JPH02282890A - Automatic setting system applying unitary control of handling fee and transaction tax - Google Patents

Abstract

PURPOSE:To facilitate the registration, change and deletion in the system by recognizing the instruction given from a data processor to decide an action system, retrieving the corresponding item with an action instruction to store the item, a range and a period as each dimension, calculating the value of the corresponding item, and reregistering a table. CONSTITUTION:A recognizing part 11 recognizes the instruction given from a data processor and decides an action, and a retrieving part 12 retrieves the corresponding item with an action instruction. A control part 13 stores the item, a range and a period into each table as each dimension. The period covers up to (n) generations (n>2). A calculating action part 14 carries out a 1st event to calculate the value of the corresponding item and a 2nd event to execute the registration, the change, and the deletion of each table. An output part 15 gives the result obtained by the part 14 to the data processor and at the same time reregisters the contents of each table. Thus it is possible to attain an automatic setting system applying the unitary control of the handling fee and the transaction tax that needs no correction despite the change of value.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to business transactions of financial institutions, and relates to a method for calculating percentages, commissions, or transaction taxes.

(Prior art) Conventionally, this type of setting method has been located in each data processing device as shown in Fig. 7, and each data processing device has a setting method that is set up in each data processing device each time a value is changed or a format is modified. It needed to be remodeled.

(Problem to be Solved by the Invention) The conventional fee/transaction tax setting method described above is located in each data processing device, so when modification is necessary due to a change in value, etc., K must be modified for each device. The disadvantage is that it is necessary.

The purpose of the present invention is to determine an operation method by recognizing nine instructions given by a data processing device, search for a corresponding item based on the operation instruction, store the item, range, and period as each dimension in each table, and In , each table owns up to n(n)2) generations, calculates the value of the corresponding item, or registers, changes, or deletes the table contents, and passes the obtained result to the data processing device. The present invention aims to eliminate the above-mentioned drawbacks by re-registering the table, and to provide an automatic setting system based on unified management of fees/transaction taxes, which eliminates the need for correction due to changes in values.

(Means for Solving the Problems) The automatic setting method based on the unified management of fees/transaction taxes according to the present invention is composed of a search section, a search section, a management section, a calculation operation section, and an output section. This is what I did.

The R8 section is for recognizing instructions given by the data processing device and determining operations.

The search unit is for searching for a corresponding item based on an operation instruction.

The management section stores items, ranges, and periods as each dimension in each table, and stores the periods up to n(n)2) generations.

The calculation operation section is for carrying out the first event of calculating and obtaining the value of the corresponding item, and the second event of executing registration/change ψ deletion of each table.

The output section is for delivering the results obtained by the calculation operation section to the data processing device and for re-registering the contents of each table.

(Implementation row) Next, one embodiment of the present invention will be explained with reference to the drawings.

Referring to FIG. 1, one embodiment of the present invention is comprised of a certification section 11, a search section 1t, a management section 1S, a calculation operation section 14, and an output section 15.

The R knowledge unit 11 determines the first event for calculating commission or transaction tax, or registration, modification, or deletion of each table, according to the parameter content button as shown in Figure 1g2 given by the data processing device. This is for giving instructions to each part as to which of the second events is to be performed.

Search part 1! is used to search the management unit 1S for a corresponding table based on the contents of the parameters shown in FIG.

The management unit 16 stores market, period, and
Each table is managed using table type and range as dimensions. The calculation operation unit 14 is! &! Depending on the instructions given by Shikibu Hibu 11, either the first event is to calculate the commission or transaction tax #', or the second event is to register, change, or delete each table. Operate.

The output unit 15 delivers the results obtained by the calculation operation unit 14 to the data processing device, and also registers the table in the management unit 13 again.

FIG. 4 is a flowchart showing the operation of the apparatus shown in FIGS. Next, referring to Figure 2 and Figure f48,
The present invention will be explained in detail based on the flowchart shown in the figure.

In step 51, an event in the calculation operation unit 14 is determined based on the parameters shown in FIG. 2 given by the data processing device NK. First, after determining part βS1 in 1 in step 51, proceed to step 82 in cases other than registration processing.%F'ROM date'88β1 market code #%941. Find the % commission/transaction tax classification j%35# and create the m table. The corresponding table is step 5
Search part 1 with δ~56! is extracted from the table group 151 of the management unit 1B.

When the corresponding table is searched,! g! ! Based on the keys recognized by the identification unit 11, the processing for calculating the fee/transaction tax for the first event is executed in step 57, and the processing for registering, changing, and deleting each table for the second event is performed in step 5B. executed. Step 5B is a judgment step that divides the processing into the above.

First, the case of executing the fee/transaction tax calculation process 67 for the first event will be described with reference to FIG. First, step 81 causes 1 single/accumulation calculation flag! Check 36. In the case of a single calculation, step 62 sets the same table type as table 1 type 37 to 1 table type I4B.
, and position the pointer. Next, based on the turtle contract price 158, a corresponding book is searched from the turtle range '47 in step 63, and the pointer is moved to position it. Then, in step 84, the 1 fixed rate area I48 is checked. If it is a fixed amount, give 1 numerical value I49 to the 11 output section 15, and if it is not a fixed amount, step 815
1 contract price 158 is multiplied by 1 numerical value 149 to obtain nine values, and the obtained value is provided to the output section 15 in step 86. The output unit 15 outputs the obtained value as 1 result '31
It is set to 1 and handed over to the data processing device again.

Next, in the case of 1 stack calculation, the same table type as the 1 table type 157 in step g7FC is searched from the 1 table type f46 and the pointer is positioned. Next, in step 88, one fixed amount area 14S is checked. If it is a fixed amount, the percentage value 149 is left as is, but if it is not a fixed amount, a value is obtained by multiplying one contract price 158 by one value 149 in step 68, and the obtained value is stored in step 1°. Next, by 1 step 71, 1 range I4
Move pointer B to the next position. Therefore, in step 72, one contract price IS8 with the next one range 1471 is
If the value is not within the applicable range, the process is repeated and the obtained value is added. If it is within the applicable range, the added and stored value is provided to the output section 16 in step 75. The output unit 15 sets the obtained value to the result 15BVC and transfers it to the data processing device again.

Next, the case where each table of f42 events is registered, changed, and deleted in step 57 will be explained with reference to FIG.

First, in the case of the registration process in step 171, the outer frame of the table is output in step 1γ3, and the values necessary for editing are input therein in step 114. The input table is passed to the output unit 15 in step 175. The output unit 16 registers the table in the management unit 1S. %lI of one processing result at the same time! The data is set in the output 159 and delivered to the data processing device again. Next, in the case of change or deletion processing in step 172, the table searched by the search unit 12 is displayed in step 118, and in the case of change, a change value is input in step 179. The updated table is delivered to the output unit 16 in step 180, and the output unit 16 re-registers the table in the management unit 13. At the same time, the output unit 15 delivers the processing results to the data processing device. In the case of deletion, a deletion key is input in step 181, and the table in question is delivered to the output unit 15 in step 182. Output section 15
The management unit 1B deletes the υ table and at the same time processes
The data is delivered to the data processing device.

(Effects of the Invention) As explained above, the present invention can process instructions given by a data processing device! &! File, determine the operation method, search for the corresponding item according to the operation instruction, store the item, range, and period as each dimension, and in the period, n (n)
2) Make each table own up to the generation, calculate the value of the corresponding item, or register, change, or change the table contents.
perform the deletion and transfer the obtained results to a data processing device,
Re-registering the table has the effect of making it easy to edit, register, change, and delete the table.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing an embodiment of an automatic setting system based on unified management of fees/transaction taxes according to the present invention. FIG. 2 is an explanatory diagram showing the contents of parameters used in the present invention. FIG. 8 is an explanatory diagram showing the format of parameters. 4 to 6 are flowcharts showing the operation of the present invention, respectively. FIG. 7 is an explanatory diagram showing the operation of a fee/transaction tax setting method according to the prior art. 1111...Recognition unit IIiφ-1 Search unit 1B...Management unit 14...φ calculation operation unit 15...Output unit 5 f ~! 9, 41-49---Harame-151
~58.61~77.171~182-----Processing step

Claims (1)

[Claims] a recognition unit that recognizes an instruction given by a data processing device and determines an action; a search unit that searches for a corresponding item based on the action instruction; and an item, range, and period as each dimension. A management unit that stores the period in each table up to n (n>2) generations, a first event that calculates the value of the applicable item, and registers, changes, and deletes each table. a calculation operation section for carrying out a second event to be executed; and an output section for delivering the results obtained by the calculation operation section to a data processing device and re-registering the contents of each of the tables. Automatic setting method with unified management of fees/transaction taxes.