JPS6141008B2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a MICR encoder that prints necessary data such as monetary amounts and bank code numbers in magnetic ink characters on documents such as checks and bills used in financial institutions. It concerns the MICR encoder that controls input and output such as printing, display, and key input during printing.

To control the document print field on the MICR encoder, use the input setting keys,
Keys such as the TAB key, which commands to skip a field when printing is not required, and the DUP key, which uses displayed data as input data, are commonly used, but in terms of field control safety, hard keys are For example, for a field to be printed,
There were errors such as pressing the TAB key and skipping that field, pressing the input setting key without entering data, or pressing the DUP key instead of the TAB key.

Also, for input data, for example, if it is monetary data, if there is no data in the upper digit of the specified field, whether to fill it with a space or with "0", and in the data display, 3 Whether to display with “,” for each digit,
Furthermore, if it is possible to specify whether or not to include the ¥ mark and "," * mark in journal printing, processing that is suitable for the document can be obtained, and the operator's operations will be easier.

Therefore, an object of the present invention is to provide a MICR encoder that can prevent operator errors and input/output errors and improve operator operability.

According to the present invention, a field management table that defines each field is provided, a control code that defines various input/output specifications is registered in this field management table by an input means, and input/output is performed based on this control. This prevents operator errors and input/output errors, ensuring safety in field control.

Furthermore, the operator does not need to perform any specific operations during input/output, and can perform input/output control according to predetermined specifications, improving operability for the operator.

An embodiment of the present invention having such characteristics will be described in detail below with reference to the drawings.

Drawings are MICR that prints data on documents
In FIG. 1, the MICR encoder 1 has a storage section 3 for storing a document 2.
The documents 2 can be stored in a bundle in this storage section 3, and the documents 2 are fed one by one into a conveyance path 4 by a built-in conveyance device, and the documents 2 are printed in this conveyance path 4. Data is printed on each print field by the device and is discharged to the discharge section 5.

Further, the data to be printed on the document 2 is inputted from the keyboard 6, and the inputted data is displayed on the display 7, and is also printed on the journal paper 8 by a journal printer built in it.

FIG. 2 shows the aforementioned keyboard 6, and the select dial 9 selects a program for controlling the print field, which program is, for example, the first
The document feed control for printing the fields to be printed, such as only the field, only the first and second fields, or all fields, is set in advance, and the program is selected.

The select key 10 is a key for selecting execution of encoding and registration of a program, and there are two types of keys inserted into this key, one of which is an execution-only key that can only be operated by the executing side from a neutral position. The other one is a dual-use key that can be operated by both the execution side and the registration side.The execution-only key mentioned above is used by an operator who only prints data on document 2, and the dual-use key is used for field management Used by operators who can create tables.

When the execution side is selected by the select key 10, encoding is enabled, and when the registration side is selected, the creation of a field management table is enabled.

The encode key 11 is a key for instructing execution of encoding, and after operating this key 11, data for printing is input.

The total verification key 12 is a key for inputting the amount of funds transfer slip and performing zero proof work.
The 1-batch key 13 is a key for instructing the creation of 1-batch slip, and the 1-batch slip is created according to parameter instructions of the corresponding program. The comprehensive batch key 14 is a key for instructing the creation of a comprehensive batch, and the comprehensive batch slip is also created according to parameter instructions of the corresponding program. Batch clear key 15
is a key that clears the creation of a single batch ticket or a total batch ticket, and when the aforementioned 1 batch key 13 or total batch key 14 is pressed and each batch ticket is created, the register storing the command is cleared. cleared.

The journal field key 16 is a key for changing the printed line of the journal paper 8, and if kept pressed, the key is repeated. eject key 17
is a key for discharging the document 2 without printing, and when pressed, the document 2 in the storage section 3 is discharged into the discharging section 5.

The numeric key 18 is used to input data, and the input setting key 19 is used to command the end of inputting the data entered using the numeric key 18 and to start printing or the like.

The AUT key 20 is a key that instructs to automatically control the print field based on a program, and when this key 20 is not pressed, manual operation is required.

The TAB key 21 is a key for instructing to skip a printing field, and when pressed, the corresponding field is skipped without being printed.

The DUP key 22 is a key that commands input of the same data as the displayed data when data is input using the numeric keys 18 and displayed on the display 7, and when the input operation of the same data is omitted. used for.

FIG. 3 shows the display device 7, which has a numerical display section 23 for displaying 16 digits, and the numerical display section 23 is composed of seven segments. In addition, the symbol is displayed at each of the 4th, 8th, and 12th digit positions. The display unit 24 has a display unit 24, which is used to display every three digits when displaying the amount of money, but may not be used in some cases. Furthermore, at the bottom of each digit there is a flag display section 25...
are provided, and each flag display section 25 for the first to seventh digits is provided.
. . . displays the first to seventh printing fields, and the flag display portions 25 for each of the 12th to 16th digits display various errors at each position. For example, the flag in the 12th digit is an error in MICR encoder 1, the flag in the 13th digit is a transport error in document 2, and the flag in the 14th digit is an error in document 2.
The flag in the digit indicates an error in the ribbon of the document printer, the flag in the 15th digit indicates an error in the input operation, and the flag in the 15th digit indicates an error in the input operation.
Flags in the 16th digit are other errors.

FIG. 4 shows an example of the fields to be printed on document 2. The number of print columns for document 2 is set to 65, and each field is set according to the field management table. 12 columns, 2nd field 2B is 14th column to 19th column, 3rd field 2C is 28th column to 31st column, 4th field 2D is 33rd column to 37th column, 5th field 2E is 38th column -43rd column, 6th field 2F is set to 7 fields, 52nd column to 38th column, and 7th field 2G is set to 7 fields, 59th column to 65th column.

For example, if document 2 is a bill, the data printed in each field is the first field 2A.
is the amount, the second field 2B is the bill number, the third field 2C is the bank branch number, and the fourth field 2
D is the financial institution code number, the fifth field 2E is the exchange code number, the sixth field 2F is the bill due date, and the seventh field 2G is the cashier number.

Figure 5 shows the control circuit of the MICR encoder 1, where the CPU 26 controls each circuit device, the ROM 27 stores programs for controlling each circuit device, and the CMOS 28 is composed of non-volatile memory. Multiple types of field management tables that define control are stored in a program-compatible manner.
The RAM 29 stores data necessary for controlling printing of fields such as input data.

The conveyance control circuit 30 drives and controls a motor 31 that drives conveyance means such as a conveyance belt and conveyance rollers configured inside the conveyance path 4, and this motor 31 is constituted by a pulse motor.

The conveyance detection control circuit 32 is a pulse generator 3
3. Control the insertion sensor 34 and position sensor 35 and extract signals from them. Pulse generator 3
Reference numeral 3 generates a pulse corresponding to the conveyance speed of the document 2 to detect the conveyance amount of the document 2 and is used to control the conveyance.An insertion sensor 34 is provided inside the conveyance path 4 so that the document 2 is not moved along the conveyance path. 4
The position sensor 35 detects that the document 2 has been conveyed to the document printing position inside the conveyance path 4 and is ready for printing. After the position sensor 35 detects the document, the pulses of the pulse generator 33 are counted to identify the printed column of the document.

The print control circuit 36 controls a document printer 37 and a journal printer 38, the document printer 37 prints necessary data on the document 2, and the journal printer 38 prints the necessary data on the journal paper 8.
Print the necessary data in a journal.

The display control circuit 39 controls the display 7, and the display 7 displays input data.

FIG. 6A shows the programs stored in the ROM 27, in which a master program operated by the select dial 9 and select key 10 and eight programs for controlling various types of field printing are stored.

Figure 6B shows the registered program area and field management table area stored in the CMOS 28 mentioned above.
Among the programs 1 to 8 stored in the ROM 27, the program selected by the selection dial 9 is stored. On the other hand, regarding the field management table, the field management table of program 1 is a table corresponding to program 1 that prints only the first field 2A, for example. The field management table of program 2 is, for example, a program corresponding to program 2 that prints only the first and second fields 2A and 2B.

In this way, each program is programmed to control printing of only the fields 2A to 2G necessary for printing and to skip fields 2A to 2G that are not to be printed, and such programs vary depending on the business and the type of document 2. , the minimum necessary amount is set correspondingly to each.

The field management table defines the fields to be printed by such a plurality of programs, and the selection dial 9 shown in FIG. 2 selects the above-mentioned programs.

Furthermore, parameters defining printing conditions, input conditions, and control conditions are set for each field in each field management table.

For example, program 8 has all fields 2A to 2.
This is a program for printing G, and its field management table has parameters set as shown in FIG.

To set this parameter, select the registration side using the above-mentioned dual-use key in place of the select key 10 in FIG. In this embodiment, input means for registering control codes that define various input/output specifications in the field management table are a select key 10, a numeric key 18, and an input setting key 19.
It is made up of.

That is, in FIG. 7, the first field 2
For parameter A, the number of print input digits is 10 digits, the starting column position is from position 02, control 1 specifies 0, control 2 also specifies 0,
Control 3 specifies 5.

Such parameters are registered and stored in the first field 2A to the seventh field 20.

In the above-mentioned parameters, the content specified by the control code of control 1 is the specification of read memory or numbering when using the fourth table to be described later, and the content of the code is as follows.

0: Not used (uses second table) 1: Read memory area 1st instruction 2: Read memory area 2nd instruction 3: Read memory area 3rd instruction 4: Read memory area 4th instruction 5: Read memory area 5th Instruction 6: Numbering area First instruction 7: Numbering area Second instruction Therefore, in the case of program 8 corresponding to the field management table in FIG. The bill number of 2 field 2B is “6”
A number is printed according to the first instruction in the numbering area, and the branch number in the third field 2C is "1". According to the first instruction in the read memory area, the bank branch number stored in this area is read and printed, The financial institution code number in the fourth field 2D is "2" in the read memory area. According to the second instruction, the financial institution code number stored in this area is read and printed, and the exchange code number in the fifth field 2E is "2". 3" read memory area. According to the third instruction, the exchange code number stored in this area is printed, and the bill due date and substitute number in the 6th and 7th fields 2F and 2G use the read memory and numbering. It tells you not to do it.

The specified content of the control code of the control 2 described above is an instruction to permit and control the input of the input keys on the keyboard 6, and the code content is as follows.

0: Permission of input setting key 19, TAB key 21, DUP key 22, 1: Permission of input setting key 19, 2: Permission of input setting key 19, DUP key 22, 3: Permission of input setting key 19, TAB key 21 Permission, 4: A series of input setting keys 19 after data input,
Permit TAD key 21, DUP key 22, 5: Permit a series of input setting keys 19 after data input, 6: Permit a series of input setting keys 19 after data input,
Permission of DUP key 22, 7: Series of input setting keys 19 after data input,
Permission of the TAB key 21. In addition, permission of the input setting key 19 after data input in 4 to 7 above means permission of a series of operations in which data is input with the numeric key 18 and then input with the input setting key 19. However, blank pressing of the input setting key 19 is prohibited.

Therefore, in the case of program 8, the field management table in FIG.
1. Indicates that operation of the DUP key 22 is permitted.

The specification contents of the control code of control 3 mentioned above are the printing regulations of document 2 when the number of input digits is less than the maximum number of digits input by the program, and the specification of display of "," every 3 digits on display 7. This code specifies "," every three digits and prints the \ mark and * mark on the journal print, and the contents of the code are as follows.

0: Space for the remaining columns, "," not displayed every 3 digits, no journal indication, 1: Space for the remaining columns, "," displayed every 3 digits, journal "," indicated, 2: Spaces for the remaining columns, 3 "," is displayed for every digit, journal ¥ mark, ",", * mark is indicated, 3: "0" is printed for the remaining columns, "," is not displayed for every third digit, no journal is indicated, 4: "0" is printed for the remaining columns. ``Print, every 3 digits'', displayed, journal ``,'' indicated, 5: Print remaining columns with 0, every 3 digits ``,'' displayed, journal ¥ mark, ``,'', * mark indicated, done. Therefore, in the case of program 8, the field management table in Figure 7 indicates that the amount in the first field 2A is "5", so if there is no data in the upper digit of the document printout, "0" is printed and the column is "," is displayed every three digits on the display section 7, and printing of ¥ mark, "," and * mark every three digits is specified for journal printing, and "3" is displayed for other fields 2B to 2G. ” is specified, so if there is no data in the upper digit of the document printout, it will be “0”.
Fill in the column by printing, and make sure that "," is not displayed every 3 digits on the display section 7, and for journal printing, printing of ¥ mark, "," every 3 digits, and * mark is not specified. Instructing.

Figure 8 shows the storage area of the RAM 29 mentioned above.
This RAM29 has four tables 29A, 29
B, 29C, 29D are set, and the first table 2
9A is used when encoding is processed by AUT, and each field 2 set in the corresponding field management table by each program
Based on the control code of control 1 of A to 2G, when this control code is 0, it is variable data, so when data is input, parameter 1 is input, and when TAB key 21 is pressed, parameter 2 is input. It is memorized corresponding to each field, and on the other hand, since the control code of control 1 in the field management table is field fixed data of 1 to 7, parameter 3 is stored when data is input, and parameter 3 is stored when TAB key 21 is pressed. 4 is stored corresponding to each field.

The second table 29B is used when the encoding process is performed manually, and stores parameters 1 to 4 corresponding to each field similarly to the first table 29A described above. However, in the case of manual, parameters 1 and 3 are exactly the same, and parameters 2 and 4 are also the same (the program performs the same processing).
The variable data input to the field is stored corresponding to each field. For example, in the field management table of program 8, the field whose control code of control 1 is 0
Data is stored for No. 1, 6, and 7. Fourth
Table 29D stores fixed data, and this fixed data is stored in control codes 1 to 1 in control 1 of the field management table shown in FIG.
Read memory areas 1 to 5 and numbering areas 1 and 2 specified in 7, numbers that do not change even if the document changes, such as bank branch number, financial institution code number, exchange code number, etc. are in the read memory. Numbering data that is incremented by 1 for each document, such as a bill number, is stored in the numbering area, and the numbering data is incremented by 1 as one document is printed.

The process storage flag is used in the AUT, and is set when the first document's data has been entered for each field 2A-2G, that is, when tables 29A, 29C, and 29D are set, and the flag is set when a series of documents is input. The input data is printed and a new 1st table 2 is created.
The flag is reset when the parameters of 9A need to be set. The field counter counts the fields being processed.

Register A stores the input condition instruction of control 2 described above in correspondence with the processing field.

Register B stores data input from the numeric keys 18. Registers C and D store the printing condition instructions of the control 3 described above in correspondence with the processing fields, and register C is used during data input, and register D is used during journal printing.

The total comparison area adds the amounts input into the first field 2A and stores the total, and this total amount is used for comparison with the total amount of the processed document 2. Further, the number of processed documents is stored in the number of documents area, and is used when creating batch slips.

Next, the operation of the MICR encoder 1 configured as described above will be explained with reference to the flowchart of FIG.

When the power of the MICR encoder 1 is turned on, initial processing such as resetting necessary circuits is performed, and it is determined whether the select key 10 is for execution or registration.

When creating a field management table for each program as shown in FIG. 7, set the selection dial 9 to the program number for creating the field management table, and then insert the dual-use key into the selection key 10 to set it to the registration side. For example, the seventh
If the field management table for the program 8 shown in the figure is to be created, the selection dial 9 will select "8".

Then, parameters for each field 2A to 2G are input using the numeric key 18 and the input setting key 19.

For example, in the case of the first field 2A of the parameters shown in Figure 7, the field number designation is "1", the number of print digits is "10", the start column position is "02", and the control designations 1, 2, and 3 are "005". , and after inputting these, the input setting key 19 is operated.

When the above data is input, the display control circuit 39
are controlled and sequentially displayed on the display 7. In this display, data is sent out from the lower digit side of the numeric display 23 for each input and displayed, and for the field number, a flag for the first digit corresponding to the position of the first field is displayed. The display section 25 is displayed. Then, by operating the input setting key 19, the input of the parameters for the first field 2A is completed, and then the input of the parameters for the second field 2B is completed.
The parameters will be input.

The parameters of each field entered in this way are stored in the field management table area of the CMOS 28, and when the input of parameters for all fields is completed and the creation of one field management table is completed, the select key 10 is moved to the neutral position. Return to.

By this operation, the data in the field management table is stored in correspondence with the corresponding program in CMOS28.

Note that field management tables are created in the same manner as described above in other programs as well.

Next, when printing data on the document 2, store the document 2 to be encoded in the storage section 3 of the encoder 1, select the program corresponding to encoding with the select dial 9, and then use the select key 10 to print the document 2 on the execution side. Select. Note that this select key 10 can be used as either an execution-only key or a dual-purpose key.

When the execution side is selected, read the program number set by the select dial 9,
Extract the corresponding program from ROM27
Store in the registered program area of CMOS28.
The program 8 for printing in all fields will be described below with reference to the field management table shown in FIG.

The AUT key 20 is a push-push switch that maintains either a pressed state or a released state. i.e. AUT
If key 20 is pressed once, it will remain in the auto state (the same field management is automatically performed for a series of documents), and if it is pressed again, it will be in the manual state (the data of all fields will be individually managed for each document). input settings).

Also, encode key 11, total verification key 1
The 2, 1 batch key 13, general batch key 14, and batch clear key 15 are called job selection keys, and when any one of them is pressed, the input state of this key is stored inside the device until another key is pressed. keeping. For example, encode key 11
If the key is pressed, the device maintains the encoding processing state until another key is pressed.

When performing encoding processing by AUT operation, set the AUT key 20 to the auto state, and then press the encode key 11.

This operation resets the processing storage flag in the RAM 29 and sets the field counter to 1.

Next, the operator sequentially inputs data for the first document from the first field 2A, and this input is performed as shown in FIG.

First, the field management table shown in FIG. 7 corresponding to program 8 is selected from among the field management tables stored in the CMOS 28, and the input condition instruction of control 2 for the first field 2A specified by the field counter is read out. ,
This instruction data is stored in register A. In the case of program 8, the instruction data "0" of control 2 of the first field is read out and stored in register A, and in this case, the instruction of the input condition is
Input setting key 19, TAB key 21, DUP key 2
2 permission.

The data for the first field 2A is the amount of money, and the operator enters the amount using the number keys 18 and then presses the input setting key 19.

The amount data input in this way is stored in register B.

When pressing the input setting key 19 after inputting data (for example, amount) using the numeric key 18, the control code of control 2 will be 0 to 0.
7, such key presses are permitted, so there is no need to check the control code stored in register A.

However, in this case, it is necessary to newly display the data input from the numeric keys 18 on the display 7, so from the field management table shown in FIG.
Read field control 3 and store in register C. And the data in register C, that is, the control code of control 3 is 0.
Or if it is 3, display the input data stored in register B without "," every 3 digits, and if it is 1,
If it is 2, 4 or 5, the input data stored in register B is displayed with a "," inserted every three digits. In this case, control 3 of the first field
is 5, so the input data, that is, the amount, is 3.
It will be displayed with a “,” inserted for each digit.

Next, the control code corresponding to the first field of control 1 of the field management table is read out, and based on this control code, parameters are set in the first table 29A, and if it is variable data, it is set in the third table 29C. Moreover, if it is fixed data, the input data is stored in the fourth table 29D.

The parameters stored in the first table are as follows.

Parameter 1: When numerical data is input for variable data Parameter 2: When the TAB key 21 is pressed for variable data Parameter 3: When numerical data is input for fixed data Parameter 4: TAB for fixed data When the key 21 is pressed In the case of program 8, the field management table shows that the control 1 of the first field is 0, as shown in Figure 7, so variable data is printed in the first field. Therefore, since numerical data, for example, an amount of 1 million yen, has been input from the numeric key 18 for variable data, parameter 1 is stored in correspondence with the first field of the first table 29A. ,
Numerical data of one million yen is stored in correspondence with the first field of the third table 29C. In addition,
Control 1 distinguishes between variable data and fixed data
When the control code is 0, it is variable data, and when the control code is 1 to 7, it is fixed data. In particular, when the control code is 6 or 7, this indicates that numbering (+1 for each document) is necessary.

Note that when data is input only using the input setting key 19 without inputting numerical data using the numeric key 18, it is determined that 0 has been input, and 0 is stored in register B and stored in register A. It is determined whether the current control 2 is between 0 and 3. If the control code is 4 to 7, the flag display section 25 of the display 7 indicates that input using only the input setting key 19 is not permitted (the numeric key 18 must be operated), indicating an operation error. will be displayed and the data entry will be re-entered.

If the control code is 0 to 3, input using only the input setting key 9 is permitted, so the parameters are set in the first table 29A based on the control as described above, and the parameters are set in the third or fourth table 29C. , 29D to store the numerical data of 0 and complete the data input.

Furthermore, when data is input using the DUP key 22, it is assumed that the numerical data displayed on the display 7 has been input, and this data is stored in the register B. Then, it is determined whether control 2 stored in register A is 0, 2, 4, or 6. If the control code is 1, 3, 5, or 7,
Since pressing the DUP key 22 is not permitted, an operation error is displayed in the same manner as described above, and the data entry is made to be performed again. For example, while the DUP key 22 is convenient because it allows the user to directly input the numerical data on the display 7, it may not be allowed to input monetary amounts or the like because there is a possibility of erroneous input due to misreading. Control code is 0, 2,
If it is either 4 or 6, input of the DUP key 22 is permitted, so each table is set in the same manner as described above and data input is completed.

Furthermore, when data is input using the TAB key 21, it means that the corresponding print field is skipped without being printed. In this case, control 2 stored in register 1 is 0,
3, 4, or 7 is determined.
If the control code is one of 1, 2, 5, and 6, pressing the TAB key 21 is not permitted, so an operation error is displayed in the same manner as described above, and the data entry is performed again. This is done by pressing the TAB key 21 to prohibit skipping the printing of a certain field when a financial institution such as a bank issues a document such as a bill. This is useful when you want to prohibit pressing the button. If the control code is 0, 3, 4, or 7, pressing the TAB key 21 is permitted, so read control 1 and if this control code is 0 (variable data), the first table 29A Parameter 2 in the corresponding field of
Also, the control code is 1 to 7 (fixed data)
If so, parameter 4 is set in the corresponding field of the first table 29A.

In the above manner, inputting the amount into the first field is completed. Note that FIG. 10A is a flowchart that explains in detail the part indicated by arrow A in FIG. 9A.

When the data setting of the first field is completed as described in detail with reference to FIG. 10A, the process returns to FIG. Move to input. When the document is a bill, the data for the second field is usually the bill number, and the operator uses the number key 18 to enter the bill number,
For example, replace 1234 and then input settings key 19
Press . As will be described later, the bill number is only input for the first document in a series, and the second and subsequent documents are automatically numbered and printed by +1.

Returning again to FIG. 10A, the input bill number is stored in register B. In this case, as mentioned above, the data is input using the numeric key 18 + input setting key 19, so there is no need to check using control 2. , the control code corresponding to the second field of control 3, numeric value 3, is stored in register C, and since the control code is 3, the bill number 1234 is displayed on the display 7 without ",". After that, the corresponding control code, numeric value 6, is read out from the second field of control 1 in the field management table, and since the control code is fixed data and indicates that numbering area 1 is to be used,
Parameter 3 is set corresponding to the second field in the first table 29A, and bill number 12 is set in the numbering area 1 of the third table 29C.
34 and finish setting the input data.

Then, return to Figure 9A again, add +1 to the field counter and specify the third field.
Similarly to the first and second fields described above, when data is input, for example, branch number 111 in the third field, branch number 111 is displayed based on control 3 corresponding to the third field, and control code 1 of control 1 is displayed. Based on this, parameter 3 is set in the first table 20A in correspondence with the third field, and the branch number is set in the read memory area 1 of the third table.
Store 111.

Furthermore, in the same way, the field counter is incremented by 1 and the data of the 4th to 7th fields are input one after another. However, if the document is a bill, the financial institution code number, which is the 4th field, is input.
Enter 9876, and enter the exchange code number in the 5th field and the bill due date in the 6th field.
Press the TAB key 21 to skip for the time being, and
Assuming that 546372 is entered as the substitute number field, the first, third, and fourth tables set based on control 1 of the field management table in Figure 7 will be as shown in Figure 8. become. According to control 1, the exchange code number is fixed data and the bill due date is variable data, so when the TAB key 21 is pressed, the parameters become 4 and 2, respectively.

When inputting data based on the program to each field 2A to 2G is completed, a processing storage flag in the RAM 29 is set.

Then the document and journal are printed. (See Figure 9 A) Document printing is done in the first table 2 of RAM29.
This is done based on the parameters of each field 2A to 2G set in field 9A, and further based on the instructions of control 3 of the field management table (FIG. 7).

That is, the transport control circuit 30 drives the motor 31, and the transport detection circuit 32 detects that the document 2 has entered the transport path 4 based on the detection signal from the insertion sensor 34, and also detects the entry of the document 2 into the transport path 4 based on the detection signal from the position sensor 35. detects that the first column of the document 2 is at the printing position of the document printer 37, and counts the pulses from the pulse generator 33 to drive the motor 31 to feed the document 2 for printing. is controlled.

That is, when the column position indicated by the pulse count from the pulse generator 33 reaches the start column position of each field in the field management table, data for the corresponding number of printing digits is printed for the corresponding field.

Document printing will be described in detail below with reference to FIG. 10B. First, the field counter of the RAM 29 is set to 1, and based on this, the control code corresponding to the first field of control 3 of the field management table is read out and stored in register D. and the contents of register D are 0
If it is ~2, if the number of input digits of the input data is less than the number of print digits specified in the field management table, the remaining part will be used as a space and will not be printed, and if it is 3 to 5, the remaining part will not be printed. Print 0 in . For example, in Program 8, 1 million yen is entered in the first field that prints the amount mentioned above, and the number of digits to be printed is 7 digits, while the maximum number of digits to be printed specified in the field management table is 10 digits, 10- Regarding 7=3 digits, the upper 3 digits will be filled with 0 and printed according to control 5 of control 3. Note that when reading print data, since the parameter corresponding to the first field of the first table 29A is 1, it is determined that variable data has been input, and based on this, the third table 29C stores the variable data. 1000000 from the storage location corresponding to the first field of
This data will be read.

In other words, for the 1st field, the 2nd to 11th
The column will be printed as follows.

0001000000 Printing is done in the first place in the field management table.
The start column of the field is 02, i.e. the second
Since the column is indicated, after a detection signal is received from the position sensor 35 that detects that the first column of the document 2 is at the printing position of the document printer 37, the count value of pulses from the pulse generator 33 is When the document 2 indicates the second column position, printing of the data described above is started, and the document 2 is printed at each column position while determining each column position by counting the pulses of the pulse generator 33 synchronized with the conveyance of the document 2. The feeding is stopped and the aforementioned data is printed, but since the mechanism for printing predetermined data in each column of a document is well known, detailed explanation will be omitted.

When the amount data is printed in the first field as described above, the field counter is incremented by +1, and the parameter 3 corresponding to the second field of the first table 29A is similarly read out for the second field, and this is fixed data. Since this indicates that data has been input for the field management table, control code 6 of control 1 of the field management table is read, and based on this, the control code 6 of control 1 of the field management table is read.
Read bill number 1234 stored in numbering area 1 of 9D. At the same time, based on the control code 3 of the control 3, 01234 is printed in five columns from the start column 14 in the same manner as described above.

Furthermore, the field counter is incremented by +1 and the third to seventh fields are sequentially printed in the same manner, but detailed explanation will be omitted. By printing each field in this manner, data is printed as shown in FIG. 4. In addition,
Parameters 4 and 2 are set for the 5th and 6th fields, so press TAB key 2.
It is recognized that 1 has been pressed, and the documents are only conveyed without being printed in the 39th to 58th columns of the fifth and sixth fields, causing them to be skipped.

Journal printing is then performed. This pattern is shown in FIG. 10C, although a detailed explanation will be omitted since it is similar to the document printing described above. In the case of journal printing, the control code of control 3 is read from the field management table and the print format of the data is changed based on this, but in the case of journal printing, if control 3 is 0 or 3, the display Similarly, print the data without adding "," every 3 digits, and if it is 4 or 4, print the data with "," every 3 digits.
to print the data. 2 or 5 more
If so, the data is printed with "," appended to every three digits, "\" is printed before the highest digit of the data, and "*" is printed after the lowest digit. That is, "*" means "yen". By the way, if the amount data of 1 million yen is printed in the first field mentioned above, it will be as follows: ¥1,000,000* In this way, the print control circuit 30 controls the journal printer 37 based on the control 3. Data corresponding to each field is printed on the journal paper 8, and of course, in the case of journal printing, a line feed must be returned each time each field is printed.

When journal printing is completed in this way,
The encoding process for one document 2 is completed.

If the document 2 to be encoded is one or the last one and there are no remaining documents 2, the program settings are returned to the initial state in order to process a new document 2 (see FIG. 9A).

However, if there is a document 2 that is similar, that is, encoded using the first table 29A and fourth table 29D set as described above, the RAM 29 The numbering areas 1 and 2 of the fourth table 29D each have +
1 is added (see Figure 9b). That is, in the above example, the bill number in the second field is 1235.
+1 is added to.

Next, the parameters for each field of the first table 29A are read out, and it is determined whether the parameter of each field is 1 or not.

That is, when there is a field whose parameter is 1, this is a case where variable data such as monetary data is input. If this variable data does not exist, that is, if the parameter is 3, the encoding process is based on fixed data, so in this case, the first document 2
The data entered in the fourth table 29D can be used as is for the second and subsequent sheets, and the operator does not need to input and set the convenience data. Alternatively, when the parameter is 2 or 4, this also occurs when the TAB key 21 is pressed, so there is no need to enter data in this case either. Therefore, if any field has a parameter other than 1, the process returns to the document printing step, and the same document printing and journal printing are repeated for the second and subsequent sheets of fixed data (although they may be numbered). That is, if only fixed data is printed on the document, there is no need to input data each time.

In determining the parameters of each field described above, if there is a field with a parameter of 1, it is an encoding process involving variable data. In this case, only the variable data can be input and set, and the fixed data can use the data that has already been input and set.

For this purpose, the following judgment is made. i.e. AUT
If it is not AUT, it will be a manual operation, and in this case, the data will be manually set individually for the corresponding document.

Whether the processing storage flag is set or not, if this flag is set, it means that the input data has already been set. Therefore, the automatic processing can be continued using the first table 29A and the fourth table 29D as they are.

Next, it is determined whether the encode key 11 has been operated again, or whether the numeric key 18, input setting key 19, or DUP key 22 has been operated. If the encode key 11 is pressed again here, the operator resets the parameters stored in the first table 29A and resets the parameters stored in the first table 29A.
This means resetting the ~4th table, so in the same way that the processing memory flag was reset and the 1st to 4th tables were created for the first document, the 1st to 4th tables Create.

When it is determined that the AUT processing is continued using the above-mentioned first to fourth tables, the variable data of the field whose parameter is set to 1 in the first table 29A, that is, the above-mentioned In the example, input of amount data in the first field 2A is first permitted, data in the first field 24 is input using the numeric key 18, the input setting key 9, or the DUP key 22, and the data is entered in the third table 29C. The data corresponding to the first field 2A of is updated. In addition, in this case
Input of the TAB key 21 is prohibited. i.e.
When the press of the TAB key 21 is detected, an operation error is displayed and the input is made again.

Next, 1 parameter is added to the first table 29A.
Search to see if another field exists. In the above example, the parameters of the 2nd to 6th fields are not 4, so they are left as they are, and the 7th field is
It is detected that the parameter of the field is 4, and the substitute move in the seventh field is input in the same manner as described above. In this case, the substitute number updated corresponding to the seventh field of the third table is stored.

In addition, in these data input processes, the first
Of course, input and display of data can be controlled by referring to controls 2 and 3 of the field management table in the same way as described in detail in Figure 0A.

In this way, all the variable data for the second document is updated and the third table 29C
When the updating of the data is completed, the process returns to the document printing step, and document printing and journal printing are performed as described above. Note that the fixed data in the second to fourth fields is the data stored in the fourth table 29D (however, the bill number in the second field is incremented by 1), and of course, the data stored in the fourth table 29D is used as is.
The sixth field is skipped without being printed.

In this way, the encoding process using the AUT operation is performed one after another for the third and subsequent documents, and the series of processes ends when there are no more documents left.

When printing of this series of documents is completed, processing such as total verification, one batch processing, and total batch processing may be performed, and in this case, the corresponding keys 12, 13, and 14 may be pressed.

For example, when the total verification key 12 is pressed, the amounts in the first field for a series of documents are added one after another and stored in the total verification area of RAM 29 by the program 8. The total amount will be compared and the result will be displayed. When the 1 batch key 14 is pressed, the total amount stored in the total verification area and the data in the number area storing the number of documents in a series are printed on a 1 batch slip by the program 8.

Next, manual operation will be described. In this operation, manual processing is set by pressing the AUT key 20 in the AUT state described above.

One document 2 for manual operation
The second table 29B and third table 29C must be created each time.

The creation of the second table 29B is similar to the creation of the first table 29A during AUT described above, and parameters 1 to 4 are set in the second table 29B of the RAM 29 in response to each key press.

Therefore, even if the AUT key 20 is pressed during the AUT operation described above to switch to manual operation, the parameters of each field during AUT are stored in the first table 29A, so the parameters of this first table cannot be changed. There is no need to reset it. As a result, even if one document 2 is manually encoded during an AUT operation, the previous AUT operation can be continued by pressing the AUT key 20 after the processing.

Parameters are set for each field in the second table by manual operation, and at the same time, the data input for each field is stored in the third table, completing the data input for one document. Then, the data stored in the third table is printed on the document based on the parameters of the second table, and further journal printing is performed. Note that these processes are performed by AUT.
It is the same as when .

In this way, in the case of manual operation, only the second table 29B and the third table 29C are used, so the first table 29A and the fourth table 29D are not destroyed and continue to be used even when returning to AUT. It is possible.

Of course, even during manual operation, unnecessary fields 2A to 2G during data input can be skipped by pressing the TAB key 21, and this skip parameter 2 or 4 can be skipped by the corresponding field in the second table 29B. area. However, when using manual data, all data is handled as variable data, so there is no difference between parameters 1 and 3 or parameters 2 and 4.

FIG. 11 shows another program, in which the operation is simply to print the total amount in the first field 2A of the document 2.

To select this program, set the select dial 9 to, for example, "1" and select the select key 10 to the execution side, program 1 will run, and the controls 1, 2, and 3 set in the corresponding field management table will be activated. Processing will be performed accordingly.

If it is an AUT operation, the operation is started by pressing the encode key 10 after pressing the AUT key 20, the processing storage flag of the RAM 29 is reset, and data input is permitted.

The data for the first field 2A, that is, the amount, is entered using the numeric key 18 and the input setting key 19, and this input data is displayed on the display 7, and this display also includes "," entered every three digits. Whether or not to do so is also determined based on control 3. This variable data is then stored in the area corresponding to the first field 2A of the third table 29C.

When the data input is completed, the processing memory flag of RAM 29 is set, and then the third table 29
The data input and set in C is the first table 29A.
Printing is performed on the first field 2A of the document 2 based on the parameters, and further journal printing is performed on the journal paper 8.

When the encoding process for one document 2 is completed, if there is no continued process for the document 2, the process is returned to the initial stage such as program settings in order to process a new document 2.

Next, depending on whether it is AUT processing, processing memory flag set, encode key ON, etc.
Determine whether AUT processing is continuing or not, and if it is determined that it is continuing, the next document 2
If the amount for the second document 2 is the same as the amount for the first document, this amount will be displayed on the display 7.
In this case, DUP key 2 is displayed.
By pressing 2, you can set the data.
The operator's key input operation can be simplified.

The input data for the second sheet is stored in the area corresponding to the first field 2A of the third table 29C, and this data is printed as a document and in a journal in the same manner as described above.

AUT processing for amount encoding is performed in this manner.

Further, in the case of manual operation, the parameters must be set in the second table 29B of the RAM 29.

As already mentioned, this setting can be found in document 2, 1.
Input settings are made for each sheet.

Data entry is permitted and the first field 2A
The data, that is, the amount, is entered using the numeric key 18 and the input setting key 19, and the input data is displayed on the display 7.
Whether or not to insert each digit is also determined based on the parameter. And this data is in the third table 2
It is stored in the area corresponding to the first feed 2A of 9C.

The above data is then printed in the first field 2A of the document 2 based on the parameters of the second table 29B, and journal printing is also performed, completing the encoding process for one document 2.

In this way, the encoding process of the document 2 is performed by manual operation.

[Brief explanation of the drawing]

The drawings show an embodiment of the invention, and FIG.
A perspective view of the MICB encoder, Fig. 2 is a plan view of the keyboard, Fig. 3 is a plan view of the display, Fig. 4 is an explanatory diagram of the fields, Fig. 5 is a control circuit block diagram of the MICR encoder, and Fig. 6 is a plan view of the keyboard. A is an explanatory diagram showing the storage contents of the ROM, FIG. 6B is an explanatory diagram showing the storage contents of the CMOS, FIG. 7 is an explanatory diagram showing the storage contents of the field management table, FIG. Figures A and B are flowcharts of the encoding process, and Figure 10A is the input operation flowchart.
Figure B is a detailed flowchart of document printing, Figure 10C is a detailed flowchart of journal printing, and Figure 11 is a detailed flowchart of journal printing.
The figure is a flowchart of encoding processing in another program. 1...MICR encoder, 2...Document, 7
...Display device, 8...Journal paper, 18...Number key, 19...Input setting key, 20...AUT key, 2
1...TAB key, 22...DUP key, 28...
CMOS, 29...RAM, 29A to 29D...Table, 37...Document printer, 38...Journal printer.

Claims (1)

[Claims] 1. Document printing for each plurality of fields
In the MICR encoder, there is a field management table that defines each field, an input means that registers control codes that define various specifications for input and output in this field management table, and input means that registers control codes that define various input and output specifications in the field management table. and a control means for controlling the output. 2. The MICR encoder according to claim 1, wherein the control code is one of various printing specifications. 3. The MICR encoder according to claim 1, wherein the control code is a display specification. 4. The MICR encoder according to claim 1, wherein the control code is various specifications for key input.