carried out for each particular chock * The machine is therefore provided with do-mouths. numbers of sufficient capacity for this type of operation.



   There are also three rows of keys known in the art called "command keys" and used to select the various totalisers for the distribution of the transactions recorded in the machine. There is also a

  <Desc / Clms Page number 31>

 row of totalizing keys that control the do
 EMI31.1
 how to establish the post office totals for the improssing of pay checks and! ramottro! zero the various totals at the end of each day if one wishes to leave the machine in the initial state so that it is ready for the operations of the mainland or any other following period.
 EMI31.2
 



  The row of totalization keys is designated on the schematic drawing of freeze 2 by row 1; the right row 60 of the do commando keys is designated by row Zi the row 60 of the middle do commando keys is designated by row 3 ot the left row 60 of the do commando keys is designated by rangdo 4-. Cos designations! rangdo 1 to 4 will be used hereafter in connection with these touohos when describing in detail the divors of feeding and ejection ot mdonnismos and of the contaotors mechanisms, and of the hammers which they ooramandont. BUILT.



   The accounting machine here described ost oomposdo do soft
 EMI31.3
 main parts, uno "machine" partio and a "printer" part, The "machine * part is mounted above the" print "part.



  The mechanisms of the "machine" part are supported
 EMI31.4
 by a frame mounts on a base which, in turn, is carried by a frame that supports the printing mechanism of the partio "printing" and this dornior built roposo on a solid base.



   The layout of the bases, side frames ot back
 EMI31.5
 special frames as well as the tie-rods for the frames of the machine and of the printer are generally indicated in figs. 42-A and 42-B. The side frames and the base of the machine as well as the
 EMI31.6
 front main tie rod are also shown in fig ,. 3, 5 and 301 the printer chassis are also shown in fig.

  <Desc / Clms Page number 32>

 



  42-A, 42-B, 46-B, 57-A, 57-B, 58-A and 58-B and on various other figures which will be mentioned later in connection with the particular mechanism supported by these frames.



   Cn will first describe the frame of the machine with reference to the aforementioned figures representing the frame of the machine, this frame of the machine comprises a gaucho side frame 121 and a right side frame 122 mounted on a base 123 of the machine. An auxiliary frame 124 is fixed to the side frame 122 by means not shown and also supported by the base 123. A tie rod 125 connects the side frames 121 and 122 on the front side and a rear wall connects the frames 121 and 122 on the rear. These frames 121 and 122 support the main body of the "machine" part of the accounting machine.



   The printer part of the machine is entirely mounted between the side frames 131, 132, 133, 134 135, and 136 supported by a base 137 of the printer * The frames 131 and 136 are fixed at the ends of a tie rod 138 which maintains the necessary spacing between these frames.



  The side frames 132, 133, 134 and 135 are cut, as seen in Figs. 65, 68 and 79, and each of them is connected! the tie rod 138 to ensure their maintenance in the appropriate lateral positions.

  <Desc / Clms Page number 33>

 



   A tie rod 139 is placed between the frames 131 and 136! their rear ends to maintain distance
 EMI33.1
 suitable between these soft ohassis at their rear ends. hoa chassis 132, 133, 134 ot 135 are cut
 EMI33.2
 where we see it on the rod 43-B, we see heavy fixation on pulling 139 so that the rear fittings are maintained in their lateral positions o ocnvenablose Back side walls 140 ot 141 (fig. 42-A ot 42-B) are provided between the frames 132 ot 133 and los ohtssis 133 and 134 rospoctivemont and fixed to the tie rods 138 and 139.



  , there X "Another auxiliary wall 142 to the right of the frame 136 is attached to the base 137.



  Near their anterior edges, the frames 131 and 133 are also connected by a tie 143 which is also fixed to the front end edge of the frame 132. A tie 144 is fixed between the anterior edges of the frames 133 and 134 to maintain their front edges. suitable position; a tie rod 145 is fixed to the frames 134, 135 ot 136
 EMI33.3
 to keep the front edges of these frames in lateral positions

  <Desc / Clms Page number 34>

 
 EMI34.1
 suitable.



  The "machine" part of the accounting machine is flat! - do in an appropriate box 146 (fig.1) having the articulated compartments necessary to allow the operator to access certain parts of the miehino if necessary. Certain of our parts will be described later when describing the particular mechanisms with which they are directly associated. All the articulated parts are provided with appropriate locks in order to prevent unauthorized persons from accessing the internal parts of the machine.



  OPERATING MECHANISM -
Normally the machine ost electrically operated by a motor of the known type ot is provided, in addition to a crank
 EMI34.2
 (not shown) to operate the machine, damn your hand if not necessary The usual electric starter bar used on the anoiaonos machines is removed and, the machine is set in motion by lowering a series of "motoriedos" or "buttons operation "located in the rows of commando keys, ie in gnaws 1, 2, 3, and 4 (fig. 2).

   These keys will be explained in detail below.
 EMI34.3
 The lowering of one of the operation keys leaves a shaft 149 do blocking the keys (fig. 3, 6 ot 30) to the action of a spring (not shown) which rotates the arbro slightly in the sounds of the keys. clockwise so as to operate the mechanism
 EMI34.4
 clutch which rotates the motour do commando to a main shaft 160 oscillating in the side frames 121 ot 122.

   The movement of this arbro 149 do blocking back touchos simultaneously activates the switch mechanism which forms the motor circuit, thus starting the motor to drive the main shaft 150,

  <Desc / Clms Page number 35>

 
The machine described here is constructed to perform two kinds of operations, one of which is an addition operation including an oyolo and the other is a subtraction operation comprising.
 EMI35.1
 ant soft oyole8 * In this description a plot turn of the main shaft 160, is considered to be "one cycle" of operation.



  As explained above, the machine is
 EMI35.2
 pr4W3 for the establishment of a pay search which involves the establishment of a check with various printed data, tollos that the gross gain to employ it sos deductions and gain not as well as quo
 EMI35.3
 several other indications that can be printed on the machine The composition ot the onrogistromont of the gross payo, dos ddduaticaia, the number of houros etc. are dos operations though an oyolo.



    The printing of the employee's net pay is a soft cycle operation, or totalization operation, in which the pay notto is
 EMI35.4
 printed with the remaining balance after the various deductions from the employee's gross pay.



   We see, therefore, that in order to establish a pay check for a single employee it is necessary to carry out several operations at "one cycle * and also loot operations of the type of tabulation which
 EMI35.5
 feature sweet oyclçao '81'8 late. of each operation There is a cycle ot at the end of the gentle cycle of a gentle cycle operation, the arbro 149 do blooago back keys is returned in the opposite sound to the clockwise of the manibro to disengage the coupling mechanism and simultaneously opening the motor switch 6lootriquo thus stopping the machine when it reaches its rest position.



   The operating time of this key blocking tree 149 is indicated on line 2 of the table on the back of the freeze frame.
 EMI35.6
 109 showing that before the camshaft 150 begins to operate,

  <Desc / Clms Page number 36>

 
 EMI36.1
 instead of moving the tree 149Ô> blooa60 of the keys ot quo, towards the end of the cycle, the tree 149 do blooago of the keys is xnon4 in its normal position as we have just described. (T means "trigger")
 EMI36.2
 When the maohino is maneuvered by hand by a crank handle, one pulls out, for the setting of the machine of the operating keys exactly as in the case of electric drive.



    PRINTED DOCUMENTS -
 EMI36.3
 ############ As explained above, the machine used here is built in such a way as to carry out during the establishment of the payroll searches, fingerprints on three printing supports , which it seems appropriate to give the description given that we will have
 EMI36.4
 to refer to it during this exposition ot more particularly to the ooc- asion of the description of the keyboard and of the printing mechanism.



   By way of illustration ootto machine is built for
 EMI36.5
 the printing in 29 different columns on three different print media determining the operations to be carried out for the preparation of pay checks for the employees.



   It is understood that this number of 29 columns has been chosen solely for the purpose of representation and that it can be increased or reduced as desired by the oliont for the establishment of pay searches.



   Each of these columns is, as we see, numbered quickly
 EMI36.6
 do 1 A. 29 do sorto that it can easily be tro identified in relation to the writings ot particularly in connection with the keyboard commando means which will be described later.



   On the gaucho side of the machine a pay slip 161 is printed (fig. 1 and 28). Near the back of the machine, we print

  <Desc / Clms Page number 37>

 
 EMI37.1
 a payroll library 152 (Figs, 1 and 24) and on the right side of the machine a statement of earnings 153 (Fl, g, 1 and 29) is printed.



  The form represents from bordoroau do payo to (Fig, 28) eossédo three left a $ t6 oolonnos bearing one Mto, los indioa- N (: Il? 1 hold "Nam do l 'employY';" Sala1ro'Y rate ot "Obsorvations-171.1, In oos three oolonnes you can write, either by hand or by
 EMI37.2
 machine Il 4 rire, the indications relating to the employee whose name is entered in, and space This' pay slip to have the length desired by the company which establishes the bordoroau so that it meets certain dimensions or for a certain number of pay checks
 EMI37.3
 fifty per plot If the slip is scheduled for fifty then there are fifty spaces for the names of unsuccessful employees,

   To the right of the three columns there are eleven columns in which data can be printed by the machine. These oolonnos are
 EMI37.4
 numbered do 1 to 11, In column 1, at onttlto "Numro'Y, prints bzz the number dordro, Dons column 2, at en-toto" Paye bruto o Paye (PN)
 EMI37.5
 notto'Y # the machine prints the gross pay ot the pay notto do the employee the gross pay being always printed on the line, or sootion, superior to the employee and on the second line is the net pay.

   In column 3 bearing 3. ' on-tto Toutho "R" ot Tougho "you are printed with a symbol designating the" R "key and the number of statutory hours worked by the employee and a symbol" T "which designates overtime. Column 4 bears the on-toto
 EMI37.6
 Key "Ru and Touoho" T j in this oolonno the symbol "R" is printed ot the amount earned for the roglamontairos working hours as well as the symbol "T" and the amount earned for the working hours
 EMI37.7
 supp & 1onta1reSt Column 5 porto l 'en.t3te Boucho "S" ot Key ifxi,,;

   These keys are reserved for the anrogistr #:> - have back extra gains. employee benefits such as bonuses or bonuses, ot la Touche, 'IF'
 EMI37.8
 can be used for bonuses; in these cases this amount will be printed on the top line of the space and the bonuses will be printed on the information line Los six following columns, numbered from 5 to are

  <Desc / Clms Page number 38>

 
 EMI38.1
 reserved for opdror deductions in the gross payo of the employee each oolonno as well as the upper and lower spaces of each column located under 10 control of the keys whose symbols are indicated in toto of the roopoctivose columns Amounts for 108 '"diffdrontos' columns are naturally composed using the number keys of the keyboard which will be described below.



  On the shock 152 represents in FIG. 24 are indicated in columns 12 to 19, In column 12 are printed the number of hours / statutory and additional amounts, In oolonno 13 is printed 10 amount of earnings / do oanploy6 â, namely the amount back statutory earnings and overtime earnings as well as the gross amount. In column 14 are the symbols and different amounts represent various deductions from which the gross pay must be (N) debited. In column 15 the net payo /.



  In the oolonno 16 which is the first column of the main partio
 EMI38.2
 of the shock x'imprmio'lo dfordrog number in column 17 the datot in the colonnos 18 ot 19 the net pay. The name of the holder is in XX.
 EMI38.3
 



  The earnings card 163 (Fig, 29) ost addressed to individual employees or other forms his earnings map contains a complete statement of his earnings for a period, say of
 EMI38.4
 13 scmainost On the form represents the left oolonno do / has 13 numbered lines (the 1 to 13. The oolonnos do the card back wins are numbered do 20 to 29. In columns 20 to 28 are printed
 EMI38.5
 los indications identiquo'8 those printed in columns 2 to 10 of bordoroau do payo 151.

   In column 29, bearing the on-toto
 EMI38.6
 (PB) (GD) (00; GD IP ,,, yo brute "or" Gains à co jour ", there is a line opposite the oatoto" BF "which is dostinoo at the" Roport "raised by 'a card of the winnings appearing on the thirteen lines, if another said., it would represent the second period of 13 weeks for our particular accomplishment and his gains at this date would therefore be roportde do his oarto of the previous gains and entered by hand in this column.

  <Desc / Clms Page number 39>

 
In the upper part of line 1 we print the employee's gross pay and in the lower part of line 1 the sumo do sos previous earnings plus his gross pay, these amounts representing his earnings to ootto dato.

   Printing of accrued earnings at
 EMI39.1
 this date is a totalization operation which will be described oi-apréab If the company wishes to establish payo envelopes to pay
 EMI39.2
 we cash instead of checks, a payo envelope 154 (Fig * 26) can be printed instead of the check 152, On this onvoloppo on which are port the columns 12 to 18 we print some indications
 EMI39.3
 similar to those which are printed on the check they are identical, except that nothing is printed in column 16 nor in column 19 simply because the column is not long enough to understand column 19, I bear the date.



   As explained above, when the maohino is transformed from a machine for establishing or printing excavations do payo on mach-
 EMI39.4
 ine & analysos ,, the dos Sains 153 card is not printed on the machine, neither Io shocks 152, nor the envoloppo 154, nor the bordoroau do payo 151.

   Instead of the pay slip 151 we can print on an analysis strip 155 (Fig, 13 ot 20) to record the back distribution (TYpeset analysis 1T, 2T)
 EMI39.5
 various analytical data9 'These data are printed at the corrugations corresponding to columns 1 to 4 of the pay slip and oos oolonnos have been designated accordingly on the analysis tapes After performing an analysis the operator establishes a total of several separate amounts and data and this total ost Prints on analysis strip 155:

   it can also be printed on a sheet 156 (Fig. 25) on which are entered columns 12 to 17, As can be seen in Figs, 13 and 20 nothing is printed in column 2 of the tape. analysis 155 and nothing is printed in the
 EMI39.6
 columns 14 and 15 of sheet 156 (fig. 25) but the amount: ixlprir.J.6 in column 3 of the analysis strip and the number of column 1 of the analysis strip is printed in column 16 do the file *

  <Desc / Clms Page number 40>

 
 EMI40.1
 The date printed in the column of the form is not printed on the analysis strip * The mechanisms for advancing the bordoroau do paye, do
 EMI40.2
 the card back gains, the chbquo, the envelope of the analysis bond will be described in detail below in connection with the section "pr:

  1m- our "do la maohinej the means to print these data on our supports
 EMI40.3
 print will equal lover described below, KEYBOARD -.
 EMI40.4
 



  The olavior do la machina is represented sch & no.t1q \ 1E1m.ont
 EMI40.5
 in Fig. 2 ot in porspoctive in Fig, 1.
 EMI40.6
 



  By not referring in particular to the schematic diagram of FIG. 2, we see that there are seven rangoos or groups of numeral keys 160 of the left side of uno "ooupuro" (% pormanonto ind3qu6o by uno line point311do ot quf righto of this cut find eight rows80x
 EMI40.7
 or groups of number keys 161, This results in a capacity
 EMI40.8
 enrogistromant ot accumulation of seven groups & gaucho ot of eight groups to the right of the coupuro for the totalizers of the:

  nnohino splits oonformamant at the cut pormanonto between los touohos 160 ot 161 in a way well known in the metiore On the right of the number keys 160 and 1610 there are four rows of do commando keys designated by "RZng6o) 1 Rnge) 2" Fan .gdo) 3 "and" B <pngoo) 4 "t The three promiôros touohos do la rang6o
 EMI40.9
 1 are keys to maneuver, it will say that we lowering it
 EMI40.10
 starts the machine} ollos no are only used when you exit
 EMI40.11
 do the machine to establish payo shocks.

   The three keys 163
 EMI40.12
 from the top of row 1: 1: '0 are p¯.as dostindos to operations and
 EMI40.13
 are used to select the totalizers of rows 2, 3 ot 4 laying
 EMI40.14
 the operations do romiso a zdro4 The key 162 "Paye netto" caused

  <Desc / Clms Page number 41>

 remitted it to adro of the addition ot subtraction ot roto totalizer which does not have it on a totalizer associated (TNP) with the key "Payo net totalo" / do la rang6o 4,% This key
 EMI41.1
 162 "Net pay" selects 6inltJmont line 2 in the print space of column 2 of the pay slip and selects line 4 of column 15 on the monidro check d,

   iairo print the net pay on line 2 of column 2 on pay slip 151 and on line 4 of columns 15, 18 ot 19 of check 152 (Fig, 24). It also causes the triggering of the mechanism
 EMI41.2
 djectour ot the advancement of the order number by printing Io order number in column 1 of pay slip 151 and in column 16, line 1 of each 152.



   (GD)
Key 162 "Earnings to date" / ronot to zero the total
 EMI41.3
 do groupo "Healthy today" 3, ot causes her port in the total of groupo 4. She selects row 2 in column 29 do the card back gains 153 ot releases the card back sheath (B) after cotte impression. The 162 "Gross" / key causes an operation
 EMI41.4
 do 7 reading of the addition totalizer ot subtraction ot sdlootionne lij-o 1 in column 2 of bordoreau do pay 151 on causing the printing of the bruto payo on ootte li; no; oilo also selected row I in column 29 of the card 153 gains by causing the printing of the gross pay here.
 EMI41.5
 



  It solootionno one besides the appropriate line of the shock in column 13 to obtain the impression of the payo bruto on cotto lignv; after this operation the check is transferred back to the first line to see the first deduction.



  (C2 (O2t Key 163 "Load row 2" goes out to select the totalisatours corresponding to the positions of the keys of the
 EMI41.6
 row 2 when resetting heavy, key 163 "Ddohargo (03) row 3" / is used to reduce the totalisatours corrosponding to the positions of the keys in row 3 to reset them.

  <Desc / Clms Page number 42>

 



   (C4)
 EMI42.1
 The button 16Z "D4oharge row 4" / can also be used in conjunction with the totalisatours corresponding "to the different back positions affected by rangdo 4.



  The tools 163 have employed both in the analysis operations and other functions which will be described in detail when describing the machine as an analysis machine.
 EMI42.2
 Touohos in rowdo 2 are designated by 16 keys in row 3 are denoted by 165 and in row 4 by 166. The three lower touohos in rangdo 2 August are inoperative in all settling operations back (AAY )
 EMI42.3
 searched do pay, do the same as the gnawed "} palyso" key 2.

   But, when you lower the "Analyze" toucho of the rangdo 2, which is an inoperative key, ollo unlocks the three lower keys of the rank of 2 of sorto that ollos become opdrantool however olles are not fulfilled by laying the back establishment. excavations do payo, but only in the operations of the machino for the analysis.



   (R)
 EMI42.4
 The touoho 164 "TJ6bloaago" goes out to unlock the "Analyso" key when it is ahaissdo, the position on faoo do the touoho "Db10cago" goes out of the automatic position for the keys A to J.165 of row 3 and for the keys N c K 166 of row 4 The keys 164 "plus" ot "minus" sorvont aux corroctionst otost a diro que '# na sort do.la toucho "minus" to subtract an amount which was by orrc "[' - ' : 1 :: '! "::' t'1 / 'donate the addition totalizer ot subtract ot that we get out of the" plus "key to add an amount which was by orrour abstracted from the totalizer of addition ot (or)
 EMI42.5
 substraction.

   The toucho "Prdodclonts'vost a touoho of operation ot is used when composing the previous earnings of the employee.

  <Desc / Clms Page number 43>

 



   All the keys A to J 165 in row 3 are provided for the different types of deductions indicated above.
 EMI43.1
 previously, all insurance, income tax, rotonuos, social insurance, deduction for obligations, interest and any other deductions allowed by the employer on gross earnings. Keys N to K 166 of row 60 4 are also used for deductions. The "R" key comes out to trigger the
 EMI43.2
 maohino after composition ,,! the help of keys 160 ot rospoct- ively 161, of the number of hours of the employee ot of the amount
 EMI43.3
 regulation of his pay. The key 166 is used when dialing, with the help of touohos 160 and respectively 161, the hours and the additional amount of the employee.

   The "8" key is used when adding on the addition totalizer or subtracting the employee's special earnings, tols quo premiums, and
 EMI43.4
 key "X-166" to be used to trigger the machine when adding in the totalizer other special earnings, tols quo bonus, to determine the gross pay.
 EMI43.5
 



  In what oonoorno los touohos nundrtlos 160 gaucho do la ooupuro on case of use of the machine for the establishment of the excavations do payo, the statutory nombro dos houros ot the overtime consisting of the four rows of righto of the touohos 160, the three rows on the left being used with our cane
 EMI43.6
 , groups of overtaking.

   When using the coono analysis machine, you usually come out with five rows of back stump.
 EMI43.7
 keys 160 * there are between the fifth and the sixth row closed (SN) touchos 160 uno region "cutoff ot nornalor, 0 'is to say that co is not a permanent cutoff and, unless the digits exceed 10 fifth order d6nanmatour, we usually go out back five rows of gaucho dos touohos 160. It is the same for the six rows of gaucho dos keys 161 when the machine goes out for analytical distribution.

   But, when the machine is working

  <Desc / Clms Page number 44>

 
 EMI44.1
 for the establishment of the excavations do payo ot dos choques do ayo, (GP) (G) los prdcddamt do lfvmploy6 and non ordinary gains / and (D) D xupp14montair x as well as los special gains and deducticns / 00- component on the six rows right back touchos 161. The three other rows back touchos 161 are only for accumulation. (ACC) The totalisers and the differing arrangements including the totalisatours of addition and subtraction would be. treaties oi-after in chapter. "Totalizers".



  Uno general description is given below of the commando keys dos rows 2, 3 and 4 of the totalization row dos keys 162 and 163 in conjunction with their general functions, that is to say that we will describe the. different ways of combining
 EMI44.2
 operations that the machine must perform to complete a 'ohdquo de paye ot to register all the dennies to be printed on the
 EMI44.3
 The pay slip ot on the pay cards relates to the establishment of the pay check.



   First we compose with the keys 161 los gains
 EMI44.4
 previous ot we lower the key 164 "Prooed gains # its" t The amount goes into the totalizer of the precoded gains "GT 2" of the rangdo 2 and also in the totalizer "GT 3" to the zero position of row 3. Immediately before the operation to extract the previous earnings the operator inserts the slip 151 into the machine in the required position as well as the earnings card 153 which runs to the right side of the machine.



   The operator then dials the number dos houres do
 EMI44.5
 , 4, regulatory work using the 160 tthouros "touchos and 10 amount back gains for cos houros using the 160" Gains "(G.) Keys and lowers the 166 key marked" R "in row 4. These hours and these amounts are added up in the hour totalizers and

  <Desc / Clms Page number 45>

 rising on each side of the cut-off in the position corresponding to the "R" key.

   Cos the number of hours and amounts of the gains for the statutory hours are also added in the totalizer "GT 3" of each dimension of the cutoff do co totalis- atour, the number of hours passing to gaucho of the totalizer split and the amount back gains to the right of the totalizer splits the operator then dials the number of overtime aido back keys 160 and the amount of additional gains using the touchos
161 and lower row 4 key 166 "T".

   The additional hours and amount are added to the soft dimensions of the split totalizer associated with the "T" key ot also accumulate in the "G.T. 3" totalizer. This "G.T.3" totalizer on the right side of the coupuro now becomes "gain @ to date" because it accumulates previous wins plus the amount of regulatory gains and that of additional gains.



   If there are other winnings, only primos, cos amounts are made up on the keys 161 of the winnings and the "S" key is pressed, thus making this amount pass into the total "S" and also into the totalisatour "GT 3" For amounts such as the bonus these are composed by keys 161 and the "X" key is lowered so that the amount of the bonus is added in the totalizer "X" as well as in the totalizer "GT3"
It is appropriate to indicate here that the totalizer of the upper line to the left of the cutoff is an addition totalizer and that the totalizers of the upper line to the right of the cutoff constitute an addition and subtraction totalizer as well. than the "GT2" totalizer.

   All earnings from statutory hours and overtime earnings, as well as all special earnings. such as bonuses and bonuses, accumulate on the "plus" side of the addition and subtraction total.

  <Desc / Clms Page number 46>

 previous winnings pass, as we said above, in the 'cota.lisa.tour "G. T. 2". To the right of the opening. The ooupuro is shown in Fig. 27 where we see a schematic representation
 EMI46.1
 los totalisateurs back two ottds of the cut-off as well as the nJleot'oloe cam of these totalisatours.



   When all the wins are accumulated on the right side of the addition and subtraction totalizer, the operator lowers the
 EMI46.2
 J0è1Cho 162 "Gross" from row I to record the "plus" dimension of this .ò.haliser ot print the gross pay in column 2 of pay slip 151, in column 13 of check 162 ot in column 29 of the earnings card 153.



   The operator then proceeds to the composition of various backs
 EMI46.3
 , 2on +, ants dos various deductions whose pay do ltamlploy6 ost to possibly debit as we see on shock 152 do la
 EMI46.4
 Iigo 2 ': six deductions are written after the symbols A to E ot J.'.: La.Ct, 1nO do these deductions require a soparoe operation in which the amount of the deduction is made up by the keys 161 and is subtracted from the totalizer d addition and subtraction. Each of these deductions is also accumulated in the totalisers
 EMI46.5
 G = 00i6n ru their respective keys.



  After the entry of all the deductions the op6r-, i-1; r abaisao key 162 "Gains a cotte date" in row 1, empties the totalizer "GT, 3" and transfers this amount to the 1-o "jaiisatour" GT 4 "; this" Earnings to date "amount is printed in, 1, a column 29 of the earnings card 153 (Fig. 29.) The operation îuiaan = cv is Itabaii3cement of the key 162" Paye notto " do la. ['.' '1.;' which resets! zdro the addition and.subtraction totalizer, t this moment contains the payo ne1 {do the comployo, and transfers ootto .'a77ù matte to a totalizer associated with the key 166 "Net payo;,;, a , lo "do row 4.

   This net pay amount is printed on

  <Desc / Clms Page number 47>

 the second line in the space of column 2 of the pay slip 151, on the fourth line of column 15 of the shock and is also printed in columns 18 and of the shock.



   What proceeds constitutes a complete operation necessary to establish a pay shock! after lowering the key 162 "Pay notto", an action which resets the addition and subtraction totalizer to sero, the machine is ready and allows the operator to read the previous earnings of the next employee, record all the los data relating to cotte paye and print a paycheck for the amount presented,
A serial number is printed in column 16 of the check and the date is printed in column 17, this date being set by a mechanism, the description of which will follow. The numbering mechanism will also be described below.



  THE NUMERICAL ROWS AND THEIR ASSOCIATED DIFFERENTIAL MECHANISMS.



     As explained above, the machine of this invention has seven rows of numeral keys 160 on the left of the cutout and eight rows of number keys 161 on the right of the cutoff which, in certain cases, can be used to dial numbers of the uprights. and, in other cases, the number of hours or other employees when the machine is operating on the analysis machine.



   But, since all the rows or groups of keys 160 and 161 and their associated differential mechanisms are identical in all respects, the description of one of these rows of keys and of a differential mechanism will suffice.
Fig. 3 represents a cross section of the machine at the right of one of the back rows and numbered center

  <Desc / Clms Page number 48>

 ot the differential mechanism which associated it with this; this row comes out considered as caraotdristiquo do toutos los numeral rows.

   The gnawing of ohôisics keys ost the uno of the number keys 161 "Gains" (Fig.2). It is understood that the number keys 160 are mounted exactly as the keys 161 and the differential mechanisms are therefore the same *
The full keys 161 (Fig. 3) are mounted on a frame of 170 port keys by back tabs 171 and 172 which extend into the main frame 121 and 122 of the "machine" section of the accounting machine.

     The lowering of a back keys 161 moves a stop latch 173 to zero of this particular denomination giving the counterclockwise sound counter to the needles of a watch ot the out of the way of a spider 174 mounted freely on a hub of a differential number 175 which is rotatably supported by a hub between soft similar plates 177 (only one is shown) supporting the differential number which ,, ollos are carried by back rods 178 and 179 which extend between the side frames 121 and 122 do the machine.

   There is a pair of backing plates 177 for each number differential and a link rod 180 passes through the holes in the back hub to join all the number differentials into a compact unit.



   A cast iron formed in the front end of the spider 174 engages in a port gouj.on 181 by a release arm 182 which pivots on an extension of the motor member 175.



  The arm 182 ot a conjugate arm 183 porter.un differential lock 184 with horizontal displacement. A spring 185 drives the arms 18Z ot 183 as well as the latch 184 backwards so as to normally maintain a foot 186 of the said latch, taken with a shoulder 187 of a diffdrontiol commando segment 188 so as to support

  <Desc / Clms Page number 49>

 be able to oscillate by means of the differential motor organ 175.



     An articulation 189 rolio 10 do commando segment 188 to a cam lever 190 pivoting on an axis 191 fixed on the plate 177 do left; this lever 190 carries back gallows 192 and 193 which cooperate rospectively with the peripheries of the associated cam plates 194 and 195 fixed on the main control shaft 160. The lowering of one of the number keys 161 places its lower end on the path of a rounded surface 196 of an extension of the arm 182.



   In addition operations which, as previously indicated consisting of one cycle or one rotation of the camshaft 150, the cams 194 and 195 rotate clockwise causing the segment to move. ordered
188 by lever 190 first clockwise ot then in the invorso sounds to the normal position. Laying co. movement in the direction of clockwise, the sogmont 188 drives co-last by the shoulder 187 on cooperation with the foot 186 of the latch 184 as well as the motor member 175 in unison in the back direction of needles -shows until the stopping surface 196 comes into contact with the tigo of the down key
161.

   When this occurs the blocking arm 182 ot its associated arm 183 moving in the counterclockwise direction so as to disengage the foot 186 from the shoulder 187 to interrupt the movement of the motor organ 175 in the sounds back clockwise and to stop it when it has moved a distance corresponding to the value of the key down.



   This clutch movement of the latch 184 puts a rounded extension of the latch taken with a corresponding notch of a srio d'on- oochos 198 made in a plate 199 which ost fixde ontro the rod 178 and a continuation upwards of the support plate 177 do gaucho.

  <Desc / Clms Page number 50>

 



     After the release of the bolt) 134 of the shoulder 187 of the sogmont 188, this dornior continues its movement in the back sounds without a watch without interruption, we bring a surface oourbo 200 of the segment, we cooperate with the lower side of the foot 186, to block the extension 197 of the bolt 184 in the notch 190 which corresponds to the value of the lowered number key 161.



  When the lever 190 and the segment 188 arrive at the extrados points of their initial movement in the sono of the needles of a montro, a roller 201 port by the levior 190 engages on a curved surface 202 on the lower side of a numeral bar 203 articuldo at point 204 on the motor organ 175 ot obligo a curved surface on the upper side of this bar 203 to enter into contact with the hub of the motor organ 175 to give the bar 203 a position which corrosects the key numdralo 161 lowered. The bar 203 is provided with a cast iron 205 which engages a pin 206 of an articulation 207 whose upper end is connected to oscillation and an alignment segment 208 mounts on one of a series of cmboités tubes. 209 ports by a tree 210 which

  'oscillates in the side frames 121 and 122.



  * The lower end of the articulation 207 is mounted in oscillation on a segment 211 mounted loose on a shaft 212 rotating in the side frames 121 and 122. The segment 211 carries a stud 213 engages in a cast iron made in a plate to zero elimination camo 214 mounted oscillating on a stud 215 which is fixed on a toothed segment 216 mounted idle on a shaft 217 also journaling in the side frames 121 ot 122.



  The teeth of segment 216 mesh with the outer ones of an annular gear 218 with internal and external gear, the internal teeth of which mesh with a pinion 219 which drives a square shaft 220. The square shaft in turn drives similar pinions which mesh with the inner wheels of the wheels similar to the wheel 218; the outer teeth of our wheels can mesh with

  <Desc / Clms Page number 51>

 corresponding denominator character wheels 221 in each row of the column printing mechanism.

   The printing mechanism one columns is used, in this case, for printing the payo slips 151, the check 152 and the card of earnings 153 commo described previously,
For the proper alignment of the differential mechanism and the character-bearing wheels placed by the differential, each of the segments 208 has been provided with a series of notches 222 which are taken with an alignment 223 wedged on a shaft 224.



     The alignor 223 is released from the notches 222 causing the differential adjustment of the character wheels 2211 after the adjustment of these wheels under the control of the keys 161 by the differential mechanism, the alignor 223 is again brought into contact with the notches. 222 thus aligning in a positive way the character wheels 221 causing the impression.



   The composite numbers on the character wheels
221 are indicated in an opening 225 (Fig, 1 ot 2) by indicators 226 adjusted by the wheels 218 (Fig, 3) by means of the wheels
227 which actuate pinions ot square shafts, not shown but similar to pinions 219 and to arbros 220.



   The aforementioned zero elimination mechanism6 which serves to control the printing of zeros ot which is controlled by the overhead zero elimination cam plate 214, is not directly part of this invention and this mechanism is not will be more retained below.



   THE TOTALIZERS -
The machine shown here has the usual three lines of totalizers, numbered 1, 2 and 3 (Fig. 3). As

  <Desc / Clms Page number 52>

 said previously, the totalisatours of each of our lines are cut between the keys 160 and 161 (Fig. 2), that is to say that there is no transfer mechanism between the first group of touohos 160 do gaucho and the first group of keys 161 do righto are linked with their different respootive mechanisms shown in fig. 3. The ligno No. l.dos totalizers is also shown in the schematic view (fig. 27). This totalisatours line is controlled by keys 164 of gnaw 2.



  Cotte ligno No 1 has on the right side of the cut-out an addition and subtraction totalizer and, moreover, a direct addition totalizer. On the left side of the cut-off, the totalisator line includes two addition totalisatouro, as shown in Fig. 27.



   Line No. 2 back totalisers or back line controlled by touchos 165 of row 3 has nine totalizers on each side of the cutout, one for each of the keys A to J and one in zero position, which we have called the totalizer. "GT3".



   Line No. 3 of the totalisers or front row counts nine addition totalisers of each side of the pair, one for each of the R, S, T, X, N, M, L and K keys and one for the payout. notte "ot, one in addition, another in position zero called totalizer" GT 4 ".



   Line No. 1 or top line of the totalisers has, as just said, addition and subtraction totalisers and also normal addition totalisers.



   The addition and subtraction totalizer of the upper line or line No. 1 located to the right of the coupuro is designated by the reference number 230 and the direct addition totalizer to the right of the ootto line ootto porto the number 231 .

  <Desc / Clms Page number 53>

 



  The two totalisers of ootto ligna No, 1 which are to the left of the opening bear the number 232 3t 233.



   The totalizers of line No 2, or back line, shown in fig, 3 only bear the number 234. Co number applies to totalisatours on two sides of the cutoff.



  Ligno No. 3, or front row, totalisers are numbered 235 and this number also applies to totalisers on both sides of the cutoff.



   Totalisatours of this kind are old and well known, they are called intercalate totalisators, so it is not necessary to give here a description of the construction of cos totalisatours.



   As is common practice in this type of machine, the organotor 175 has three sections of which Nos. 236, 237 and 238 (Fig. 3). Section 236 operates the addition and subtraction totalisers as well as the ordinary totalisers of line No. 1, or upper row of totalisers, section 237 operates the totalisers of line No. 2 or back row, and section toothed 238 activates totalizer round 235 of line Ne, 3 or front line.



   In the addition operations, the wheels of the one, as the case may be, selected totalizers are in jail with the respective toothed sections 236, 237 or 238 of the driving bodies 175 after these bodies have completed their adjustment movement in the direction of the hands under the control of the number keys 160 and 161.



   The return movement in the counterclockwise direction of the organ 175 rotates, as it was.

  <Desc / Clms Page number 54>

 explained above, the corresponding wheels of the totalizer (s) selected and engaged in proportion to the value of the number keys 160 ot 161 to enter in cos totalizers the amounts corresponding to the keys lowering
In subtraction operations,

   the corresponding subtraction wheels of the addition and subtraction totalizer 230 are engaged with the teeth 236 of the driving member 175 exactly of the manibro marl only in the addition operations and the return movement of the driving member turns the addition wheels 230 of the addition and subtraction totalizer in reverse sound by means of the reverse gear shown in Fig. 3.



   If no key backs 161 are lowered, the zero stop latch 173 remains after the initial movement of the motor unit 175 on the path of the spider 174, engages on the latter and releases the latch 184 from the latch. 'motor element 188 so as to stop the motor element 175 in the zero position. After that the motor member 175 has been put to the zero position, 10, roller 201 places the bar 203, los articulations, 20 '! and los segments 208 and 211 accordingly, as shown in fig 3,
At the end of each type of operation, the motor member 175 is always returned to the rest position shown in Fig, 3.

   But the joints 207 and the im- mechanisms. primeurs commanded by these remaining at the end of the operations of the machine in the maneuvering positions and pass from our positions directly to their new positions in the following operations of the machine by means of the bar mechanism which is still present and well ce =% and is often called "minimum movement device".

  <Desc / Clms Page number 55>

 



  We have provided for the usual mdoanismo of carry over to make a unit enter the next higher order of the totalizers when the rouo totalisatrioo of the lower order passes, through zero either in the positive sounds or in the negative sounds.



  TOTALIZERS CLUTCH AND DISENGAGE MECHANISM - After that the various totalisers in various lines have been released for an operation by means controlled by the keys in rows 2, 3 and 4, which will be described below, the totalisators are engaged or disengaged during addition, during totalization and while carrying the total.

   During the addition, the motor organs are first adjusted and then the totalisers are engaged after which the motor organs are returned to their normal positions; weighting this time, the numbers dialed using the number keys 160 ot 161 are added or subtracted from the addition and subtraction totalizer and added to the selected totalizer of front row No. 3 or back row No. 2.



   During the read operations, the totalisators are engaged with the motor organs before they move in the sound of the hands of a clock and the amount which is on the totalisatours is extracted and transmitted to the motor organs and the printing wheels, after which the motor organs are returned to their normal positions, the totalizers being able to remain engaged with them, so that the number which has been extracted is restored in this totalizer.

   When resetting the totalizer to zero, the latter is engaged with the motor unit and this unit moves clockwise by a distance which depends on the amount found on the totalizer, after which the totalizer is disconnected from the motor unit and the latter is then returned to its normal position leaving the totalizer at zero.

  <Desc / Clms Page number 56>

 



   While carrying totals from one totalizer to another, for example from the addition totalizer ot subtracting the top row of totalizers from a totalizer selects from row No.2, or back row, the addition totalizer ot subtracting The reaction is first engaged with the motor organs before heavy movement in the direction of the needles of a watch, the amount which is on the tdalisatour of addition and subtraction one is extracted is transmitted to the motor organs, after which the totalisat- eur selects from line No. 2, or rear, is engaged with these motor components and the addition and subtraction totalizer is disengaged;

   therefore, when the motor organs are moved in the counterclockwise direction to their normal positions, the number which has been extracted from the totalizer by adding and subtracting is transferred to the totalizer selected from line No.2 .



   We will now describe the mechanism used to engage and disengage the totalisers under the conditions just described.



   The addition and subtraction totalizer on the top line and the other totalizer around this line, as well as all the totalizers on the arrived line and all the totalizers on the front line are each supported in a mobile frame 240 (Fig. 3). which itself is supported between the main frames 121 and 122 of the "machine" section.



   The movable frame 240 of the upper row of totalisers which carries the addition and subtraction totaliser comprises a shaft 241 (Fig. 3 ot 7) on which are mounted, at opposite ends, runners 242 which engage in similar casings. 243 practical back in back cam plates 244 fixed to the side frames 121 ot 122 of the machine. Cos fonts 243 are radial with respect to the counter do the tigo 180 of the differential mechanism.



   On opposite ends of shaft 241 are also

  <Desc / Clms Page number 57>

 fixed similar elbows 245 bearing back rollers 246 which ungag in back similar cast iron 247 back cam plates 244. The right elbow 245, represents in FIG. 7, is connected, with oscillations / one of the ends of a clutch articulation 248 carrying a galot which cooperates with a corresponding hook 260 of a spider 251 supported by a fixo pin 252.

   The clutch oroisillon 251 receives its movement from a slide 253 of the totalizer clutch, a slide of which a front extension is provided with a cast iron in which engages a pin 254 of a cam plate 255 pivoting on a stud fixo 256.



  Plate 255 has a cast iron 257 which is connected by a stud 258 to a substantially vertical cast 259 practically in the back arm of a flange 260 which is also mounted oscillating on stud 256.



  The stud 268 is fixed on a joint 261 connected, by oscillation, to an elbow 262 wedged on a shaft 263 supported by the side frames 121 and 122. Another arm of the flange 260 carries a stud 264 which engages in a slot do camo practiced in a commando plaquo 266 do totalization (Fig. 32) moved differentially under the control of touchos 162 and 163 of rangdo 1 (Fig, 2),
The manner in which the commando plate 266 controls the movement of the flange 260, the shaft 263 of which controls the movement of the elbow 262 so that the oolui-oi engages the slide 253 with the oroisillon 251 are known; we will therefore give here only a general description of this mechanism.



   An extension, directed towards the rear, of the slide 253 pivots on the upper end of a cam lever 270 of which the pin 7 no shows only a part. This lever 270 is actuated by a cam 271 fixed on the main control shaft 150. The shape of this cam is not shown because this mechanism is old and well known ot has a form such that it forces the slide 253 to move first to the right (Fig.7) in the direction of its length and then to the rotournor to the position shown in fig; 7 at each revolution of abre 150.

  <Desc / Clms Page number 58>

 



   The movement of the articulation 248 to control the clutch of the pin 249 avoo the hook 250, of the spider 251 is commanded, in the addition operations, by the usual notched commando discs ot well or known, controls, in turn , by the keys of rows 2, 3 and 4 (Fig. 2); the clutch movement of this joint is controlled in these totalizing operations by a cast iron of the totalizing control plate 266 (Fig. 32) with a known pressure.



   When the totalization control plate 266 is in the add position, a notch 272 in the slide 253 is taken with a pin 273 fixed on the spider 251, as shown in FIG. 7; when the pin 249 is engaged with the hook 250 of the spider 251, the lever 270 moves, under the action of the camo 271, the slide 253 on the rear, or right, looking at FIG; 7, 'to communicate to the baby 251 a movement in the sounds dos aiguillos of a montro.

   This movement of the spider 251 in the back sounds of clockwise under the action of the joint 248 moves the elbow 245 and the shaft 241 in 10 sounds counterclockwise by moving the aid ' rollers 246, we cooperate with the fonto 247, the shaft 241 and the frame 240 of the totalisatours (Fig. 3) so as to engage the selected set dos rouos of the addition and subtraction totalizer or to engage the other do upper ligno cotte do totalisateurs with the motor organ 175.



   As explained above, the clearance clutch selects the wheels with the driving components occurs in the addition and subtraction operations, after which the driving components have been adjusted under the control of all numbers 160. or 161 lowered and the return movement of these driving members 175 counterclockwise causes said selected wheels to rotate in proportion to the value of the lowered keys of

  <Desc / Clms Page number 59>

 so as to enter the number dialed on the keyboard.



   After the motor components 175 have completed their return movement in the anti-clockwise direction), the cam 271 brings the slide 253 back to the front to bring back the spider 251
 EMI59.1
 in the opposite direction back to the needles of a manidro watch to release the wheels of the outbray6 totalizer on the motor components 175.
 EMI59.2
 



  In the sub-totalization operations, the movement of the totalization commando plate 266 to the addition position In the sub-totalization position, when the key 162 "Gross" is lowered, gives the arbor 263 an initial movement in the back needle sounds of a watch ot oreo a condition which causes a movement
 EMI59.3
 suppl6nontairo in the hands of the hands of a movement which is OOl: lIIluniqul1 to this arbro by the suito in the operation of subtotalization. The initial movement in the clockwise back of this shaft 263 lowers the stud 258 relative to the fontos 257 and 259;

   however this movement of the stud 258 vors the bottom is confined to the right partio of the cast iron 259 ot the oncocho 272 in the slide 253
 EMI59.4
 remains by ooneqUQt1t on. taken with stud 273 of orold.l1cn 251, as indicated by law.

   
 EMI59.5
 In addition, in the operations of totalization and do, sou, s-toto.lÙi & t1o.n, the main shaft 150 and the cams which are attached to it rotate twice in 7.v aons back to the hands of one clockwise. instead of uno which they make in the operations of addition, ot do subtraction. During the first rotation of cam 271, the lever
 EMI59.6
 27d move the slide 253 backwards in a manner that engages los rouos totaliaatrioea telootionnooc with the motor organs 175 before their initial movement in the reverse direction of a watch,

   given that our motor units are retained in their zero positions weighting the first cycle of the operation of printing the total or the
 EMI59.7
 subtot Z.

  <Desc / Clms Page number 60>

 



   The first cycle of a totalising or sub-totalising operation is used to move the totalisatours back lines laterally to select the desired set of totalisatrix wheels for reading.
 EMI60.1
 or readjustment as the case may be.

   In the second cycle of a totalization or sub-totalization operation, the driving organs 175 make, weighting their initial movement in the sounds of the hands of a watch, turn the wheels of the totalizer in turn on arrears until The elongated heads of these wheels bring these wheels to their zero positions so as to place the 175 number motors in accordance with the numbers indicated by these totalized reuos. When the engine numbers 175 are thus placed in accordance with the nombro indicated on the rouos of the
 EMI60.2
 totalisatour selected, lo galot 201 (Fig.

   3) engages on the bnrie 203 to adjust the segment and the printing mechanism according to the number indicated on the totalizer wheels or, in other words, to adjust the amount extracted from the totalizer wheels * After the slide 253 has completed, in operations do subtotal, moving sound, initial on backward for ombrayor los totalisatrioes x61ea # ionn6ex wheels with numeral motours, the arbro 263 receives an additional movement to fairo communicate with the aid of the stud 258, in cooperation with the camo cast 257 ot the cast iron 269 to the plate 255 a movement in the direction of reverse clockwise in order to release the notch 272 of the stud 273 so that the selected totalizer wheels are not disengaged from the motor components 175.



   The notch 272 rosto thus, in the operations of sub-totalization, released from the stud 273 until towards the end of the second oyolo
 EMI60.3
 of operation of the shaft 150 ot los rouos totalisatrioos selected)) rostont therefore one taken with los motors numbers 175 balanced their return movement in the opposite direction of clockwise
 EMI60.4
 ot, one consequence these wheels totalitetrioes are ramendes in the starting positions.

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   After the rotour dos rouos totalisatricos to their starting positions and the end of the twelfth cycle of operation, the shaft 263 is swept in the counter clockwise direction to engage in the notch. 272 by pin 273, so that the return movement to the front of slide 253, towards the end of the second operating oyolo, will impose a counterclockwise rotation movement on the clutch spider. 251 do manibro to disengage los rouos du totalisatour selects the motor organs 175.



   In totalization or reset operations, the movement of the totalization commando plate 266 from the addition position to the totalization or reset position communicates to the shaft 263 an initial movement in the sound of the hands. of a watch exactly as in the sub-totalization operations; moreover, the totalization commando plate 266 displaces, in combination with the stud 264, the flange 260 has the plate 255 in the sounds of a clockwise movement, which displaces, by the stud 254, the slide 253 in the counterclockwise sounds do so as to disengage its notch 272 from the stud 273.

   Towards the end of the first cycle of the totalization operation and after the slide 253 has been pushed backwards by the cam 271, an additional clockwise movement of the arbor 263 moves with the aid of the cam 271. of the stud 258, we cooperate with the cast iron 257 and 259, the plate 255 of an additional distance in the back needle of a watch so as to put a notch 274 of the slide in contact with a stud 275 of the spider 251,
Immediately after engaging the pin 275 in the notch 274,

   10 rotational movement of the lovior 270 displace the slide 253 on the front so as to communicate a movement in 10 sounds of the hands of a clock to the clutch spider 251 which causes the clutch back to the wheels of the selected totalizer with the organs

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 motors 175 at the end of the first cycle of movement of the shaft 150,
In the second cycle, the motors 175 turn the wheels to zero in exactly the same way as in the sub-totalization or read operations.

   'Assuming that the selected totalizing wheels being in zero position and before the return movement of the motor organs 175 in the non-counterclockwise direction of clockwise (Fig, 3), the initial movement of the cam 271, in the second operating cycle of the shaft 150, pushes the slide 253 backwards, imparting to the spider 251 a disengagement movement in the counterclockwise direction so as to disengage the totalizer wheels selected by the motor components, leaving thus these rouos to zero.

     After the return of the spider 251 in the counterclockwise direction to the normal position and before the forward return movement of the slide 253, the shaft 263 is partially swept in the opposite sound of the 'aiguillos of a montro do so as to bring back the cam plate 255 in order to release the notch 274 from the pin 275. While the slide 253 is thus disengaged from the spider 251, the camo 271 ramone oetto slides forward, towards the normal position, after which the return movement of flange 260 and plate 255 therein. oontrairo of the needles of a watch engages the oncooho 272 on the stud 273, as shown in FIG. 7.



   A tongue 276 (Fig, 7) actuated by a cast iron 277 of the cam plate 255 engages notches 278 and 279 in the spider 251 for the totalization and sub-totalization operations in order to prevent the movement of this spider when the slide 253 is clear behind studs 273 and 275.



   Aligners 280 ot 281 are connected by a cast iron-lug joint to align the spider 251 and the ooulisso at certain times of machine operation. An articulation 283 pivoting on the aligner 280 is actuated by a cam (non-reprdsontdo) mounted on

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 the main drive shaft 150 to make the aligner 280 cooperate with the pin 273 of the spider 251 and the aligner 281 with a pin 284 attached to the end of the slide 253 to ensure proper engagement of the slide 253 on the stud 273 or, as the case may be, on the stud 275.



   Line No, 2, or rear line, of the totalizers (Fig. 3) comprises a complete set of totalizers, i.e. ten totalizers, one of which is in zero position and one in each of the nine other positions. "GT4" on position zero and the totalizer "Pay notto total" on position No. 9 can be automatically selected, as said previously, weighting certain types of operations for the carry over to cases totalizers of numerous extracts from other totalizers.



   In. in other words, if the key 162 "Gains à cotte date" (Fig, 2) is pressed, the numbers which are found in the "GT3" totalizer and zero position in row 3 are transferred to the "GT 4" totalizer. we position zero in the back line. If you press key 162 '"Net pay" the addition and subtraction totalizer of line No. 1, or upper line of the totalizers is, as also mentioned above, reset to zero and the number which is extracted is Automatically transfers to the total "Pay notte total" on the back row of the totalizers.



  TOTAL TRANSFER MECHANISM.



   If you wish to transfer numbers from the addition and subtraction totalizer, or balance totalizer, from the upper row in the payroll totalizer notto total of the rear row and also from the "GT 3" totalizer in the front row in the "GT4" totalizer of the rear line, it is necessary to provide * a means different from the usual clutch mechanism at the back of the totalizer lines to control the clutch movement and disengagement of line No.2, on rear line, back totalizers.

  <Desc / Clms Page number 64>

 



   Such a mechanism is shown in particular in Figs.6 to 9 inclusive.



   Line No. 2, or rear line, of the totalisers is shown on the movable frame 240, analogous in all respects to the frame 240 of the upper row of the totalisers. This particular chassis for the rear totalizers comprises a shaft 300 on the soft ends of which are mounted back rollers 301 (a soul ost represents) which cooperate with back guide slots 302 practical back in back plates 303 with cams, clutch back totalisatours, plates which are mounted inside back side frames 121 ot 122. On each end of the arbro 300 there is back ombrayago arm 304 carrying rollers 305 which cooperate with castings 306 in the cam plates 303.



   The elbow arm 304 on the right end of the shaft 300 ost, as shown in fig. 7. relid by a hub 307 to an arm 308 provided with a cast iron 309 in which passes a stud 310 port through an offset plate 311, in the form of a fork to surround a hub 312 fixed on the shaft 300. This stud 310 port by the plate 311 passes through the plate ot carries a roller 313 which is normally held by a notch 314 of a plate 315 under the action of a spring 316 stretched between a pin on the plate 311 and a pin on the arm 308. Cotto plate 315 is mounted on the hub 307 and therefore pivots around the arbro 300. On the plate 315, an articulation 317 pivots which carries a flattened pin 318 which can cooperate with a hook 319 of the spider d 'clutch 251.



   Joint 317 for line No. 2, or back line, back totalisers is operated in exactly the same way as joint for line No. 1. or top line, in the addition and subtraction operations. au moyon back discs

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 selectors which, at, are in turn controlled by the keys of rows 1, 2 and 3 and, in the totalization and sub-totalization operations, by the totalization control plate 266 so as to. order the engagement of the stud 318 with the hook 319 of the clutch spider 251.



   Under normal conditions, the roller 313 remains engaged in the notch 314 of the plate 315 thereby connecting the plaquo to the arm 308 which is, in turn, connects the arm 304 and the shaft 300; under these conditions, row No. 2, or back row, back totalisers receives its clutch and disengagement movements under clutch spider control 251 in exactly the same manner as described above for row No. 1 , or top row, totalizers.



  But if you want to empty the addition and subtraction totalizer and enter the number, which was there ot which represents the net pay obtained by lowering key 162 "Net payo", in the totalizer "Net pay total "of line No. 2, or rear line, it is then necessary to have a means to move the control means of the clutch movement and disengagement of line No. 2, or rear line, of the totalizers so as to cause the engagement and disengagement of line No. 2 of the driving components during the addition; which as we will remember is necessary to obtain the transfer of the number to the selected totalizer of this line.



   We will now describe the means necessary for this movement. The pin 310 carried by the plate 311 passes through a cast arm 320 (Figs. 7 and 8) mounted on a shaft 321 which is supported by the right side frame 122 and the auxiliary frame 124. On the shaft 321 is fixed an arm. 322 'on which pivots an articulation 323 also pivoting on an elbow 324 mounted on uno tigo 325 supported by the side frame 122 and the auxiliary frame 124. The elbow 324 is provided with a finger 326 at right angles cooperating with a segment

  <Desc / Clms Page number 66>

 327 oscillating on shaft 212.

   This segment 327 is attached to a segment 328 which meshes with another segment 329 fixed on a sleeve 330 which is mounted on a shaft 331 supported by the right side frame 122 and the auxiliary frame 124. On the sleeve 330 is also mounted a segment 332 (Fig. 32) which meshes with a segment 334 pivoting on the arbor 212.

   The segment 334 is fixed to an arm 335 on which a hinge 336 pivots, also connected to the totalization control plate 266. Remember that the totalization control plate 266 moves in a different manner under the control of the back. keys 162 and 163 of row 1 (Fig. 2) ot the differential movement of the plate 266 do commando do totalization consequently places through the intermediary of the train of mechanisms which it is necessary to describe. the segment 327 (Fig. 7) differentially depending on the position of the key 162 or 163 down.



  As can be seen in fig 7, the finger 326 of the elbow 324 cooperates with the actual periphery of the segmental arm 327 in the zero position. In the vicinity of this position, the arm 327 is provided with a notch 337 which (Corresponds to the positiona do la touohe 162 "Net pay" and of the key 162 "Earnings to date". Consequently, when an o do cos keys is lowered the notch 337 so present on the finger 326, thus allowing the displacement of the elbow 324 in the sounds of the needles of a montro, after which the finger 326 is placed in the notch 337.

   The means sorvant to move the elbow in the back clockwise comprises an arm 338 fixed on the shaft 321 and this arm moves in the back clockwise direction under the action of a spring 339 at the time necessary for the operation of the machine so as to drive the finger 326 in the notch 337.



  When this happens the shaft 321 is driven clockwise thereby moving the arm 320 clockwise and lowering the stud 310 into the cast iron 309 of the arm 308.

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   The downward movement of the stud 310 drives a port roller through this stud in a U-shaped bloo 341 fixed to an arm 342 which pivots on the shaft 300. On the arm 342 oscillates an articulation 343 which also pivots on a lovier 344 climbs on a porto stud by the auxiliary chss- is 124.

   This lever 344 carries galots 346 and 347 which cooperate respectively with associated cams 348 and 349 mounted on a shaft which is in axial alignment with the main camshaft 150 and the shaft 350 is driven by the main shaft 150 by via a coupling mechanism which will be described hereinafter, so that the latter shaft 350 will not be actuated during the first cycle of operation, 4 two cycles, of totalization or of port.

   But, in the second cycle of this operation, the cams 348 ot 349 move, using the lever 344 ot the articulation 343, the arm 342 in the counterclockwise direction and, like the galot 340 is taken with the block is U-shaped 341, oo galot 340 and 10 stud 310 will be driven around the shaft 300 counterclockwise with the arm 342.

   Since the stud 310 passes through the slot 309 of the arm 308, this arm 308 is moved counterclockwise in a clockwise direction and the elbow 304 is moved in the marl, after which the slot 3C6 (Fig. 6). ) causes the engagement of the row of totalisers and motor units 175 so as to obtain the transfer of the amount, which was read from the upper line No. 1 of the totalisers, to the totalizer selected from the rear row No. 2 back totalisers.



   In order to free the finger 326 from the periphery of the segmontary arm 327 so that it can be freely moved by the plate 266 of the Commando, a cam 351, fixed on a shaft 352 port by the side frame 12e and the auxiliary frame 124, Another contact is made with a galot 363 fixed on the shaft 338 and moves the arm slightly counterclockwise against the tension of the

  <Desc / Clms Page number 68>

 spring 339 so as to move the finger 326 away from the periphery of the segmental arm 327 and to allow the differential movement of the latter under the control of the keys 162 and 163 of row 1, This arbro 352 is driven,

     at each operation of the main camshaft 150 by means of a toothed wheel 354 (Fig. 30) oaldo on the main shaft 150.



  Rouo 354 meshed with toothed wheel 355 set on shaft 352.



  Therefore, shaft 352 undergoes two counterclockwise rotations during each read operation, totalization operation and total carry over operation of shaft 150. Oamo 351 is calculated as such. During the first operation of the shaft 352, the arm 338 moves slightly counterclockwise and can then move clockwise, when the top of the cam passes in front. the galot 353, to be finally swept by the cam to its normal position.

   But, in the second cycle, when the upper part of the cam has passed the roller, the spring 339 again acts on the arm 338 ot the shaft 321 in the same manner above to place the stud 310 ot its roller 340 in coupling position, following which the rear ligno No.2 of the totalisatours is engaged with the totalizer by the cams, 348 and 349 which are fixed on the shaft 350 and which only function during the second cycle of a totalisation or carry over of totals operation.



   We will now describe the means for driving the shaft 350 (Figs. 7 and 30) by the main abbro 150 so that the shaft 350 is inoperative during the first cycle of all soft cycle operations, - or in other words, do all read operations, do totals ot do port dos totals -. On the previously described toothed wheel 354 which is mounted on the main drive shaft 150 is rigidly fixed a plate 360 (Fig. 30) which undergoes gentle full rotation during each totalizing operation. On this plate 360 is fixed, between itself and the hub of the rouo 354, a collar 361.

  <Desc / Clms Page number 69>

 



  Shaft 350 is supported near its right end in auxiliary frame 124 and, since shaft 350 is axially aligned with shaft 150, the other end of shaft 350 extends through plate 360. except as far as the middle of the collar 361. The shaft 150 also extends approximately to the middle of the collar 361. The plate 360 carries a drive pawl 363 which cooperates with a collar 364 with a fixed shoulder on it. the shaft 350. The plate 360 carries an autro pawl 365 which cooperates with another shoulder of the collior 364 to prevent any backward movement of the collar 364 and therefore of the shaft 350. A spring holds the pawls 363 on 365 normally in contact with the opposite shoulders of collar 364.



  When the toothed wheel 354 is driven clockwise looking at the pin 30, the plate 360 is driven in the same direction, after which the pawl 363 drives the collar 364 and hence the shaft. 350 clockwise simultaneously and clockwise with the movement of the arbor 150. Near the end of the shaft 350 is fixed a toothed wheel 366 which meshes with an intermediate wheel 367 mounted on an axis 368 carried * by the side frame 124. The wheel 367 drives a wheel 369 attached to a main drive shaft 370 for the printer.



   It will be seen from the above description that when the machine shaft 150 is driven, in the add operations one turn clockwise, the auxiliary shaft 150 is aligned. lawyer will undergo a similar movement to him through the intermediary of the plate 360, the oliquot 363, the collar 364 and the gear where it is gold-plated, while the commando shaft 370 of the printer will undergo a movement conspiratorial in the direction back aiguillos of a watch in each addition operation. ,
Laying the:

  first cycle of an operation of totalization, of a subtatization or of a carry over of the total the shaft 370 must be moved a very short distance, do 40 degrees approximately, but the arbor 150 does during these gentle operations turns in the known manner.

  <Desc / Clms Page number 70>

 



  In order to stop the shaft 370 after this small displacement, an arm 371 is placed on the path appeared by a finger 372 of the pawl 363 ot releases this oliquot from the collar 364 of sorto that the shaft 360 rosto thus inoperative during the rosto of the first round of all the totalization, sub-totalization and carryover of the total operations
The movement of the arm 371 just described is caused by the first small displacement of the shaft 263 (freeze 5) under the control of the totalization command plate 266.

   But,. laying the second cycle of any totalization operation, - or soft cycle operation ,. the pawl 363 can again contact the shoulder 364 and drive the shaft 360, and the shaft 370 therefore rotates in the second cycle of any totaling operation.



   A means has been provided to ensure the stopping of the shaft 370. and consequently the shafts 350 and 150 exactly in their rest position. This mechanism is controlled by the line or shaft, 149 do! key lock described above. It will be remembered that the tree, when it is released, undergoes a movement in the needle of a montro and is returned in the opposite direction to its normal position towards the end of each operation of the machine. On this shaft 149 is fixed an arm 373 rolid by a joint 374 to an elbow 375 which is in turn read again? by an articulation 376 to an arm 377.

   The arm 377 has an integral arm 378 which cooperates with a stud 379 fixed to the wheel 369.



   In fig ,. 30 the pieces are in their normal positions. arm 378 immediately below stud 379 of wheel 369.



  When the machine is triggered, the arbro 149 ot the arms 373 undergo heavy movement in the sounds of the needles. and the arm 378 is withdrawn, by the joints just described. from below the stud 379 so as to allow the drive of the wheel 369 and of the shaft 370 in the back without needles of a shown.

  <Desc / Clms Page number 71>

 



  But, before the tree completes its cycle, the key blocking tree 149 is swept counterclockwise to its normal position or reversed. thus the direction of movement of the joint described, as a result of which the arm 378 will again be placed in the position indicated on the pin 30; do tello way quo when the arbro 370 reaches its normal position, or do rest, the stud 379 is in contact with the top of the arm ot prevents any further movement of the shaft 370. By the ontro los arbros 370 ot 350 , the shaft 350 is also stopped as well as the main camshaft 150.



  OPERATION KEYS, NUMBER KEYS, THEIR DIFFERENTIALS AND PRINTER AND INDICATOR DRIVE MECHANISM.



   As well as he has. mentioned above, the present machine has three rows of operation keys No, 164,165 and 166. These groups of keys are numbered and designated on the schematic drawing of the olavior of fig 3 by 2, 3 and 4
All the functions of the keys 164, 166 and 166 having been explained previously, it remained to describe the general assembly of these keys,

   the differential mechanisms which are associated with the training of the printer and the indicator by these differential mechanisms *
Given that all the differential mechanisms associated with these three rows of keys are substantially identical in that only one is represented and its description will suffice for all.



     The differential mechanism shown in Fig, 5 is that which is associated with row 2, that is to say keys 164, Cn sees in Fig, 5 a part of the keys 164 of row 2 ot a back part keys 165 do la rongée 3. The toubhos of all three rows - that is to say keys 164, 165 and 166 - are supported by individual frames 390 of keys mounted on rods 171 and 172 which

  <Desc / Clms Page number 72>

 are supported by the side frames 121 and 122.

   Referring in particular to the schematic view of the stems of the keys shown in Fig, 12 we see that all the keys 162 of the totalizing row are provided with tigos 392, each of the keys 163 has a tigo 393, the keys 164 have of the tigos 394, the keys 165 have back tigos 395 and the keys 166 have back pins 396.



   We have shown divorsos barros ot control levers associated with these four rows of keys and any rod of a particular key which cooperates with a particular bar of the same row or of the neighboring row is marked by an X that is to say - say by back crossed lines are traced through los tigos directly in faoo do la barro do commando or levior do commando with those gone cooperating. Some do cos loviors are used in conjunction with an automatic mechanism which is described below. Referring now to row 2, i.e. keys 164 (Fig.

   12) we see that the tigos 394 of the keys 164 cooperate with the ddtonto or usual blocking bar 400, avoo the usual commando bar 401 ot with the aonnue bar 402 do to release the overrun, The tigos 395 back keys 165 of row 3 cooperate with the usual blooago or barro trigger 403 as well as with the regular 404 commando bar, Los tigos 396 back keys 166 also cooperate with the usual blocking detonto or bar 405 as well as with the usual 406 commando bar. movements communicated to the bars that we should describe by the keys ot for blocking the keys are old and well known,

   oton will therefore not give the description of these blocking and control bars,
As can be seen in Fig. 5 there are no cere stop latches associated with keys 164 of row 2, but key 164 "N" of the count "is provided with a special tab 40f to stop the

  <Desc / Clms Page number 73>

 differential of this stored in zero position when this key is lowered in a manner which will be described later,
As it was explained oi-Dossus,

   the touches 162 to 166 controlling by heavy differential mechanisms the different sections of the printer because in the trade we call uno ligno do commando and that we will describe later in order to control the hammers for printing on the bordoroau do pay, 151, shock 162 ot carto dos gains 153. Biles also control the advancement of bordoroau do payo, do carto dos gains and shock as well as the recoil of shock ot also ejection of oh3quo. This commando line is built according to the Kroidor system and will be explained in detail in the following about the printing mechanism.

   However, in this chapter we will describe the training from the differential divors to the commando line, the character line as well as the indicators.



   With particular reference to Fig. 5, we see that the do commando shaft 150 porto a pair of cams 410 sorvant to actuate a lever 411 connected by an articulation 412 to the usual segment of commando 413. The segment of commando 413 and of other parts of the differential mechanism are supported by rod 180.

   The segment 413 moves, by the usual lock 415 porto by a differentially adjustable arm 416 fixed on the rod 180, the arm 416 in the back needle of a watch until the front end of the lock 415 ontro is contacted. avoo any touoho 164 that has been lowered; At this time the vorrou is separated from the do commando segment 413 and allows the arm 416 to remain in the position to which it has been brought under the control of the down key 164.



   It should also be said that there are other operating conditions which will be explained below and which are known as the automatic differential control from keys of other groups, which cause this rupture or differential separation of the motor.

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 lock 415 of the commando segment so that the differential arm 416 is stopped in a position which does not depend on the toucho 164 but on the automatic mechanism, command either by uno touoho of the same groupo or by keys of other groupos, do ' sorto quo the differential is stopped in; other positions.



   The differential arm 416 porto the usual bar 417 of minimum movement connects to a joint 418 which is rolled by its upper end to an alignment segment 419 pivoting on the shaft 210. The lower extract of the joint 418 pivots on a arm 421 fixed on the shaft 212. This arm 421 @ st @ by an articulation 422 has a segment 423 which pivots on the shaft 217.

   The segment 423 meshed with the outer teeth of an inner and outer gear wheel 424 whose inner teeth drive a pinion 425 on a square shaft 426 do so as to place the character 427 at the different columns for printing, under the control back keys 164, back data on the bordoroau do paye 151, on the shock 152 ot on the card back earnings 153.



   Rouo 424 also drives wheel 428 and a square shaft 429 of the usual internal gear transmission mechanism of the Kroidor model to bring the indications into overturo 225 (Fig. 2).



   On the arbro 212 ost fixd also a segment including 430 which meshes with a pinion 431 fixed to a rouo 432 which oscillate-all soft on the stud 433 carried by the base 1230 The wheel 432 meshes with a wheel 434 of the exterior-interior type do so as to drive a pinion 436 on a square arbor 436 (Fig. 6 and 105) for the control of various operations of the printer by los touohos 164 do row 2, as indicated above,
The differential mechanism associated with the keys 165 of row 3 is essentially identical to that which has just been described in connection with row 2;

   this adjustment mechanism, by its bar mechanism

  <Desc / Clms Page number 75>

 (not shown), an articulation 438 (Fig. 30) which pivots on an arm 439 oscillating on the shaft 212, the arm 439 is roli6 by a joint 440 to a segment 441 meshing with the outer ones of the uno rouo 442 to inner and outer gear which in turn drives a pinion 443 on a shaft oarr6 444 to place the character
445 Take control of touchos 164 in row 3.

   The segment 441 above ost wedges on the shaft 217 ot on this arbro ost also fixed 'one segment of which 446 meshing with a fixed pinion 447 has a rouo 448 which meshes with a rouo 449 has internal and external gear which drives a pinion 451 on a square arbro 450 do sorto quo the differential positions of the rouo 449 under the control of keys 165 of row 3 that can be adjusted to the different columns to print the data on the do payo slip 151, on the check 152 and on the card back winnings 153.



   The wheel 442 drives a wheel 452 which itself drives a square drive shaft 453 to adjust the indicators for the row.
3 in order to bring the indications into the opening 225 (Fig, 2).



   Keys 166 in row 4 (Fig, 2) also control a differential mechanism which is approximately similar to that shown in Fig. 5 for keys 164. This differential adjusts a joint 460 (Fig. 31) which pivots on a arm 461 oscillating on shaft 212. A joint 462 links the arm 461 has a segment 463 oscillating on the shaft 217.

   Co segment 463 engages with the outer teeth of a rouo 464 of internal and external gear which ontratno the pinion 465 on the square shaft 466 to adjust the rouos character holders do maniôro to control the printing of the data in the columns selected from bordoroau do payo 151, shock
152 and do the card back wins 153,

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The wheel 464 drives a wheel 458 on a square shaft 459 so as to adjust the indicators for row 4 so that the indications appear in the opening 225 (Fig, 2).
To the arm 461 is rigidly fixed a segment 468 which meshes with a segment 469 fixed on the shaft 331 described above.



  Also mounted on oo arm ost is a segment 470 meshing with the outer donts of an inner and outer gear wheel 471 of which the inner donts have a pinion 472 on a square shaft 473 which comes out to control the various functions of the printing mechanism which sora described later.



   The differential mechanism also exerts under the action of the keys 162 ot 163 a control of the commando line with the aid of the following mechanism. We remember that the commando plate 266 actuates an articulation 336 pivoting on an arm 335 which rises freely on the shaft 212. Attached to the arm 335, an arm 474 is joined by an articulation 475 to a segment 476 which meshes with the outer teeth of one inner and outer gear wheel 477} cotte rouo 477 drives a pinion 478 on a square shaft 479 to adjust the character 480 so as to make imprints on the divors improso- ion supports used in the ootto machine .

   We also rappolora also that the segment 334 is fixed on the arm 335 ot that segment co meshed with a segment 332 fixed on a sleeve 330 which is mounted on the shaft 331.



  On co sleeve 330 is also fixed a segment 481 which engages with the outer teeth of an internal gear unit 482 ot exterior which centers a pinion 483 on a square shaft 484 do so as to exercise control over certain elements of the commando unit. printing in a way which will be described in detail below * ,.



   The wheel 477 has a rouo 485 and a square shaft 486 to adjust the indicators so as to show the indications in the opening 225 of the pin 2.

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  AUTOMATIC CONTROL OF THE DIFFERENTIAL, L OF ROW 2 BY THE "PREVIOUS GAINS" KEY OF ROW 2: CONTROL OF THE DIFFE- RENTIEL OF ROW 4 BY KEY 162 "NET PAY" r AUTOMATIC CONTROL OF THE ROW 2 DIFFERENTIAL ; BY ANY BUTTON 165 OF ROW 3 AND BY KEYS K, L, M and N 166 OF ROW 4 -
The lock 415 associated with the touohos 164 of row 2 (Fig. 5) carries a lug 490 which passes through a slot of an arm 491. Swivels on the rod 180, The arm 491 is secured to a plate 492 which carries a stop 493.

   On the rod 180 also oscillates a lovior 494 associated with the keys 164 of row 2 (Fig. 4, 12 ot 14), this lever being provided with a finger 495 which can cooperate with the tigo 394 of the key 164 "Earlier gains" . On the coil 494 oscillates a joint 496 which also pivots on an arm 497 freely mounted on a shaft 498 supported by the side frames 121 ot 122.



  The arm 497 carries a bridle 499 connected to an arm 500 which also pivots on the shaft 498. The lovior 494 is held in its normal position shown in FIG. 14 by an orgot 501 of an arm 502 which oscillates on a rod 503 supported by the frames 121 and 122. This orgot 501 is in contact with an arm 504 directs the top of the lovior 494 vors normally maintains the lovier 494 in the position shown in Fig, 14.

   A bar 505 is fixed to the base of the arm 502 and even to an arm 506 (FIG. 5) 'on which a hinge 507 pivots connected to an arm 508 which is fixed on the shaft 149 for locking the keys. When the shaft cot is triggered by the machine, receives its movement in the back clockwise, the arms 506 and 502 moving in the counterclockwise direction so as to withdraw the orget 501 opposite the arm 504 and to allow a rossort 509 to move the lever 494 in the sounds of the needles of a montro until where his finger 495 touches the tigo 394 of the button 164 "Previous gains !!

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 This slight movement of the lever 494 is communicated to the joint 496,

   to the arm 497, to the flange 499 and to the arm 500 located directly on the path of the stop 493 of the plate 492 so that the plate 492 stops when the stop 493 touches the arm 500 when the differential arm 416 so moves towards up, thus releasing the vorrou 416 from the commando segment 413 ot adjusting the bar 417 ot the articulation 418 in accordance with the position of the but60 493 which is the normalo position, or position 1 in row 2 which corresponds to the position * Se'du count "which selects the total satour" GT2 "of row 2 for the accumulation of previous earnings.

   Cos previous gains accumulate one dull time that the totalizer "GT3" which is in the zero position of row 3 by the fact that the stop slug at zero of row 3 ost withdraws ot the differential for next row ost by oonsdquont stops in the zero position, do sorto quo the previous gains will be added both in the "GT3" totalizer and in the "GT2" totalizer.



   In the case of a scaled reduction, the amount must again be added in the addition and subtraction totalizer so as to obtain the correct net payo; for this purpose the operator lowers key 164 "Plus" of row 2, A side key ost associates a lovior 510 (Fig. 4. 12 ot 23) provided with a finger which cooperates with the rod 394 of key 164 "More". 8olidairo of the arm 510 an arm 612 cooperates with an orgot 513 of the arm 506 which, oommo we know, is actuated by the shaft 149.

   On the arm 512 directed towards the top pivots an artioulation 515 connected to an arm 616 which oscillates on the shaft. 498. Lo arm 516 is provided with a flange 517 fixed to uno brido 518 of an arm 519 which cooperates with a block 520 of the plate 492 (Fig. 21). This arm 519 and plate 520 serve for the automatic selection of the "Minus" side of addition and subtraction totalizer 230 (Fig, 27) for subtracting gross pay deductions from the employee.

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   But, given that a correotion is made by re-adding in the addition and subtraction totalizer the amount of an erroneous deduction by the composition of the amount deducted by orrour ot lowering the 164 "Plus" key, it is necessary to select the "Plus" dimension of the addition and subtraction totalizer 230 ot the automatic selection of the "Minus" dimension must therefore not be funcional. Consequently, the lever 510 undergoes only a brief movement before the finger 511 touches the rod 394;

   arm 519 therefore does not move far enough to put in the path of block 520 so that the differential of row 2 is not stopped in the fifth position after block 520 but continues its movement until the ninth position to select the "plus" side of the addition and subtraction totalizer.

   The lug 513 (Fig. 23) lowers and leaves the machined surface of the arm 612 under the action of the shaft 149 do blooago dos keys, as explained above, and at this time a rossort drives the lovior 510 in the sounds dos aiguillos of a montro until his finger 511 comes into contact with the rod 394, as described above; by the articulation 515 and the arm 516, the arm 519 no so moves, as already mentioned, only half a step or a short distance from the sorto that it is not located on the block 520.



   In the event of an erroneous addition of an amount to the regulatory payo of the employee, tol that a primo or dividend added in error, the operator must correct the amount back again using the keys 161 the amount which has been accumulated by mistake and lowered the subtraction key 164 which stops the differential of row 2 in the sixth position so as to select the "Minus" side of the addition and subtraction totalizer 230, as seen in the diagram do in Fig. 27.

  <Desc / Clms Page number 80>

 



   In order to select the "Minus" side of the addition and subtraction totalizer 230 by lowering any one of the do "Deduction" keys in row 3 or by lowering one of the do "Deduction" keys 166, this is that is to say back always K, L, M or N of row 4, an automatic means has been provided for the adjustment of the differential mechanism of row 2 at the fifth weighing in order to select the dimension subtracting the totalizer d addition and subtraction 230. We will now describe this mechanism.



   Row 3 is associated with a lever 522 (Fig 4.12 and 21) provided with nine fingers 523 each intended to cooperate with one of the tigos 396 back keys 165 of row 3. At the -levier-522 is fixed a bar 524 (Fig. 4, 12 ot 22) provided with four fingers 525 which cooperate with the rods 396 of the keys 166 K, L, M ot N of row 4. Lo lovior 522 has an arm 526 which directs the top which cooperates with an orgot 527 of the arm 528 pivoting on the tigo 503 and linked to the bar 505 described previously 1 this bar 505 is actuated by the shaft 149 do blocago dos keys do in the manner explained above to move the lug 527 away from the surface machined from the upper part of the arm 526.

   At this moment a spring 529 drives the lovior 522 clockwise until one of the fingers 523 meets the tigo 395 of the lowered key or until one of the fingers 525 (Fig. 22. meets the tigode one back four lower touchos lowered 166 do row 4.

   Co movement of the levior 522, in the back sounds needles of a watch moves, with the aid of an articulation 530 pivoting on this lovior ot by an arm integral with the brido 518, the arm 519 of a step aior in the clockwise in a clockwise direction so as to place its left end facing the block 520 fixed on the plate 492, thus forcing the differential mechanism associated with row 2 to stop in the "5" position which causes the automatic selection of the "Minus" dimension of the addition and subtraction totalizer to obtain the subtraction of the deductions, designated

  <Desc / Clms Page number 81>

 by keys 165 of row 3 or by the four lower keys of row 4, of the bruto pay which is in the addition and subtraction totalizer,

     (each of these deducted amounts is also accumulated in a totalizer associated with the particular key that was lowered.



  By the fact that there is no zero stop latch associated with the differential key mechanism 164 in row 2 whenever any of the R, T, S or X keys 166 in row 2 4 is lowered in order to increase the amount of normal hours, the amount of earnings for overtime or possibly the first bonuses,

   these amounts besides being added in the totalizers associated with these keys are automatically added to the "Plus" dimension of the addition and subtraction totalizer because this differential of row 2 goes to position 9 which selects the "Plus" dimension "of the addition and subtraction totalizer as we see it on the table of the fige 27
When the 162 "Net pay" key is lowered, the amount of the addition and subtraction total, i.e. the net amount representing the gross amount minus all deductions, ost.

   extracted from the addition and subtraction totalizer and automatically transfers to the totalizer "Total net pay" associated with key 166 "Total net pay" at the top of row 4, In order to obtain the automatic selection of the totalizer at the top of the row 4 it is necessary that the stop latch at zero of this row be removed so that the differential of row 4 can pass to position "9" to select this totalizer for the transfer of the payo notto of the addition totalizer ot subtraction,
For this purpose, the rod 392 of the "Pay notto" key acts on a finger 540 (Fig, 18)

   a bar 541 supported at its end

  <Desc / Clms Page number 82>

 lower by an articulated arm 542 fixed to the frame 390 back buttons of row 1, By lowering the touoho "Paye notto" 162, his tigo 392 moves the bar 541 down,! Following this, the arm 542 moves a lovier 543 in the opposite direction of the needles of a watch and the latter moves an arm 544 wedges on an arbro 545 port by the frame 411 of the totalizing group.

   On the arbro 545 meadows of the frame 390 back buttons of row 4 is also fixed an arm 546 (Fig, 19) which cooperates with an arm 547, pushing it into the opposite back of a needle of a montro, Co arm 547 is rigidly connected 1 to a zero stop latch 548 associated with the differential mechanism of row 4.

   It can therefore be seen that the lowering of the key 162 "Pay notto" moves the stop latch at zero 548 of row 4 from the path of the differential lock of the next row so that the differential goes to position "9" ot selects the "Total Net Payo" totalizer to port, by the mechanism described above, the amount read from the addition and subtraction totalizer which is the employee's net pay.



   In order to pocket the lowering of the key 164 "Minus" of row 2 when the key 162 "Net pay" is lowered, a lovior 549 (Fig. 16) has been provided associated with the "Paye notto" key which is attaches a spring 550 which normally supports a finger 551 on the lower side of the tigo 392 do the "Payo notto" key, the levior 549 has, in addition, a finger 552 which can be placed behind the tigo 394 do the toucho 164 "Minus" when the key "Paye notto" is lowered because the lowering of the key moves, by his tigo 392 and through the finger 551,

   the levior 549 in the opposite sounds dos aiguillos from a montro to the oncontro the tension of the spring 650 ot place the finger 552 directly below the tigo 394 do the toucho 164 "Less".

  <Desc / Clms Page number 83>

 



   In the analysis operations, that is to say when lowering the analysis key 164 oollo unblocks the three keys 164 of the first, twelfth and third position of row 2 do sorto qu ' they can be used for distribution in analysis operations. Cos keys are normally locked in their non-lowered positions by back fingers 555 of a plate 556 fixdo on levior 549.

   Plate 556 also has a finger 557 which cooperates with uno tigo 394 of the analyze key do tollo so that, when this key is lowered, it moves the fingers 555 away from below the tigos 394 back three lower touohos of row 2 and place finger 552 below the rod 394 of "Minus" key 164 so that it cannot be actuated in analysis operations.



   PRINTER NUMBER MECHANISM.



   As explained previously, the order number is printed on the do payo slip 161 and on the check 152 when one leaves the machine for pay and also on form 156 when one leaves the machine for distribution analytic. The order number is also indicated in the opening 538 (Fig, 1 ot 2) of the safe 146.



   We will now describe the numbering mechanism represented in Figs. 35 to 38,
The main camber 150 (fig. 35) porto back cams 560 and 561 which cooperate respectively with rollers 562 and 563 fixed on a lovior 564 oscillating on the shaft 331 described above. The upper end of the lever 564 has a bayonet fento 565 in which passes an orgot 566 carried by a joint 567 which pivots, at point 568, on an adjustable plate 569,

  <Desc / Clms Page number 84>

 fondue to surround a tigo 570 carried by a support (not shown) which is fixed on the side frame of the machine. Plate 569 is also attached to an arm 571 at point 572. There are soft arms of which only one is shown.

   The arms 571 are melted to receive the ends of a rod 673 carried by a pair of plates 574 (only one shown) which is mounted on a support plate of a Kriodor type multi-shaft differential assembly. On the tigo 573 rotates a click '!', Differential 575 cooperating with back wheels to roohet 576 and discs 577 provided with deep notches adapted to the transfer mechanism of the usual Genro with deep notches or connection with differential toothed pawls, mechanism old and well known.



   Los rouos à redemption 576 being provided with thirty donts, there are three deep notches 578 in the disks 577, do sorto that, every ten steps, there is a port with the order number of the next higher order denominator of the Usually when the cams 560 ot 561 rotating, the orgot 566, which has previously been moved upwards in the partio vorticalo of the bayonet fonto 565 by means which are described below moves, pnr the articulation 567, los bras 571 in the backless clockwise,

   Following where the oliquot with differential donturo 575 enters action to add the number "one" in the usual and known way to the wheels a rochot 576 of the numberer. A spring 579 sweeps the parts to their normal positions. A 580 spring keeps the differential donturo pawl in engagement with the donts of the 576 rouo.

   The ratchet wheels 576 are attached and driven by ollos, by means of the shafts shown in fig. 35, a series of toothed wheels 581 meshing with the outer teeth back wheels 582 of meshed inside ot outer losquollos, using square shafts inside dos rouos 582 ot los pinions (not shown on these shafts),, drive back wheels 583 for printing the order number on the slip; the pay

  <Desc / Clms Page number 85>

 151 and on the shock 152 when one leaves the machine to establish the payo and for the fioho 156 when used for analytical distribution.



   For the indication of the Order number in the opening 558 of the safe 146, flanges 584 (Fig. 2) have been provided which bear numbers indicating the order number.



   By means of arbros squares and pinions shown on fig 35, the order number can be printed in the different columns of the printing supports, as already indicated below. We have provided uno sdrio do stop pawls 585 (Fig, 33 ), of which a sûl ost represents, to pocket the movement in arrioro.dos ratchet wheels 576. Cos oliquots are held together with the ratchet wheels by back ratchets 506 rolids besides the oxtrdmitds of the ratchets 585 ot an orochot 587 fixed on the side frame of the machine.



   It is sometimes desirable to start the number at various positions defined, that is to say, one could, for example, fairo ddbutor order numbers with 500,000. In this case the indicators 584 of the ordro numbers and los rouos à roohot 576 being able to be operated by hand until the desired number is reached; after which the numbers will be advanced by the mechanism shown on fig 35, in the usual way the means for manual adjustment of the serial number comprises a series of manual covers 590 attached to the disks 591. Normally each disk is vorreuillé by an orget 592 of an arm 593 fixed on a shaft 594 carried by the chassis of the machine.

   By means of backs which will be described below, the pins 592 are removed back by notches on the back of the discs 591 for the d6gaGor ot so that they can be operated by hand. Each disc has an advancing slug 595 (Fig. 30) supported by a spring against the roohot wheels 596 which are, on the heavy side, fixed to the indicators 524 so that our last ones can be adjusted to the desired number by movements of back and forth back to front 590 until the desired number is

  <Desc / Clms Page number 86>

 indicated in opening 558 (Figs. 1 and 2).



   To remove the pins 592 (Fig, 38) from the disc 591 in order to be able to adjust the order number by hand, a lock 597 (Fig, 1) has been provided which commands a bolt 598 (Fig. 34) in order to remove it. of a disc 599 with notches, After having removed the bolt 598 from the notch of the disc 599, a manual lever (Fig. 34) drives an internal pinion 601 which meshes with the disc 599 and at the same time engages a pinion 602 do so by driving sprockets 603 and 604 (Fig. 37) which in turn fit plates 605 and 606 provided with castings cooperating with a fixed gear 607 on an arm 608 mounted on shaft 594.

     'It is clear from that which proceeds that, when the lovior is in the position shown, the lug 592 is in the position shown in fig. 38 ot the lug 607 in the position indicated on the fig 37. When the lovior 600 ost places in the "position of locking of the numberer" / Freeze 34) the plate 606 moves so as to move for the associated lug 607 an arm 609 fixed on a shaft 610 is axially aligned with the shaft 594.

   Co movement of the GOO lever did not move the plate 605 and therefore the pin 607 and the arms 608 were not moved. But when the lever 600 '(fig, 34) is placed in the "numberer release position" / the plague 605 pushes back the lug 607 of the arm 608 and rotates the shaft 594 counterclockwise. a watch of sufficient distance to remove the lug 592 from the notch of the disc 591 and unlock the sorto numbering mechanism which can be adjusted by hand.



  Plate 606 is associated with the tower mechanism which will be described below.



  DATE MECHANISM -
The dato is indicated in the opening 611 (Fig, 1 ot 2) ot is printed on the shock 152 ot on the onvoloppo 164 (fig. 26) as well as on the file 156 when the machine exits the analytical distribution. ,

  <Desc / Clms Page number 87>

 
 EMI87.1
 To indicate lo. date in the opening 611 we have proza flaccid back 612 (9iG (2);

   The adjustment of the dato is made laugh, libido of manual levers 6Î5 (Fig 1 ot 36) ìxÀs .3 a disc 614 provided with internal teeth which lead to pigrtbïis and arbros cnrz6u of the mof'.l1.is: mo genus Kr ' ido9; the sort that 0110 powers 8tro imprii:; 40 in Ion d11'r6rontos colonnas ncossa.ir0s and ind3.qubo douis the opening 611 of the chest The date is blocked, when the lever 600 is found in the position indicated on the freeze 54, by means of the slang G15 of an arm 616 fixed on the shaft 610, For each dos f1rlsqtH, D G12 indicatrices do dr.to il y rz brt '\ s 616 r.voo orgot ot un disquo 617 * When, lo levior (L) 600 is in the position shown in Figt E54j the slang C15 'b1oq1.'l? by the disc 61'l h lovior G13 so that it no pout so (6plc..oor.



  When 10 lovi'or 6p0 is placed in the position do nc16blocn.fc, from the datour "the plate 606 (Fig, 37) displaces the pin C07 of the arm Ç, 09 do zr.on.3.bro to oscillate the shaft 610 in 10 sounds contrary doo needles of a montro for rotiror los ergots 615 back disquus C17.



  When Io lovior 600 moves forward to the Jo "lfblootlLo position (Ri of the cintourlyo the orgot 607 rests only on the uaiaido periphery of the plate 605 by pormottantrdrjsi to the lug # 15 to stay out ('.t;
 EMI87.2
 the notch 617 to smooth the datour unlocks.
 EMI87.3
 



  , In tormos blades ,. \ 1.0 .ovicr 600 aontr01a the duo position "j,?. Blocking of the nul4roke @ Ù c5t the position, the block: ''.; 0 of the datourt Dn: r 'the <j],. : pràniéro position to gaucho dE collo rupr6scntbc on In fil ;. 34 10 '- "l". sora dialer blocked ot the date stamp unblocked ot in the base 't',) position in front of the lovior COO the dialer will be unlocked, r "t the date will be unblocked,
 EMI87.4
 Los disquos 614 which are adjusted by loviur 615, -l the help of the sprockets ot arbros oarr4s roglont back wheels 618 of on.rsno.go inside and outside (Fis. 34) which, with the help of back wheels 619 dt moi-onrtgc i.interior and oxt6riour ot do l'erbro oarro ontrd! bcat,;

  ...............

  <Desc / Clms Page number 88>

 the wheels 620 date so that the dato can be printed, in accordance with the adjustment back loviors 613, on the check or envelope and also on the card.



   All the onsomblos of square shafts and pinions and the inner and outer gear wheels shown in Figs. 34 to 37 are supported by a series of brackets 621 (Fig. 41 ot 42) fixed to the crossmember 125 and to the base 123.



   As can be seen in Fig, 41, the lower groupo, or do droito, of the square trees ost mounts on the plaquos themselves and to take this onsomble out of the machine it is necessary to remove the plaquos, the upper group, or do gaucho. , back arbros squares ot back pinions, on the contrary, ost mounted on back special plates 622 do sorto quo cot upper set of gaucho to be removed from the maahino without dismantling the consoles 621.



   A device has been provided in connection with the mechanisms of the numberer and the date stamp which prevents the maneuver of the machine if the dates 613 of the date stamp and the numbers 590 of the dialer are not in the correct positions. This result is obtained using an alignment mechanism which will be described below.



   Referring particularly to Figs, 33 and 34 we see that the main camshaft 150 carries an internal cam 645, On the shaft 149 of the locking and unlocking of the keys (Fig, 33) is mounted a plate 625 connected by a articulation 626 with an arm 627 which pivots on a shaft 628 supported by the side frames 121 ot 122 of the machine. On the arbro 628 is wedged an arm 629 provided with a stud.



  630 pressed against 10, arm 627 by a spring 631 connects ontro dos fixed studs on the arm 627 ot 629. The arm 629 is provided with uno butdo 632 on contact with the crossbar 125 to maintain the parts in their normal positions. On the shaft 628 ost fixed an arm 633 on loquol

  <Desc / Clms Page number 89>

 
 EMI89.1
 swivels at point 654, a training latch 635. The liniuat 635 is provided with a lateral projection 636 (Fig.ll) held at the backrest
 EMI89.2
 of an 8paultment 637 of an arm 638 by a spring 639 (Fig, 10), The arm 638 is freely mounted on the shaft 628.



     When the shaft 149, after running the machine, pivots in the back sounds of clockwise, the articulation 626
 EMI89.3
 move the arm 627 by the pin F> 30 in the direction of the back needle of a watch ot the arbro 628 in the same sounds, to the suito of what 10 arms 633 (Fig. 10) so doplaoo in the direction of the needle of a watch 'uno shows that the projection 636 pushes from this moment 10 arms 638 in 10 m8: nc sounds, so as to place a finger 640 of this arm above an arm 641, integral with a dtalignan stirrup 642 which cooperates with dos disquos dontds 643. The caliper 642 is wide assoz to engage on several dos disquos 643, one for each wheels with dates ot one for each wheel
 EMI89.4
 number order.

   When the toothed discs G43 - etest-à-diro any other oux - tiont the alignment 642 cl the gap - o'ost-a-diro to the right of the position indicated on fig 11 - the arm 641 of which he is united and found on top on faco of the butéc 640 of the arm 638 ot
 EMI89.5
 this arm 638 will not be able to pan by omitting its displacement in the sound :;

   rlos uno montro needles, Lo arm 635 (Fig. 34) sora blocked by the
 EMI89.6
 saillio 636 and the arbro 149 will not be able to 8tro actuated for Odolonchor the machine, A spring 644 keeps Itdtrior in alignment with 642 against 10 disc before, and the caliper 642 simply passes over the discs 643 when adjusting the number of order or date by hand or when .the numberer ost actuated by the mechanism shown in fig. 35,
So that the tree 149 do blocking the keys can be
 EMI89.7
 ramone at the moment wrlu it is necessary to release the projection 636 (Fie; .11) of the shoulder 637 of the arm 638 and this result is obtained by means of a cam 645 (Fig, 34) shown on the shaft main cam 150.

  <Desc / Clms Page number 90>

 



  The cam 645 activates a biollo 646 pivoting on a lever 647 mounted on an arbor 640 porto by the side frames 121 and 122. The lever 647 comes into contact with a pin 649 of an arm 660 fixed on an arbor 651 supported by the frames sides of the machine. On the shaft 651 is also mounted an arm 652 which can come into contact with a roller 653 carried by the tongue 635 and move 10 tongue 635 in the counterclockwise sound of a shown around its pivot 634 to release the projection 636 do the shoulder 637 of the arm 630 so that the shaft 149 can be returned to its normal position after the end of the machine operation.



   Skylight 645 is also used to actuate an aligner mechanism for the inner and outer gear wheels 619 and also for the type wheels 620. On the shaft 651 is wedged a pair of arms 654 (of which a soul is represented. ) bearing an alignment bar 655 can come into contact with and align the wheels 619 and other wheels aligned with it after the adjustment of the character wheels. In order to align, in addition, los rouos character carriers, an alignment bar 656 carried by a disc 657 provided with an arm 650 normally in contact with the lug 659 of an arm 661 fixed on the tree 651.

   When the shaft 651 so moves by means of the biollo 646 in the opposite direction of the needles of a montro, the aligner 655 aligns, as said above, the wheel 619 ot the pin 659 moves right, at the suito where the alignment alterer 656 engages on the porto-signs 620 ot the lug 659 engages in a notch 6G2 of the arm 658.

   When biollo 646 returns the arbro 651 in clockwise sounds to the normal position, it lifts the alignment bracket 655 and moves the arm 661 clockwise, after which the lug 659 pushes arm 658 down and moves disc 657 do so as to lift alignment G56 above character wheel 620.

  <Desc / Clms Page number 91>

 
All the character wheels 427 associated with row 2, the character wheels 445 associated with row 3,
 EMI91.1
 the porto-oaractèros wheels 467 associated with the.

   row 49.los rouos rorto-caraotéroi 480 associated with row80 1, the wheels 583 with serial numbers shown schematically on the FiGe 56-IL and 5f3-B are mounted on a shaft 665 supported by the consoles 621 carrying the
 EMI91.2
 internal and external anchoring mechanisms for the adjustment of the porto-aractbros wheels and the indicators, the latter are fitted on the fie; * 2.



  THE HAMMERS -
The hammers used to strike back omprointos on the bor- doroau do paye 151, the shock 152 ot the card of gains 153 are all
 EMI91.3
 The sohomatic responses are in Figs, 58-A and saab and numbers do 701 to 729 inclusive. Los martoaux 701 to 711 strike the omprointos in columns 1 to 11 of the slip do payo 151; martoals 712-
 EMI91.4
 719 the imprints in los nolonnosl2 to 19 of the shock of payo 152 and the hammers 720 to 729 los imprints in the columns 20 to 29 of the oarto dos gains 153. All the martoaux 701 to 719 inclusive pivot on a shaft 730 (Freeze 42- A, 42-B and 99) and all hammers 720 to 729 inclusive pivot on a 731 shaft (Fig. 42-B).

   The shaft 730 is supported by the frames 131, 132, 133 and 134 of the printer and the shaft 731 by the frames 135 and 136 of the printer.
 EMI91.5
 



  All the martoaux are antra! N6s by four adjoins of associated cams 732 and 733, all identical and all mounted on the arbor 730 of the printer control (Fig. 46-A, 46-B ot 99). The associated cams 732 ot 733 cooperating respectively with back galots 734 ot 735 portos by back elbows 736. All the elbow levers 736 located between the frame 132 ot 134 are mounted on a shaft 737 ot all the elbows located on the frame 135 ot 136 are mounted on an arbro
 EMI91.6
 730 ± lu! 130 found on aligxoenont avoc tree 737,

  <Desc / Clms Page number 92>

 
On each of the elbows 736 pivots an articulation 739 for the direct operation of the hammers 707,714, 718 and 723.

   On the shafts 737 ot 738 are also fixed back arms 740 on which pivot, back joints 739, paroillos at joints 739 shown in FIG. 99. All the arms 740 and their joints 739 are directly associated for actuating all the hammers from 701 to 729 with the option of hammers 707, 714, 718 ot 723 which, as we have just said, are actuated directly by the leviors elbows
736. All of these joints 739 are perfectly flat with the oxc-option of glue which is associated with hammer 726.

   As can be seen in FIG. 46-B, this particular joint ost slightly burped. Each articulation 739 is provided with a notch 741 which cooperates with an orgot 742 of a lever 743 which pivots on a rod
744 carried by frames 131 to 134 inclusive of the printer,
Cos levers 743 mounted on the tigo 744 cooperate with los martoaux
701 to 719 inclusive. The chassis 135 ot 136 (Fig, 42-B) carry an autro tigo 745 which is axially aligned with the tigo 744 ot on which the levers 743 pivot, associated with the hammers 720 to 729 inclusive,
On each lever 743 pivots an articulation 746 which comes out to connect these leviors to each of the hammers 701 to 729.

   In the fig, 99 the pieces are represented in the normal positions, the hammers on the bottom, the spacers dos rouos character carriers and held in position by a finger 747 of the lover 743 which is in contact with the travorso 138.



   As can be seen in FIG. 99 the articulation 739 ost released from the lug 742 in the normal position; however the particular hammers between 701 'and 729, which must be actuated in the various cycles of operation which constitute a complete operation of establishing a pay each, operate during the various phases of these operations.

  <Desc / Clms Page number 93>

 



  The joints 739, associated with the hammers to be actuated under the control of the keys and other control devices which will be described below, move around the right oxtrdmitds in a counterclockwise direction to enter the joints. lugs 742 in the notches 741.

   When the shaft 370, the pins 742 being engaged in the notches 741, undergoes its rotation in the back clockwise, the joints 739 so move to the right; the way to move the leviors 743 in the counterclockwise direction of a watch as a result of which the knee pads 746 lifting the martoaux 701 to 729 inclusive (that is to say those of them which have been selected) which come into contact with the groups of the lost-character wheels which are associated with them, as can be seen in Fig.

   58-A and 58-B, This contact ontro los hammers and character-carrying rouos occurs at the high point of the associated cam 732 and, as soon as the galot 734 has passed the high point, the loviors 743 move in the direction 'back clockwise and the joints 746 lower the hammers to the position shown in fig.

     99, CHECKING THE HAMMERS
For the execution of the various maneuvers which constitute a complete printing operation of a pay check 162 of an employee with all the indications ot the printing of the necessary data on the pay slip 151 and on the card back earnings 153 , the different hammers 701 to 729 (Fig. 58-A ot 58-B) are commanded by various mechanisms, such as los commando groups 1, 2, 3 and 4 (Fig. 1) ot oontaotours mechanisms for the slip payroll, the earnings card and each.



   As discussed above, hammers 701 to 729 are provided to make impressions in their respective columns do

  <Desc / Clms Page number 94>

 1 to 29 of the slip 151, of each 152 and of the card back earnings 153.



  Cos hammers are commanded by the divorsos rangdos a dos time said ±. eronts, sometimes directly using the keys, sometimes by the automatic adjustment of the vorrou of the particular row commando by keys in an autro corrugated,
 EMI94.1
 Los ooutaatears for the borderoau, the shock and the carto of the gains ot the groups of the commando keys activate a control line made up of disquos with notches adjusted by the mechanism
 EMI94.2
 d'ontro.1'noment â,

   sprockets already known ot the square trees type Kroidert Cotte control line is schematically represented on fig 105 ot the assembled line is shown on Fig 57-A and 67-Be The line - otost-t-diro all the plates ot all los The mechanisms including the square arbros and the internal gears - are supported by a large 750 square shaft mounted on the frames 131 to 136 inclusive of the print.



   By turning to the freeze 105 we see that certain square arbros and their control have already been described regarding differentials.
 EMI94.3
 dos rangdos 1, 2, 3 and 4 and quo the trees controlled by cos diffdronti, els are respectively numbered 484,436, 450 ot 473. This commando line has four other trees, namely; a tree 751 controlled by a lovior do commando do the printer who will be described
 EMI94.4
 hereafter a control tree 752, psr contactor the card of the gains; a tree 753 control by contactour shock! a tree 754 control
 EMI94.5
 by contacting the pay slip. All our mechanisms contas.,) Bears will be described by the following.



  The selector plates above the control line which are adjusted under the control of the back keys in rows 1, 2, 3 and 4 ot under the control of the contactors of the bordoroau do paye, 'du shock and do the pay card are shown in Fig. 57-A ot 57-B; instead of numbering each plate in each groupo,

  <Desc / Clms Page number 95>

 the groups controlling hammers 701 to 729 inclusive are numbered from @@ to 829 inclusive and are used for printing in columns 1 to 29 inclusive.

   Most of these selector plate groups are shown in tabular form in Figs. 64-A and 64-B as well as on fig 65, In figs, 64-A and 64-B there are four plates per group, with one exception shown on the board, and in Fig. 65 there are three (Z) plaques per group with five exceptions / staves on the board. The (H) (P) martoau number / and the plate number / are indicated on the table so that they can easily be found in Figs.



    57-A and 57-B. Spaces are indicated in columns (S).



   All the notches cut in the various plates (EP1, EP2. Etc.) of all the groups are indicated in the tables; it is also indicated if a particular plate of a group is controlled by the contactour of slip, of the shock (') or of the card of the gains and also by (K) which row of command keys / it is controlled. (L stands for "lever").



   Besides the hammer number and the number of the group of initial plates, we have also indicated / the functions of this hammer; in Fig. 65, for example, we see in space 6 the hammer 702, the group of plates 802 which control the printing of the gross and net amounts on lo slip 151 in column 2.



   In all cases, the plates of each group are numbered (P1) (P2) (P3) rotated on the tabloals plate µ plate 2 plate 3 / etc ... and in all cases plate No. 1 means plate of each of the groups of commando plates shown in Figs. 57-A and 57-B.



  No. 2 is the second plate from the right. No. 3 is the third- plate and so on. As indicated previously, to actuate hammers 701 to 729 (Fig. 68-A and 58-B), it is necessary to move the joints 739 associated with them (Fig. 46-A, 46-B and 99) downwards in order to '' engage the pins 742 of the control levers 743.

  <Desc / Clms Page number 96>

 



  It was also indicated that the movement of the 739 artioulations occurs under the control of the groups of commando keys and also of the contactours of the slip, the check and the card of the gainso
On each back joints 739 pivoted a joint 760 pivoting on the other hand on a lever 761 mounted on a shaft 762.



  The lever 761 is provided with a finger 763 which is kept in contact with a stud 764 of an arm 765 by a spring 766. The arm 765 is wedged on the shaft 762.



   Each of the groups of commando plates 801 to 829 is associated with a lever 761 (Fig. 57-A and 57-B) and on each of these loviors rotates a bloo-contactor 767 provided with a soft finger joint, a higher set. and a lower clearance} each lever 761 has a finger of the marl formo that the lower finger of the block 767; all of these fingers can cooperate with notches cut into the groups of plates following the tables in Figs. 64-A and 64-B and freeze 65.



   On the shaft 762 are fixed three arms 768 (Figo 40; 57-A and 57-B) which are used to move the shaft 762 in the opposite direction of the clockwise manibro than the spring 766 of each of the arms. 761 can move these arms counterclockwise so that the fingers of the blocks 767 can cooperate with the groups of plates 801 to 829 inclusive.



   The levers 761, the arms 765 ot a single arm 768 which cooperates with the groups of plates 820 to 829 inclusive for the gains card and which is located between the frames 135 and 136, of the printer are all mounted on a shaft 769 (indicated only in Fig. 57-B) which is in axial alignment with shaft 762, Levers 761 rotate on this shaft 769, arms 765 and single arm 768 are fixed on this shaft.

   A joint 770 is swingably connected to each of the three arms 768 which are fixed on the shaft 762, as seen in FIG. 40, and each of these joints pivots in turn on

  <Desc / Clms Page number 97>

 
 EMI97.1
 a lever ooud6 771 (Fig. 46-A and '46 -B) which cooperates with J. os casinos. associated 772 and 773 fixed on the camshaft 370 do the iJ1ipi imc.x: "o 'There is an arm 768, an articulation 770 and an elbow 771 like those shown in Fig, 40 which cooperate with the cams 772 and 773 located on shaft 370 between frames 135 and 136 (Fig. 46-B) o.



   This elbow lever 771 oscillates on the shaft 738.



   As the shaft 370 rotates clockwise the elbows 771 and the joints 770 move the arms
768 and shafts 762 and 769 counterclockwise so as to move all arms 765 in the right direction. at
 EMI97.2
 Following which the springs 766 (Fig. 9) will work to move all the levers 761 counterclockwise by one measurement following
 EMI97.3
 whether the upper fingers or the lower fingers of the block 767 coo,,: 'mt or not with a single line of notches of a' groupa particulio 'of plates 801 to 823 inclusive with which they cooperate ;, Si ,, either the upper finger is the finger in1 '!) r:

   "J ', the dv. Block 767 encounters notches in all the plates of its respeotifo group the lovier 761 will then be able to move counterclockwise under the action of its spring 766D afterwards. its articulation 760 will lower the articulation 739 ot will force its notch 741 to engage on the lug 742 of the lever 743 acticmia7it the lYÍ \ 1.r ';, ;;; 1.: \ following-qiio- " . 7, .t hammer will be actuated by lei c nox 732 and 73? do as described above q an will now examine all hammers in ca; n, rn1'J.) o.nt by 701 and up to 729 in conjunction with their f071ctioPTlerrent Fors I control back plate groups 801 to 829 inclusivexaont that C.:

  . .. 'o.n'b o.sl1ooi <$ so

  <Desc / Clms Page number 98>

   With regard to hammer 701 of order number, the group of plates which control the operation of this hammer has number 801 (Fig. 57-A) and is indicated in space 3 of the table on the back of Fig. 64-A and 64-B. This table shows that plate No. 1 is controlled by the bordoreau contactor and that it is provided with a notch in the zero position in arabic numerals. Plate No. 2 is controlled by the contactor of each and provided with a notch as bion (A) (R) in the zero position "Arabic" / as in the zero position in Roman numerals.



  Plate No. 3 is controlled by the differential of row 2 and notches in positions 2, 3, 4 and 9 and in positions II, IV and IX, that is to say that, since the differential of row 2, when the machine is used for the establishment of the pay, goes to position 9 when the key 162 "Net payo" is lowered, there must be a notch in the plate at position 9 also bion in Arabic numerals as in Roman numerals. Plate No.4 is controlled by row 1. There is on the side of the Arabic numerals a notch at position zero and position six, position zero representing the additive position of the differential and position six representing the position " Discharge row 4 ".



  On the side of the Roman numerals, there are notches at positions 1, IV and V, the No. 1 representing the "Net pay" position and the No, IV and V respectively the positions "Discharge row 2" and "Discharge row 3 "*
The finger of the lever 761 (Fig.99) cooperating with the plate No, 1 is located in the lower position, so it is not necessary to make notches at the "Roman" positions of this plate Ne.1.



  It can therefore be seen from the notches above, indicated in space (N -B) 3 / of this table, that the articulation 739 of the hammer 701 of the numberer will be coupled to the drive lever 743 because, when the net pay is printed on the check under the command of the "Net Payo" key, the order number will be printed on the pay slip 161 by the hammer 701 because the upper fingers of the selector block find notches in the position for plate No.3 controlled by the

  <Desc / Clms Page number 99>

 row 2 and in position 1 for plate No, 4 controlled by row 1.

   A shock 152 and a search of the slip 151 must be in the machine because their contactors control the soft first plates of the groupo 801 so as to place notches in front of the fingers of the block 767 ..



   The hammer 702 (Fig. 58-A) prints the gross and net pay of the employee in column 2 of the pay board 151. This hammer is (PBN-B) controlled by the plate group 802 as shown in the space 6 of the table in fig 65; this table also shows that the three plates are provided with notches so that the gross and net pay is only printed when pressing the "Gross pay" keys 162 respectively. and "Paye netto" ,.



   The hammer No. 703 (Fig. 58-A) is controlled by the group (H-B) of the plates 803, as indicated in space 4 / of the table (Fig. 64-A and
64-B), to print the number of statutory hours and the number of overtime hours controlled by the R and T keys in the seventh and eighth positions of row 4 (Fig. 2).

   All the gains pass from the right side of the addition and subtraction toalisatour corresponding to position 9 of row 2 and during this time the differential of row 1 must be in the addition position. therefore that the notches are made in the appropriate positions on the Arabic numerals side to print the statutory and overtime hours in column 3 of the pay slip 151. Plate No. 1 shows a notch in the zero position controlled by the contactor of the slip .

    The notches indicated at the Roman numeral positions of this group of plates show that, in analytical tabulation operations, hammer 702 can be actuated to make indentations in column 3 of analytical strip 155.

  <Desc / Clms Page number 100>

 



    The hammer 704 which strikes impressions in column 4 of the pay slip 151 is commanded by the group of plates 804 (MB) as represented in space 5 / of the table (Fig. 64-A and 64-B), it is commando to print the amounts exactly of the way marl that the hammer 703 is commando to print-los hours.

   In fact, the hours and the amounts corresponding to these times are printed during the same operating cycle of the machine, the only difference between the groups of plates being that in group 804 plate No. 1 is deleted because it is not necessary to have an order for the plate by contactor since there is one for the hours * The hammer 705 which strikes impressions in column 5 of the pay slip is ordered by the group of plates 805 (GB) oommo indicates in space 6 / of the table;

   the notches in the commando plates are arranged in such a way that the printing in column 5 takes place after the printing in columns 3 and 4 by either a separate operation when there are special gains. hammers 707 to 711 inclusive which strike their imprints respectively in columns 7 to 11 inclusive of the pay slip are ordered respectively by groups 807 to 811 inclusive to print the deductions on the pay slip as indicated in (DB) spaces 7 to 12 / of the table of Figs. 64-A and 64-B;

   this table shows that the notches in the groups above are made in such a way that the deductions will be printed in the columns according to the keys indicated in-tâta of the respective columns * The hammer 712 command by the group 812 indicates in (HC) l 'ospaoe 13 / of the table (Fig. 64-A and 64-B) prints the statutory overtime ot hours on check 152 at the same time as the hours are printed in column 3 of the payroll 151 and the table shows that the plates 1, 2, 3 ot 4 are notched to make these impressions.

  <Desc / Clms Page number 101>

 



   Hammer 713 which makes indentations in column 13 of check 152 is controlled by plate group 813 (Fig. 57-A).



  This group of plaques 813 comprises five plaques shown on Figs 50 to 54 inclusive: to the left of these figures is the following text.
M13) (GP813) (Cl3 ant; "Martoau 71, group of plates 813, column 13" to connect these plates to the particular columns of the check in which they make the impressions. This hammer is also designed to strike impressions in column 13 of form 156, shown in FIG.



   (C, account-F, folio-M, amount-N, number-J, date) 26 in analytical operations. Plates 1-5 of this group of plates 813 shown in Figs. 50 to 54 inclusive are all notched in the same way that the amount for statutory hours and the amount of pay for overtime are printed at the same time as the regular hours and the overtime is printed in column 12 of the check; the notches are also made in order to show that the hammer 713 prints the total or gross gains following the lowering of the key 162 "Gross". which, as we know, performs an operation of reading the additive dimension of the addition and subtraction totalizer located in position 9 of the differential associated with the keys of row 2.



   The notches provided in the group of plates 813 in the Roman position are used to make impressions when necessary in column 13 of sheet 156 during analytical operations.



   The hammer 714 commanded by the group of plates 814, (DC) -as indicated on line 14 / of the control panel (Fig. 64-A ot 64-B), indicates that the plates are notched so as to print deductions by hammer 714 and that they are controlled by any one of the keys of row 3 or by one of the first four keys at the bottom of row 4.

  <Desc / Clms Page number 102>

 



   The hammer 715 which prints the net pay in column 15 of each 152 is ordered by a group of plates 815, as
TC- 'indicates on line 8 / of the control table of the fix 65. Plate No. 1 has a notch at the zero position and the plates No.2 and 3 have notches respectively at positions 9 and 1 ; These positions are associated with the upper fingers of the bloo contaotour 767 so that the payo notto sora printed from position 9 of row 2 when the key 162 "Payo notto" of row 1 is lowered.



     The hammer 716 which prints the serial number in the column No. 16 of the shock is commanded by the group of plate 816, as indicated (CN on / line 9 / of the control table of Fig. 65; we see on this tabloau quo los plaquos are cut in such a way that the sequence number is printed while dialing on the keyboard the previous gains to be transferred into the totalizer "GT2" of the first position of row 2 which, like so reminds, is automatically selected by the differential of row 2 by lowering key 164 "Previous gains".



   The hammer 717, which prints the datum in column 17 of the shock, is commanded by the group of plates 817, as indicated on (C-D) line 10 / of the control table in Fig. 65; oo table shows that the plates for this hammer are notched in such a way that the dato is printed exactly at the same time as the serial number on each i.e. weighting the entry of previous gains in the totalizer "GT2" selects as described above *
Los martoaux 718 ot 719, which print in the columns 18 ot 19 of the check, are ordered by los groupos do plaques 818 ot 819;

   (C-PN) as indicated on lines 11 ot 12 / of the control panel Fig. 65.



  This table shows that the plates are notched exactly like the plates of groupo 815 which commando the printing of the net payo on the heel of the choque do sorto quo los soft amounts do the ............. ..

  <Desc / Clms Page number 103>

 net pay will be printed in columns 18 ot 19 of the main part of the shock at the same time.
 EMI103.1
 



  Los hammers 720 ot 721 which print rospoctivcmcnt (DE) 'in columns 20 ot 21 / dola oarto of earnings 153, are orders
 EMI103.2
 by the groups of plaquos 820 ot 82'1 oor.uno indicated on the control panel back Fig. 64. - A ot 64 -bye Co tabloau shows that the plates are notched in such a way that the hours, statutory and additional and the gains, corrosponding to oos houros, are printed in the columns 20 ot 21 at the same time as the houros ot the corresponding amount is printed in the columns 2 ot 3 of the bord- croau do paye 151 and in the columns 12 ot 13 of the shock.



   The hammer 722, which prints in column 22 of the oarto dos gains when there are special gains, such as bonuses or bonuses, ost commando by the groupa do plates 822, as indicated on line 18 (CG) of the control table (Fig 64-A ot 64-B).

   The plaques in this table will show that the special wins are printed in column 22
 EMI103.3
 when lowering the keys S or X 166 (Fig. 2) to deelonohor the machine after having dialed special gains on the keyboard ,.
 EMI103.4
 Los martoaux 723 a 728 inclusive oontra1ent the printing of los oolonnos 23 to 28 inclusive of the oarto dos gains 153 ot are ordered by los groups of plates 823 to 828 inclusive, as indicated in
 EMI103.5
 (DE) / DE) - the inolus 19 24 spaces of the control panel (Fig, 64-A ot 64-B), so as to print the deductio:

  # do the employee in los oolonnos 23 a 28f the plates are, according to this tableat, ontai11Ódo tollo faon quo oos deductions will be printed after lowering the touchos of the respective deductions back rows 3 ot 4 om drear time that los mon-
 EMI103.6
 tants back deductions entered on the keyboard At the aid dos touohosl61.



   The hammer 729, which prints the gross winnings and the winnings at the date of settlement in column 29 of the winnings card 153 (Fig, 29) ost commando by the groupa do plates 829, as indicated

  <Desc / Clms Page number 104>

   (CGB) of the control panel Fig. 65; this on line 13 of the control panel Fig. 65;

   this table shows that the plates are notched in such a way that the gross gains are printed under the control of the addition and subtraction totalizer, by the hammer 729 weighting the operation, the key 162 ". Gross gains" being lowered. ot the winnings on the settlement date are printed during the operation, the key 162 "Earnings to date" being lowered "} these winnings are printed according to the total extracted from the totalizer," GT3 "after the key is lowered "Earnings to date".



   In order to align all the groups of plates 801 to 829 inclusive and other groups of selector plates which will be described later, there is provided for each end of the shaft 750 a series of alignment discs 780 (Fig. 57-A and 57-B) driven by shafts 484 436, 450, 473 ot 751 and shown, in side elevation, in FIG. 48, With each group of alignment discs 780 cooperates an aligner 781 port by a lever 782 which pivots on a pin 783, one of which is fixed on the wall 131 and the other on the wall 136.



  Each lever 782 carries a roller 784 held in contact with a cam 985 by a spring 786. The canios 785 are wedged on the printer's commando shaft. 370 and are shaped so that, after the selection plates were differentially placed under the control of the keys in rows 1, 2, 3 ot 4 and the printer control lever on the left side of the mabhine, the aligners 781 are engaged with the notched discs 780 and kept in engagement with them until the plates have worked to control the various parts of the machine, such as hammers, feed mechanisms etc. *. *. that they have to control,

     ORDER NUMBER AVANOE CONTROL
The mechanism used to produce or actuate the advance of the digit 1 of the numberer in certain operations of the machine

  <Desc / Clms Page number 105>

 ost ordered by a groupo do plaquos sdloctricos; co.groupos porto (NA the reference 788 oammo can be seen on line 26 / of the control table (Fig. 64-A ot 64-B). Co group of plates is also represented in Fig. 35 ot 57-B There are, in this group, four plates ordered by four means.

   Plate No. 1 is controlled by a print controller 789 (Figs. 1 and 72) which will be described in detail hereinafter; co lever has the following three adjustment positions designated by 0, 1 ot 2; No, 0, do payo and dividends bulletin, operations during dosquollos the actuaxtle numbering mechanism must work after lowering the key 164 "Previous earnings" so that the order number necessary for the next shock is printed on it and also on the pay slip 151, position 1 of the lever is marked "Analysis order number", which will tell you that the dialer mechanism works when the lovior 789 is found in this position.

   Position No. 2 is designated by ".Analysis-without serial number", that is to say that, when the lever is in this position, the mechanism activating the turn number is inoperative. As seen in line 26 back Fig, 64-A and 64-B, co lovior commando plaquo No.1 of group 788 and this plate has notches at Arabic positions No, 0 and No.1, lever positions which operate the numberer mechanism provided that the other three control plates of this group, which will be described, are in their correct positions. The second plate of group 788 is controlled by the contactenr device of the check $ which will be described below, and cotto plate No, 2 has back notches in both the Arabic position and the Roman position.

  <Desc / Clms Page number 106>

 



  * Plate No.3 is controlled by the differential of row No.2 (Fig, 2); cotte plaqua is cut in positions 2,3 ot 4 on the Arab side which controls the second, third and fourth keys of this group in the analysis operations) this plate No. 3 has back notches at Roman positions ii, IV ot IX, los positions romainos II and IV serving for analysis and position romaino IX being the automatic position of the differential of the rangdo 2 when the "Payo notto" key is lowered, this is why uno ancoche is required in this position.



   Plate 4 has notches at zero and on 6, Arabic positions control the resetting of rangéo 4 during analysis operations ot has notches at Roman positions
I, IV ot V which control the "Net pay" toucho during operations of establishment of the bullotin do pay by the Roman I position, the Roman positions IV and V controlling the reset keys of row 2 and reset. zero of row 3 to empty the totalisatours of rows 2 and 3 in the totalization or analysis operations,
With this group of plates cooperates the habituol block 767 port by an arm 790 (Fig, 35) having a lower finger which cooperates with the plate No, 1 or Group 788,

   finger which is aligned with the usual lower fingers back blocks 767. On the arm 790 pivots a joint 791 which also swings on an arm 792 rotating on the shaft 738. This arm 792, porto. a galot 793 which cooperates with a cam fixed to the shaft 370 of the printer control. On the lever 790 also oscillates a joint 795 guided its upper end on a stud 796 of the auxiliary wall 124 (Fig. 42-B). The upper end of the articulation 795 is provided with a slot 787 through which passes the lug 566 described above and fixed to the articulation 567 actuating the numberer.

  <Desc / Clms Page number 107>

 



   A spring 797 rolled to the joint 795 maintains the galot 793 normalmont oontro the camo 794. When this camo tourno ot has its lower partio to the galot 793, the rossort 797 moves the arm in the opposite direction dos aiguillos uno montro provided that there is, in faco back upper fingers of the block
767 uno notch in the three plates No. 2, 3 and 4 of group 788.



   Since there is no upper finger on arm 700 it is not necessary that there be a notch in the Roman zero position of plate No. 1 of groupo 788. If arm 790 to be moved counterclockwise through the appropriate back onaochos position as indicated on line 26 of the control table (Fig. 64-A and 54 E), the spring 797 then raises the joint 795 and places the slang 566 in the partio vortioalo of the bayonet cast 566 of the levior 564, so that when this coil 564 comes into action, the numbering joint 567 will move so as to make move the dialer mechanism forward one step.

   Fonto 787 in the upper part of joint 795 controls the movement of the orgot towards the gaucho and its rotation to its normal position. In the operations of drawing up pay slips, these plates are set in such a way that the serial number advances quo in the operations' in which the key 162 "Previous earnings" is lowered.
When lovior 789 moves to position No, 2, plate No. 1 of group 788 moves under the action of a joint 798 (Fig. 72) oscillating on a plate 799 which drives an internal gear 800 mounted on the square shaft 751 which, as we recall, is the arbor which actuates the plate No. 1 of the groupo 788 represented in fig. 35.

   

  <Desc / Clms Page number 108>

 
 EMI108.1
 



  The lever 789 is articulated to uno plaquo 841 supported by three studs 842 fixed on the frame 131 of the print, oommo
 EMI108.2
 roprdsontd in Fig. 39 ot 72. Lo lovior 789 porto an orgot 843 which cooperates with a lovior 844 pivoting on a pin 845 of the plate 841. The lovior 844 is guided, near its right end by a stud 846 fixed on the plate 841. Lo lovior 844 has three notches 847, 848 and 849 avoc losquollos orgot 043 from lbvior 709
 EMI108.3
 to cooperate. A spring 050 normally mows the drive lever 844 in 10 sounds contrary to the uno aiguillos shows and 10 lovior 709 in the mtno sounds, Lo lovior 844 of Fig. 72 ost ropr8sont6 in the position of the disordered analysis number, the lug 843 engages in the notch 047.

   When establishing the pay slips, the lever 709 is driven by its rossort 850 when onfonoo a finger 051 of the lovior 044 oo which allows the spring 850 to drive the lovior 709 in the sounds oontrairo dos needles d 'a watch
 EMI108.4
 until co quo the ergot 043 is found above the Itoncocho 040g onsuito, when leaving the finger 51, the Rossort 050 ontratnora the lovior 844 in the opposite sound of the needles of a watch ot blocked the lovior 709 in position No.0 do bulletin ot do dividondo. When the lovior 709 is in position No. 2
 EMI108.5
 "Analysis - without order number", the lug 143 cooperates with the oncooho 849 co which blocks the lovior in this position under the action of the spring 850.



   We have also planned a moyon to block the lovior 709
 EMI108.6
 ddfinitivomont in each position that has given him the op8ratourt the operator has an element to oot offot which adapts to a sorrure
 EMI108.7
 052 portde by the plate 041 $ Lo noz do la serruro crosses 10 chest 146 as shown in Fig. 39. A special bolt 053 has been provided which is placed below a flasquo 054 in order to
 EMI108.8
 the lowering of the lovior 044 by the operator handling the finger 051.

   We see what if the pi3cos are found in the positions Indicated on 1

  <Desc / Clms Page number 109>

 Freeze 72, the bolt is located under the flange 854 and the lever 789 is therefore definitively locked in its position until the lock is manipulated to remove the special bolt.



  CONTACTOR DEVICES FOR THE BORDEREAU, CHECK, CARD OF EARNINGS, MECHANISM AND ORDERS - When you leave the machine for the establishment of payo slips, the contactor device of the central bordoroau a mechanism that blocks the machine. there is no bordoroau 151 in the machine ot, in the analysis operations, the machine is blocked if there is no analytical file 154 in the machine.

   Therefore, the operations of establishing the pay bullotins, the device oontaotour the shock will block the machine if there is no shock in the suitable position to see the improssion and the contactor device of the earnings card blocks the machine. if there is no in the carto dos gains 153 machine to perceive the ndcossairo printing.



   For this purpose, there is provided a slip contactour 857 (Fig, 39) oscillating on the arbro 730 (Fig. 90), a shock contaotour 858 pivoting on the arbro 730 to cooperate with the check 152 ot a contactor do card back gains 859 (Fig. 43-A ot 43-B) to cooperate with the card back gains 153, Co contactor 859 oscillo on the arbro 731.



   The mechanisms provided for moving the high pressure counterturns or co-operating with the rospoctive supports are exactly the same; the description of one of them will therefore suffice, looking more particularly at FIG. 90 we see that on bhaoun back contactors 857, 858. And 859 pivoto an articulation 860 which oscillates, near the middle on an axis 861 carried by an arm 862 which pivots on a shaft 737, Lo arm 862 for the contactour do the carto back gains turns on the 738 arbro which, as we know, is axially aligned with the 737 shaft.

   This joint 860 so'prolongo right

  <Desc / Clms Page number 110>

 and carries a flange which is normally in contact with the periphery of a camo 864 (Fig. 91) montdo on the ontrainomont arbro 370 of the printer. Another arm 865 which is integral with the arm 862 and provided with a notch, the purpose of which will be described below.

   The distribution of the operating times of cam 864 is indicated at (F, probe - HF retains the contactor line 6 of the times table (Fig, 109) /: immediately after the start of rotation of shaft 370 in the direction of the hands of a watch, the periphery of the cam 864 moves away from the flange 863;

   at this moment a rossort 867 rolid to the contactor 858 ontraino this dornior in the reverse direction clockwise of a montro ot, if there is no shock in the machine, the contactour 858 continued its movement in the dreary sounds under the 'spring action 867 until the upper end of the contactor enters a hole in the case 146 and also in a hole in the handlebar 868. This movement of the switch 858 moves the joint 860 to the position shown on Fig. 90 glue of Fig, 91, where an oliquot 875 sora driven by its spring 876 in the oncoche 866 of the arm 865.

   Co oliquot 875 ost articulated to a lovior 877 which, itself turns on the shaft 737, Lo lever 877 porto a tonon 070 engaged by a forked arm 879 on which is fixed a galot 880
R- return contactors cooperate with a cam 881 (line 8 of the times table, Fig. 109) mounted on the shaft 370 of the printer. This arm 879 is mounted on a rod 002 (the arm 079, Fig. 43-B, for the gain card is mounted on the arbro 883 which is in axial alignment with the tigo 882). As shown in Figs, 42-A and 42-B, the 002 tigo is supported by the frame 132 to 134 of the printer and the shaft 003 is supported by the frame 135 and 136 of the printer. A spring 884 mows constantly to hold the roller 0G0 against the surface of the cam 881.



     As soon as the articulation 860 has moved from the position indicated in Fig. 90 to that of Fig. 91, the cam 881 acting on the roller 880 moves the arm 879 in the opposite direction. a montro, co which moves the lovior 077 in the sono dos aiguillos of a watch in the position of Fig. 90 at specified glue

  <Desc / Clms Page number 111>

 in Fig. 92. This ruler of lever 877 in the clockwise back sounds produces the following offot.



   We remember that the click 875 engages in the on- cache 866 of the arm 865 when the articulation 860 has been moved to gaucho because there was no shock 152 on the trunk 146 au- below the check guide 868. This movement of the pawl 875 is sufficient to place its upper end against the uno dpaulomont 805 of a lever 886 pivoting on the shaft 737. This lever 886 is provided with a slot through which passes a 888 port roller by a 889 plate which has an interior donturo meshing with a 090 pinion mounts on the 753 shaft.



   We can see from co which precedes that, as the click 875 so is below the shoulder 885 of the levior 886, co lovior 886, when the lovior 077 so moves using the cam 881 in the backless Needles of a montro so also move to the position indicated in Fig. 90 to the position of FIG. 92. or the fonto 887, cooperating with the galot 888, moves the plate 889 in an anti-clockwise direction so as to drive the arbro 753; ot this tree, as one described above, adjust the appropriate notched plates of the groups of plates 801 to 829 so as to pocket the operation of the hammers 712 to 719 destinas offootuor back imprints in the columns 12 to 19 of each .



   When the pawl 075 moves upwards under the action of the movement of the coil 077 in the sound. clockwise, this click, 'being still engaged in the oncocho 866, moves the arm 865 and the integral arm 862 in the clockwise direction of the needle from the position shown in Fig. 90 to the position do Fig. 92, which turns contactor 858 counterclockwise to the normal position of Fig.

   90, In the course of this operation of the mechanism just described the

  <Desc / Clms Page number 112>

 spring 884, being connected to arm 879 and lever 886, has been tensioned and this tension helps to return these parts to their normal positives as cam 881 approaches its normal position.



  The action of this spring also has the effect of moving, by means of a cam 892 fixed on the shaft 370 of the printer and which is in contact with a roller 893 carried by the lever 877, co dornier in the opposite direction of the needles of a watch towards its normal position which brings back, by the lug 878, the arm 879 in the direction of reverse clockwise definitively to the normal position The lever 877, as it is ramone by its contact with a pin 894 to its normal position, returns the lever 886 counterclockwise to its normal position, following which the cast iron 887 moves the plate 889 in the direction of the needles of a a watch, or return, in the position shown in FIG.

   90 which will rotate contactor shaft 753 and all control discs back to their normal positions.



   As the operation of this mechanism is very fast, the lever 886 has been provided with a stop 895 (Fig. 92) which normally rests on a mechanism of the cam 881. This lever 886 is provided with an autro stop shoulder 896. (Fig. 90). which is in contact with the same hub when the mechanism has been placed in its extreme position to rotate or move the shaft 763 if it does not have a check 152 in the machine.



   It can be seen from the above description that when plate 889 (Fig. 90) moves because there is no need for each in the machine. this plate 889 actuates, by means of the shaft 753, all the plates mounted on this shaft which belongs to the groups of plates 812 to 819 inclusive so as to prevent the operation of all the hammers 712 to 719 inclusive if it there is no slap in the face.

  <Desc / Clms Page number 113>

 



  These control plates which we have just bet for the groupos 812 to 814 are indicated on lines 13 and 14 of the control table (Fig, 64-A ot 64-B), Los plaquos do control dos' groupos de plaquos 815 a 819 inclusive are shown on lines 8 to 12 inclusive of the control panel in Fig. 65 ot the plate of group 813 is shown in Fig. 50.



     If @ on the contrary, there is a check) in the machine $ the oontaotour device 868 so moves only until it touches the back of the check 152, after which the joint 860 only performs a part of the route between the indicated positions
 EMI113.1
 on the Fige 90 ot 92t this is not enough To bring the aioocho 866 on faco of the oliquot 875 ot therefore this last 'its installation on the surface 899 of the arm 865 ot no pout pastonber at the back of the 6paulemont 885 of the lever 066.

   Consequently, when the lever 877 is moved or actuated by the cam 801, in the manner described above, the arm 865 is not moved to remain in the position indicated; in fig, 90 because the nose of the pawl 075 rests on the surface, 899 of the empty arm 865 until it grips the arm 065 and returns it to its normal position shown in fig 90.



   The oontaoteur device 857 (Figs, 39 and 68) of the slip
 EMI113.2
 checks all the hammers 701 to 711 included so as to enable the function of these hammers when there is no pay slip 151 check the guide plates 090 (Fig, 6f3 and TC) to receive the printed data when there is no payment slip. uno fission of a pay shock,
The contactor 057 is controlled by a disc or a plate 901 (Fig, 39, 57-A ot 69) which carries a galot 902 cooperating with the lever 886 which actuates the borderoau contactor, Cotto plate 901 drives the shaft 754 of the contactor of the slip} as well as
 EMI113.3
 It was exhibited before that, this tree bears all the groups of plates 801 Il 011,

     as indicated on line 6 of the control table Fig. 65

  <Desc / Clms Page number 114>

 and on lines 3 to 12 of the Fige 64-A ot 64-B control table, and as was also explained above, our plates positively control all of the martoals 701 to 711 inclusive so
 EMI114.1
 to prevent the functionnomont of a soul of them if we have not introduced a bordoroau do payo 151 ontro los guidago plates 898 to receive the imprints during a shock impression.
 EMI114.2
 Back conjugate cams 903 ot 904 (Fig 46-A) aotio = ontp on connection with the oontactour mechanism of the bordoroau, the lovior 877 ot the arm 879 of the marl so that the cams 881 ot'892,

     operate
 EMI114.3
 Oos loviors ot bras pour Io shock to the oxooption of the distribution of time which differs slightly as seen on the table back tanpai, line 7 (Fig. 109). (mdies notations that line 8) Lo oontaoteur device 859 (Fig. 43-A ot 43-B) do The card back gains controls all the martoals 720 to 729 inclusive of maniro to prevent the operation of one quolconquo d'ontro when 'there is no card of the earnings 153 in the maohino to receive the printing of the data when the slip is printed or of the shock.
 EMI114.4
 



  Lo mechanism of ontrafuemcnt contactour, as has been described on connection with the shock (Fig 90 ot 92) cooperates with a control plate 906 which drives the shaft 752 loquol; as we get closer, port in each back groups 820 to 829 included uno plaquo do control
 EMI114.5
 montionndo in spaces 16 to 24 of the control panel (Fig. 64-A and 64-B) and on Iigse 13'tabloau in Fig * 66 and which toart.r.8r;

  ahaem of hammers 720 to 729 inclusive when the contactor 859 does not meet a card of gains 153 between the guide plates 907 for this
 EMI114.6
 card to perceive the improssibnse
The lever 877 and the arm 879 associated with the gain back card contactor are actuated by conjugate back cams 909 ot
 EMI114.7
 910 (Fig. 43-A and 43-B ot work exactly at the monos marnants quo los oamos 903 and 904 for the slip as indicated on line 7 of the time table (Fig. 109),

  <Desc / Clms Page number 115>

 
LOCKING OF THE MACHINE UNDER THE CONTROL OF THE CHECK CONTACTOR DEVICE, OF THE BOARD CONTACTOR DEVICE
AND THE WINNING CARD CONTACTOR DEVICE.



   The mechanism that will be described is used to lock the machine when it does not contain any bordoroau 151, no check
152 or do carto of gains 153 for the following operation in order to prevent a second operation if one do cos formulairos is missing on the machine,
When the machine is running for an operation without there being a do cos supports on the machine, the operator must, since the machine is blocked in order to prevent a following operation,

   unlock it using a special manual unlocking mechanism which will be described below ot procddor onsuito a correction operation that is to say extract the amount of the totalisatour of addition ot subtraction for that the net payo do l employee is oxaoto when the shock is omitted.



   If this corrective operation was not carried out, the addition and subtraction totalizer would indicate the doubling of the amount for the statutory hours ot the gross payo and the net payo would both be false.



   All that is necessary to do to block the machine is to prevent a following operation which has just been mentioned, other than to prevent the movement of the twisting shaft of the keys in the without back needles of a montro. In so refer to Figs. 33, 34 ot 97 an so recalls that, when the shaft 149 of the key-back locking moves in the needle backless of a montro, the arbro 628 undergoes at the same time under the action of the articulation. 626 and arm 627 one movement without clockwise.

   On this arbro 628 is fixed an arm 915 on which pivots

  <Desc / Clms Page number 116>

 an articulation 916 oscillating at its lower end on a locking lovior 917 rotatably mounted on the character shaft 665.



    Lo lovior 917 has a finger 918 at right angles which can cooperate with the upper end of a locking arm 919 pivoting on a shaft 920 which is supported by the frame 135 ot 136 do the printer oommo indicates on Fig 42- B. A rossort 921 drives a finger 922 of the arm 919 behind a vorrou 923 of an arm 924 which is fixed on a shaft 925 supported by the gaucho frame 131 of the print ot by uno censolo 926 fixed to the traverso 138 A rossort 927 holds throat 923 above finger 922 of locking arm 919.



   We remember that, when the back key blocking shaft 149 moves in the back sounds of a montro the arbro 628 tourno in the bleak sounds, thus lifting the joint 916 which drives the lovior 917 in the sounds of needles of a shown and, if the places being in los positions indicated in FIG. 97, movement of the lovior 917 is possible.

   But if the machine does not have a slip 151 or a shock 152 or uno oarto dos gains 153, the blocago arm 919 is released, by means which will be described below, from the lock 923 grâ6o to the rotation of the 'arbro 925 in the back sounds of a montro needle, following which the Rossort 921 has the arm 919 below the dqigt 918 of the lovior 917, thus pocketing any movement of the arbro 628 ot do l' shaft 149 for locking the back keys ot thus locking the maohino,
The above movement of the do blooago arm 919 in the sounds of the needles of a montro under the action of its spring 921 ost limited by a finger 928 of the arm 919,

   co outgoing finger on contact with a pin 929 port by an unlocking slide 930 supported, itself, by 1! arbro 920 ot on a pin 931 of the frame 135 of the Printer ot maintained on contact with the pin 931 by a rossort 932, as shown in FIG. 97.

  <Desc / Clms Page number 117>

 



   When the maohine is locked for a subsequent operation, as explained above, by the position of the arm 919 below the finger 918, the operator must release this vorrou in order to be able. Prooddor to the following operation by correcting the total isatour of addition and subtraction as indicated above Co unblocking is carried out by the operator pushing the release slide 930 to the right, in FIG.

     97, following where the pin 929 moves, by its contact with the finger 928, the arm 919 in the opposite sounds dos aiguillos uno shows and the finger 922 ontro is in contact with the front upper part of the lock 923 and pushes back the lock 924 in the clockwise back sounds controls the action of its spring 927 until the finger 922 is below the vorrou 923, after which the rossort 927 drives the arm 924 in the oontrairo sounds back needles from uno montro to block the latch arm 919 in the position shown in fig. 97.



   The tree 925 can pivot in the sounds of the needle! a watch so as to release the lock 923 of the arm @ @ 19 under the control of the contactor 857 of the slip of the contactor 858 of the check, of the contactor 859 of the gains card and of the groups of control plates, which are associated with them ) we will now doriro the first (V-CP) group 935 (Fig. 57-B), indicated on line 15 / of the control table (Fig.

     64-A ot 64-B). Co groupo comprises four plates, of which the first is controlled by the lever 789 do commando do the printer, the second by contactor 858, plate 3 by the differential of row 2 and plate 4 by the differential of row 1. This table This check shows that plate No. 1 has a notch in the zero position of lever 789 which is the position of the lever for establishing the pay slip.

   The plate No. 2 has a notch, notched at the Roman position I) this plate is commanded by the contactor of the shock ot undergoes, as we remember, a housing movement under the action

  <Desc / Clms Page number 118>

 of the check drive mechanism of Figs, 90, 91 and 92, a mechanism which rotates plate No. 2 so as to align this position 1 (Roman to zero position (Arabic) * Plate No.

   3, controlled by the differential of row 2, has a notch in the position
1 (Arabic)) the reason is that this differential stops in position 1 when the "Previous earnings" key is lowered which is the first operation for the establishment of a pay check and during which, as we know, the serial number is printed as easily on the shock as on the slip. Plate 4 has a notch at zero position (Arabic) addition position of the differential of the totalization row which is range 1.

   Consequently, when there is no check on the machine, a contact arm 936 and its block 767 can be moved counterclockwise under the action of a spring 937 which ost connects to an arm
938 rigidly fixed to the arm 936, On the arm 938 pivots a joint 939 which also oscillates on an arm 940 fixed on the shaft 925,
When shaft 762 is rotated counterclockwise in the manner previously described ot arm 765 (Fig.

   57-B) moves with it, the spring 937 can then drive the arms 938 and 936, following which the lower fingers of the arm 936 as well as the block 767 will penetrate into the notches of all the plates of the group 935, s' there is no shock in the machine, consequently moving the articulation 939 to the right and by oscillating the shaft 925 in the direction of the needles of a watch in order to release its locks 923 from the finger 922 lock arm 919 and thus block the machine for a next operation which cannot be performed before a check has been inserted into the machine,

  <Desc / Clms Page number 119>

 
In other words, the levior 789 must be in the necessary position to complete a shock,

   the shock switch 858 must be activated and not encounter a shock, the button 164 "Previous gains" must be lowered and the differential of row 2 stops in position 1 and the differential of the row must be naturally in position addition which is the zero position as indicated on line 15 of the control table.



  Co is only when all these conditions are fulfilled that the lock arm 918 enters one action to lock the machine,
The shaft 925 (Figs. 39 and 97) can also be actuated to place the lock arm 919 below the finger 918 when there is no win card 153 in the machine; this commando is carried out under the control of the group of plates 945 (Fig, 39) (V-EP) inscribed on row 1 of the table back Fig. 64-A and 64-B.

   The plate 1 of this groupo has a notch in position I (Roman), do serte quo, when the plate 906 (Fig. 43-B) moves, the plate of this groupo 945 is moved by the shaft so as to present the notch of position I (Roman) on the contactor finger Plate No. 2 is controlled by the differential of the rangdo 4 and consequently has notches in positions 5,6,7 and 8 (Arabic) which correspond respectively to the touches of gains 166, X, S, T and R.



  Plate No. 3 is controlled by the differential of row 2 ot (a) Fig.2 has a notch at position 9 / automatic position for the selection of the addition and subtraction totalizer). Plate 4 is controlled by row 1 and has a notch at the zero (Arabic) or add position.

   Thus, when one of the keys X, S, T or R is lowered to compose an amount, the differential of row 4 is stopped in a corresponding position, the differential of row 2 is automatically stopped in position 9, as explained above, and the differential of row 1 is stopped in the zero or addition position, if there is no gain card in the machine all the four notches will line up ..,. ...., ...........

  <Desc / Clms Page number 120>

 on the lower contactors of a lever-switch 946 (Fig. 39), identical to the actuator arm 936 of Fig. 39). 97.

   To this lever-switch 946 ost fixed an arm 948 to which a spring was attached. (Not shown) but similar to the spring 937, an articulation 949 pivots on one side on this arm 948 and on the other side on an arm 950 fixed. on the shaft 925, it can be seen from co which proceeds that, when the notches of all the control plates of the groupo 945 are aligned with the lower finger of the conbactour block 767 and on the finger of the lovior 946, the spring , like the spring 937, ontro the arm 948 and moves by the articulation 939, with the aid of the arm 950,

   the shaft 925 in the back sounds clockwise so as to abandon the locking arm 919 to the action of the spring 921 which places the finger 918 do so as to prevent the triggering or movement of the arbor 149 do blocago dos keys if there is no card back in the winnings in the machine when printing a payo shock, When there is no payo board 151 on the machine the vorrou arm 919 pput be placed below the finger 918 due to the movement of the arbro 925 under the control of a single control plate 955 (Fig. 39 ot 98) provided with an oncocho in position I (Roman), do so that, when the arbro 754 avoc the plate 955 is driven by the plate 901, the notch is placed on faco with a finger of a lever-contactor 956;

   this finger is dragged into the chain enoooho by a spring 957 connected to an arm 958 which is rigidly fixed to the levior 956, if the regular arm 765, climbs on the arbro 762, allows such a movement following the movement of do 1 .'shaft 762 in the sans contrairo des aiguillos d'uno shows, as indicated above.

   When the lever 956 'moves in the back without clockwise (Fig. 98), a joint 959, pivoting on the arm 958 ot connects to an arm 960 which wedges on the shaft 925, moves the arm. 960 and shaft 925 clockwise so as to release latch 923 from finger 922 making .................

  <Desc / Clms Page number 121>

 part of the lock arm 919 and its upper end will be located below the finger 918 to prevent the triggering in the event of absence on the machine of a pay slip 151 to receive the imprints when printing a shock .



  CHECK ADVANCE MECHANISM -
Paycheck 152 can be fed into the machine to receive employee payroll data between the side arms of a check guide 961 (Fig.l) below a deflector 962 (Fig. 1). 71) up to a stop 963 to occupy the position indicated in fig. 71. In this way the shock is placed on the lower check guide 868 and below the type wheels, associated with hammers 712 to 719 (Fig.

     58-B). The trailing edge of the check falls on a pair of feed rollers 964 and below a pair of turner rollers 965 which can contact the check so that when the feed rollers 964 rotate the check is brought to the various positions shown in FIG. 71. From the insertion position the check first undergoes an initial movement / towards the position so designated. It is then brought back to (hg-1) receive the printing of hours and gains, after which it advances one step for the second impression, that of additional hours and amounts (h'm'-2) The next advancement to the third position comes out at (mb-3 the gross amount of the employee's pay is printed.

   If the employee is to receive other special earnings, such as bonuses or bonuses, the check advances one step to the right of the second print position for the bonus and another step to the right for the bonus before the start. printing of the gross amount. But according to Fig. 71, the next movement after printing the gross amount is a movement back to the fourth (1D-4) printing position for the first deduction. Then the deductions are printed by the successive operations of the machine and the check 152 advances each time by one step until it finally arrives at the (5D-8) ion / which eighth position which is, according to the fig.

   71, that of the fifth

  <Desc / Clms Page number 122>

 deduction, (The number of deductions can vary from one to any number fixed by the employer, so that instead of five deductions there can be one or seven or eight). , After the last deduction, the check 152 is brought (in the form shown in Fig. 71) to the ninth position or printing position of (PN-9) the net pay / and this movement is, as represented here a backward movement.



   A description will now be given of the means for advancing ("152") the check from the manual insertion position, shown in Fig, 71, to the final "net pay" position.
The feed rollers 964 are fixed on a shaft 966 supported by a boss 967 (Fig. 42-A) on the side of the frame 133 of the printer and by the frame 134 of the printer (Fig. 42-B).



   The mower rollers 965 are carried by a pair of arms 968 connected by a brido and pivoting on a shaft 969 supported by back consoles 970 mounted on the base 123. On the shaft 969 near each arm back 968 of the bridle is mounted an arm 971 provided with a finger 972 against loquol is supported a lug 973 of the arm 968 under the action of a spring do t, crsion 974.



   In Fig. 67, tension rollers 965 are shown in their normal positions, disengaged from feed rollers 964.



  As shaft 969 is rotated counterclockwise, rollers 965 lower to the positions shown on pins 89, 66, and 103 do so as to grip check 152, so that, when the feed rollers 964 rotate under the action of the means which will be described hereinafter, the check 152 advances to the various print positions 1-9 of the Fig. 71 to receive the necessary data relating to the gains of the machine. 'employee. In order to move the idler rollers 965 from the normal position shown in Fig. 66 to the test position @

  <Desc / Clms Page number 123>

 tightening indicated on the pin 103 there is provided a cam 975 fixed on a sleeve 976 commando,

   by back moyons which will be described below, by the camshaft 370 of the printer's commando ot this horn is in contact with a roller977 fixed on a levior elbow
978 and move the elbow lever clockwise. Co lovior elbow pivots on a stud of the frame 134 of the printer and on an artioulation 980 provided with a lug 981 engaged on an arm 982 which is fixed on the shaft 969 of tension; therefore when the lovior elbow 978 moves in the clockwise direction from the position shown in Fig. 66 to Fig. 103, the arm 982 and shaft 969 move in the sound counterclockwise so as to put the winding rollers
965 in contact with the check that was placed on the feed rollers 964.

   The 978 elbow lever has a flattened stud
983 which is engaged by a fixed vorrou on a short shaft 985 which, for its part, is supported by the frame 134 of the printer, and maintains the rollers, -, - tensioners 966 engaged for advancement until they are is disengaged by the ejector mechanism of the check which Para describes hereinafter,
As the 965 mower rollers move to the position shown in Fig. 103, the stops 963 lower away from the path of the check so that it can be advanced by the rollers 964 and 965. The stop is fixed on an arm 986 mounted on a shaft 987 which is supported by the frames. 133, 134 and
135 of the printer (Fig. 42-A and 42-B).

   On the shaft 987 is also mounted an elbow 988 supported, in fig. 66, against a lug 989 by a spring 990. When the joint 980 passes from the position of. fig. 66 to the position shown on Fig 103, the lug 989 moves the elbow 988 and the shaft 987 clockwise thereby moving the arm 986 and placing the stop 963 below the path that goes through the shock 152.

  <Desc / Clms Page number 124>

 



   Immediately before the check is ejected by means which will be described hereinafter, latch 984 is moved counterclockwise so as to disengage it from lug 083, whereupon the latch is released. 990 will drive hinge 980 to the left (looking at freeze 103) to lift idler rollers 965 and away from feed rollers 964 so that the shock can be ejected when needed.



   At the same time, the spring 990 drives the elbow 988 and the arm 986 in an anti-clockwise direction to place the stop 963 on the path of the shock 152 to be introduced by hand in order to stop the latter in the suitable position.



   Advancing check 162 from the manual insertion position shown in FIG. 71 towards the position of the initial movement is obtained by means of a mechanism shown on the Fig 67, 83, 86 and 87 that will be described below.



   On 11 shaft 966 is fixed a doubtful wheel 991 which can mesh with a rack 992 slidably mounted on a pin 993 carried by the frame 134 and guided, by the right end between the studs 994 also fixed on the frame 134. On the sleeve 976 drives, as is known, by the shaft 370 is fixed a cam 995 cooperating with a roller 997 of an arm 996 pivoting on an axis 998 carried by the frame 134. A spring 999 maintains the roller 997 normally against the cam 995. The arm 996 engages on a stud 1000 of a bar 1001 mounted so as to slide on the stud 993 and between the studs 994, On this bar 1001 swivels a tongue 1002 which can cooperate with a block 1003 porto by the rack 992.

   When the cam 995 actuates the arm 996, the longuette 1002 moves, by cooperating with the block 1003, the rack 992 from the position indicated in Fig. 86 to that of FIG. 87, at the

  <Desc / Clms Page number 125>

 whereupon the check 152 moves from the manual insertion position, to the position of the initial movement of Fig. 71.



   On the rack 992 is fixed, so as to be moved with it, a bar 1004 having a shoulder 1005. which can cooperate with a tongue 1006 mounted in oscillation on a bar 1007 which slides on the stud 993 and between the studs '994, Cotte bar 1007 can be pushed to the left from the position shown in Fig. 88 by a cam 1008 via an arm 1009 at the same time as the rack is pushed to the gaucho by the cam 995.

   After the bar 1007 begins to move to the left (Fig, 88), the tab 1006 moves, under the action of a spring 1010, in the back-clockwise direction so as to be placed on the path of the shoulder 1005 of the bar 1004, so that, since the cam 995 allows a spring 1011 to drive the rack 992 to the right, the tab 1006 will be in the path of the shoulder 1005 and stop the rack 992 when the shoulder 1005 comes into contact with the tongue 1006, while the check 152 will be brought back towards the hours and gains position, or the first improper position, indicated on the fig 71,

     But the bar 1001 will be swept completely to the position indicated in fig. 86 by leaving a greater distance between the tongue 1002 and the block 1003 of the rack 992c. However, bar 1007 will not return to the position shown in fig 88 and therefore there will be a play between cam 1008 and roller 1009 at the end of this particular operation, as shown in fig, 83.



   Bar 1007 is held in the position shown in Figs. 83 and 85, which is the first printing position of the shock 152, by a lug 1012 which engages on a shoulder 1013 on the lower side of the bar 1007. The lug 1012 pivots on an axis 1014 carried by the frame 134 and is normally driven by a

  <Desc / Clms Page number 126>

 spring 1015 clockwise so as to hold the tip of the tongue 1012 against the undersurface of the bar 1007 so that when the bar 1007 moves to the left, as explained above, the tip of the lug 1012 'engages right of the shoulder 1003 when the bar has been moved to the position indicated in fig. 85.



   The tongue 1002 is normally driven by a rossbrt 1016 in the clockwise direction (Fig. 86) until the stud to which the spring is attached contacts the undersurface of the bar 1001. The tongue 1002 porto also a lug 1017 normally in contact with the supdriou- surface. ro of an arm 1018 pivoting on a stud 1019 is also fixed to the frame 134, to prevent a spring 1020 from driving the arm 1018 counterclockwise.

   The latch 1006 carries a lug 1021 normally in contact with a surface 1022 on the lower side of the arm 1018 but, when the latch 1006 moves under the action of the bar 1007 towards the gaucho, the spring 1010 drives the latch 1006 in the direction clockwise as the lug 1021 passes from the surface 1022 upward into a curved portion 1023 of the arm 1018, so that the pawl 1006 can move into the path traveled by the shoulder 1005 of the bar 1004 .



   The spring 1020 maintains a finger 1024 of the arm 1018 normally in contact with a lug 1025 of an arm 1026 pivoting dgalemont on the stud 1019. A spring 1027 presses the arm 1026 against an orgot.
1028 is carried by the frame 133 and the levior is therefore normally maintained in the position shown in fig. 67.



   Remember that the latch 1006 maintains, by its lug 1021 which engages on the lower surface 1022 of the arm 1018, the latch away from the path of the shoulder 1005 of the bar 1004.

  <Desc / Clms Page number 127>

 



   To prevent the tongue 1002 from driving the rack 992 and thus actuating the feed rollers 964 causing all the operations which follow the operation of the initial movement when the bar 1001 is swept to the right towards the position of the
Fig. 83, tongue 1002 and its lug 1017 are in the position shown in this figure. However, bar 1007 is, as will be remembered, previously moved to the left of the position shown in FIG.

     88 at the position of the freeze 83 ot, when cola has liou, a cam 1029 of the bar 1007 moves by its contact with a pin
1030 of the arm 1026 the latter in the contrairo à colui back clockwise, whereupon the spring 1020 drives the arm 1018 from the position shown on the pin 87 to the dotted position of FIG. 83;

   therefore, when cam 995 pushes bar 1001 to the left - what it does during each of the different operations required to print various data on box 152, as shown in FIG. 71, the lug 1017 of the tab 1002 then meets the cam surface 1031 of the arm 1018 and moves the tab in the opposite direction of the needles of uno watch so that it is withdrawn from the path traveled by the block
1003 of the rack 992. The rack 992 therefore does not move during the various operations of the cam 995 causing the printing of certain data on the check 152.



   The action of the arm 1026 takes place before the bar 1001 reaches its right return position shown in FIG. 83 ot causing this movement of the bar. The lug 1017 obviously slides along the upper surface of the arm 1018, the spring 1012 being simply stretched ,, But, as soon as the lug 1017 exceeds the right end of the lever the spring 1020 can produce its effect and move the arm
1018 to the position indicated by the dotted line in FIG. 83.

  <Desc / Clms Page number 128>

 



   It will be remembered that, during this movement of bar 1001 to the right and of rack 992 to return to the position indicated in fig. 87, where the shoulder 1006 of the bar 1004 is in contact with the latch 1006, the shocks 152 remains in its first position (Fig 71). The houros and the gains are then printed on the first line of the shock in its column 12. The following soft operations, the advance of the check towards the second and third printing position is carried out by linguott 1006 on cooperation with a series do teeth 1032 do bar 1004 do as described below.



   It will be recalled that the bar 1007 is stopped in the position indicated on the rod 85 by the lug 1012 which stongago on the shoulder 1013 when the shock 152 is removed from the position of the initial movement vors the first printing position. The advancement from this position to the second and third different printing positions is controlled by a group of selector plates, one of which is shown in FIG. 85 indicated on (GA) line 3 / of the control panel (Fig. 65);

   ollos have the reference 11 plate group 1040 ",. These plates are also shown in Fig. 57-B. There are only two plates in this group, plate No. 1 having been deleted. Plate No. 2 is controlled by the differential of row No. 2 and plate No. 3 is controlled by the differential of row No. 1.



   It will also be remembered that the plate No. 2, according to the ligno control table 3 in fig. 65 ot also as indicated on the. Fig. 85, has back notches in positions 0, V, Vi. Vlll ot IX (romaines), that is to say, when the differential of row 2 stops in one of these positions, the notch is presented to the upper contactor finger of the blec-contactour 767 carried by as a contactor lever 1041 which pivots on the shaft 762 and to which is attached a spring which drives the lever 1041 normally in an anti-clockwise direction.

  <Desc / Clms Page number 129>

 



  Plate No. 3 of this group of plates 1040 has a notch at position 0 (Roman) which is the addition position for the differential of row 1. Accordingly ;, when the differential of row 2, in When the addition operations are stopped in one of the positions indicated on line 3, the lever 1041 can be moved counterclockwise because the upper finger of the switch block 767 meets the notches and thus allows the movement of the lever 1041 in the anti-clockwise direction under the action of the spring 1042. On the lever 1041, an articulation 1043 pivots, the lower end of which is in the form of a fork to engage on a pin 1044 port by linguot 1012.

   The movement of the lever 1041 in the counterclockwise direction of the clockwise movement therefore moves the ling 1012 in: The same sounds and releases its beak from the shoulder 1013 of the bar 1007. following which a spring 1045 connected to the motor arm 1009 (Fig. 101) brought the bar 1007 to the right of the position in fig. 5 until it is stopped by the beak of a tongue 1046 (Figs. 85 and 102) which comes into contact with a shoulder 1047 of the bar 1007.



   Now, when the bar 1007 is in this position, the beak of the tongue 1006 is taken with the tooth 1032 do gaucho of the bar 1004 so that the camo 1008, when it pivots during the first cycle of operation where so makes the first impression push the barro 1007 back to gaucho ot the lingo 1006 drives the bar 1004 ot the rack 992 one step to make the feed rollers 964 turn clockwise and move the shock 152 forward. the first position of improssion towards the second.



   The same movement of the parts takes place during the operation. for the printing of overtime and overtime which is the second printing thus advancing each 152 to the third position to allow printing of the gross pay during the so-called third printing operation.

  <Desc / Clms Page number 130>

 
When the check 152 qst brought to the position of the second printing, the rack 992 is retained in the second position by the nose of a tongue 1048 pivoting on the stud 1014: it is taken with back teeth 1049 on the lower side of the rack 992 .

   It should be noted that the tongue 1046 is attached to the tongue 1048 in a rigid manner, as shown in FIG. 102.



   The time distribution allowing the movement of the lovior 1041 in the counterclockwise direction of the hands of a clock (fig. 85) under the action of the rossort 1042 is controlled by conjugate cams 1051 and 1052 (Fig. 84) and line 15 of the back distribution board (S, selection - R, rest) tomps (Fig.: 109) / which cooperate with an elbow coil 1053 pivoting on the arbro 737.

   On the bent lever 1053 is fixed an arm 1054 which carries a pin engaged in a fouoho arm 1055, itself fixed on a shaft 1056 supported by the frames 131 to 134 of the printer, as seen in figs. 42-A ot 42-B, On this shaft 1056 is also mounted an arm 1057 provided with an orgbt 1058 which cooperates with a lever 159 articulated to a pin 1060 fixed on the frame 134 of the printer. A joint 1061 connects the lever 1059 to the levior 1041.



   During the time when the cam 995 allows the advance of the check 152 to the initial position, indicated in FIG. 71, towards the position of the first impression, the cams 1051 ot 1052 act to allow the switch lever 1041 to move counterclockwise in order to find the notches in the group of plates 1040 by moving the elbow lever 1053 and the arm 1054 in a clockwise direction;

   the latter moves, with the aid of the arm 1055, the shaft 1056 and the arm 1057 in the opposite sound of the hands of a clockwise, µ. following which the lug 1058 moves away from the lower part of the lever 1059 allowing

  <Desc / Clms Page number 131>

 thus the spring 1042 to move the lever 1041 counterclockwise so that it can meet the notches in the group of plates 1040 and control the tab 1012 as described above.



   After performing the first impression, cams 1051 and 1052 operate again, effecting the first impression operation to allow switch lever 1041 to come into action and lower tab 1012 so that bar 1007 can be moved. move to the right to put the tab 1006 in contact with the tooth 1032 on the left so that the check is advanced to the position of the second impression by the tab 1006 under the action of the camo 1008
After the second printing, the same movement is reproduced and check 152 advances to the third position for printing the "gross pay" o
After the printing of the "gross pay" the shock 152 is brought back as seen on the fig 71, to the position of the first deduction, or fourth printing position.

   We will move on to the description of the means intended to bring the check back to the fourth printing position at the first line of deductions.



   This mechanism ;, shown in particular on fig 100 is commanded by notched plates under the control of the differentials of rows 1 ot 20 These plates bear the reference number "group of plates 1065" and are indicated on line 2 of the table of control of fig. 6 in fig. 100 as well as in FIG. 57-A.



   Conjugate cams 1066 and 1067, indicated on line 18 of the timing table, cooperate with an elbow lever 1068 pivoting on the shaft 737. This elbow lever is connected by a

  <Desc / Clms Page number 132>

 hinge 1069 to a lever 1070 pivot at point 1071, on a lever-contactor 1072 which itself pivots on the shaft 762 and has a spring which tends to drive the lever counterclockwise. This lever 1072 carries the usual contactor block 767 cooperating with the groupo do plaquos 1065.

   As can be seen on line 2 of FIG. 65, plate No. 2 has notches at positions 0 to 8, only position 9 (Arabic) having no notch. In the positions of the Roman numerals all the protruding ones are deleted. In this particular group of plates it is the protrusions rather than the notches that exert the control and therefore when the differential of row 2 arrives at position 9 ot meets a protruding point the lever 1072 (Figj 100) n 'is not moved counterclockwise by the back cam action 1066 and 1067 because the lower finger of the switch block 767 meets at position 9 of the plate No.2 here protruding point,

   position at which the row differential stops automatically when pressing the "Gross pay" key 162 to select the "plus" side of the addition or subtraction totalization in order to print the gross pay on the shock. The "Paye bruto" key of row 1 is in the third position, plate No. 3 has notches 8. all positions except in this third, as can be seen in the table and therefore the lower finger of the 767 contactor block in contact with this plate! the third position which also prevents the movement of the lever 1072 in the direction of clockwise.

   Since the lovier 1072 cannot move counterclockwise the lever 1070 pivots around the axis 1071 and moves, by its contact with a pin 1074 of an arm 1075 oscillating on the tigo 744, this counterclockwise arm 1075 which, using an orgot 1076, moves an arm 1077 and a shaft 1078 to which it is fixed in a clockwise direction. On the shaft 1078 is also fixed an arm 1079 beading a lug 1080 one taken with a

  <Desc / Clms Page number 133>

 slide 1081 which slides on the stud 993 and a stud 1082 (Fig. 89) carried by the bar 1007.

   This movement of the arm 1079 in the sound of the hands of a watch moves the slide 1081 to the right (Fig. 89) following which his finger 1083 moves the latter by its contact with a roller 1084 carried by the tongue 1048, counterclockwise so as to release its spout back teeth 1049 from the rack 992.

   At the same time an autro finger
1085 of the slide 1081 comes into contact with a lug 1086 of the tongue 1006 and moves the latter counterclockwise by releasing it from the bar 1004; at this moment, given that the two tongues 1006 and 1048, are released from bar 1004 and back teeth 1049, the spring 1011 drives the rack, whatever its position, to the right until its right end enters. contact with an arm 1087 fixed on the shaft 1056, This arm 1087 is provided with a finger 1088, maintained in contact with a stud
1089 of the frame 134, by a spring 1090.



   During the first part of the printing operation of the first deduction, the bar 1007, when it is moved to the left, forces the tab 1006 to engage with the shoulder 1005 of the bar 1004 and to move it slightly to the left so as to align the check 152 definitively to the position of the first deduction, or fourth printing position which is exactly the same as it occupied for the first impression when printing the hours and earnings .



   After printing the first deduction, the check
152 is again successively advanced using the tongue
1006 and bar 1004 has the end of printing the second, third, fourth and fifth deduction which correspond to the fifth, sixth, seventh and eighth printing position following the freeze 71.

  <Desc / Clms Page number 134>

 



   After printing the last deduction, everything is ready so that the operator can press key 162 "Net pay" to print the net pay of the employee on the shock, like, which, as explained below, represents the difference between his gross pay and deductions. The net pay, as seen in the reproduction of the shock in fig. 24, is printed on the shock always in the same place, opposite the fourth deduction which is designated by the ninth printing position in fig. 71 and we see that the check is aligned with the fourth deduction or the position of the seventh impression.



   We ddorera the means for the advancement of the check at side ninth printing position or pay position notto one resting more particularly in fig. 65.95 and 96.



   The advancement of the shock 152 to the ninth printing position or net pay position is also controlled by the selection plates designated by; "plate group No. 1095".



   They are indicated on line 7 of the control panel (Fig. 65) and start in fig. 95. On the feed shaft 966 is fixed a gear wheel 1096 (Fig. 95) which can be driven by a rack 1097 slidably mounted on a stud 1098 at its left end and between the studs 1099, all doors by the frame 133 of the printer. Near the rack 1097 is mounted, on the stud
1097 and between the studs 1099, a bar 1100 provided with a lug
1101 which engages on an arm 1102 pivoting on an axis 1103 fixed on the frame 133 of the printer. The arm 1102 carries a roller 1104 held by a spring 1105 in contact with a cam 1106 caldered on the printer's control shaft 370.

   The bar 110 carries an articulated tongue 1107 provided with a pin which is maintained in contact. By a spring 1109 with a heel 1110 of an arm 1111 fixed on a hub
1112; on this hub is, in turn, fixed a lever-contactour 1113 which

  <Desc / Clms Page number 135>

 carries the habituol 767 ot contactor block to which ost attached a spring 1114 which mows to move the lovior 1113 and the arm 1111 counterclockwise, The lovior 1113 is held in contact with a stud 1115 of a arm 1116 which is fixed on the shaft 762 which, as we remember,

   undergoes during each operation of the machine first a movement in the opposite direction of the uno montroo needles and then a rotational movement towards the normal position in the sounds of the uno montroo needles,
When the shaft 762 undergoes a counterclockwise movement, the arm 1116 moves away from the stud 1115 of the lever 1113, after which the spring 1114 drives the lovior-oontaotour 1113 counterclockwise. uno montro;

   the lower fingers of the lever and of the block 767, if they burr .. will notches in all the plates of the group 1095, are displaced by a sufficient distance to lift the arm 1111, following which the spring 1109 centers the latch 1107 in the direction of the back needles of a watch place its left end on the path traversed by the shoulder 1117 of the rack 1097,
Referring to fig, 65 line 7 it can be seen that the plate No. 1 controlled by the check contactor device has a notch at the zero position (Arabic) which is located in front of the lower finger of the lever 1113, The plate No. .

   2 has a notch in the ninth position (Arabic) and, given that this plate has been controlled by the differential of row No, 2, moved to the opurs of the operation "net pay" vors the ninth position, the lower finger of the block 767 will be in front of the notch of this plate No.2.



  Plate No. 3 has a notch at position 1 which is; the "pay notto" position of row 1 and therefore the blec-contact- our 767 and the contactour lever 1113 will meet notches. the spring 1114 is thus pormottant to lift the arm 1111, following

  <Desc / Clms Page number 136>

 whereby the tongue 1107 will be placed on the path traveled by,
 EMI136.1
 l6paularnvnt 1117 do the screech 1097, Then the cam 1106 pushes back the arm 1102 and moves the bar 1100 towards the gaucho do so that the tongue 1107 contacts the shoulder 1117 and
 EMI136.2
 replace the rack 1097 to the "net pay" position, or ninth improssion position indicated in fig. 71.

   This, well
 EMI136.3
 understood, assuming that the oramailloro is in the position shown in fig. 96. However, this rack can be found much more gaucho of the position indicated by fig. 96. In this case, the tab 1107 as a result of the movement of the bar 1100 so will simply move empty to the left and, when the
 EMI136.4
 oromalllore 992 is abandoned to the action of its spring 1011, a spring 1118 fixed to the rack 1097 drives the cr6mai11ar 1097 with the rack 992;

   since they are driven together by their gear wheels 1096 and 991, they will always occupy the marl position and, when the rack 1097 moves to the right under the action of its spring 1118 it will move to the right position.
 EMI136.5
 that the shoulder 1117 comes into contact with the tongue 1107 pushed by the cam 1106 to the right to a final position which is the "net pay" position or ninth printing position, shown in FIG. 71.



   The cams 975, 995 and 1008 which control the advancement of the check and the cam 1119 controlling the elective mechanism of the shock are all mounted on a hub 976. On the hub 976 is also
 EMI136.6
 fixed a sleeve 1120 provided with a shoulder, 1121. The sleeves 1120 and 976 rotate on the shaft 370. On the control shaft of the printer
 EMI136.7
 eur, near the shoulder 1121 of the sleeve 1120, is fixed a plate 1122 carrying a latch dtentation 1123 supported by a spring 1124 against the shoulder 1121 = therefore, when the shaft 370 pivots clockwise , all cams 975, 995, 1008 and 1119 are driven with shaft 370 as long as pawl 1123 is engaged with shoulder 1121.

  <Desc / Clms Page number 137>

 



  A braking latch 1125 prevents any movement of the shoulder 1121 backwards.



   Referring to fig. 90 and 91 it is recalled that in the absence of a shock in the machine., The contactor 858 causes the movement of the levior, 886 in the direction of clockwise and, in this case, a pin 1126 fixed on this lever moves an arm 1127 in the anti-clockwise direction, as shown in fig. 91.

   This arm 1127 is fixed on the rod 882 on which an arm 1128 is also fixed and the latter, when the rod pivots in the opposite direction of the needles of uno shows up on the path of a tail 1129 of the latch 1123, Consequently , when the plate 1122 'is driven by the shaft 370 in the sounds' clockwise when the tail 1129 of the linquet 1123 comes into contact with the arm 1128, said latch ost disengages from the shoulder 1121 of the sleeve 1120 ot this manohon 1120 is not driven with shaft 370 during machine operations where there is no check to receive the indentations and therefore none of the cams 975, 995, 1008 or 1119 will be actuated during such operations.



    GREEK EJECTOR MECHANISM
After the net pay is printed on check 152, the latter ejects and returns during ejection so that the checks will be stacked in numerical order. The stack of checks remains on a shelf 1130 (Fig. 1) near the center of the machine below the check guide 961.



   The ost checks ejector mechanism stands on them. Fig. 66, 67, 79 '2' and 104. With deflector 962 in the normal position shown in Figs. 67.71 as well as 79,

  <Desc / Clms Page number 138>

   the operator introduces the shock 152 up to the stop 963, where indicated The insertion is obviously made below the deflector 962. After the insertion, the feed rollers 964 rotate to advance the check 152 so that it can receive the different impressions as indicated in fig. 71 by means which have been described above.

   During the printing of the last two or three deductions each 152 is brought to the position shown in fig. 82, the deflector 962 being previously lowered from the position of the pin 79 to the position indicated in FIG. 82; Then, after the operation of the "net pay" key and during the printing time of the "net pay", the shock 152 remains substantially in the position of the freeze 82 where it is ready to be ejected from the machine by the ejector mechanism and at the same time automatically returns so that the numerical or alphabetical order of the checks is maintained when they are piled on the tablet 1130.



   The deflector 962 is fixed on a shaft 1132 port by the check guide 961. On oot shaft 1132 is also fixed an arm 1133 provided with a lug engaged on an arm 1134 which pivots on an arbro 1135 port by consoles 1136 fixed to cross member 138. The arm 1134 has a finger 1137 held in contact with the stud 1138 by a spring 1139 which is tensioned between a stud of the arm 1134 and the stud 1138.



   On the shaft 1135 is also m, onté, in rotation .. a lever 1145 provided with a finger, 1140 maintained in contact with a pin 1141 of the frame 134 by a spring 1142. On the shaft 1135 is fixed a motor arm 1143 represent in the normal position, in fig. 80.



   By means described hereinafter, shaft 1135 can first undergo clockwise movement and then backward movement to the normal position in the opposite direction.

  <Desc / Clms Page number 139>

 



  As a result of the clockwise movement of the shaft 1135, the arm 1143 engages a stud 1144 carried by the lever 1145 and moves this lever clockwise, after which the spring 1139 forces the finger 1137 to remain in contact with the goujoh 1138 of the lever 1145 and consequently moves the arm 1134 in the clockwise reverse direction by driving the arm 1133 and the deflector 962 in the opposite direction, from the position indicated on figs 79 and 80 towards that of fig 820
We will now describe the means intended to turn the shaft 1135 and to retain it. On the shaft 1135 is mounted a toothed wheel 1150 (Fig. 66, 79 and 104) which meshes with a rack 1151 supported slidingly by a pin 1152 Fixed on the frame 134 and by the shaft 737.

   A chain rack * '. 1151 is attached a spring 1153 driving the rack normally to the right looking at the pin 79. The rack 1151 port a potite rack 1154 which meshes with a pinion 1155 oscillating on the shaft 737. To this pinion 1155 is fixed a smaller pinion 1156 which meshes with a toothed segment 1157 pivoting on a pin 1158 port by the frames 134 and 135 of the printer. To this segment 1157 is fixed an arm 1159 carrying a roller 1160 which cooperates with the cam 1119 mentioned above and which, as we will recall, is fixed on the sleeve 276 and driven by the coupling mechanism present on the Fig. 93 ot 94.



   In order to maintain the segment 1157 in the normal position imposed on the pin 79, the segment has an arm which is integral with it 1161 engaged on a lug 1162 fixed on an arm 1163 stretched by a spring and pivoting on a pin 1164 porto by the chassis 1330 This arm 1163 is located between the cameo 975 and the oamo 1119 and can be actuated by a roller carried by the cams 975 and 1119,

  <Desc / Clms Page number 140>

   ,, The distribution of times for cam 1119 is shown on line 16 of the table in fig, 109 which shows that the (F) deflector is closed / from 60 degrees to 160 degrees i.e. the operation of the initial movement of the shock indicated in (O) fig, 71.

   At this moment the camo 1119 moves, with the aid of the arm 1159, the segment 1157, the rack 1154 ot the pinions 1155, ot 1156, the rack 1151 from the position shown in FIG. 79 Go to the left until a notch 1166 in the rack 1151 is located below a block 1167 fixed on an arm sews $ 1168 (Fig, 66) which pivots on an axo 979. This elbow arm 1168 is melted to engage a fixed stud 1169 on the brake lock 984 of the mower rollers described above.



   When this latch 984 moves from the position shown in fig. 66 towards glue of the pin 103 it centers the arm 1168 in the opposite direction to the needles of a watch after the notch 1166 has been placed below the block 1167 and this half gold, therefore engages in the notch 1166 and retains the rack in its gaucho position, thus maintaining the spring 1151 under tension.

   Cotto position dela rack 1151 is, as stated above, maintained until it is time to eject the check during the "paye notto" operation,
The raised part of the cam 1119 gives a little clearance between the left edge of the block 1167 and the left side of the notch 1166 so that when the time comes to release the latch from the lug 983, which is 'obtained by means which will be described below, under the control of a group of control plates, this mechanism does not have to overcome all the force of the clipped spring,
After releasing the lock 984 from the lug 983,

   arm 1168 moves clockwise and rack 1151 is therefore released to the action of the spring

  <Desc / Clms Page number 141>

 1153 which enters the rack 1151 quickly to the right by rapidly rotating the shaft 1135 counterclockwise through the pinion 1150 do so as to eject and return the check 152 which we have place in the position shown in FIG. 82.



   To allow, during the ejection movement, the advancement bar 1104 (Fig. 83,85 and 89) to return to its normal position, the tongue 1006 is disengaged from the teeth 1032 thanks to the contact of the tail of the latch 1006 with a pin-cam 1179 fixed on the frame 134.



     The means intended to eject and return do shock will be described below. This mechanism for ejecting and returning the check comprises a pair of substantially circular plates 1170 mounted idly on the shaft 1135, Each plate 1170 has a rim 1171 at right angles to which is fixed a curved finger 1172 with which a gripper finger cooperates. 1173 of a lever 1174 pivoting on an axis 1175 fixed on the plate 1170.



   In the normal positions of these parts, shown in Figs. 79 and 81, a spring 1176 connects to a stud 1177 of the lever 1174 and a stud 1178 of the plate 1170 tratts the finger 1173 towards the interior surface of the finger 1172, but, by means which will be described hereinafter, the finger 1173 is kept away from finger 1172.



  The lever 1174 also port a lug 1180 (Fig, 82) intended to cooperate with a commando arm 1181 'also cooperating with a lug 1182 port by the plate 1170.



   The lever 1174 (Fig. 81) carries a galot 1185 passing through an opening 1186 made in the plate 1170 to cooperate with a cam 1187, angularly adjustable around the arbro 1135, For this purpose of adjustment the plate 1187 is provided with soft studs 1188

  <Desc / Clms Page number 142>

 which enter two concentric 1189 casts made in the oonsolo 1136.

   Using the castings 1189 and the studs 1188 the cam 1187 can be angularly adjusted around the shaft 1135 so as to bring the control surface 1190 to the desired position, in view of the cooperation with the roller 1185 of the lever 1174 , After adjusting the control surface 1190 to the position required for the cam plate 1187 is locked in this adjustment position by nuts 1191.

   In the normal position (Fig. 81) the surface 1190 of the ring holds, by contact with the roller 1185, the finger 1173 away from the finger 1172 where the tension of the spring 1176e
During the initial movement of the check the rack 1151 moves to the left in the manner described above * By causing this movement of the rack to the left which turns the shaft 1135 in the sounds of clockwise, los motor arms 1181 sa move naturally in the same direction and the movable plates 1170, or insane ascents turning clockwise while maintaining the lugs 1182 against the arms 1181 because most of the weight of the plates 1170 its found, in the normal position, right of the tree 1135.



   Placing the first part of the movement of the plates 1170 in the sounds of the hands of a watch, the stationary back camos 1190 surfaces 1187 keep the fingers 1173 away from the fingers 1172. ' Then, when the rollers 1186 left the surfaces 1190, the springs 1176 entered the levers 1174 clockwise on their lugs 1175 until the fingers 1173 made contact with the fingers 1172. At this point it was there is no check between the fingers 1172 ot 1173.

   But, when the arms 1181 continue their movement in a clockwise direction, the gap between the arms and the lugs 1180 is formed and the arms 1180 continue to drive the plates 1170 into the without.

  <Desc / Clms Page number 143>

 clockwise until the coins reach the position shown in fig 82.



   When the plates 1170 reach this position, a stud 1194 of each plate contacts a fixed square stud 1195 on each stationary bracket 1136 thereby stopping the movement of the plate 1170 clockwise. Then the shaft 1135 and the arms 1181 have only a small movement to perform in the direction of clockwise to reach the extreme point of their rotation in this direction;

   meanwhile the arms 1181 move, by their contact with the lugs 1180, the levers 1174. counterclockwise around their pivots 1175 do so as to open the gripper fingers 1173 or, in other words , to spread those fingers
1173 of the inner surface of fingers 1172 so that the check can advance between fingers 1172 and 1173, as shown in Fig. 82. On this figure the check 152 is shown as it has just entered the space between fingers 1172 and 1173, during the "net pay" operation it will be more to the left before it is ejected and returned.



   After completing all printouts on the check
152 during the "net pay" operation or operation of the ninth printing following the freeze 71, the arm 984 releases, under the control of the means described below, the block 1167 from the notch 1166 in the rack 1151.



   After disengaging block 1167 from notch 1166, spring 1153 drives rack 1151 very quickly straight so as to rotate shaft 1135 and arms 1181 rapidly counterclockwise to their normal positions. . At the very beginning of this movement in the direction indicated by the arms 1181, these move away from the lugs 1180 and enter

  <Desc / Clms Page number 144>

 in contact with the lugs 1182 of the plates 1170. When the arms 1181 leave the lugs 1180 of the levers 1174, the rossorts 1176 moving the levers 1174 thus bringing the fingers 1173 to ensorror avoc force the shock 152 ontro themselves ot the inner surface fingers 1172.



   Then; the subsequent movement of the back arm 1181 in the opposite direction back clockwise moves, by the contact of cos bras avoc los orgots 1182, the plates 1170 in the same direction, following which the fingers 1172 and 1173 eject the shock 152 do the machine.

   During this ejection, the shock so rotoumo ot its anterior stop touches the edges of the brackets 1136. However, immediately before the anterior edge of the shock 152 fife comes into contact with the brackets 1136, the rollers 1185 back lovior 1174 are. Contact with the raised surface 1190 of the cams 1187 thus moving the lovior 1174 in the opposite direction of the hands of a montro against the action of the springs 1176 do so as to open the fingers 1172 and 1173 or, in other words, to dloignor the fingers 1173 of the shock 152 and drop the latter on the tablet 1130.



   However, following the subsequent movement of the plates 1170 in the opposite direction of the clockwise towards their normal positions, each one cannot go further, since its anterior edge touches the edge of the brackets 1136, ot consequently the fingers. open 1172 ot 1173 dopassent the edges of the shock ot this one falls on the tablet 1130 represented on the figs 1 ot 790
It should be noted here that, taking into account the time that the plates 1170 are moving in a clockwise direction, the rollers 1185 of the levers 1174 are in contact with the raised surfaces 1190 fixed cams 1187 and open the fingers. 1172 and 1173, but owing to the fact that, in this phase, there is no shock or other document between the fingers, this movement is an empty movement and,

   which the pebbles 1185 have left the upper sides of the raised surfaces ...................................... .........

  <Desc / Clms Page number 145>

 



  1190, the springs 1176 put the levers 1174 in a position where the fingers 1173 touch! new inside of fingers 1172,
The means intended to release the latch 984 (Figs, 66 and 103) from the lug 983 carried by the elbow lever 978 of the tensioning roller is commanded by a group of selector plates, designated by "group of plates 1200", indicated on line 4 of the table in FIG. 65 and represents in fig. 57-B ot 84. Co group no contains two plates, plate No. 2 being controlled by the differential of row 2 and plate No. 3 by the differential of row 1. The control panel of fig. 65 shows that plate No. 2 has back notches at positions 2, 3 ot 4 (Arabic) ot quo plate No. 3 back notches at positions 0 and 6 (Arabic).



  The notches 2, 3 ot 4 of the plate 2 exit on ejection of the card 156 (fig. 25) printed during the analysis operations and the notches 0 and 6 (arabos) of the plate No. 3 are used in combination with notches 2, 3 and 4 of plate 2 during the analysis operation. Plate No, 2 also has notches at positions 11, IV ot IX (Roman) whose positions 11 and IV are used for analysis and plate No.3 has notches at positions 0, IV and V also used for the analysis. 'analysis.

   Plate 'No, 2 has a notch at the Roman IX position corresponding to position 9 of the differential of row 2, selected during the "net pay" operation to extract from the addition and subtraction totalizer the net pay do l 'employee; plate No.3 is notched at the Roman I position, which is the position corresponding to key 162 "Net payo". In other words, plate No.2 must be in position 9 and plate 3 must be in position 1 lest the contactor mechanism be able to function properly in order to disengage the latch 984 from the lug 983 so as to assign a ........................................,.

  <Desc / Clms Page number 146>

 operation of the check reader mechanism which has just been described.



   Referring now particularly to, FIG. 6 67 and 84, it can be seen that on the shaft 762 pivots a contact lever 1201 provided with a spring which tends to drive this lever in the anti-clockwise direction. On this pivot lever 1201, an articulation 1203 also pivoting on an arm 1204 mounts on 10 pin 1060 and drives by the spring 1202 oontro a pin 1205 carried by an arm 1206 wedges on the shaft 1056.



   Remember that the shaft 1056 rotates, under the action of the cams 1051 and 1052 ;, first clockwise and then counterclockwise, During the movement of the shaft 1056 in the clockwise, stud 1205 moves away from arm 1204, whereupon spring 1202 forces the lower end of arm 1204 to follow stud 1205 and! move the gaucho joint 1203 so as to move the lever 1201 counterclockwise, provided that plate No.

   S has been adjusted to position 9 and plate No. 1 to position 1a after which the upper finger of contactor block 767 carried by lever 1201 engages in the notches of two plates No., 2 and 3 of the group 1200. The articulation 1203 carries a lug 1207 which, when the articulation so moves to the left, - enters a contact with an arm 1208 wedges on the arbro 985 and turns this shaft counterclockwise. a watch thereby disengaging the latch 984 from the lug 983 and the block 1167 from the notch 1166 in the rack 1151 after which the spring actuates the ejector mechanism in the manner described.



   However, before this injection mechanism can be operated, it is necessary that the tongue 1148 (Fig. 84) is released from the teeth 1043 of the rack 992 that the tongue 1012 is released from 1: shoulder 1013 of the bar 1007 and that the tongue

  <Desc / Clms Page number 147>

 
1046 is away from the path traveled by the shoulder 1047 of the bar 1007.



   In other words, it is necessary, so that these languettos are released, that the upper finger of the bloo 767 carries by the lever 1201 roncontro back notches in the position IX (Roman) of the plate 2 ot in the position I (Roman) of plate No.3 controlled respectively by the differentials of rows 2 and 1.



   When this takes place, the lovior 1201, as said above, is moved by its spring 1202 in an anti-clockwise direction of uno montro, as a result of which a hinge 1209 pivoting on the lever 1201 is moved down, This hinge is slotted to embrace a stud 1210 of an arm 1211 which pivots on stud 1014, The outer end of stud 1210 ost cuts in a semicircle $ as shown on figs 84 ot 102, which corresponds to a semi-circle cut from another stud 1212 carried by the tongue 1048,
As a result, as the joint 1209 lowers, the arm 1211 moves counterclockwise and the semi-circular section of the stud 1210 moves,

   this is due to its contact with the semicircular section of the stud 1212, the tongue 1048 in the dull sensing thus freeing its motor beak from the teeth 1049 of the rack 992. The tongue 1046 being firmly fixed to the tongue 1048 the beak of this tongue
1046 lowers away from the path taken by the shoulder of bar 1007.

   The arm 1211 is integral with a bracket 1213 which is fixed to an arm 1214 also pivoting on the axis 1014 which is located above the axis 1044 of the latch 1012; therefore, when the arm 1211 moves under the action of the joint 1209 counterclockwise, the caliper 1213 and
10 arms 1214 move in the direction of the marl, as a result of which the tongue 1012 is driven in the opposite direction dos aiguillos

  <Desc / Clms Page number 148>

 of a watch so as to release its beak from the legal shoulder of bar 1007.



   By] the mechanism just described, the entire printer feed mechanism is returned to its normal position and the tension rollers 965 move upward by rotation of the shaft 969 clockwise. of a montro under the action of the spring 990 when the arm 984 is released from the lug 983 of the elbow lever 9780
In order to ensure the clearance of the check 152 back rolls 965 and 966 above the stopper 963 and to prevent the stopper from touching the paper, the return of the stops 963 to their normal positions is slightly delayed by the following mechanism.



   An elbow arm 1215 pivots on the shaft 1135 which is placed in the position shown in fig. 103 by a pin fixed to the rack 1151 when the latter moves from the position of the pin 79 on the left to the position indicated in FIG. 103. This movement brings, by means of an articulation 1217 pivoting on the elbow 988, this elbow 988 to the position shown in fig, 103 where it is located below the lug 989 of the articulation 980 which maintains the stops 963 in the lowered position indicated on fig 103.

   When the rack 1151 moves to the right by the spring 1153 to eject the check 152, an arm 218, integral with the elbow 1215, is maintained in the position of FIG. 103 up! that the stud 1216 has bent from below, this arm 1218;

   which gives the shock sufficient time to be certain that it has come out of the rollers 965 which were lifted in the manner described precodemmont after the release of the arm 984 from the lug 983 so that the spring 990 can move the rack 988 and therefore the shaft 987 and the arm 986 in an anti-clockwise direction when the lug 989 is moved to the left

  <Desc / Clms Page number 149>

 out of reach of the finger of the aortic elbow 988 that, under the action of the spring 990. the fingers or stops 963 will be brought back to the normal positions ready to stop a second shock 152 introduced in the same way in the position indicated on the fig. 71, ADVANCE OF THE BORDER AND SELECTION OF COLUMNS AND LINES.



   We remember that the pay slip 151 (Fig. 28) (X, Y ..) bears the names of several employees, their number depending on the system applied by the employer who has the paychecks established on the machine of this invention. .



   As can be seen in Fig. 28, a space has been provided for each employee and, in this space, we notice two printed lines. In column 2 for example the gross pay is printed on the upper line of the space and the net pay on (he the lower line, for example, for John Dupon employee whose full account is contained in the first space of the The order number is on the top row of the space. Deductions can be printed on the top row or on the bottom row or on both in each particular column depending on the nature of those deductions.

   In the present invention, special new means have been provided for the selection, either of the upper row or of the lower row, under the control of the keys of rows 1, 2, 3 and 4,
There is also a new mechanism for the pay slip advance 151 from the bottom line of a space, by (X) example of the John Dupant reserve space, to the top line of the next following space, reserve for example to Rend Dubois, (Y) during the operation of the machine for the recording of previous earnings.

   The slip will therefore be adjusted6 during the operation which follows immediately afterwards, when registering

  <Desc / Clms Page number 150>

 of the employee's number of hours ot the sums corresponding to those hours on the top line of the first space, so that the hours and amount will be printed on the top line of the first space, as indicated in the columns 3 and 4 by printing "R-40.00" and "R-Fr 900.00".



   The pay slip 151 can be advanced by three feed rollers 1240 (Fig. 45) fixed on a shaft 1241 which is supported by the frames 131, 132 and 133 of the printer, as shown in fig. 42-A,
With each back feed rollers 1240 cooperates a roller tensioner 1242 (Fig. 68) porto by the arm 1243 of a bridle ot mounted, under the tension of a spring, on a shaft 1244 which is supported by brackets 1245 fixed. the base 123. The roller-mowers and their arms 1243 are kept in contact with the excavation of the bordoroau above the feed rollers 1240 under the action of a spring in exactly the same way as the roller-mowers 965, are kept in contact with the shock on the feed rollers 964, as previously described.



   Normally the trim rollers 1242 are taken together with the feed rollers 1240, as shown in FIG. 68 in such a way that a pay slip 151 can be introduced into the machine in the desired position so that it is advanced to position 01) it receives the first impression of the hours and the amount corresponding to these hours) the rollers 1242 must be released from the rollers 1240 by a manual lever 1257 described below * The operator then inserts the slip 151 into the machine until the double line immediately below the words "Name of (N ') l 'employee It is located at the anterior edge of a short bar 1246 (Fig.

   1) under which the edge of the slip 151 is placed when it is inserted into the machine.

  <Desc / Clms Page number 151>

 



     After inserting the slip into the machine, the roll mowers 1242 must be contacted with the slip for the onsorror between the feed rollers 1240; the vorrou of the machine must be cleared so that the machine can be turned on. Co lock of the machine consists of a lever 1247 similar to the lever 917 of FIG. 66.

   This coil 1247 is connected by uno articulation 1248 to an arm (not shown) mounted on the shaft 628 (Fig 33 and 34) loquol, as we remind, is rolid to the release shaft 149 which moves in the sounds needles of a watch to operate the machine ot, when it moves in this sounds, the lovior 1247 ost moves in the same sounds by the articulation 1248.



    However, oommo can be seen in fig. 68, when the tondours rollers are moved away the lever 1248 no can move in the needle back sounds of a watch because the arm-vorrou 1248 pivoting on the shaft @@ 1241 is located below it. finger 1250 of lever 1247.



   During the time when the winding rollers 1242 take the operating position, the vorrou arm 1249 is withdrawn from the locking position relative to the finger 1250 by the following means. The lock arm 1249 is provided with a finger 1251 which is normally engaged on a shoulder 1252 of an arm 1253 under the action of a rossort 1254. Co arm 1253 is mounted loose on a shaft 1255 supported by the frame 131 , 132 -and 133 from the printer. On a pin 1256 fixed to the frame 131 the manual lever 125.7 rotates mentioned above (fig. 39 ot 69) and mounts between the frame 131 and a guide plate 1258 fixed to the frame 131.



   In Fig. 69 lever 1257 is shown in its normal position. When this lever moves to the left towards the "Tension" position (T), indicated by a dotted line, a joint which pivots on this lever and also on an arm 1260 fixed on the shaft 1255 rotates the latter in the direction clockwise, following which a stud 1261 of an arm 1262 fixed on the shaft 1255

  <Desc / Clms Page number 152>

 comes into contact with the upper side of the arm 1253 by moving it clockwise against the tension of the spring 1254 and disengaging the shoulder 1252 of the finger 1251 of the latch arm 1249,

   After which a spring 1263 fixed to the arm 1249 moves co last in an anti-clockwise direction so as to move its upper end away from below the finger 1250 .. of the lever 1247. In time the finger 1251 is engages on a shoulder of the notch 1252 so as to hold the lock arm 1249 in the unlocked position so that the lever 1247 is moved clockwise to allow the shaft 149 do turn clockwise to start the machine,
As the arm 1262 moves clockwise, an arm 1264, integral with the arm 1262, contacts a pin 1265 fixed on a hinge 1266 and moves the hinge from the position of FIG.

   68 on the right after which a pin 1267 carried by the joint 1266 moves a forked arm 1268 fixed on the shaft 1244 in a counterclockwise direction so as to allow the tension rollers 1242 to s 'lower and come into contact with the slip on the feed rollers under the tension of a spring exactly from the marl so that the rollers 965 of the pin 103 lower towards each located on the feed rollers 964 of the check *
The articulation 1266 is mounted so as to slide by its left end on a shaft 1269 supported by the chassis 131, 132 and 133 and its right end pivots on the upper end of an elbow arm 1270 which,

   itself oscillates on a stud 1271 carried by the frame 133 of the printer. Movement of the joint 1266 to the right moves the elbow 1270 whereupon a pin 1272 fixed on this elbow is placed below a notch of a latch 1273 fixed on a shaft 1274 supported by

  <Desc / Clms Page number 153>

 printer chassis 131, 132 and 133.

   A spring 1275 holds the latch normally against stud 1272 and, as the pin moves to the right, as shown on Figs 68 and
69, the spring 1275 displaoe the vorrou, following which its notch engages on the stud 1272 and maintains the elbow arm
1270 in its maneuvering position thus maintaining the trimming rollers 1242 in their operating positions relative to the feed rollers 1240.



   In order to be able to withdraw the borderoau do paye 151 from the machine after the establishment of the checks for the employees indicated on the slip and whose number perhaps any, 50 or 60 for example, it is necessary to release los mower rollers 1242 so as to be able to remove the borderoau without tearing it. For this purpose, a forked arm 1276 has been provided, also fixed on the shaft 1255 (Fig. 69 and 70) which engages on a pin 1277 carried by a hinge 1278 slidably mounted on the shaft 1269 and on a stud 1279 fixed on the frame 131. This articulation 1278 carries a lug 1280 which can cooperate with an arm 1281 ′ fixed on the locking shaft 1274.



   In order to release the tension rollers to be able to insert and withdraw the slip 151, the operator moves the lever (R)
1257 (Fig. 69) to the right, as a result of which the shaft 1255 oscillates, under the aotion of the joint 1259 and the arm 1260, in an anti-clockwise direction and the arm 1276 moves the hinge left so that the pin 1280 contacts the arm 1281 and causes the shaft 1274 to oscillate counterclockwise to a montro, which raises the latch 1273, or in other words, it moves it in counterclockwise and releases its notch from the stud 1272 1 following which a spring
1282 fixed to the elbow 1270 drives the elbow to the position shown in fig.

   69, thus bending the stud 1272 under the partio

  <Desc / Clms Page number 154>

 main of the upper arm of the lock 1273,
As the shaft 1255 oscillates counterclockwise, the pin 1261 of the arm 1262 returns the latch arm 1249 from the free position to the position shown;, after which its end The upper is located below the finger 1250 of the coil 1247 thus preventing any movement of the shaft 149 triggering the machine in a clockwise direction while the mower rollers are released from the feed rollers 1240.



   The machino is provided with a safety device to prevent the release of the tensioner rollers 1242 affecting the operation of the machine. Co device consists of a galot 1283 carried by the elbow 1270, - after the movement of the elbow 1270 in the sounds of clockwise by the movement of the joint 1266 to the right, co roller 1283 is lowered, when the rollers 1242 are put into the operating position, do the position shown on fig 69 and move away from the small radius portions of a cam 1284 attached to the shaft 370 of the printer.

   When this shaft rotates clockwise. of a watch, the protruding part of the cam 1284 comes into contact with the roller 1283 and blocks all movement of the elbow 1270 under the action of its spring 1282, so that, dull if the operator moves the lever 1257 to right to disengage the rollers and block the machine, there is no effect paroo that the lock 1273 is only moved counterclockwise and released from the pin 1272, but its spring 1275 drives, from that the operator abandons the levior 1267,

   immediately the latch again clockwise again whereupon the notch of the upper arm of the latch engages again the stud 1272 and holds the parts so that the tension rollers 1242 'remain in place. the active position.

  <Desc / Clms Page number 155>

 



  Then, when the shaft 370 reaches its normal position, the lever 157 can be moved clockwise to disengage the tension rollers 1242 and to remove the slip 151 at the end of any subsequent operation. 'operation, net pay.



   For the advancement of the slip from the upper line of any space to the lower line of this same space or from the lower line of any space to the upper line of this space marl as well as for the advancement of the slip do the lower line of one space towards the upper line of the next space three ratchet wheels 1290, 1291 and 12920 have been provided, all fixed to each other, all mounted and fixed on the feed shaft - ation 1241. With the ratchet wheel 1290 cooperates @ a pawl 1293.

   A spring 1294 normally holds the pawl 1293 in engagement with the wheel 1290 to rotate the feed rollers 1240 so as to advance the slip 151 from the bottom line of any space to the top line of the next space, .



  This ratchet 1293 operates with the aid of the means described below, during each operation where the previous earnings of the employee are read on a card and recorded in the totalizer "GT2" of the machine after depressing the key. 164 "Previous earnings". a pawl 1295 (Figs. 59 and 60) cooperates with the ratchet wheel 1291 by the action of a spring 1296 to advance the pay edge from the top line any space to the bottom line of that same space.

   Co ratchet is controlled by key 162 "Paye.nette", by keys 166 T, X, M and K and by keys 165 B, D, F, H and J do so as to advance the pay slip 151 by the pawl 1295 when, in the preceding operation, the impression has been made on the upper line of this same space.



  This ratchet 1295 is controlled by keys 166 R, S, N and L, by keys 165-A, C, E and G and by key 162 "rute" to prevent by lowering one of these keys any advancement of

  <Desc / Clms Page number 156>

 slip if the last printing before the lowering of these keys was made on the upper line of the particular space in which the printing is to be made.



   A pawl 1297 (Fig. 59) can cooperate with the ratchet wheel 1292 under the action of a spring 1298 to advance the pay bordo from the lower line of any espaco to the upper line of the same space under control. do key 162 "Gross pay", keys 166 R, S, N and L and back keys 165 A, C, E and G when the last previous impression has been made on the lower line of this spaced This oliquet 1297 can also be commanded by key 162 "Net pay", touches! 166 T, X, M and K and touohes 165 B, D, E, F,

   H and J to prevent any advancement of the pay slip 151 when the last previous impression was made on the lower line of this particular space,
The pawls 1294, 1295 and 1297 all pivot on a drive joint 1300 split so as to slide by its left end on a hub of the ratchet wheel 1291 and pivot at the right end on an arm 1301 swinging on a stud 1302 port by the frame 132 of the printer.

   A spring 1303 supports a roller 1304 port by the arm 1301 against a cam 1305 wedged on the shaft 370 of the printer,
During each operation of the shaft 370 the cam 1305 moves the joint 1300 first left and then back to the right to the position shown in fig. 59; that is to say, it allows the spring 1303 to bring the joint 1300 back to the right.



   When the joint 1300 moves to gaucho, the pawl 1295 being in engagement with the ratchet wheel 1290, the pay slip advancement do the lower line of any space towards the line

  <Desc / Clms Page number 157>

 superiors of the following space. If pawl 1296 is engaged with wheel 1291 during this movement of joint 1300 to the left, pay slip 151 advances from the top line by any space to the bottom line of the space marl and if oliquet 1297 is meshing with the roohot wheel 1292, the pay slip 151 is brought back from the lower line of any space to the upper line of the same space.



   The clutch ot the disengagement of the pawls 1293, 1295 and 1297 with their respective wheels 1290, 1291 and 1292 are controlled by two groups of notched control plates which bear the numbers 1306 and 1307 (Fig, 39 and 58-A), The plate group 1306 has four plates, as indicated on line 2 of the control panel 64-A and 64-B, controlled by the back row keys, 1, 2, 3 and 4. The plate group 1307 has nothing soft plates, as shown in row 1 of the table in fig, 65, controlled by the buttons in rows 1 and 2. Plate group 1306 controls the three pawls and plate group 1307 controls only the feed pawl 1293 .



   Avec'le group of plates 1306 cooperates a lovior - contactor 1308 pivoting on the shaft 762. This lever is provided with a finger 1309 which cooperates with a lug 1310 of an arm 1311 fixed on the shaft 762 which, as one remember, undergoes during each cycle of operation of the machine first a counterclockwise movement and then a backward movement clockwise. The lever; contactor 1308 has an arm 1312 which cooperates with a lug 1313 of the pawl 1293.

   To the lever-contactor 1308 is fixed, by means of a mandhon 1314, a lever-contactor 1315 (Fig. 59) provided with a finger 1316 which cooperates with a lug 1317 of the pawl 1297 and a finger 1318 cooperating. with a pin 1319 of the pawl 1295.

  <Desc / Clms Page number 158>

 a spring 1320 connected to the lug 1310 and to a stud fixed to the lever 1315 maintains the finger 1309 normally in contact with the lug 1310 so that, when the arm 1311 moves in a counterclockwise direction, the levers 1308 and 1315 move in the direction marl under the control of the plates of group 1306.

   Between the levers 1308 and 1315 is a bloo-contactor 767 supported by them and which determines, in cooperation with the notches and the protruding points of the plates of the group 1306, whether the loviors 1308 and 1315 will be moved or not in the direction contrary to that of the aiguillos of a watch to control the pawls 1293,1295, and 1297,
It should be noted that, in fig. 62, the coil 1308 is shown in the maneuvering position and the lever 1315 is removed. The lever 1308 is shown partly in the normal position in fig, 60.



   Referring to line 2 of the control table of Figs. 64-A and 64-B it will be seen that the plate No, 1, which is the plate shown in fig. 59, has back notches at positions 0 and 3 (Arabic) which correspond to the addition position of the differential of row 1 and to the "raw" position of row 1, Plate No. 2, controlled by the differential of rangéo 4, has notches at positions 0, '2, 4,6 and 8 corresponding to the 0 position of the differential and to keys 166 of row 4 L, K, S and R.

   Plate No, 3 controlled by the differential of row 3 has notches at positions 0, 3.5, 7 and 9 (Arabic) which correspond to the 0 position of the differential and to keys 165, G, e, C and A of row 3, Plate No. 4 of this group has notches in positions 5, 6, 7, 8 and 9 (arabos) corresponding to the "Unblock" key, to the "minus" key to the "Earlier earnings" key and to the "Plus" button 164 of the row

  <Desc / Clms Page number 159>

 2, the release button being the automatic position of the row 2 differential when, as we will remember,

   any of the keys 165 A to J or the keys 166 N to K are actuated in view of the control of the deductions to be extracted from the addition and subtraction totalizer *
It can therefore be seen that by ootto combination of plates of group 1306 controlled by rows 1, 2, 3 and 4, when the lower finger of the contactor block 767 meets with the notches in all the plates, the levers 1316 and 1308 are moved in the counterclockwise under the action of the spring 1320 when the arm 1311 moves in this direction, This movement of the lever in the anti-clockwise direction forces the finger 1318 to come into contact with the lug 1319 of the pawl 1296 and to disengage it from the ratchet wheel 1291 and. finger 1316 being lowered,

   it allows the spring 1298 to drive the pawl 1297 counterclockwise so as to engage on the roohet wheel 1292. At the same time, the arm 1312 'of the lever 1308 disengages by its contact with the 'lug 1313 of oliquet 1293, the latter of its wheel 1290 and consequently, when the articulation 1300 moves to the left, the only pawl which produces an effect of advancement is the oliquet 1297 which is the pawl which advances the slip pay 161 do the bottom line of any space towards the line;

  superior of this same space,
Depending on the notches (Arabic side) of the plates of group 1306 described above, the lowering of one of the keys 165, A, C, E or G, or one of the keys 166, S, N, L or R, or the 162 "Gross" key brought the pay slip back from the bottom line to the top line of this space, provided it;

  was at the beginning of this operation in a position allowing him to receive an impression on the baseline

  <Desc / Clms Page number 160>

   In the operation just described, the pawl 1297 would have engaged the roohet 1292 against the teeth as indicated in FIG. 62 and move the slip back from the bottom line to the top line of space.



   However, finally of this operation the ratchet 1292 will remain in the position of the Fige 59s therefore, if one of the aforementioned keys was lowered for a following operation, when the pawl 1297 can engage on the rochot 1292 it does not. will not run in the radial direction of the teeth but near their upper edge as indicated by the dotted curve from the end of the oliquet to the end of the ratchet, therefore when the 1300 joint moves to the left, the pawl 1297 n 'does not drive the ratchet but passes without offet over the radial surface of the tooth behind the click, thus preventing any movement of the slip this time since the printing must be done on the top line of the space as in the previous operation.



   To advance the slip 151 from the upper line of any space towards the lower line of the same space the pawl 1295 must rotate the ratchet 1291. This pawl 1295 is controlled by the lever 1315 and, as seen in fig 59 . it can advance because ratchet 1292 shows that the last impression was made on the top line of space,
But, instead of the notches in the plates, 1, 2, 3 and 4 of group 1306, these are the protruding points of these plates which control the pawl 1295; consequently when the lower finger of block 767 meets a protruding point on one of the four plates of the group 1306, the pawl 1295 remains in the active position.

  <Desc / Clms Page number 161>

 



  The salient points are found, as regards the lower finger, in complementary positions, that is to say in positions opposite to the points of withdrawal. In other words, there are, on the plate 1, highlights in positions 3, 4 and 9 (Arabic) and, on plate 2, controlled by row 4, highlights in positions 1, 3, 5, 7 and 9.

   On plate No, 3 ordered by row 3, there will be protruding points at positions 2, 4, 6 and 8 ot, on plate No. 4 controlled by row 2 with protruding points at positions 0, 1, 2, 3 ot 4; in this way the lower finger of block 767 will meet its protruding points in the event of lowering any of the keys 165, B, D, F, H ot J of row 3 or any of the keys 166, T, X, M and K of row 4 or of key 162 "net payo" of row 1 and also when the row differential stops in the fifth position under the control of the deduction keys 165 ot 166 or in the ninth position under the control of the 166 R, T keys,

   S and X which are "winnings" keys.



   Since we need an eaillant point to control the block we must also have salient points in faco of the upper finger of the block 767, As can be seen in the table (Fig. 64-A and 64-B) we have provided a point protruding at each position denotes Roman numerals of plate No. 1, No. 2 and No. 3 and also at each position of plate No. 4 except position.

   Consequently, the two fingers of the block 767 will meet, in the event of lowering of one of the aforementioned keys of the salient points at least on one of the camos back plates and, therefore, the spring 1320 will not be able to move. the loviors 1315 and 1308 counterclockwise, the levers 1315 and 1308 will therefore be in the positions shown in Figs. 59 and 60 where the finger 1316, by its engagement on the lug 1317 released the oliquet 1297 from the ratchet 1292 and the finger 1318 being removed from

  <Desc / Clms Page number 162>

 lug 1319 allowed its spring 1296 to engage pawl 1295 with roohet 1291.

   Therefore, as the hinge 1300 moves to the left, the pawl 1295 rotates the ratchet 1291 so as to advance the pay slip from the top line one space to the bottom line of that same space.



   This movement of the roohet 1291 from the position indicated on fig 60 is intended to advance the bordereau of the ligno from the top to that of the bottom of any space is not a displacement of the roohet 1291 of a whole tooth) by Consequently, if the next impression is to be made on the same line of the same space, the pawl 1295 will not engage on the radial edge of the next tooth but on the angular rarity of the same which was engaged in the previous operation.



  There will therefore be an empty movement of the click 1295 and consequently the slip will not advance if successive impressions have to be made on the same line of the same space.



   To advance the slip 151 from the inf6ri-euro ligno from an ospaco quolconque to the upper ligno of the next space, the oliquet 1293 must engage on the Rochot wheel 1290 to drag it into the sounds of the hands of a clock. . This engagement of said pawl 1293 on its Rochot 1290 is offeotue under the control of two plates of group 1307.



   The drive pawl 1293 advancing the border from the lower row one space to the upper row of the next neighboring space is under the control of the plate group 1307 Indicated on the row of the control board (Fig 65) and constitutes by two plates; plate No. 2 and plate No. 3. In special cases the points are removed preventing

  <Desc / Clms Page number 163>

   the advancement and the salient points cause the advancement of the slip by means of the ratchet 1293.

   Plate No. 2, controlled by the differential of row 2, has protruding points at positions 0 to 9 (Arabic numerals) and at positions V, Vl ot Vlll (Roman numerals), Plate No. 3, ordered by the differential of row 1, possôdo back notches at positions 0, 2 and 3 and at positions 0, 1, 2 ot 3 (Roman). This pawl 1293, in addition to the control by the lovior oontactor 1308, is subject to the control of a contactour lever 1325 pivoting on the arbro 762 ot having a finger maintained in contact with the orgot 1310 of the arm 1311 by a spring 1327. This lever carries a contact block 767 (Figs. 60 and 63) and has an arm 1328 which cooperates with the lug 1313 of the pawl 1293.



   When the plates of group 1307 have notches in the lower finger of block 767, lever 1325 moves counterclockwise under the action of spring 1327 when arm 1311 moves counterclockwise. of a watch, and the arm 1328 therefore comes into contact with the lug 1313 and maintains the click 1293 in the position shown in Figs. 60 and 62, position where he is released from his roohet 1290.



   Referring to the control board (Fig. 65) we see that the lower finger of block 767 meets its notches in plate No, 2 each time the differential of row 2 stops at position 0 and at position 9 and that this corresponds to the 0 or addition position of row 1 as well as to the "Earnings to date" position and to the "Gross" position; consequently when the machine is actuated by lowering one of the "Gains à oo jour" or "Gross" keys or in the operations of addition avoo deductions and gains, the pawl 1293 is kept free of sound, rochet1290 and there is no advancement of the slip.

  <Desc / Clms Page number 164>

 



   The table also shows that the upper switch of the upper finger of block 767 meets notches each time the differential of row 2 stops at positions 5, 6 or 8 'which correspond to all the positions of the deductions as well as to the soft correction positions for deductions or gains in the Roman position and that the differential of row 1 has a notch in the zero position, in the "Net pay" position, in the "Earnings to date" position and in the "Raw" position. So if one of these keys is lowered the lever 1325 is moved in the contrairo dos aiguillos' sounds of a watch so as to keep the pawl 1293 released and to prevent the advancement of the bordoreau.



   But, in position 7 of row 2, there is a protruding point on the Roman numeral side as well as on the arabic numeral side of plate No. 2 and as there is a protruding point in this position, lever 1325 no can so move counterclockwise, as shown in Fig. 60, and consequently the arm 1328 is separated from the lug 1313 and the rossort 1294 brings the pawl 1293 into engagement with the ratchet 1290;

   in such a way that after an operation of the machine where the previous earnings are extracted in order to enter them in the totalization "GT2" which requires an operation of the toucho "Previous earnings", the bordoroau do pay 151 advance do the lower line of any space of one step towards the upper line of the neighboring space so that, in the operation which follows immediately after for the recording of the times and the gains, these will be printed on the ligno from the top of the ospaco necessary for the new employee.



   In order to align the ratchet wheels 1290, 1291 and 1292 so that their teeth are always in the correct positions with respect to the driving ratchets, it has been provided,

  <Desc / Clms Page number 165>

 on the supply shaft 1241, a toothed disc 1330 (Fig. 39 -47) with which cooperates an orgot 1331 fixed on an elbow lever 1332 pivoting on a rod 744.

     A spring 1333 presses the lug 1331 against the toothed disc 1330 permanently to serve as an alignment while the ratchets turn to advance the slip and ensure that all the ratchets are located after the end of the advancement movement in their correct positions in order to be actuated by their pawls in the following operations t
It is very desirable that the shaft 1241 ot therefore the feed rollers 1240 are, during the printing of the slip, securely blocked so that there is no possibility for the slip to move during the time that printing takes place.

   in order to avoid stains, For this purpose a positive alignment mechanism has been provided for the shaft 1241 and the feed rollers 1240, a mechanism which consists of an alignment 1334 on which an articulation 1336 pivots also pivoting on an elbow 1336 oscillating on the shaft 737. This bend porto back gallows 1337 and 1338 which cooperate with the combined cams 1339 and 1340 fixed on the shaft 370 do commando of the printer, These cams 1339 ot 1340 are indicated on 10 distribution table times (fig. 109).

   (I, input, 0, output)
Immediately before the printing of the slip with the moyon back hammers 701 to 711, the cams 1339 and 1340 move with the aid of the elbow 1336 and the articulation 1335, the aligner 1334 in the sound or on the back of the hands of uno clock and the feed is taken with the toothed disc 1330 to ensure alignment of the slip during printing.



   As seen in Figs. 46-A ot 46-B, there are soft games of these cams 1339 and 1340; the gaucho game on Fig 46-A comes out to line up the slip and the right game (Fig. 46-B) is used to align the winnings card 153 exactly in the same way as the slip

  <Desc / Clms Page number 166>

 
151; the only difference is that the elbow 1336 for the back gain card is mounted on the shaft 738 which is found, as we recall, in axial alignment with the shaft 737.



   To protect the lower part of the pay stub
151 against tears when in the printing position, the case is provided, as seen in FIG. 68, of an ocuvorole
1342 hinged 1343. The cover 1342 forms the top of a goulotto of descent of paper 1344, To introduce the partio infdriouro of bordoroau 151 we lift the cover 1342 by passing the fingers through its holes ad hoo 1345, we make it go around the bordoroau the front edge of the couverolo 1342 ot it is introduced in the back of the papior 1344.



   Then we kiss the oouvorolo 1342, a ledge 1346 resting on a blade 1347 of the chest 146,
EARNINGS CARD SUPPORT ADVANCEMENT AND TENSION MECHANISM -
As we explained above, the carto dos gains 153 is printed by the hammers 720 to 729 inclusive located on the right side of the machine. In Fig. 1 the gain map is roprdsontdo in the printing position of the upper line in space 1.



   The back earnings card 153 is intended for a single employee and there is a space reserved for each somaino or other pay period. Each of these spaces has two printing lines, one upper line and one lower line, as seen in Fig. 29. The upper line and the lower line are selected by a mechanism described below under the control dos touchos dos rows
1, 2, 3 and 4 to determine on which line of space the printing should take place.

   To move the back earnings card from the upper line to the lower line and vice versa, a mechanism has been provided, substantially identical to the mechanism which moves the pay border from the upper line to the lower line and vioo versa and on so will postpone thereafter,

  <Desc / Clms Page number 167>

 
Part of the machine's chest 146 forms a low-rise channel, the edges of which 1350 serve as guides for the winnings cards 153. Near the middle of this flat channel is. has provided a more prefunded channel 1351 provided with a cast iron 1352 for the passage of a tongue 1353 of uno barro 1354 in the shape of "U" provided with two fingers 1355. The fingers 1355 have dpaulomonts 1356 against which the lower edge of the card 153 when it is introduced into the machine.

   Cos shoulders are obtanus by cutting an upper part of the fingers 1355, so that its card 153 lays flat on the low height channel of the chest 146 to be advanced inwards by the fingers 1355 to a position select) after the card was placed on the flat channel ,. The upper part of the card is placed side by side against the butdos 1357 (Fig. 44-B., 74,77 ot 78) of the levers 1358 which pivot at point 1359 on a plate 1360 provided back to sques 1361 fixed to a rear cross member 1362 of the mobile card table.

   This crossmember 1362 connects parallel bars 1363 on which, near the front ends, the blocks 1364 are fixed. To maintain the proper spacing between the bars 1365 of the front ends, a bracket 1365 fixed to the blocks 1364 has been provided, as well as 'we see it on Fige 75. This $ sort 1365 port a block 1366 in which is fixed the tongue 1353 of the finger 13550
Each of the 1364 blocks has a 1367 gallon on the top edge of a 1368 rail. The gaucho 1368 rail is mounted on the printer frame 135 using 1369 screw studs and the 1368 right rail is mounted on frame 136 of the printer using 1369 screw studs.

   The lower edges of the rails 1368 have V-shaped notches which cooperate with lugs 1371 fixed on arms 1372 driven by springs, lugs which pass over the notches 1370 a V-shaped movement is formed during the movement. Table; that is to say forward and backward by

  <Desc / Clms Page number 168>

 compared to the front of the machine. These pins 1371 act as aligners of the mobile card table. To prevent the table from moving upwards, the runners 1367 are held in their rolling position relative to the rails 1368 by back bars 1373 fixed to the upper edges of the frame 135 ot 136.



  * A rossort 1374 mowed between a flange on each stop lever 1358 and a flange on each plate 1360 to maintain the stops 1357 in the position shown in fig. 74 ot 77 so that the upper edge of the card back gains 153 can be posser against these butdos so as to occupy the correct position relative to the movable table.



   The rear part of the neighboring table, that is to say the part to which the bar 1362 is connected, is supported by a fixed plate 908 of the slip guide. This plate is fixed, near its front edge, by ears to the upper part of the printer's frames 135 and 136 and, near its rear edge, on a three-finger bracket 1375 mounted with the aid of flanges 1376 on chassis 135 and 136 of the printer. The central finger of the support 1375 is supported by an auxiliary support 1377 fixed to the rear cross member 139.



   Plate 908 is cut away from hammers 720 through 729 to allow them to contact the lower edge of the payout card to receive the impression of the character wheels. Plate 908 has castings 1378 to allow the butts 1357 and flanges 1361 of the plates 1360 to slide back and forth, or looking at FIG. 44-B, do gaucho to the right and from right to left. Two flanges 1379 (Fig. 43-B, 44-B ot 78) of the plate 908 directed downwards carry back studs 1379 with shoulders which pass through cams 1386 made in a bar 1387 to guide it. Bar 1387 has a horizontal flange 1388 which sits above the lugs 1389 of stop levers 1358.

  <Desc / Clms Page number 169>

 



   A spring 1390 holds the bar 1387 normally in the position shown in FIG. 76, the straight ends of the cam slots 1386 against the shoulder studs 1385,
As stated above, the printing spaces of the winning cards bearing the numbers 1 to 25 are designed to receive imprints on the top and bottom lines. If the impression is made on the bottom line of any space, the stops 1357 must be lowered out of the path traveled by the edge of the gains card so that it can advance to receive the imprint on the line. lower espaoe. The means for lowering these stops comprises the bar 1387 with its cams 1386.

   To this bar 1387 is connected, by a lug slot articulation, an arm 1391 fixed on a shaft 1392 supported by the frames 135 and 136 of the printer. On this 1392 shaft is also fixed a 1393 arm to which is connected the rear end of a 1394 joint, the front end of which is fused to shade and slide on the shaft 731.



   In the 1394 joint is made a 1395 slot (Fig, 73) through which passes a 1396 pin fixed on the right end of a 1397 joint which pivots, in turn, on a 1398 ooudo fixed on a 1399 shaft supported by chassis 135 and 136 of the printer.



   On the shaft 1399 is starting wedged an arm 1400 connected by an articulation 1401 to a manual lever 1402 which pivots on the side of the frame 136 of the printer and is guided by a plate 1403 fixed to the frame. This lever 1402 has three positions, a normal or central position, (a) (b) (c) an "advance" position and a "stop" position /, which are shown in Figs, 1 and 73. When the lever is placed in the "advance" position, this maneuver is intended to lower the stops 1357, where the gains 153 are out of the way of the card and to put the tension rollers described below in contact with the feed rollers for the card gains..

  <Desc / Clms Page number 170>

 



   In this case, that is to say, when the lever 1402 moves to the left, looking at FIG. 73, to the "forward" position he moved, through the articulation 1401, the arm 1400, the shaft 1399, the elbow 1398 and
Hinge 1397, hinge 1394 on the right whereupon arm 1393 rotates shaft 1392 clockwise.

   This movement of the shaft 1392 in the direction of clockwise moves, by the arm 1391, the bar 1387 to the right, looking at the pin 76 following which the slots-cams
1386 lower the bar 1387 and its flange 1388 at the same time that it moves to the right Thus the puddle 1388 moves, using its pins 1389 back stop levers 1386, the latter in the opposite direction to the needles of 'a watch around their rotates 1359 so as to move the buttes 1357 below the plate 908 so that the back card gains power to advance *
The stops 1357 are held in their operating position by means of a lock 1404 (Fig. 73) fixed on a shaft.
1405 carried by the chassis 135 ot 136.

   This lock can move under the action of a spring 1406 connected to an articulation 1407 pivoting on this lock 1404 so as to engage on a lug 1408 of a lovior 1409 pivoting on a stud 1410 carried by the frame 135.



   This lovier 1409 is connected, by a slot-lug joint, to the 1394 joint and therefore, when the 1394 joint moves to the right, the lever 1409 moves in a clockwise direction ot the rossort 1406 drops the latch 1404 after which the notch in the front end of the latch engages the lug
1408 and will keep the lever 1409 and therefore the bar 1387 in its operating positions, which keeps the stops 1357 below the surface of the plate 9080

  <Desc / Clms Page number 171>

 
To prevent any movement of the lovior 1402 which could disengage the stops 1357 during machine operation,

   a cam 1411 has been provided on the shaft 370 which cooperates with a cap
1412 port by a locking arm 1413 pivoting on the stud 1410.



   The locking arm is held in place by a vorrou 1414 pivoting at point 1415 on the lovior 1409 by a rossort 1416.



   When lovior 1409 has been moved in the needle back of a montro using lovior 1402 in the manner just described, roller 1412 has moved slightly downward from the position shown on the figure. freezes 73 and, during the operation of the machine, the partio on protrusion of the cam 1411, we turn ost outraged we contact with co galot 1412 we thus maintain '10 blocking arms
1413 ot, by lock 1414, the lovior 1409 in its maneuvering position, do sorto that the lovior 1409 could not move,

     even if we had placed the lever 1402 in the "stop" position to enter the pin 1396, contact with a tail 1417 of the vorrou ot move the latter to release it from the lug 1408, Consequently, if the operation left lever 1402 vorrou 1404 would engage again on orget 1408.

   At the end of the operation, after printing the employee's net pay on the shock, while levior 1402 has been moved to the right, the blocking of vorrou 1404 by stud 1396 releases levior 1409, a the suito.do what the spring (Fig. 76): returns the bar 1387 to gaucho towards the position indicated in fig. 76, thus lifting the flange 1388 and pormottant to the springs 1374 to lift the stops 1357 towards the normal stop position.



   For the avarcemont of the card dos gains a pair of rollers 1420 (Fig. 44-A, 44-B ot 73) fixed on the shaft 920 described above has been provided. The feed rollers are driven by a set of ratchet wheels and pawls identical to those, ropresontés on pins 59, 60 and 62, by camo 1305 shown in FIG. 46-B ot

  <Desc / Clms Page number 172>

 which is similar to the cam 1305 which drives the joint 1300 to actuate the pawls shown in FIG.

   59 under control
 EMI172.1
 of a jou do quatro selector plates, jou qui porto the appolation "groupo do plates 1421" commo indicates on the freeze 57-B, Co group
HBE
 EMI172.2
 do plates 1421 is indicated on line 25 / read control board back freezes 64-A ot 64-Bo
Co group of plaques 1421 is similar to group 1306 (HBB) indicated on line 2 of the control table (64-A and 64-B) except for slight diffdroncos described below. Plate No. 1. do co groupo 'has a notch at the. position 1 (Arabic numeral) due to the fact that the net pay is not printed on the carto dos earnings as on the bord-oroau under the control of the groupo of plates 1306.

   For plate No. 2, the difference ontro los groupos 1421 and 1306 consists in the fact that there is a notch at position IX (Roman numeral) for the same reason to pocket the printing of the pay notto on the card back gains, Plate No. 3 has a notch at position 0 (Roman) for the same reason ot plate No. 4 at a notch at position 1 (arabo)
 EMI172.3
 co which conJ2l 'o dgalomont one of the means intended to pocket the printing of the payo notto on the oarto dos earnings.



  For any operation of the ratchet 1293 (Fig.6C 61 ot 62), a combination of the wheel at roohot 1290 which could advance the winning card to the bottom line of a space
 EMI172.4
 any vo -.- c, the line sur5io r3 of the neighboring osplace we have provided a soûl disquo do commandc 1422 (Fig. 57 ot 61) which adjusts to the means of the dU :: '",.,., 1 do '. row 1 through tree 484. Co dicquo n. < <22 ponsùdo back notches at positions 0 to 6 (Arabic) to command a lovior 1425., identical to the lovier 1325 described above (F'igr 60) and which comes out to control the advancomont of bordoroau 1; a ': ", the do la rouo roohot 1290 ot the ratchet 1293.

  <Desc / Clms Page number 173>

 



   With the feed rollers 1420 cooperates a pair of: rollers-mowers 1425 which are mounted as the rollers-tensioners 965 associated with the shock ot like the rollers-mowers 1242 associated with the payo slip, Cos rollers-mowers 1425 are normally found on disengaged position, as shown in fig 73;

   and can be brought into active position by an arm 1426, melted to receive a stud 1427 carried by the articulation 1394, so that the movement of the articulation to the right is developed as described above, under the aotion of the lever 1402 the arm 1426 in the opposite sounds of the uno aiguillos shows ot amonera los rouloaux- tcndours 1425 in the activo position where they will come out blocked by the vorrou 1404.



   Los rouloaux-tondours 1425 must clear back rolls 1420 so that the card can be withdrawn from the machine after printing the pay notto on the check since, as said above, there is a card for each employee while the pay slip contains the records for several employees; consequently the card of the gains must be rotated to the machine after each complete printing of a card so that we can introduce in the machine a new card back gains 153 to receive the printing of the data printed on the following check for the next employee.

   Lo ddbrayago des rouloaux- mondeurs 1425 is carried out under the control of the notched plates of a group of plates bearing the number 1428 (Fig. 57-B) and indicates on (ET) line 5 / of the control table of fig. , 65, This groupo do plaquos includes date plates No. 2 ot No. 3, La plaqua No. 2 ost commando by the differential of the rangdo 2 and includes a notch and position IX (Roman);

   plate No, 3 ost commanded by the differential of row 1 and has notches at positions 1 ot 11 (Roman),

  <Desc / Clms Page number 174>

 
The notch corresponding to the new position of the plate 2 is placed opposite the upper finger of a contactor block 767 (Fig. 73) fixed on a lovior-oontaotour 1429 when the differential of the passo row has position 9 during maohino operations where the touoho 162 "Paye notto" is lowered and also during operations where the key 162 "GAins à oo jour" is lowered. The notches at positions 1 ot II (Roman) of plate 3 are placed opposite the upper finger of contactor block 767 of lever 1429 each time it is lowered,

   either the "Pay notto" key of row 1, or the "Earnings to date" toucho of the dismal row. Consequently when the notches of the soft plates of the group 1428 are facing the upper finger of the bloo-contactor 767, a spring 1430 moves the lever 1429 in the usual way, following which the upper fingers engage in the notches. , while an orgot 1431 of an arm 1432 fixed to the lever 1429 moves the articulation 1407 to the right (fig. 73),

     this articulation having been moved to gaucho until the right end of a fonto 1433 do the articulation antre contact with the lug 1431 when the latch 1404 blocks the lovior 1409 in its operating position.



     Lo vorrou 1404 porto a lug 1434 which cooperates with a notch of a lovior 1435 pivoting on the pin 1410 ot which is driven in the position indicated on the rod 49 by a spring 1436. A roller 1437 fixed on the side of the cam 1411 cooperates with the lever 1435 so as to move the latter in the clockwise backless when the protruding surface of the camo 1411 maintains the lever 1409 in its locked position, The movement of the levior 1435 under the influence of the roller 1437 move the lever 1435 slightly in the reverse direction of uno montro,

     oo lever having been previously moved into the sounds of the needles of a

  <Desc / Clms Page number 175>

 shown by the pin 1396 of the articulation 1397 when the tension rollers 1425 have been subjected to tension, Initial, that is to say when they have been brought to the active position.

   Co lever 1435 being in the position it oooupo after being moved by the stud 1396, the slang 1434 lowers in front of the main part of the lever ot leaves the notch of the lever, this additional movement of the lever 1435 in the direction back clockwise under the action of galot 1437 is used to unload the slang 1434 from the prossion of the rossort 1436 to be sure that the rossort 1430 can move the lever 1429 ot force the finger of the bloo-oontaotour to pdndtror in the notch which is found at the same time as one opposite him.



   The mechanism of the back card gains is also associated with a locking arm 1450 cooperating with a locking arm 1451 actuated by a pin 1452 fixed on the elbow 1398. The locking arm 1450 cooperates with a finger 1453 of a lever 1454 connected by an articulation 1455 to an arm, similar to arm 915 (Fig. 33) and fixed on shaft 628 in order to support the movement of the shaft 149 do - start of the machine each time the locking arm 1450 is placed below the finger by the elbow 1398 when the lever 1402 moves clockwise to move the reel rollers 1425 back from the feed rollers 1420.



   It can therefore be seen that the rolling machines 1425 must be in the active position and that an earnings card 153 must be in the machine during the operations of establishing a slip, otherwise the machine is blocked by the control arm. blocking 1450 of the dreary way that it is blocked by the blocking arms 919 and 1249, described previously, associated with checks 152 and bordoroau do paye 151,

   

  <Desc / Clms Page number 176>

 MECHANISM OF THE POINTING CAPS AND THE MAIN BOARD -
When establishing a bordoroau do paye (i.e. when filling in a sdrio do chôquos do payo and printing the various data described above on the card of individual earnings 153 do l The employee is also on the bordoroau do payo 151 which concerns several employees) by collecting the information for the accounting on a main bordoroau 1460 (Fig. 1) which can be placed and advanced on a usual roll 1461 (Fig. 55 ot 56) supported by a frame 1462 mounts on the case 146. The frame carries the usual support 1463 to guide the paper around the roll 1461.

   To the roller 1461 is attached a ratchet wheel 1464 actuated by a drive pawl 1465 attached to a scoring plate 1466 pivoting on the roller shaft. To the plate 1466 is connected a joint 1467 which is coupled by means of a lug-slot joint to a joint 1468 which, for its part, pivots on an arm 1469 carrying a roller 1470 cooperates with a cemo 1471 mounted on a shaft 1472 driven by a motor. The means for actuating this shaft is described below.

   As cam 1471 rotates clockwise, looking at FIG. 55. it moves the brr.s 1469 and attracts the articulations 1468 and 1467 to the left, thus moving the driving slap 1466 in the opposite direction to the needles of one meter, the same time as the click 1465. Co ratchet 1465 carries a roller 1473 which passes through a slot 1474 of a manual adjustment lever 1475 pivoting on the roller shaft and held in one of its six adjustment positions by a braking pawl 1476. The cast iron 1474 is widened on the left side, cutting it off. Fig. 55, thus forming a shoulder declining towards the bottom 1477.

   Whereas, in the position shown in FIG. 55., the plate 1466 so moves to the gaucho, the roller 1473 will not arrive at the shoulder 1477 until very late in the movement of the joint 1467 and consequently when the roller 1473 descends from the shoulder into the enlarged part of the fonto

  <Desc / Clms Page number 177>

 1474, a spring 1478 of the pawl moves the latter in the opposite direction of the needles of a montro ot the word on priso avoc le rochot 1464, so that the rosto of the movement of the joint 1467 fora pivotor the rochot of a whose do so as to advance the roller 1461 by one line.



   If the lovior 1475 is, for example, moved to its extreme position in the clockwise reverse direction, the shoulder 1477 is much closer to the roller 1473 when the joint begins its movement and consequently the roller 1461, instead of 'advance one step, advance in the form shown, six steps with each operating movement of the joint 1467 and of the drive plate 1466,
A spring 1479 fixed to the articulation 1467 maintains the roller 1470 normally pressed against the cam 1471 and forces the joints 1468 and 1467 to turn to the right in the normal positions indicated in the figure after the advancement of the roller 1461.



   A retaining ratchet 1480 is held in place by a spring with the rochot 1461 to prevent any backward movement of the roohet 1464 during the return movement of the ratchet 1465 to its normal position before it is lifted from the rochot 1464 by the shoulder 1477.



   In addition to the main bordoroau 1460, certain donndos to be counted are recorded on score cards 1483 which are rangdos in a boot 1484 (freeze 1 ot 106) mounted on the bottom of the chest 146. When pressing the key 162 "Net pay" a grippour 1485 to eject the first card 1483 from the pilp downwards to a position where it is gripped by a feed roller 1486 and a mower roller 1487. The mower roller 1487 is carried by a pair of arms 1488 and held We contact the feed roller 1486 by a Rossort 1489.

  <Desc / Clms Page number 178>

 



  The feed rollers 1486 are interlocked with a belt 1490 by an arbro 1491 of a motor 1492 mounted in the boot 1484.



  Therefore, when the lower edge of the 1483 oarto contacts the 1486 and 1487 rollers it is directed down into a container (not ripped) at the bottom of the 1484 case.



   The motor 1492 drives a pinion 1493 which, in turn, drives a toothed rouo 1494 mounted loose on the shaft 1472 ,, At the rouo 1494 ost fixes a rouo à rochot 1495 which can cooperate with a ratchet 1496 port by uno plate 1497 fixed on the arbro 1472. The pawl 1496 is normally kept free from the rochot 1495 by a finger 1498 of a lever 1499 pivoting on a support 1600 which is fixed to the box1484. A spring 1501 tends normalomont to drive the lever 1499 in the opposite sounds dos aiguillos of a montro but we are pocketed by a vorrou 1502 maintained on priso with the lovior by a rossort 1503.

   Lo vorrou 1502 is connected by oscillation to the piston 1504 of a solonoid 1505 which, when it is excited, lifts the piston 1504 by releasing the latch 1502 of the lovior 1499, by suito of which the spring 1501 drives the lovior in the opposite sound of the needles of a montro one thus abandoning the pawl 1496 to the action of the rossort 1506 which word the click is taken with the ratchet 1495 following which the plate 1497 tourno in the back sounds of a montro under the action of the wheel 1494 ot of the rochot 1495 so as to ontratnor the shaft 1472. On the plaquo 1497 pivoto, at point 1507, an ooudo 1508.qui pivoto, in turn, on uno barro 1509 which porto the grippour 1485.

   Consequently when the plate 1497 turns in the dos aiguillos of a montro, the ooudo 1508 goes down to lower the grippour 1485 do so as to eject the first oarto 1483 from its top position in fig, 106 to co the bottom edge of the card contacts feed roll 1486 and trim roll 1487, whereupon the rollers grab the card and feed it into a container at the bottom of the bundle 1484.

  <Desc / Clms Page number 179>

 



   The rotation of the shaft 1472 under the action of the motor 1492 therefore ejects the first pointago card 1483 from the employee and automatically advances the roller 1461 a distance determined by the position to which the lever 1475 was adjusted.



   Immediately before the end of the movement of the shaft 1472, a finger 1510, solidairo of the lovier 1499, in contact with a lug 1511 of the plaquo 1497 which sweeps the lovior 1499 in the sounds of the hands of a clock against the action from the spring 1501 to the position of the pin 106; finger 1498 is thus placed in the path of the end of pawl 1496 and disengages the oliquot from ratchet 1495, elbow 1508 therefore undergoes a single downward and backward movement during each cycle or movement of shaft 1472.



   Remember that the last operation for an employee's check is the printing of the net pay which is carried out when the operator lowers the key 162 "Net pay". It is by the lowering of the key that the machine is released ot the circuit of the motor 1492 is formed by the action of the solonofdo 1505 whose circuit is formed partollomont by the lowering of the key 162 "Net pay" and completely immediately after the start of the operation of the shaft 150 (fig, 17), when a lug 1512 of the rouo 352 is withdrawn from below a heel of a lever 1515 which pivots on a fixed axis 1514 on the right side frame 122, When the lever 1515 is released from the lug 1512, a spring 1516 attracts,

   by an articulation 1517, an intorruptour 1518 vors the bottom one forming it and one thus plotting the circuit.



   Lowering key 162 "Net pay" (Fig, 15) activates a manibro bar 1519 to form a switch 1520 of the 1605 solonot circuit. When the lG2 key is abandoned, a rossort 1513 breaks the bar 1519 one places to allow the opening of the switch 1520,

  <Desc / Clms Page number 180>

 
The motor circuit 1492 ot the solenoid is roprd- estd in fig. 17 as follows 1 starting from the "plus" side of the ligno through conductor 1525, conductor 1526, solenoid 1505, conductor 1527, conductor 1528, passing through the switch form 1520, then through line 1529 the burner closes and the conductor 1530 towards the negative side of the line.



   When the solendide 1505 ost excites to release the bolt 1499, co last form, by its movement in the opposite direction back to clockwise under the action of the rossort 1501, los interrup- turns 1531 and 1532, following what the circuit is plotted from the positive side of the line through conductor 1525 ot switch 1532, motor 1492, conductor 1533, switch 1531. and then through line 1534 to negative conductor 1530.



   In the event that the operator wants to eject one or more cards 1483 from the top of the pilo without operating the machine, uno bar 1521 (freeze 1 ot 17) has been provided mounted on the front of the machine. By lowering this bar 1521, a switch 1522 is formed, thus completing a circuit passing through the solonoid 1505 to excite it and make it, in turn, form the circuit of the motor 1492 described below to be used to drive the shaft 1472 and actuator. the gripper for 1485. The lowering of the bar 1521 completes the following circuit: line "Plus 1525, line 1526, solenoid 1505, line 1527, line 1523, switch 1522, line 1524, line" minus "1530.

   In this way the motor circuit is found in the oarmo form described above and the cartos 1483 can be ejected, one by one, by the successive lowering of the bar 1521 or one holding the bar lowered ot the circuit closed.



    MANUAL CHECK ADVANCEMENT VARIANT -
On the fige 107 ot 108 is shown a variant of a 15.2 shock feed mechanism which can be maneuvered by hand.

  <Desc / Clms Page number 181>

 



   This mechanism comprises a lever 1535 which can be mounted on a stud 1536 of the frame 134 of the printer on which pivoto uno artioulation 1537 pivoting on the other hand on an arm 1538 fixed on the shaft 1070. On the slide described above, pivots an oliquot 1539 actuated by a spring so as to cooperate with the teeth 1540 which can be cut on the upper edge of the bar 1004.



   (AT)
When the lovior 1535 is placed in the / "Line feed" position shown in fig, 107 is dotted, shaft 1078 and arm 1079 move counterclockwise, counterclockwise. following which the slide 1081 forces by its cooperation with the advancement bar 1004 los rouloaux 964 to turn step by step ot to advance the shock 152.



   To sweep the shock on the first line, the lovior 1535 is placed in the position "Recoil vors la first ligno" (R) indicated in fig. 107 there are dotted lines, following which the slide 1081 moves to the right and * in this case, a plate 1641 (fig. 108) rigidly fixed on the studs 993 ot 1062 causes the release of the pawl 1539 from the teeth 1540 ot one dreary tomps aliquets 1048 ot 1006 (freeze 86 and 88) are released from rack 992 ot from bar 1004,

   so that the rossort 1011 can actuate the rack 992 do so as to rotate the feed rollers 964 in the back sounds of clockwise to sweep the check 152 back to the first line as described above.



   A plotted description has thus been given of the machine which, prdsonto an embodiment of the present invention, is linked to the printing of payo backs 152 simultaneously with the printing of the back data on the slip 151 and on the earnings card 153. As the operation of various mechanisms has been explained in the course of their detailed description where it is not necessary to give a new description of the operation of these mechanisms.

  <Desc / Clms Page number 182>

 



  ANALYSIS -
As was explained above, the machine representing an embodiment of the invention is intended for analytical work to make impressions on the analysis strip 155 using hammers 701 to 704 ', and, on uno plug using back hammers 712 to 717 inclusive.



   When it is desired to use the machine for analytical work, the lever 789 (fig. 1 ot 72) can be placed in position "O", either in position "1" or in position "2". By placing it in position "1" ("Analysis Order No.") it transforms the machine in such a way as to establish pay slips on machine adapted to analytical work and it controls time the numberer do maniôro quo the consecutive numbers are printed while the analytical data is marred when the lovior 789 is placed in position No. 2 (Analysis - Without No.

   d'ordro) the machino ost transformed uno so as to establish dos forms do payo on machino adaptdo to analytical work ot the lovior 789 command on morne tomps the numberer do such that the consecutive number no sora not printed on the analytical band 155 nor on file 156.



   The analytical tape 155 is supplied by a roller 1544 and placed freely in a container, cu pocket 1545, located on the back facing hammers 701 704 included and closed by a hinged cover 1546 1343. The bando 155 can be removed from the roller 1544 right of the cover 1546 (Fig 68) and brought to the back of the feed rollers 1240 do so as to be gripped by the tension rollers 1242 and advanced one step at each operation of the machine,
We lower the key 164 "Analysis" of row 2;

   this key is a key which cannot be released by the ordinary key release mechanism, but only by the lovior,

  <Desc / Clms Page number 183>

 usual 1548 key back release (fig 1). The lowering of the analysis do ootto touoho, as explained below, by the mechanism (NN) represented in fig, 16 unlocks the keys "No, du oompto" / ot keys 164 "W" and "V" by removing the fingers 555 from behind the back rods 394 do cos keys.



   The file 156 is printed by the martoaux 712 to 716 who usually carry out the improssions in the columns 12 to 17 of the shock 152. On this file is printed. The totality of certain writings printed in detail on the analytical tape 155. We see for example, referring to fig. 20 that there are 165 soft totals on the analytical band, namely Fr 723.52 ot Fr 245.63 and that below is printed the total Fr 969.15 relating to a cortain No. of folio 4,652 and a No., do Compta 236. These Nos, do folio and account as well as the total Fr 969.15 are printed on file 156, We can print a certain nombro do cos sheets to use them for certain classifications relating to analytical distributions' required by the divors typos of counterparts that are used for this maohino.



   In the analysis operations, all the amounts recorded by the totalizer corresponding to touoho 164 "V" of row 2 are accumulated in totalizer "G, T, 4" at the zero position of row 4 ot all the amounts recorded by lowering key 164 "W" of row 2 accumulate in the total for "GT3" at the zero position of row 60 3,
All the amounts recorded during the analysis are recorded naturally upstream, either of a single one, or soft back ribs of the numerical keyboard to the aid back keys 160 ci gaucho do the cutoff ot back keys 161 to the right of the cutoff,

  <Desc / Clms Page number 184>

 
Each station recorded is added to its own total ot also to the total "G.T.2" which,

   as we recall, is in the position of row 2. 'The printing is made in columns 3 and 4 of the analytical band 155 and this band advances after each printing under the action of the drive line 1293 (Fig. 60 and 61) ..



   As indicated above, a sheet such as the glue shown in FIG. 25 can be used for some or all of the entries.



   After all stations have been distributed, the accumulated totals can be updated on tape 155 as follows. To output the totals in row 4, the operator lowers key 163 "Unload row 4" and, keeping it down, successively presses all the keys 166 of row 4.



   To exit row 3, the operator lowers key 163 "unload row 3" and then successively press all the keys 165 of row 3. To empty the totalizer "GT4" in row 4, press the "Unload" key. row 4 ", keep it lowered and then lower key 164" V "of row 2. To empty the totalizer" GT3 "which is at the zero position of row 3, press the" unload row 3 "key and then key 164 "W" in row "2.



   It may happen that you want to use the machine to print on a large sheet of the newspaper that you write in place of the slip 151 without there being any printing supports in place of the back card. gains or shock. In this case, it is naturally necessary to pocket the blocking of the machine by the blocking arm 919; that is, prevent the operation of the key blocking shaft 149 and also of the shaft 628 (Fig. 33 and 34) by preventing the operation of the shaft 925 (Fig. 97).



   In other words, when the shaft 925, cannot turn, the shaft 149 does not get stuck. From the left side of the machine trunk

  <Desc / Clms Page number 185>

 leaves a lever 1550 fixed to a flange 1551 having an arm 1552 which is integral with it, the whole pivoting on an axis 1553 fixed on the frame 131 of the printer. The arm 155 is provided with a finger which is normally out of the way. traversed by an arm 1555 fixed on the shaft 925 which, as we will remember, rotates in the direction of clockwise under the control of the contactor 858 of the check and of the contactor 859 of the winnings card.

   Therefore when the shaft 925 moves in a non-clockwise direction, being under the control of these switches, the arm 1555 moves upward in front of the finger 1550 which is normally held in the position. indicated in Fig. 72 by an aligner arm 1556 actuated by a spring and this arm carries a lug 1557 which cooperates with two notches made in the arm 1552.



   However, if it is necessary or if one wishes to make the contactor 858 of the earnings card and the contactor 859 of the check inoperative, the lever 1550 moves in a counterclockwise direction (Fig. 72). following which the alignment pin 1557 engages the lower notch of the arm 1552 and the finger 1554 moves upwards on the path traveled by the arm 1555 which is fixed on the shaft 925 and thus prohibits any movement of the shaft 925 under the control of the contactor arms 936 and 946 and of the articulations 939 and 949 (Fig. 66 and 97) controlled respectively by the contactor 859 of the payout card and the check contactor. Therefore, the shaft 149 cannot be locked by the locking arm 919.



   TIME TABLE
The table of times in FIG. 109 contains, as has already been said, a first column bearing the number of the spaces, a second column indicating by their reference numbers the organs studied, and a third column constituting the time diagram proper.

  <Desc / Clms Page number 186>

 



   In this diagram, some reference letters have been explained already in the previous text. The others have the following meanings t
 EMI186.1
 
 <tb> Space <SEP> n <SEP> Letters <SEP> Operations
 <tb>
 <tb>
 <tb>
 <tb> 3 <SEP> I <SEP> entry
 <tb>
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 0 <SEP> exit
 <tb>
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 4 <SEP> S <SEP> selotion
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 5 <SEP> I <SEP> compression
 <tb>
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 9 <SEP> S <SEP> selection
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 10 <SEP> A <SEP> advance
 <tb>
 <tb>
 <tb>
 <tb> R <SEP> back
 <tb>
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 11 <SEP> TA / DE <SEP> clearance <SEP> ejection 'and <SEP> exten-
 <tb>
 <tb>
 <tb> sion <SEP> advancement <SEP> (check)
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> D <SEP> clearance,

    <SEP> without <SEP> check
 <tb>
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 12 <SEP> 0 <SEP> engaged
 <tb>
 <tb>
 <tb>
 <tb> A <SEP> cleared
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 13 <SEP> A <SEP> advance
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> R <SEP> reminder
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 14 <SEP> P <SEP> advance <SEP> connecting rod
 <tb>
 <tb>
 <tb> C <SEP> relaunch Consecutive <SEP>
 <tb>
 <tb>
 <tb>
 <tb> E <SEP> ejection
 <tb>
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 17 <SEP> A <SEP> advancement
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 20 <SEP> A <SEP> advancement
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> R <SEP> back <SEP> of <SEP> ratchet
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> 1 <SEP> A <SEP> amount
 <tb>
 <tb>
 <tb>
 <tb>
 <tb>
 <tb> T <SEP> transactions
 <tb>
 
Of course, the invention is in no way limited to the embodiment shown and deorit which has only been chosen by way of example.

** ATTENTION ** end of DESC field can contain start of CLMS **.


    

Claims (1)

CLAIMS, 1. Accounting machine or similar comprising printing devices in columns and rows on each of several recording media, advancement devices for said recording media, and several rows of control keys suitable for conditioning the recording. machine for carrying out single-cycle operations and multi-cycle operations respectively, characterized <Desc / Clms Page number 187> in that connections are provided between the keys and the printing and advancing devices, which are constructed and arranged so as to be actuated, depending on the particular key or keys operated, for printing by the printing devices in different columns from the recording media and for variably advancing by the advancing devices the individual recording media back and forth with respect to said devices - print and time-bound documents, so that each item included in a single transaction will be printed concurrently at the appropriate row and column of each separate recording medium. 2. Machine according to claim 1, charac- terized in that it comprises several groups of printing devices, several groups of advancing devices, selection means for the printing devices and the devices. advancement mechanism, and a differential mechanism associated with each row of keys, so that each row of keys normally controls its relative differential mechanism to control the operation of the appropriate selector means, automatic devices being provided which may be actuated during certain types of machine operations, to also command some of the keys to set up a differential mechanism associated with certain other rows, so that the operations of the selecting means will be controlled differently. 3. Machine according to claim 2, characterized in that the keys are arranged to control the printing and advancing devices so as to bring the printing either on the upper line or on the line. <Desc / Clms Page number 188> lower of each print space of some of the media following the key pressed, with single cycle keys selecting the top row (the. space and multi-cycle keys selecting the lower row of the same space. 4. Machine according to claim 3, characterized in that some of the multi-cycle keys are suitable for controlling the advancement devices in order to select the upper line of the next successive space. 5. Machine according to claim 1, characterized in that it comprises control devices for the advancement devices of the recording media, these control devices being under the control of all the rows of keys for actuating said devices of advancement in order to advance some of the recording media forward under the control of certain keys when the previous printing has taken place on a line of a space of the recording media, to prevent the operation of said advancement devices when the previous print was on the same line as the current print to be made, and to move said recording media back if printing has taken place on some other line. 6. Machine according to one or other of claims 3 to 5, characterized in that it comprises feed or advancement rollers for advancing the recording media, several means of driving the rollers, a single control member of the driving means, and controllable devices for deterging which of the driving means will be effective to cause the operation of the rollers. 7. Machine according to claim 6, characterized in that the drive means comprise several <Desc / Clms Page number 189> ratchets, mounted as an integral unit, and independent pawls which can cooperate with each of the ratchets, the controllable devices comprising devices normally preventing the cooperation of each pawl with its corresponding ratchet and means being provided which can be actuated under the control of a maneuvered key, to deactivate the appropriate inhibitor device, so that the corresponding pawl can cooperate with its ratchet to determine the nature of the advance to be given to the recording media. 8. Machine according to one or the other of the preceding claims, characterized in that the links comprise a line of control plates which can be put in place differentially under the control of the keys and other devices, said plate ;: having notches variably cut in their peripheries and cooperating with fingers which palpate said peripheries of the plates to determine the functions of relative parts depending on whether the fingers palpate high or low parts of the associated plates. 9. Machine according to claim 8, characterized in that it is provided with several internal-external gears suitable for transmitting the placement of the differential mechanism to the relative plates. 10. Machine according to claim 9, characterized in that the other devices suitable for controlling the trays comprise devices suitable for perceiving the presence or absence of each of the individual recording media and a control lever suitable for changing. the main functions of the machine. 11. Machine according to claim 10, characterized in that there is a / group of trays associated with each printing device and another rump of trays associated with the advancing devices, the. ;the- <Desc / Clms Page number 190> The tables of each group being adapted to be adjusted concurrently to determine the correct ratio of the times of the printing devices and the advancing devices. 12. Machine according to claim 10, having devices for triggering it, characterized in that it is provided with a locking device, under control of own feeler devices or contactors, in the absence of any of the supports. 'recording, to activate the locking device. 13. Machine according to claim 8, characterized in that it comprises tension rollers, which can cooperate with the advancement rollers, and control plates suitable for determining the efficiency of the tension rollers. 14. Machine according to claim 8, characterized in that it is provided with an expelling and return means, normally inactive, for one of the recording supports, and of the plates, controlled by one of the keys. to several cycles, to activate the expelling means and return when said multi-cycle key is operated. 15. Machine according to claim 13, characterized in that it comprises additional hand devices, suitable for controlling the efficiency of the tension-rollers. 16. Machine according to claims 12 and 13, characterized in that the additional devices are also suitable for making the locking means active when the associated tension roller is in the inactive position. 17. Machine according to claim 1, characterized in that it comprises an advancement device for one of the recording media which can be actuated in a c. to cause advancement, to the consecutive line of said recording medium, when some of the single cycle keys are operated, to cause a rewind back to the position (the first line to allow <Desc / Clms Page number 191> to print in an adjacent column when some of the multi-cycle keys are operated and to induce backtracking to another predetermined position when some other of the multi-cycle keys is operated. 18. Machine according to claims 8 and 17, characterized in that the device for advancing said recording medium is controlled by a group of trays which can be put in place by the differential mechanisms associated with said. single cycle keys and said keys; several cycles. 19. Machine according to claim 18, characterized in that it comprises a rack for driving an advancement roller for said recording medium (in check), a pawl for advancing the rack to put said check always in an initial position. constant, another pawl to stop the return movement of the rack to a position suitable for receiving an impression on the first vine in a certain column; another pawl suitable for then advancing the check line by line under the control of recordings made by the operation of certain of the keys in a single cycle, means for rendering the second pawl inoperative during the operation of the key at several cycles mentioned first, an arm capable of stopping the return movement of the rack, when the second pawl has been rendered inoperative, to set the check in place to receive the first of another series of records spaced consecutively by lines in a new column, and an auxiliary rack under control of the second-mentioned multi-cycle key to advance the check to said other predetermined position., 20. Machine according to Claims 14 and 17, characterized in that the expelling and turning means com- <Desc / Clms Page number 192> takes arched fingers suitable for receiving the check, clamping fingers suitable for being made effective in cooperating with the arched fingers in tightening the check, a rack suitable for advancing the arched fingers into a position suitable for receiving the check while it is printed and successively advanced, cam devices for driving the rack, a spring attached to the rack and suitable for being put under tension when the rack is driven by the cam devices, locking means for retaining the rack in its displaced position, and means actuated by the operation of the button with several cycles mentioned, second, to disable the locking means so that the spring will return the rack to its initial position to expel and return the check. 21. Machine according to claim 17, characterized in that it comprises a paper holder roll suitable for supporting a data sheet, devices suitable for spacing the lines of said roll and means, controlled by the operation of the key. several cycles mentioned in the second place, to activate the devices for spacing the lines on said sheet. 22. Machine according to claim 17, characterized in that it comprises a receptacle suitable for receiving time cards from workers, means for bringing said cards successively out of the receptacle, means rendered unsuitable by the operation of the key. in several cycles mentioned in the second place, to actuate the advancement devices to bring the first card out of the container. 23. Machine according to claim 22, characterized in that it comprises a motor for actuating the card advancement devices, of a clutch, normally inoperative between said motor and the advancing means, of a clutch. a solenoid suitable for causing the operation of <Desc / Clms Page number 193> the clutch, and means, actuated by the operation of the second-mentioned multi-cycle key, for closing electrical circuits to the motor and the solenoid, so that the clutch will be actuated to cause the operation of the devices of advancement of the cards under the action of the motor. 24. Machine according to either of the preceding claims, characterized in that it comprises printing mechanisms for consecutive numbers and dates, devices operable by hand suitable for placing said mechanisms in position. comprising interior-exterior gears, for transmitting the movement of the manually operable devices to said mechanisms, and additional manually operable devices capable of locking the mechanisms, preventing them from functioning. 25. Machine according to claim 17, characterized in that it comprises devices operable by hand suitable for spacing the lines of said recording medium forwardly and causing the rearward spacing of the lines of said recording medium. . 26. Machine according to claim 10, comprising totalizers associated with each of the single-cycle control keys and an addition and subtraction totalizer suitable for receiving inputs under control of said single-cycle keys, characterized in that it comprises means actuated by lowering some of the single cycle keys, for suppressing the subtraction functions of the single cycle keys. 27. Machine according to claims 24 and 26, characterized in that the control lever, in an adjustment position, is suitable for activating the consecutive numbering mechanism and, in another adjustment position, is proper for said mechanism inoperative. 28. Machine according to claim 27, characterized in <Desc / Clms Page number 194> that the control lever, in certain adjustment or advancing positions, is suitable for disabling the feeding / back and forth of the recording medium inserted at one of several printing positions and is suitable for causing advancement line by consecutive line of the medium inserted at said printing position when any of the keys are operated. 29. Machine according to claim 10, characterized in that it comprises hand-operated devices suitable for rendering inoperative the locking means of the machine after it has been made active. 30. Machine according to claim 22, characterized in that it comprises devices operable by hand suitable for causing the independent operation of. means of advancement of the cards. 31. Machine according to claim 8, characterized in that each printing device comprises a printing hammer, a ball joint coupled to said hammer, a drive device actuated invariably, for the ball joint, devices coupling between the drive device and the ball joint, and means controlled by an associated group of control plates and suitable for activating the coupling, so that the ball joint will be actuated. by the drive device to activate the relative hammer.