JP6975024B2 - Foreign currency conversion device, foreign currency conversion method and foreign currency conversion program - Google Patents

Description

The present invention relates to a foreign currency conversion device, a foreign currency conversion method, and a foreign currency conversion program.

Patent Document 1 discloses a loan examination device for FX and a computer program that can predict the investment profit of FX trading using borrowed money and can easily determine the advantages and disadvantages of borrowing and conducting FX trading. (See paragraph 0007 of Patent Document 1).

Japanese Unexamined Patent Publication No. 2010-128515

In such fields where profits such as investment profits and sales amount are expected, for example, the estimated sales amount in foreign currency of overseas subsidiaries within the group company can be converted into Japanese yen using the expected exchange rate. There has been a desire to forecast business performance, but it has not been realized.

The present invention has been made in view of the above problems, and an object of the present invention is to provide a foreign currency conversion device, a foreign currency conversion method, and a foreign currency conversion program that can easily convert a planned amount in foreign currency into an amount in Japanese yen. ..

In order to solve the above-mentioned problems and achieve the object, the foreign currency conversion device according to the present invention is a foreign currency conversion device including a control unit and a storage unit, and the storage unit contains company identification data and accounts. Identify the total account identification data for identification, the data to be extracted including the planned amount in foreign currency and the year and month when the planned amount is expected to occur, and the total account identification data and the classification in the journal for the account. The total account master, which includes the total account classification identification data for the purpose, and the expected high rate, which is the highest expected exchange rate in the future month, used when converting the planned amount in foreign currency into the amount in Japanese yen. At least one exchange rate selected from the group consisting of the expected low rate, which is the cheapest expected exchange rate in the future month, the expected high rate, and the expected average rate, which is the average exchange rate of the expected low rates. The exchange rate master including the exchange rate type identification data corresponding to the exchange rate and the application start date of the exchange rate, the total account classification identification data, the exchange rate type identification data, and the conversion pattern for identifying the combination thereof. Is stored, and the control unit refers to the conversion pattern master to acquire total account classification identification data and exchange rate type identification data associated with the specified conversion pattern. The subject acquisition means for acquiring the total account identification data associated with the total account classification identification data acquired by the subject classification acquisition means by referring to the subject classification acquisition means and the total account master, and the subject acquisition means. With reference to the data to be extracted, the planned amount to be acquired in foreign currency associated with the year / month belonging to the specified period, the specified company identification data, and the total account identification data acquired by the subject acquisition means. With reference to the acquisition means and the exchange rate master, the exchange rate for acquiring the exchange rate associated with the application start date belonging to the specified period and the exchange rate type identification data acquired by the acquisition means for acquiring the subject classification, etc. A conversion means for converting the planned amount in foreign currency into an amount in Japanese yen by multiplying the planned amount in foreign currency acquired by the acquisition means and the planned amount acquisition means by the exchange rate acquired by the exchange rate acquisition means. It is characterized by having and.

Further, the foreign currency conversion device according to the present invention is characterized in that the exchange rate is at least two exchange rates selected from the group.

Further, the foreign currency conversion device according to the present invention is characterized in that the company specified by the company identification data is an overseas subsidiary within a group company.

Further, in the foreign currency conversion device according to the present invention, a company master including company identification data and currency identification data for identifying the type of the foreign currency is further stored in the storage unit, and the exchange rate master is the exchange rate master. Further including currency identification data, the control unit further comprises a currency acquisition means for acquiring currency identification data associated with the designated company identification data with reference to the company master, and the exchange rate acquisition means , The exchange rate associated with the currency identification data acquired by the currency acquisition means is acquired.

Further, the foreign currency conversion method according to the present invention is a foreign currency conversion method executed by an information processing apparatus including a control unit and a storage unit, and the storage unit is a total for identifying company identification data and accounts. Extraction target data including account identification data and planned amount in foreign currency and the year and month when the planned amount is expected to occur, and total account for identifying the total account identification data and the journal classification for the account. The total account master including the item classification identification data, and the expected high rate, which is the highest expected exchange rate in the future month, and the expected high rate in the future month, which are used when converting the planned amount in foreign currency into the amount in Japanese yen. Corresponds to at least one exchange rate and the exchange rate selected from the group consisting of the expected low rate which is the cheapest expected exchange rate, the expected high rate and the expected average rate which is the average exchange rate of the expected low rate. A conversion pattern master that includes the exchange rate type identification data and the application start date of the exchange rate, and a conversion pattern master that includes the total account classification identification data, the exchange rate type identification data, and a conversion pattern for identifying a combination thereof. And, are stored, and the total account classification identification data and the exchange rate type identification data associated with the specified conversion pattern are acquired by referring to the conversion pattern master executed by the control unit. The item acquisition step for acquiring the total account identification data associated with the total account classification identification data acquired in the item classification acquisition step, and the extraction target, with reference to the equal acquisition step and the total account master. With reference to the data, the planned amount acquisition step to acquire the planned amount in foreign currency associated with the year / month and the specified company identification data belonging to the specified period and the total account identification data acquired in the item acquisition step. And, referring to the exchange rate master, the exchange rate acquisition step of acquiring the exchange rate associated with the exchange rate type identification data acquired in the application start date belonging to the specified period and the item classification acquisition step. A conversion step of converting the planned amount in foreign currency into an amount in Japanese yen by multiplying the planned amount in foreign currency acquired in the planned amount acquisition step by the exchange rate acquired in the exchange rate acquisition step. It is characterized by including.

Further, the foreign currency conversion program according to the present invention is a foreign currency conversion program for being executed by an information processing apparatus including a control unit and a storage unit, and the storage unit is used to identify company identification data and accounts. Total account identification data, data to be extracted including the planned amount in foreign currency and the year and month when the planned amount is expected to occur, and total for identifying the total account identification data and the journal classification for the account. The total account master, which includes the account classification identification data, and the expected high rate, which is the highest expected exchange rate in the future month, and the expected future month, which are used when converting the planned amount in foreign currency into the amount in Japanese yen. Corresponds to at least one exchange rate and the exchange rate selected from the group consisting of the expected low rate which is the cheapest expected exchange rate in the above, the expected high rate and the expected average rate which is the average exchange rate of the expected low rate. A conversion pattern including an exchange rate master including the exchange rate type identification data and the application start date of the exchange rate, and a conversion pattern for identifying the total account classification identification data, the exchange rate type identification data, and a combination thereof. The master and is stored, and the total account classification identification data and the exchange rate type identification data associated with the specified conversion pattern are acquired by referring to the conversion pattern master for the control unit to execute. The subject acquisition step, the subject acquisition step for acquiring the total account identification data associated with the total account classification identification data acquired in the subject classification acquisition step, and the subject acquisition step with reference to the total account master. With reference to the data to be extracted, the planned amount in foreign currency associated with the year / month and the specified company identification data belonging to the specified period and the total account identification data acquired in the subject acquisition step is to be acquired. With reference to the acquisition step and the exchange rate master, the exchange rate associated with the exchange rate type identification data acquired in the application start date belonging to the specified period and the acquisition step of the subject classification, etc. is acquired. A conversion step of converting the planned amount in foreign currency into the amount in Japanese yen by multiplying the planned amount in foreign currency acquired in the acquisition step and the planned amount acquisition step by the exchange rate acquired in the exchange rate acquisition step. And, including.

According to the present invention, there is an effect that the planned amount in foreign currency can be easily converted into the amount in Japanese yen.

FIG. 1 is a block diagram showing an example of the configuration of a currency conversion device. FIG. 2 is a diagram showing an example of an outline of the process according to the present embodiment. FIG. 3 is a diagram showing an example of an outline (table structure) of the contents of each master and each data according to the present embodiment. FIG. 4 is a diagram showing an example of details (sample data) of the contents in each master and each data according to the present embodiment. FIG. 5 is a diagram showing an example of setting extraction conditions when performing conversion using the expected high price rate, the expected low price rate, and the expected average rate. FIG. 6 is a diagram showing an example of data (output image) extracted when conversion is performed using the expected high price rate, the expected low price rate, and the expected average rate. FIG. 7 is a diagram showing an example of the result of conversion using the expected high price rate, the expected low price rate, and the expected average rate. FIG. 8 is a diagram showing an example of details (sample data) of the contents in each master and each data according to the present embodiment. FIG. 9 is a diagram showing an example of setting extraction conditions when performing conversion using the Japanese currency conversion rate and the euro conversion rate. FIG. 10 is a diagram showing an example of data (output image) extracted when performing conversion using the Japanese currency conversion rate and the euro conversion rate. FIG. 11 is a diagram showing an example of the result of conversion using the Japanese currency conversion rate and the euro conversion rate. FIG. 12 is a diagram showing an example of setting extraction conditions when performing conversion using the average rate during the period, the rate at the time of settlement, and the monthly fixed rate. FIG. 13 shows an example of data (output image) extracted when performing conversion using the average rate during the period, the rate at the time of settlement, and the monthly fixed rate, and the average rate during the period, the rate at the time of settlement, and the monthly fixed rate. It is a figure which shows an example of the result of conversion using. FIG. 14 is a diagram showing an example of setting extraction conditions when performing conversion using the monthly fixed rate and the monthly expected rate. FIG. 15 shows an example of data (output image) extracted when performing conversion using the monthly fixed rate and the monthly expected rate, and the conversion is performed using the monthly fixed rate and the monthly expected rate. It is a figure which shows an example of the result. FIG. 16 is a diagram showing an example of the hierarchical structure of companies within a group company.

Hereinafter, embodiments of the foreign currency conversion device, the foreign currency conversion method, and the foreign currency conversion program according to the present invention will be described in detail with reference to the drawings. The present invention is not limited to the present embodiment.

[1. Overview]
For example, in a group company that has an overseas subsidiary under its umbrella, the planned sales amount of each company including the overseas subsidiary should be in the same currency so that the management figures can be compared on the horizontal skewer between the companies of the entire group. It is desirable to be able to convert.

Here, in system consolidated accounting, foreign currency is converted using the rate determined at the end of the period depending on the type of item (for example, PL (income and expense), BS (asset and liability) and BS (net assets), etc.). In group management accounting, there was a demand to convert future budget foreign currency figures into Japanese yen at the time of the period to forecast business results.

However, since the exchange rate fluctuates, there is a problem that the prediction is practically difficult.

Therefore, in the present embodiment, for example, it is possible to convert the numerical value of the future budget at the time of the period and predict the fluctuation of business performance due to the exchange fluctuation. Hereinafter, a specific configuration and operation will be described.

[2. composition]
An example of the configuration of the currency conversion device 100 including the present invention will be described with reference to FIG. FIG. 1 is a block diagram showing an example of the configuration of the currency conversion device 100.

The currency conversion device 100 is a commercially available desktop personal computer. The currency conversion device 100 is not limited to a stationary information processing device such as a desktop personal computer, but is a portable type such as a commercially available notebook personal computer, a PDA (Personal Digital Assistants), a smartphone, or a tablet personal computer. It may be an information processing device.

The currency conversion device 100 includes a control unit 102, a communication interface unit 104, a storage unit 106, and an input / output interface unit 108. Each part of the currency conversion device 100 is communicably connected via an arbitrary communication path.

The communication interface unit 104 connects the currency conversion device 100 to the network 300 so as to be communicable via a communication device such as a router and a wired or wireless communication line such as a dedicated line. The communication interface unit 104 has a function of communicating data with another device via a communication line. Here, the network 300 has a function of connecting the currency conversion device 100 and the server 200 so as to be communicable with each other, and is, for example, the Internet, a LAN (Local Area Network), or the like. The data of various masters and the like described later may be stored in the server 200, for example.

An input device 112 and an output device 114 are connected to the input / output interface unit 108. As the output device 114, a speaker or a printer can be used in addition to a monitor (including a home television). In addition to the keyboard, mouse, and microphone, the input device 112 can use a monitor that realizes a pointing device function in cooperation with the mouse. In the following, the output device 114 may be referred to as a monitor 114, and the input device 112 may be referred to as a keyboard 112 or a mouse 112.

Various databases, tables, files, and the like are stored in the storage unit 106. In the storage unit 106, a computer program for giving an instruction to a CPU (Central Processing Unit) in cooperation with an OS (Operating System) to perform various processes is recorded. As the storage unit 106, for example, a memory device such as a RAM (Random Access Memory) / ROM (Read Only Memory), a fixed disk device such as a hard disk, a flexible disk, an optical disk, or the like can be used.

The storage unit 106 may, for example, include extraction target data 106a, a foreign currency total account classification master 106b, a foreign currency total account master 106c as a total account master, a currency master 106d, an exchange rate type master 106e, and an exchange rate. It includes a master 106f, a foreign currency conversion pattern master 106g as a conversion pattern master, and a company master 106h.

According to the currency conversion device 100 according to the present embodiment, the amount in the first currency can be converted into the amount in the second currency. The combination of the first currency and the second currency is not particularly limited as long as the first currency and the second currency are different types of currencies, and for example, (first currency, second currency). Currency) = (foreign currency, Japanese currency) and (foreign currency, foreign currency), etc. The Japanese currency is the Japanese yen. The foreign currency is, for example, a currency other than Japanese currency such as dollar, pound, and euro.

The outline of the process according to this embodiment will be described with reference to FIG. Conventionally, when converting the amount in the first currency (for example, foreign currency) of the overseas subsidiary into the amount in the second currency (for example, Japanese currency), as shown by the two arrows of "Japanese currency data collection" in FIG. In addition, after converting foreign currency into Japanese currency, the converted Japanese currency data was collected at the head office in Japan. For this reason, it was not possible to convert foreign currencies into Japanese currencies using arbitrary exchange rates. On the other hand, according to the currency conversion device 100 according to the present embodiment, as shown by the arrow of “Foreign currency denominated (no conversion) data collection” in FIG. 2, the foreign currency data is not converted into Japanese currency and is in Japan as it is. Collect at the head office. Therefore, foreign currency can be converted into Japanese currency using any exchange rate.

Then, according to the currency conversion device 100 according to the present embodiment, the first currency (for example, foreign currency) collected as it is without being converted into the second currency (for example, Japanese currency) is used as the second currency as follows. Can be converted into the currency of (for example, Japanese currency). That is, for example, the foreign currency total account classification is associated with the foreign currency amount to be converted, while the exchange rate type is associated with the exchange rate used for foreign currency conversion. Further, the foreign currency conversion pattern is information for designating a combination of the foreign currency total account classification and the exchange rate type, as shown in FIG. Therefore, if the operator specifies a desired foreign currency conversion pattern, the desired foreign currency amount can be converted into Japanese currency using a desired exchange rate, and a management form can be created.

Hereinafter, the contents of each data and each master will be described in detail. In the following description, the characters in parentheses mean the notation in the figure.

The extraction target data 106a is, for example, data for managing the amount of money in the first currency to be extracted. As shown in FIG. 4, the extraction target data 106a includes, for example, company identification data (company name), general ledger identification data for identifying accounts (general ledger), an amount in the first currency, and the above amount. Includes the date when or is scheduled to occur (individual social ledger). As the amount of money, for example, there are two types, a planned amount in the first currency (amount (budget)) and an actual amount in the first currency (amount (actual)). As shown in the extraction target data 106a of FIG. 4, "5000: sales" is assigned as the total account identification data for identifying the account "sales", and the total account for identifying the account "cash" is assigned. "1000: Cash" is assigned as the identification data.

As shown in FIG. 3, the foreign currency total account classification master 106b is, for example, a master for managing the classification of foreign currency items. As shown in FIG. 4, the foreign currency total account classification master 106b is, for example, total account classification identification data (foreign currency total account classification code and foreign currency total account classification) for identifying the classification on the journal for the account. First name) etc. are included.

As shown in FIG. 3, the foreign currency total account master 106c is, for example, a master for managing a combination of a total account and a foreign currency total account classification. As shown in FIG. 4, the foreign currency total account master 106c includes, for example, total account identification data (total account code), total account classification identification data (foreign currency total account classification code), and the like. As shown in the foreign currency total account master 106c of FIG. 4, the total account classification identification data of "001: P / L income and expense" is assigned to the account "sales", and the account "cash" is assigned. On the other hand, the total account classification identification data of "002: B / S assets and liabilities" is assigned.

As shown in FIG. 3, the currency master 106d is, for example, a master for managing currency information handled by an overseas subsidiary. As shown in FIG. 4, the currency master 106d includes, for example, currency identification data (currency code and currency name) for identifying a first currency type, a fraction classification, and the like. The fractional classification is a classification that represents the processing to be performed for the amount after the decimal point of the conversion result, and is, for example, "0: (rounded down to the nearest whole number)", "1: rounded up (to the right of the decimal point)", and "2: ( Rounding to the nearest whole number) ”and so on.

As shown in FIG. 3, the exchange rate type master 106e is, for example, a master for managing the type of exchange rate to be used. As shown in FIG. 4, the exchange rate type master 106e is, for example, exchange rate type identification data (exchange rate type code) corresponding to the exchange rate used when converting the amount in the first currency into the amount in the second currency. And exchange rate type name) etc.

As shown in FIG. 3, the exchange rate master 106f is, for example, a master for managing a combination of a currency and an exchange rate type and an exchange rate corresponding to the combination. As shown in FIG. 4, the exchange rate master 106f corresponds to, for example, currency identification data (currency code), an exchange rate used when converting an amount in the first currency into an amount in the second currency, and an exchange rate. Includes exchange rate type identification data (exchange rate type code) and exchange rate application start date. The exchange rate consists of nine types, for example, the average rate during the period, the closing rate, the monthly fixed rate, the monthly expected rate, the expected high price rate, the expected low price rate, the expected average rate, the Japanese currency conversion rate, and the euro conversion rate. At least one exchange rate selected. In the following description, the monthly fixed rate may be referred to as the monthly rate (fixed), and the monthly expected rate may be referred to as the monthly rate (forecast). Hereinafter, the meaning and calculation method of the nine types of exchange rates will be specifically described.

The interim average rate is the average exchange rate over a period consisting of multiple past months. The method for calculating the average rate during the period is not particularly limited, and a general method can be used. For example, when the period is three months in the first quarter (April to June). The average rate during the period may be the sum of the monthly end rates from April to June and divided by 3, which is the number of months, or from April to June announced by banks, etc. The value obtained by summing the average rates and dividing by 3 which is the number of months may be used as the average rate during the period. As a method of determining the period, for example, as shown in this paragraph, a quarterly accumulation method in which each quarter is one period (example: first quarter = April to June, second quarter). Period = July-September, Third quarter = October-December, Fourth quarter = January-next March), and the cumulative period from the beginning of the period to the end of each quarter is one of the above periods. Cumulative difference method (example: 1st quarter = April-June, 2nd quarter = April-September, 3rd quarter = April-December, 4th quarter = From April to March the following day), but any method may be adopted. In general, the average interim rate is often applied to income / expense items and net income items (however, it is permissible to apply the closing rate described in the next paragraph to these items).

The closing rate is the exchange rate as of the last day of the period consisting of multiple past months. The method for calculating the closing rate is not particularly limited, and a general method can be used. For example, if the period is the first quarter (April to June), 6 If the exchange rate on the last day of the month is the rate at the end of the fiscal year, and if the period is the fourth quarter (January to March the following day), the exchange rate on the last day of the following March (that is, the end of the fiscal year) Exchange rate) is the rate at the time of settlement. In general, the closing rate is often applied to asset and liability items (however, the closing rate can also be applied to income / expense items and net income items).

The monthly fixed rate is the fixed exchange rate in the past month. For example, if the past month is April, the sum of the exchange rates for all days in April divided by 30 days, which is the number of days in April, may be used as the monthly fixed rate. The monthly average rate announced by a bank or the like may be used as the monthly fixed rate. The above-mentioned average rate during the period and the rate at the time of settlement are rates that are not fixed until the above period elapses (until the month of each settlement report elapses), whereas the monthly fixed rate is at the end of each month. It is a rate determined by.

The monthly forecast rate is the expected exchange rate for the coming month. The monthly expected rate is, for example, at least one exchange rate selected from the group consisting of the expected high rate, the expected low rate, and the expected average rate described in the following paragraphs. The method for calculating the monthly forecast rate is not particularly limited, and a general method can be used. For example, the exchange rate predicted by each company's own estimate by analyzing past exchange fluctuations is predicted monthly. It may be a rate, or the forecast exchange data of the economic outlook announced by a bank or the like may be used as a monthly forecast rate.

The expected high rate is the highest expected exchange rate for the coming month. For example, if the future month is July, the highest expected exchange rate in July will be the expected high rate.

The expected low rate is the cheapest expected exchange rate for the coming month. For example, if the future month is July, the exchange rate expected to be the cheapest in July will be the expected low rate.

The expected average rate is the average exchange rate between the expected high rate and the expected low rate.

The Japanese currency conversion rate is an exchange rate used when converting an amount in foreign currency into an amount in Japanese currency when the first currency is a foreign currency and the second currency is Japanese yen (that is, Japanese currency). For example, when British pound (GBP) / Japanese currency (JPY) = XXX, the conversion from British pound to Japanese currency is performed with 1 pound = XXX yen. As the Japanese currency conversion rate, any of the interim average rate, the settlement rate, the monthly fixed rate, the monthly expected rate, the expected high price rate, the expected low price rate, and the expected average rate may be used.

The euro conversion rate is an exchange rate used to convert an amount in a currency other than the euro into an amount in euro when the first currency is a currency other than the euro and the second currency is the euro. For example, if the pound sterling (GBP) / euro (EUR) = XXX, the conversion from the pound sterling to the euro will be performed with 1 pound = XXX euro. As the euro conversion rate, any of the interim average rate, the settlement rate, the monthly fixed rate, the monthly expected rate, the expected high price rate, the expected low price rate, and the expected average rate may be used.

As shown in FIG. 3, the foreign currency conversion pattern master 106g is a master for determining and holding a conversion pattern at the time of form output from, for example, a combination of a foreign currency total account classification name and an exchange rate type. As shown in FIG. 4, the foreign currency conversion pattern master 106g identifies, for example, total account classification identification data (foreign currency total account classification code), exchange rate type identification data (exchange rate type code), and a combination thereof. Conversion pattern (foreign currency conversion pattern), etc. are included. For details, see the following [3. As described in [Specific Example of Processing], the operator obtains a desired combination of foreign currency total account classification code and desired exchange rate type code by specifying a desired foreign currency conversion pattern, and as a result, a desired combination of foreign currency conversion patterns is obtained. The amount in the first currency can be converted using the desired exchange rate.

The company master 106h is, for example, a master for managing company information. As shown in FIG. 4, the company master 106h includes, for example, company identification data (company name), currency identification data (currency code), and the like. The company specified by the company identification data is preferably, for example, an overseas subsidiary within a group company. In the company master 106h shown in FIG. 4, the currency code "USD" meaning the dollar is set for "○○ Instruments", which is an overseas subsidiary in the United States. Further, in the company master 106h shown in FIG. 8, a currency code “GBP” meaning pound is set for “UK XX Instruments”, which is an overseas subsidiary in the United Kingdom.

The control unit 102 is a CPU or the like that collectively controls the currency conversion device 100. The control unit 102 has an internal memory for storing a control program such as an OS, a program that defines various processing procedures, required data, and the like, and performs various information processing based on these stored programs. Run.

The control unit 102 functionally conceptually, for example, (1) refers to the conversion pattern master, and acquires the total account classification identification data and the exchange rate type identification data associated with the specified conversion pattern, and the like. With reference to the item classification acquisition unit 102a as the acquisition means and (2) the total account master, the total account identification data associated with the total account classification identification data acquired by the item classification acquisition means can be obtained. With reference to the subject acquisition unit 102b as the subject acquisition means to be acquired, and (3) the year / month belonging to the specified period, the designated company identification data, and the subject acquisition means acquired by the subject acquisition means. The amount acquisition unit 102c as an amount acquisition means for acquiring the amount in the first currency associated with the total account identification data, and (4) the year / month and the year / month belonging to the specified period with reference to the extraction target data. Scheduled amount acquisition unit 102c1 as a planned amount acquisition means for acquiring the planned amount in foreign currency associated with the designated company identification data and the total account identification data acquired by the subject acquisition means, and (5) the extraction target data. Amount acquisition means for acquiring the amount in the first currency associated with the year / month and the specified company identification data belonging to the specified period and the total account identification data acquired by the item acquisition means with reference to. With reference to the amount acquisition unit 102c2 and (6) the extraction target data, the year / month belonging to the specified period, the specified company identification data, and the total account identification data acquired by the item acquisition means. The actual amount acquisition unit 102c3 as the actual amount acquisition means for acquiring the actual amount in foreign currency associated with (7) the year and month belonging to the specified period and the specified company identification by referring to (7) the extraction target data. Refer to the amount acquisition unit 102c4 as an amount acquisition means for acquiring the actual amount in foreign currency and the planned amount in foreign currency associated with the data and the total account identification data acquired by the item acquisition means, and (8) the exchange rate master. Then, with the exchange rate acquisition unit 102d as an exchange rate acquisition means for acquiring the exchange rate associated with the application start date belonging to the specified period and the exchange rate type identification data acquired by the account classification acquisition means. , (9) To acquire the exchange rate associated with the exchange rate type identification data acquired by the application start date belonging to the specified period and the item classification acquisition means with reference to the exchange rate master. With reference to the exchange rate acquisition unit 102d1 as the exchange rate acquisition means and (10) the exchange rate master, the application start date belonging to the specified period and the exchange rate type acquired by the subject classification acquisition means. With reference to the exchange rate acquisition unit 102d2 as an exchange rate acquisition means for acquiring the exchange rate associated with the identification data, and (11) the exchange rate master, the application start date and the subject classification belonging to the specified period. Etc. With reference to the exchange rate acquisition unit 102d3 as an exchange rate acquisition means for acquiring the exchange rate associated with the exchange rate type identification data acquired by the acquisition means, and (12) the exchange rate master, the specified period. The exchange rate acquisition unit 102d4 as an exchange rate acquisition means for acquiring the monthly fixed rate and the monthly expected rate associated with the exchange rate type identification data acquired by the application start date and the subject classification acquisition means belonging to the above. (13) By multiplying the amount in the first currency acquired by the amount acquisition means by the exchange rate acquired by the exchange rate acquisition means, the amount in the first currency is multiplied by the amount in the second currency. By multiplying the planned amount in the foreign currency acquired by the conversion unit 102e as the conversion means and (14) the planned amount acquisition means by the exchange rate acquired by the exchange rate acquisition means, the schedule in the foreign currency is planned. The conversion unit 102e1 as a conversion means for converting the amount into the amount in Japanese yen, and (15) the amount in the first currency acquired by the amount acquisition means is multiplied by the exchange rate acquired by the exchange rate acquisition means. Thereby, the exchange rate is added to the conversion unit 102e2 as a conversion means for converting the amount in the first currency into the amount in the second currency, and (16) the actual amount in the foreign currency acquired by the actual amount acquisition means. By multiplying the exchange rate acquired by the rate acquisition means, it is linked to the conversion unit 102e3 as a conversion means for converting the actual amount in foreign currency into the amount in Japanese yen, and (17) the amount acquired by the amount acquisition means. If the year and month included in the extraction target data is before the year and month to which the designated base date belongs, the monthly determination of the actual amount in foreign currency, which is the acquired amount, acquired by the exchange rate acquisition means. By multiplying by the rate, the actual amount in foreign currency is converted into the amount in Japanese yen, and the year and month included in the extraction target data associated with the amount acquired by the amount acquisition means is If the specified base date is later than the year and month to which the specified base date belongs, the planned amount in foreign currency is multiplied by the monthly expected rate acquired by the exchange rate acquisition means. The currency as a currency acquisition means for acquiring the currency identification data associated with the specified company identification data by referring to the conversion unit 102e4 as a conversion means for converting the amount into the amount in Japanese yen and (18) the company master. Create a form in which the acquisition unit 102f, (19) the display execution unit 102g as a display execution means for displaying the amount converted by the conversion means on the screen, and (20) the amount converted by the conversion means are described. It is provided with a form creation unit 102h as a form creation means. For details of the processing executed by each part, see the following [3. Specific example of processing] will be described.

[3. Specific example of processing]
Hereinafter, specific examples of the processing according to the present embodiment will be described in detail. The processing according to this embodiment can be roughly divided into four functions: a foreign currency fluctuation risk prediction simulation function, a currency conversion simulation function for multiple currencies, a monthly foreign currency conversion simulation function, and a future budget foreign currency conversion simulation function. Therefore, items will be described below in this order.

[3-1. Exchange rate fluctuation risk prediction simulation function]
First, the foreign exchange fluctuation risk prediction simulation function will be described in detail with reference to FIGS. 4 to 7. In this item [3-1], the amount (planned sales amount) in the first currency (dollar) of XX Instruments, an overseas subsidiary of the United States within the group company, is used as the second currency (Japanese yen). It is assumed that the amount will be converted into the amount of money (planned sales amount).

In this item [3-1], FIG. 6 is based on the extraction conditions shown in FIG. 5 (extraction conditions set by the operator when performing conversion at the timing of form output or the like) from the sample data shown in FIG. The case where the data (output image) shown in is extracted will be described.

(1) Subject classification acquisition process The subject classification acquisition unit 102a refers to the foreign currency conversion pattern master 106g, and refers to the specified conversion pattern (foreign currency conversion pattern) and the total account classification identification data (foreign currency total account item). Obtain classification code) and exchange rate type identification data (exchange rate type code).

Specifically, as shown in FIG. 5, the designated foreign currency conversion patterns are "300 exchange fluctuation forecast pattern (expected high rate)", "310 exchange fluctuation forecast pattern (expected low rate)" and "320 exchange fluctuation". There are three types: "expected pattern (expected average rate)". In the following, for the sake of simplicity, only the processing when "300 exchange fluctuation forecast pattern (expected high price rate)" is specified among these three will be specifically described.

With reference to the foreign currency conversion pattern master 106g in FIG. 4, the foreign currency total account classification codes associated with the designated foreign currency conversion pattern “300 exchange fluctuation forecast pattern (expected high price rate)” are 001 and 002. Further, referring to the foreign currency conversion pattern master 106g in FIG. 4, the exchange rate type code associated with the designated foreign currency conversion pattern "300 exchange rate fluctuation forecast pattern (expected high price rate)" is 005.

From the above, the item classification acquisition unit 102a acquires 001 and 002 as the foreign currency general ledger classification code and 005 as the exchange rate type code, as shown in the foreign currency conversion pattern master 106g of FIG. The foreign currency total account classification codes 001 and 002 correspond to P / L income and expenses and B / S assets and liabilities, respectively, and the exchange rate type code 005 corresponds to the expected high rate.

(2) Item acquisition process The item acquisition unit 102b refers to the foreign currency total account item master 106c and is associated with the total account item classification identification data (foreign currency total account item classification code) acquired by the item classification acquisition unit 102a. Acquire account identification data (total account code).

Specifically, referring to the foreign currency total account master 106c in FIG. 4, the total account codes associated with the foreign currency total account classification codes 001 and 002 acquired by the item classification acquisition unit 102a are 5000 and 1000, respectively. It can be seen that it is.

From the above, the item acquisition unit 102b acquires 5000 and 1000 as the total account code, but in this item [3-1], as explained at the beginning, the purpose is to see the planned sales amount. , Only the case where the total account code 5000 corresponding to "sales" is acquired will be specifically described below. Therefore, in the foreign currency total account master 106c of FIG. 6, only 5000 out of the total account codes 5000 and 1000 acquired by the item acquisition unit 102b are shown.

(3) Scheduled amount acquisition process The scheduled amount acquisition unit 102c1 refers to the data to be extracted 106a, and refers to the year / month (individual social budget year / month) belonging to the specified period, the specified company identification data (company name), and the specified company identification data (company name). The planned amount (amount (budget)) in foreign currency associated with the total account identification data (total account code) acquired by the item acquisition unit 102b is acquired.

Specifically, as shown in FIG. 5, the designated period is "target period: 2017/07/01 to 2017/09/30", so that the individual social total year and month belonging to the period is 2017. / 07, 2017/08 and 2017/09. The designated company name is "organization designation: XX Instruments" as shown in FIG. The total account code acquired by the subject acquisition unit 102b is 5000.

With reference to the data to be extracted 106a in FIG. 4, the individual social budget dates 2017/07, 2017/08 or 2017/09 are linked, the company name is linked to XX Instruments, and the total account code is linked to 5000. There are three amounts (budgets) of $ 30,500, $ 30,100 and $ 29,800.

From the above, as shown in the extraction target data 106a of FIG. 6, the planned amount acquisition unit 102c1 has an amount (budget) of $ 30,500 (amount of 2017/07), $ 30,100 (amount of 2017/08), and $ 29,800 (amount of 2017/08). 2017/09 amount) is acquired.

(4) Exchange rate acquisition processing The exchange rate acquisition unit 102d1 refers to the exchange rate master 106f, and refers to the exchange rate type identification data (exchange rate) acquired by the application start date belonging to the specified period and the item classification acquisition unit 102a. Get the exchange rate associated with the type code).

Specifically, as shown in FIG. 5, the designated period is "target period: 2017/07/01 to 2017/09/30", so that the application start date belonging to the designated period is In the exchange rate master 106f shown in FIG. 4, there are three types: 2017/07/01, 2017/08/01, and 2017/09/01. Further, the exchange rate type code acquired by the subject classification acquisition unit 102a is 005 as described in (1).

With reference to the exchange rate master 106f in FIG. 4, the exchange rate associated with the application start date 2017/07/01, 2017/08/01 or 2017/09/01 and with the exchange rate type code 005 is 118. There are three types: 0 yen / dollar, 119.0 yen / dollar and 120.0 yen / dollar.

From the above, as shown in the exchange rate master 106f of FIG. 6, the exchange rate acquisition unit 102d1 has an expected high rate of 118.0 yen / dollar (2017/07/01 is the exchange rate on the application start date), 119.0. Obtain yen / dollar (2017/08/01 is the exchange rate on the application start date) and 120.0 yen / dollar (2017/09/01 is the exchange rate on the application start date).

(4)'Currency acquisition process The exchange rate acquisition unit 102d1 can also acquire only the exchange rate for a predetermined currency from the exchange rate master 106f as follows.

First, the currency acquisition unit 102f refers to the company master 106h and acquires the currency identification data (currency code) associated with the designated company identification data (company name).

Specifically, the designated company name is "organization designation: XX Instruments" as shown in FIG. With reference to the company master 106h in FIG. 4, the currency code associated with the company name XX Instruments is USD. Therefore, the currency acquisition unit 102f acquires USD as the currency code.

Next, the exchange rate acquisition unit 102d1 acquires the exchange rate associated with the currency identification data (currency code) acquired by the currency acquisition unit 102f.

Specifically, the currency code acquired by the currency acquisition unit 102f is USD. In the exchange rate master 106f of FIG. 4, since the currency code of 118.0 yen / dollar and 119.0 yen / dollar and 120.0 yen / dollar are all USD, the exchange rate acquisition unit 102d1 obtains all these dollars. Will be acquired. However, although not shown, if the exchange rate master 106f in FIG. 4 includes an exchange rate of 130 yen / euro, the exchange rate acquisition unit 102d1 does not acquire 130 yen / euro, but 118. Only 0 yen / dollar, 119.0 yen / dollar and 120.0 yen / dollar can be acquired.

(5) Conversion processing The conversion unit 102e1 multiplies the planned amount (amount (budget)) in foreign currency acquired by the planned amount acquisition unit 102c1 by the exchange rate acquired by the exchange rate acquisition unit 102d1 to obtain the planned amount in foreign currency (5). Convert the amount (budget)) into the amount in Japanese yen.

Specifically, the amount (budget) acquired by the planned amount acquisition unit 102c1 is $ 30,500 (amount of 2017/07), $ 30,100 (amount of 2017/08), and $ 29,800, as explained in (3). (Amount of 2017/09). The expected high rate acquired by the exchange rate acquisition unit 102d1 is 118.0 yen / dollar (2017/07/01 is the exchange rate on the application start date), 119.0 yen / dollar, as explained in (4). The dollar (2017/08/01 is the exchange rate on the application start date) and 120.0 yen / dollar (2017/09/01 is the exchange rate on the application start date).

The conversion unit 102e1 calculates the expected maximum sales amount as follows by calculating the amount (budget) × the expected high price rate using the numerical values in the preceding paragraph. That is, the conversion unit 102e1 calculates the expected maximum sales amount in July 2017 as 30500 dollars x 118.0 yen / dollar = 3,599,000 yen, and the expected maximum sales amount in August 2017 is 30100 dollars x. It is calculated as 119.0 yen / dollar = 3,581,900 yen, and the expected maximum sales amount for September 2017 is 29,800 dollars x 120.0 yen / dollar = 3,576,000 yen.

The case where the "300 exchange fluctuation forecast pattern (expected high price rate)" is specified as the foreign currency conversion pattern has been specifically described above, but the "310 exchange fluctuation forecast" specified as the foreign currency conversion pattern on the screen of FIG. 5 has been described in detail. For the "pattern (expected low price rate)", the amount (budget) and the expected low price rate can be obtained by executing the same processing as in (1) to (4). Then, the conversion unit 102e1 calculates the expected minimum sales amount as follows by the calculation formula of amount (budget) × expected low price rate. That is, the conversion unit 102e1 calculates the expected minimum sales amount for July 2017 as 30500 dollars x 107.9 yen / dollar = 3,290,950 yen, and the expected minimum sales amount for August 2017 is 30100 dollars x. It is calculated as 106.9 yen / dollar = 3,217,690 yen, and the expected minimum sales amount for September 2017 is 29800 dollars x 106.1 yen / dollar = 3,161,780 yen.

In addition, the amount (budget) of the "320 exchange fluctuation forecast pattern (expected average rate)" specified as the foreign currency conversion pattern on the screen of FIG. 5 by executing the same processing as in (1) to (4). ) And the expected average rate can be obtained. Then, the conversion unit 102e1 calculates the expected average sales amount as follows by the calculation formula of amount (budget) × expected average rate. That is, the conversion unit 102e1 calculates the expected average sales amount for July 2017 as 30500 dollars x 112.95 yen / dollar = 3,444,975 yen, and the estimated average sales amount for August 2017 is 30100 dollars x. It is calculated as 112.95 yen / dollar = 3,399,795 yen, and the expected average sales amount for September 2017 is calculated as 29,800 dollars x 113.05 yen / dollar = 3,368,890 yen.

FIG. 7 shows a table and a graph summarizing the expected maximum sales amount, expected minimum sales amount, and expected average sales amount for each of the above-mentioned July-September 2017.

(6) Display execution process The display execution unit 102g displays the amount converted by the conversion unit 102e1 on the screen.

Specifically, the display execution unit 102g displays the table and graph shown in FIG. 7 on the screen. As a result, the operator can easily and quickly grasp the conversion result.

(7) Form creation process The form creation unit 102h creates a form in which the amount converted by the conversion unit 102e1 is described.

Specifically, the form creation unit 102h creates a form in which the amounts in the table and graph shown in FIG. 7 are described. As a result, the operator can grasp the conversion result from the form.

(8) Effect As described above, according to the currency conversion device 100 according to the present embodiment, the planned amount in foreign currency can be easily converted into the amount in Japanese yen.

Further, according to the currency conversion device 100 according to the present embodiment, for example, at least two exchange rates included in the exchange rate master 106f are selected from the group consisting of the expected high rate, the expected low rate, and the expected average rate. In the case of an exchange rate, it is possible to compare a plurality of types of conversion results calculated using a plurality of types of exchange rates. For example, if all three exchange rates, the expected high rate, the expected low rate, and the expected average rate, are used, as shown in FIG. 7, the expected maximum sales amount, the expected minimum sales amount, and the expected average sales amount are compared. Alternatively, two exchange rates, the expected high rate and the expected low rate, can be used to compare the expected maximum sales amount and the expected minimum sales amount.

In group management accounting, there has been a request to convert future budget figures into forecasts of performance fluctuations due to exchange rate fluctuations at the time of the period, but this has not been realized due to the following reasons. In other words, in conventional system consolidated accounting, conversion is performed by distinguishing the type of exchange rate (average rate during the period, rate at the time of settlement, rate at the time of transaction, etc.) according to the type of item (PL income and expenses, BS assets and liabilities, BS net assets, etc.). This is because we had only one type of conversion rate for each of the above subjects, and it was difficult to make an accurate prediction because the exchange rate fluctuates with respect to the future budget.

On the other hand, according to the currency conversion device 100 according to the present embodiment, for example, by having the following features (A) to (C), the amount of money in the foreign currency of the overseas subsidiary can be calculated at a plurality of predicted rates (forecast). It is possible to analyze the risk of future exchange fluctuations by converting using the high rate and expected low rate, etc.) and comparing the conversion results.
(A) Currency and exchange rate type in the currency master 106d The conversion rate (expected high rate, expected low rate, expected average rate, etc.) is maintained by the combination of the exchange rate type in the master 106e.
(B) The foreign currency total account classification (PL income / expense, BS assets / liabilities, BS net assets, etc.) that summarizes the total accounts for foreign currencies is held in the foreign currency total account classification master 106b.
(C) Any combination of the exchange rate type and the total foreign currency account classification is held in the foreign currency conversion pattern master 106g as the foreign currency conversion pattern.
Then, at the time of form output, it is possible to specify an arbitrary foreign currency conversion pattern in (C) and perform conversion, and compare the output results and perform difference analysis.

[3-2. Currency conversion simulation function to multiple currencies]
Next, the currency conversion simulation function for a plurality of currencies will be described in detail with reference to FIGS. 8 to 11. In this item [3-2], the amount (actual sales amount) in the first currency (pound) of the UK's overseas subsidiary, UK XX Instruments, within the group company is used as the second currency (Japanese yen). It is assumed that the amount (or euro) will be converted into the amount (actual sales amount).

In this item [3-2], FIG. 10 is based on the extraction conditions shown in FIG. 9 (extraction conditions set by the operator when performing conversion at the timing of form output or the like) from the sample data shown in FIG. The case where the data (output image) shown in is extracted will be described.

(1) Subject classification acquisition process The subject classification acquisition unit 102a refers to the foreign currency conversion pattern master 106g, and refers to the specified conversion pattern (foreign currency conversion pattern) and the total account classification identification data (foreign currency total account item). Obtain classification code) and exchange rate type identification data (exchange rate type code).

Specifically, the designated foreign currency conversion patterns are "400 Japanese currency conversion pattern" and "410 euro conversion pattern" as shown in FIG. In the following, for the sake of simplicity, only the processing when "400 Japanese currency conversion pattern" is specified will be specifically described.

With reference to the foreign currency conversion pattern master 106g in FIG. 8, the foreign currency total account classification codes associated with the designated foreign currency conversion pattern “400 Japanese currency conversion pattern” are 001 and 002. Further, referring to the foreign currency conversion pattern master 106g in FIG. 8, the exchange rate type code associated with the designated foreign currency conversion pattern “400 Japanese currency conversion pattern” is 008.

From the above, the item classification acquisition unit 102a acquires 001 and 002 as the foreign currency general ledger classification code and 008 as the exchange rate type code, as shown in the foreign currency conversion pattern master 106g of FIG. The foreign currency total account classification codes 001 and 002 correspond to P / L income and expenses and B / S assets and liabilities, respectively, and the exchange rate type code 008 corresponds to the Japanese currency conversion rate.

(2) Item acquisition process The item acquisition unit 102b refers to the foreign currency total account item master 106c and is associated with the total account item classification identification data (foreign currency total account item classification code) acquired by the item classification acquisition unit 102a. Acquire account identification data (total account code).

Specifically, referring to the foreign currency total account master 106c in FIG. 8, the total account codes associated with the foreign currency total account classification codes 001 and 002 acquired by the item classification acquisition unit 102a are 5000 and 1000, respectively. It can be seen that it is.

From the above, the item acquisition unit 102b acquires 5000 and 1000 as the total account code, but in this item [3-2], as explained at the beginning, the purpose is to see the actual sales amount. , Only the case where the total account code 5000 corresponding to "sales" is acquired will be specifically described below. Therefore, in the foreign currency total account master 106c of FIG. 10, only 5000 out of the total account codes 5000 and 1000 acquired by the item acquisition unit 102b are shown.

(3) Amount acquisition process The amount acquisition unit 102c2 refers to the extraction target data 106a and acquires the year / month (individual social total year / month), the specified company identification data (company name), and the subject belonging to the specified period. The amount in the first currency associated with the total account identification data (total account code) acquired in the part 102b is acquired.

Specifically, as shown in FIG. 9, the designated period is "target period: 2017/04/01 to 2017/06/30", so the individual social calendar belonging to the period is 2017. / 04, 2017/05 and 2017/06. The designated company name is "organization designation: English XX Instruments" as shown in FIG. The total account code acquired by the subject acquisition unit 102b is 5000. Further, as shown in FIG. 9, the designated amount of money is classified as "budget actual data designation: actual".

With reference to the data to be extracted 106a in FIG. 8, it is linked to the individual social total date 2017/04, 2017/05 or 2017/06, and is linked to the company name English XX Instruments, and the total account code 5000. There are three amounts (actual results) associated with the above: £ 29654.3, £ 28959.2, and £ 29421.7.

From the above, as shown in the extraction target data 106a of FIG. 10, the amount acquisition unit 102c2 has an amount (actual) of £ 29654.3 (amount of 2017/04) and £ 28959.2 (amount of 2017/05). Get £ 29421.7 (Amount of 2017/06).

(4) Exchange rate acquisition processing The exchange rate acquisition unit 102d2 refers to the exchange rate master 106f, and refers to the exchange rate type identification data (exchange rate) acquired by the application start date belonging to the specified period and the item classification acquisition unit 102a. Get the exchange rate associated with the type code).

Specifically, as shown in FIG. 9, the designated period is "target period: 2017/04/01 to 2017/06/30", so the application start date belonging to the designated period is In the exchange rate master 106f shown in FIG. 8, there are three types: 2017/04/01, 2017/05/01, and 2017/06/01. Further, the exchange rate type code acquired by the subject classification acquisition unit 102a is 008 as described in (1).

With reference to the exchange rate master 106f in FIG. 8, the exchange rate associated with the application start date 2017/04/01, 2017/05/01 or 2017/06/01 and with the exchange rate type code 008 is 135. They are 267 yen / pound, 140.55 yen / pound and 120.36 yen / pound.

Based on the above, the exchange rate acquisition unit 102d2 has an exchange rate of 135.267 yen / pound (2017/04/01 is the exchange rate on the application start date), 140.55, as shown in the exchange rate master 106f in FIG. Obtain yen / pound (2017/05/01 is the exchange rate on the application start date) and 120.36 yen / pound (2017/06/01 is the exchange rate on the application start date).

(4)'Currency acquisition process The exchange rate acquisition unit 102d2 can also acquire only the exchange rate for a predetermined currency from the exchange rate master 106f as follows.

First, the currency acquisition unit 102f refers to the company master 106h and acquires the currency identification data (currency code) associated with the designated company identification data (company name).

Specifically, the designated company name is "organization designation: English XX Instruments" as shown in FIG. With reference to the company master 106h in FIG. 8, the currency code associated with the company name English XX Instruments is GBP. Therefore, the currency acquisition unit 102f acquires GBP as a currency code.

Next, the exchange rate acquisition unit 102d2 acquires the exchange rate associated with the currency identification data (currency code) acquired by the currency acquisition unit 102f.

Specifically, the currency code acquired by the currency acquisition unit 102f is GBP. In the exchange rate master 106f of FIG. 8, 135.267 yen / pound, 140.55 yen / pound and 120.36 yen / pound are all currency codes GBP, so the exchange rate acquisition unit 102d2 obtains all these pounds. Will be acquired. However, although not shown, if the exchange rate master 106f in FIG. 8 includes an exchange rate of 130 yen / dollar, the exchange rate acquisition unit 102d2 does not acquire 130 yen / dollar, but 135. Only 267 Yen / Pound, 140.55 Yen / Pound and 120.36 Yen / Pound can be obtained.

(5) Conversion processing The conversion unit 102e2 first multiplies the amount (actual sales amount) in the first currency (pounds) acquired by the amount acquisition unit 102c2 by the exchange rate acquired by the exchange rate acquisition unit 102d2. Convert the amount (actual sales amount) in the currency (pound) of the second currency (actual sales amount) into the amount in the second currency (Japanese yen).

Specifically, the actual sales amount in pounds acquired by the amount acquisition unit 102c2 is £ 29654.3 (amount of 2017/04) and £ 28959.2 (amount of 2017/05) as explained in (3). ) And £ 29421.7 (amount of 2017/06). The Japanese currency conversion rate acquired by the exchange rate acquisition unit 102d2 is 135.267 yen / pound (2017/04/01 is the exchange rate on the application start date), 140.55 yen / as explained in (4). Pounds (2017/05/01 is the exchange rate on the application start date) and 120.36 yen / pound (2017/06/01 is the exchange rate on the application start date).

The conversion unit 102e2 calculates the actual sales amount in Japanese yen as follows by the formula of the actual sales amount in pounds × the Japanese currency conversion rate using the numerical values in the previous paragraph. That is, the conversion unit 102e2 calculates the actual sales amount in Japanese yen in April 2017 as 29654.3 pounds x 135.267 yen / pound ≒ 4,011,248 yen, and the sales in Japanese yen in May 2017. The actual amount is calculated as 28959.2 pounds x 140.55 yen / pound ≒ 4,070,216 yen, and the actual sales amount in Japanese yen in June 2017 is 29421.7 pounds x 120.36 yen / pound ≒ 3 , 541,196 yen. Since the fraction classification is set to "rounded to the first decimal place" in the currency master 106d of FIG. 8, the actual sales amount in Japanese yen is the value obtained by rounding off the first decimal place of the actual amount. It has become.

If you want to convert the actual results of an overseas subsidiary into Japanese currency and see the breaking news, it is necessary to convert the actual results of the overseas subsidiary into Japanese currency in the consolidated financial statements of the parent company, so such Japanese currency conversion is suitable (foreign currency). Use "400 Japanese currency conversion pattern" as the conversion pattern).

The case where the "400 Japanese currency conversion pattern" is specified as the foreign currency conversion pattern has been specifically described above, but the "410 euro conversion pattern" specified as the foreign currency conversion pattern on the screen of FIG. 9 has also been described in (1). )-(4), the actual sales amount in pounds and the euro conversion rate can be obtained. Then, the conversion unit 102e2 calculates the actual sales amount in euros as follows by the calculation formula of the actual sales amount in pounds × the euro conversion rate. That is, the conversion unit 102e2 calculates the actual sales amount in euros in April 2017 as 29654.3 pounds x 1.12 euros / pound ≒ 33,213 euros, and the actual sales amount in euros in May 2017 is 28959. .2 pounds x 1.15 euros / pound ≒ 33,303 euros, and the actual sales amount in euros in June 2017 is calculated as 29421.7 euros x 1.14 euros / pound ≒ 33,541 euros. Since the fraction classification is set to "rounded to the first decimal place" in the currency master 106d of FIG. 8, the actual sales amount in euros is the value obtained by rounding off the first decimal place of the actual amount. It has become.

If you want to compare the performance of companies in the euro area, such euro conversion is suitable because the influence of the yen exchange rate is not included in the conversion result (as a foreign currency conversion pattern, "410 euro conversion pattern" is used. use).

FIG. 11 shows a table and a graph summarizing the actual sales amount in Japanese yen and the actual sales amount in euro for each of April to June 2017 explained above.

In this item [3-2], the conversion of the actual sales amount was explained, but if the budget is specified instead of the actual amount in the "Budget actual data specification" on the screen of FIG. 9, the planned sales amount will be calculated. The conversion can be performed in the same way.

Further, in this item [3-2], the case where the second currency (currency to be converted) is Japanese yen or euro has been described, but the second currency is not particularly limited, for example, the dollar or the like. It may be pounds or the like. That is, the second currency (currency to be converted) is, for example, at least one currency selected from the group consisting of Japanese yen, euro, dollar and pound.

(6) Display execution process The display execution unit 102g displays the amount converted by the conversion unit 102e2 on the screen.

Specifically, the display execution unit 102g displays the table and graph shown in FIG. 11 on the screen. As a result, the operator can easily and quickly grasp the conversion result.

(7) Form creation process The form creation unit 102h creates a form in which the amount converted by the conversion unit 102e2 is described.

Specifically, the form creation unit 102h creates a form in which the amounts in the table and graph shown in FIG. 11 are described. As a result, the operator can grasp the conversion result from the form.

(8) Effect As described above, according to the currency conversion device 100 according to the present embodiment, the operator specifies the second currency (conversion destination currency) at the time of currency conversion, so that the first currency (conversion source) is specified. The amount in currency) can be converted into the amount in the desired second currency (currency to be converted). That is, for example, if the operator specifies "400 Japanese currency conversion pattern" as the foreign currency conversion pattern at the time of currency conversion, the amount in a certain foreign currency can be converted into the amount in Japanese currency, or the foreign currency conversion pattern is " If you specify "410 Euro conversion pattern", you can convert the amount in a certain currency into the amount in euro.

In group management accounting, for example, corporate groups operating in the European region are converted according to the purpose, such as converting to a currency other than the yen (for example, the euro) so that they are not affected by the yen exchange rate. Although there has been a desire to use the previous currency properly, it has not been realized due to the following reasons. In other words, in conventional system consolidated accounting, conversion is performed by distinguishing the type of exchange rate (average rate during the period, rate at the time of settlement, rate at the time of transaction, etc.) according to the type of item (PL income and expenses, BS assets and liabilities, BS net assets, etc.). I did, but I had only one type of foreign currency and rate for conversion for each subject, and it was difficult to switch the currency of the conversion destination.

On the other hand, according to the currency conversion device 100 according to the present embodiment, for example, by having the following features (A) to (C), any currency can be used according to the corporate group as the data aggregation unit. It has become possible to convert and grasp the appropriate balance.
(A) Currency and exchange rate type in the currency master 106d The conversion rate (Japanese currency conversion rate, euro conversion rate, US dollar conversion rate, etc.) is maintained by the combination of the exchange rate type in the master 106e.
(B) The foreign currency total account classification (PL income / expense, BS assets / liabilities, BS net assets, etc.) that summarizes the total accounts for foreign currencies is held in the foreign currency total account classification master 106b.
(C) Any combination of the exchange rate type and the total foreign currency account classification is held in the foreign currency conversion pattern master 106g as the foreign currency conversion pattern.
Then, at the time of output of the form, it is possible to specify an arbitrary foreign currency conversion pattern in (C) and perform conversion, and perform conversion to an appropriate currency to be used at the time of output.

[3-3. Monthly foreign currency conversion simulation function]
Next, the monthly foreign currency conversion simulation function will be described in detail with reference to FIGS. 4, 12, and 13. In this item [3-3], the amount (actual sales amount) in the first currency (dollar) of XX Instruments, an overseas subsidiary of the United States within the group company, is used as the second currency (Japanese yen). It is assumed that the amount will be converted into the amount of money (actual sales amount).

In this item [3-3], FIG. 13 is based on the extraction conditions shown in FIG. 12 (extraction conditions set by the operator when performing conversion at the timing of form output or the like) from the sample data shown in FIG. The case where the data (output image) shown in is extracted will be described.

(1) Subject classification acquisition process The subject classification acquisition unit 102a refers to the foreign currency conversion pattern master 106g, and refers to the specified conversion pattern (foreign currency conversion pattern) and the total account classification identification data (foreign currency total account item). Obtain classification code) and exchange rate type identification data (exchange rate type code).

Specifically, the designated foreign currency conversion patterns are "100 monthly comparison pattern (end-of-term rate)" and "110 monthly comparison pattern (monthly fixed rate)" as shown in FIG. In the following, for the sake of simplicity, only the processing when the "100-month comparison pattern (end-of-term rate)" is specified will be specifically described.

With reference to the foreign currency conversion pattern master 106g in FIG. 4, the foreign currency total account classification codes associated with the designated foreign currency conversion pattern “100 monthly comparison pattern (end-of-term rate)” are 001 and 002. Further, referring to the foreign currency conversion pattern master 106g in FIG. 4, the exchange rate type codes associated with the designated foreign currency conversion pattern “100 monthly comparison pattern (end-of-term rate)” are 001 and 002.

From the above, the subject classification acquisition unit 102a acquires 001 and 002 as the foreign currency general ledger classification code and 001 and 002 as the exchange rate type code, as shown in the foreign currency conversion pattern master 106g of FIG. The foreign currency total account classification codes 001 and 002 correspond to P / L income and expenses and B / S assets and liabilities, respectively, and the exchange rate type codes 001 and 002 correspond to the average rate during the period and the rate at the time of settlement, respectively. It corresponds to.

(2) Item acquisition process The item acquisition unit 102b refers to the foreign currency total account item master 106c and is associated with the total account item classification identification data (foreign currency total account item classification code) acquired by the item classification acquisition unit 102a. Acquire account identification data (total account code).

Specifically, referring to the foreign currency total account master 106c in FIG. 4, the total account codes associated with the foreign currency total account classification codes 001 and 002 acquired by the item classification acquisition unit 102a are 5000 and 1000, respectively. It can be seen that it is.

From the above, the subject acquisition unit 102b acquires 5000 and 1000 as the total account code as shown in the foreign currency total account master 106c of FIG. The total account codes 5000 and 1000 correspond to "sales" and "cash", respectively.

(3) Actual amount acquisition process The actual amount acquisition unit 102c3 refers to the data to be extracted 106a, and refers to the year / month (individual social total year / month) belonging to the specified period, the specified company identification data (company name), and the specified company identification data (company name). Acquire the actual amount in foreign currency associated with the total account identification data (total account code) acquired by the item acquisition unit 102b.

Specifically, as shown in FIG. 12, the designated period is "target period: 2017/04/01 to 2017/06/30", so that the individual social calendar belonging to the period is 2017. / 04, 2017/05 and 2017/06. Further, as shown in FIG. 12, the designated company name is "organization designation: XX Instruments". The total account code acquired by the subject acquisition unit 102b is 5000 and 1000.

With reference to the data to be extracted 106a in FIG. 4, it is linked to the individual social total date 2017/04, 2017/05 or 2017/06, and is linked to the company name XX Instruments and the total account code 5000. There are three amounts (actual): $ 29654.3, $ 28959.2 and $ 29421.7. Further, referring to the extraction target data 106a in FIG. 4, it is linked to the individual social total date 2017/04, 2017/05 or 2017/06, and is linked to the company name XX Instruments, and the total account code 1000. The amount (actual) to be linked is three amounts of $ 176554.6, $ 18463.44 and $ 181659.4.

From the above, as shown in the extraction target data 106a in FIG. 13, the actual sales acquisition unit 102c3 has a sales actual amount of $ 29654.3 (sales actual amount of 2017/04) and $ 28959.2 (sales of 2017/05). (Actual amount) and $ 29421.7 (actual sales amount of 2017/06) will be acquired. Further, as shown in the extraction target data 106a of FIG. 13, the actual amount acquisition unit 102c3 has cash of $ 176554.6 (cash of 2017/04), $ 18463.44 (cash of 2017/05) and 181659.4. Get dollars (2017/06 cash).

(4) Exchange rate acquisition processing The exchange rate acquisition unit 102d3 refers to the exchange rate master 106f, and refers to the exchange rate type identification data (exchange rate) acquired by the application start date belonging to the specified period and the item classification acquisition unit 102a. Get the exchange rate associated with the type code).

Specifically, as shown in FIG. 12, the designated period is "target period: 2017/04/01 to 2017/06/30", so that the application start date belonging to the designated period is In the exchange rate master 106f shown in FIG. 4, there are three types: 2017/04/01, 2017/05/01, and 2017/06/01. Further, the exchange rate type codes acquired by the subject classification acquisition unit 102a are 001 and 002 as described in (1).

With reference to the exchange rate master 106f in FIG. 4, the exchange rate associated with 2017/04/01, 2017/05/01 or 2017/06/01 and with the exchange rate type code 001 is 115.0 yen / It's a dollar. Further, referring to the exchange rate master 106f in FIG. 4, the exchange rate associated with 2017/04/01, 2017/05/01 or 2017/06/01 and with the exchange rate type code 002 is 117.0. Yen / dollar.

From the above, as shown in the exchange rate master 106f of FIG. 13, the exchange rate acquisition unit 102d3 acquires 115.0 yen / dollar as the average rate during the period and 117.0 yen / dollar as the settlement rate. In this specific example [3-3], the average exchange rate during the period is the average exchange rate during the period from April to June, and the rate at the time of settlement is the last day of the period from April to June (that is,). , 2017/06/30), both rates are applicable to monetary conversion for all months from April to June.

(4)'Currency acquisition process The exchange rate acquisition unit 102d3 can also acquire only the exchange rate for a predetermined currency from the exchange rate master 106f as follows.

First, the currency acquisition unit 102f refers to the company master 106h and acquires the currency identification data (currency code) associated with the designated company identification data (company name).

Specifically, the designated company name is "organization designation: XX Instruments" as shown in FIG. With reference to the company master 106h in FIG. 4, the currency code associated with the company name XX Instruments is USD. Therefore, the currency acquisition unit 102f acquires USD as the currency code.

Next, the exchange rate acquisition unit 102d3 acquires the exchange rate associated with the currency identification data (currency code) acquired by the currency acquisition unit 102f.

Specifically, the currency code acquired by the currency acquisition unit 102f is USD. In the exchange rate master 106f of FIG. 4, since the currency codes of 115.0 yen / dollar and 117.0 yen / dollar are all USD, the exchange rate acquisition unit 102d3 acquires all of these dollars. However, although not shown, if the exchange rate master 106f in FIG. 4 includes an exchange rate of 130 yen / euro, the exchange rate acquisition unit 102d3 does not acquire 130 yen / euro, but 115. Only 0 yen / dollar and 117.0 yen / dollar can be acquired.

(5) Conversion processing The conversion unit 102e3 multiplies the actual amount (amount (actual)) acquired by the actual amount acquisition unit 102c3 in foreign currency by the exchange rate acquired by the exchange rate acquisition unit 102d3, thereby multiplying the actual amount (amount) in foreign currency. (Actual)) is converted into the amount in Japanese yen.

Specifically, the amount (actual) acquired by the actual amount acquisition unit 102c3 is $ 29654.3 (actual sales amount of 2017/04) and $ 28959.2 (2017/05) as explained in (3). (Actual sales amount of 2017/06) and $ 29421.7 (actual sales amount of 2017/06). The average exchange rate during the period acquired by the exchange rate acquisition unit 102d3 is 115.0 yen / dollar.

The conversion unit 102e3 calculates the actual sales amount as follows by calculating the amount (actual) x the average rate during the period using the numerical values in the previous paragraph (the calculation is based on the foreign currency conversion pattern shown in FIG. 12). It is a calculation corresponding to the combination of the foreign currency total account classification code "001: P / L income and expense" and the exchange rate type code "001: average rate during the period" in the master 106g). That is, the conversion unit 102e3 calculates the actual sales amount in April 2017 as 29654.3 dollars x 115.0 yen / dollar ≈ 3,410,245 yen, and the actual sales amount in May 2017 is 2895.92. It is calculated as dollar x 115.0 yen / dollar = 3,330,308 yen, and the actual sales amount in June 2017 is calculated as 29421.7 dollars x 115.0 yen / dollar ≒ 3,383,496 yen. Since the fraction classification is set to "rounded to the first decimal place" in the currency master 106d of FIG. 4, 3,410,245 yen and 3,383 yen of the actual sales amount in Japanese yen are set. 496 yen is the value rounded off to the first decimal place of the actual amount.

In addition, as explained in (3), the amount (actual) acquired by the actual amount acquisition unit 102c3 is $ 176554.6 (cash of 2017/04), $ 18463.44 (cash of 2017/05) and 181659. It is $ 4 (cash of 2017/06). The settlement rate acquired by the exchange rate acquisition unit 102d3 is 117.0 yen / dollar.

The conversion unit 102e3 calculates cash as follows by calculating the amount (actual) × the rate at the time of settlement using the numerical values in the previous paragraph (Note that the calculation is the foreign currency conversion pattern master 106g shown in FIG. 12). It is a calculation corresponding to the combination of the foreign currency total account classification code "002: B / S asset and liability" and the exchange rate type code "002: rate at the time of settlement"). That is, the conversion unit 102e3 calculates the cash in April 2017 as $ 176554.6 x 117.0 yen / dollar ≒ 20,656,888 yen, and the cash in May 2017 as $ 184634.4 x 117. It is calculated as 0 yen / dollar ≒ 21,602,225 yen, and the cash in June 2017 is calculated as 181659.4 dollars × 117.0 yen / dollar ≒ 21,254,150 yen. Since the fraction classification is set to "rounded to the first decimal place" in the currency master 106d of FIG. 4, the actual sales amount in Japanese yen is the value obtained by rounding off the first decimal place of the actual amount. It has become.

The table summarizing the actual sales amount and cash for each of April-June 2017 explained above is shown in Fig. 13 "(1) Foreign currency conversion pattern 100: When monthly comparison pattern (year-end rate) is selected". show. In this way, if the "100 monthly comparison pattern (end-of-term rate)" is specified as the foreign currency conversion pattern, the data for each month can be confirmed at the end of the period.

The case where the "100 monthly comparison pattern (year-end rate)" is specified as the foreign currency conversion pattern has been specifically described above, but the "110 monthly comparison" specified as the foreign currency conversion pattern on the screen of FIG. 12 has been described in detail. For the "pattern (monthly fixed rate)", the amount (actual) and the monthly rate (fixed) can be obtained by executing the same processes as in (1) to (4).

Then, the conversion unit 102e3 calculates the actual sales amount as follows by the calculation of the amount (actual) × the monthly rate (fixed) (the calculation is performed in the foreign currency conversion pattern master 106g shown in FIG. 12). , It is a calculation corresponding to the combination of the foreign currency total account classification code "001: P / L income and expense" and the exchange rate type code "003: monthly rate (fixed)"). That is, the conversion unit 102e3 calculates the actual sales amount in April 2017 as 29654.3 dollars x 111.0 yen / dollar ≈ 3,291,627 yen, and the actual sales amount in May 2017 is 2895.92. It is calculated as dollar x 112.0 yen / dollar ≒ 3,243,430 yen, and the actual sales amount in June 2017 is calculated as 29421.7 dollar x 112.3 yen / dollar ≒ 3,304,057 yen. Since the fraction classification is set to "rounded to the first decimal place" in the currency master 106d of FIG. 4, the actual sales amount in Japanese yen is the value obtained by rounding off the first decimal place of the actual amount. It has become.

In addition, the conversion unit 102e3 calculates cash as follows by calculating the amount (actual) x monthly rate (fixed) (note that the calculation is performed in the foreign currency conversion pattern master 106g shown in FIG. 12). It is a calculation corresponding to the combination of the total account classification code "002: B / S assets and liabilities" and the exchange rate type code "003: monthly rate (fixed)"). That is, the conversion unit 102e3 calculates the cash in April 2017 as $ 176554.6 x $ 111.0 / dollar ≒ 19,597,561 yen, and the cash in May 2017 as $ 184634.4 x 112. It is calculated as 0 yen / dollar ≒ 20,679,053 yen, and the cash in June 2017 is calculated as 181659.4 dollars × 112.3 yen / dollar ≒ 20,400,351 yen.

The table summarizing the actual sales amount and cash for each of April-June 2017 explained above is shown in Fig. 13 "(2) Foreign currency conversion pattern 110: When monthly comparison pattern (monthly fixed rate) is selected". Shown in. In this way, if "110: monthly comparison pattern (monthly fixed rate)" is specified as the foreign currency conversion pattern, the data for each month can be confirmed at the end of each month.

(6) Display execution process The display execution unit 102g displays the amount converted by the conversion unit 102e3 on the screen.

Specifically, the display execution unit 102g displays the table shown in FIG. 13 on the screen. As a result, the operator can easily and quickly grasp the conversion result.

(7) Form creation process The form creation unit 102h creates a form in which the amount converted by the conversion unit 102e3 is described.

Specifically, the form creation unit 102h creates a form in which the amounts in the table shown in FIG. 13 are described. As a result, the operator can grasp the conversion result from the form.

(8) Effect As described above, according to the currency conversion device 100 according to the present embodiment, the conversion of the actual amount in foreign currency into the amount in Japanese yen consists of the average rate during the period, the settlement rate, and the monthly fixed rate. It can be done using at least one arbitrary exchange rate selected from the group.

In addition, since the average rate during the period and the rate at the time of settlement of accounts are not fixed until the month of the settlement of accounts has passed, it has not been possible to grasp the management figures at an early stage by converting the amount in foreign currency at the end of each month. On the other hand, according to the currency conversion device 100 according to the present embodiment, for example, if a monthly fixed rate fixed at the end of each month is used, the amount of money is converted in foreign currency at the end of each month and the management value is set early. Can be grasped.

And, in order to make it possible to compare management figures for the entire group or between companies, there has been a request to convert to the same currency and grasp the conversion result on a monthly basis at an early stage, but the following It could not be realized for some reason. In other words, in conventional system consolidated accounting, conversion is performed by distinguishing the type of exchange rate (average rate during the period, rate at the time of settlement, rate at the time of transaction, etc.) according to the type of item (PL income and expenses, BS assets and liabilities, BS net assets, etc.). This is because I had only one type of conversion rate for each subject, and I could not use multiple exchange rates such as the provisional rate during the month.

On the other hand, according to the currency conversion device 100 according to the present embodiment, for example, by having the following features (A) to (C), each data output timing (for example, monthly and yearly) It has become possible to switch the foreign currency conversion rate of overseas subsidiaries.
(A) Currency and exchange rate type in the currency master 106d The conversion rate (average rate during the period, rate at the time of settlement, rate at the time of transaction, monthly rate, etc.) is maintained by the combination of the exchange rate type in the master 106e.
(B) The foreign currency total account classification (PL income / expense, BS assets / liabilities, BS net assets, etc.) that summarizes the total accounts for foreign currencies is held in the foreign currency total account classification master 106b.
(C) Any combination of the exchange rate type and the total foreign currency account classification is held in the foreign currency conversion pattern master 106g as the foreign currency conversion pattern.
Then, at the time of output of the form, it is possible to specify an arbitrary foreign currency conversion pattern in (C) and perform conversion, and perform conversion at an appropriate exchange rate to be used at the time of output.

[3-4. Future budget foreign currency conversion simulation function]
Finally, the foreign currency conversion simulation function of the future budget will be described in detail with reference to FIGS. 4, 14 and 15. In this item [3-4], the amount (planned sales amount and actual sales amount) in the first currency (dollars) of XX Instruments, an overseas subsidiary of the United States within the group company, is used as the second currency. It is assumed that the amount will be converted into the amount (planned sales amount and actual sales amount) in (Japanese yen).

In this item [3-4], FIG. 15 is based on the extraction conditions shown in FIG. 14 (extraction conditions set by the operator when performing conversion at the timing of form output or the like) from the sample data shown in FIG. The case where the data (output image) shown in is extracted will be described.

(1) Subject classification acquisition process The subject classification acquisition unit 102a refers to the foreign currency conversion pattern master 106g, and refers to the specified conversion pattern (foreign currency conversion pattern) and the total account classification identification data (foreign currency total account item). Obtain classification code) and exchange rate type identification data (exchange rate type code).

Specifically, the designated foreign currency conversion patterns are "200 landing forecast pattern (fixed rate)" and "210 landing forecast pattern (expected rate)" as shown in FIG.

With reference to the foreign currency conversion pattern master 106g in FIG. 4, the foreign currency total account classification codes associated with the designated foreign currency conversion pattern “200 landing forecast pattern (fixed rate)” are 001 and 002. Further, referring to the foreign currency conversion pattern master 106g in FIG. 4, the exchange rate type code associated with the designated foreign currency conversion pattern “200 landing forecast pattern (fixed rate)” is 003.

With reference to the foreign currency conversion pattern master 106g in FIG. 4, the foreign currency total account classification codes associated with the designated foreign currency conversion pattern “210 landing forecast pattern (expected rate)” are 001 and 002. Further, referring to the foreign currency conversion pattern master 106g in FIG. 4, the exchange rate type code associated with the designated foreign currency conversion pattern “210 landing forecast pattern (expected rate)” is 004.

From the above, the item classification acquisition unit 102a acquires 001 and 002 as the foreign currency general ledger classification code and 003 and 004 as the exchange rate type code, as shown in the foreign currency conversion pattern master 106g of FIG. Foreign currency total account classification codes 001 and 002 correspond to P / L income and expenses and B / S assets and liabilities, respectively, and exchange rate type codes 003 and 004 correspond to monthly rates (fixed) and B / S assets, respectively. It corresponds to the monthly rate (forecast).

(2) Item acquisition process The item acquisition unit 102b refers to the foreign currency total account item master 106c and is associated with the total account item classification identification data (foreign currency total account item classification code) acquired by the item classification acquisition unit 102a. Acquire account identification data (total account code).

Specifically, referring to the foreign currency total account master 106c in FIG. 4, the total account codes associated with the foreign currency total account classification codes 001 and 002 acquired by the item classification acquisition unit 102a are 5000 and 1000, respectively. It can be seen that it is.

From the above, the item acquisition unit 102b acquires 5000 and 1000 as the total account code, but in this item [3-4], as explained at the beginning, it is necessary to see the actual sales amount and the planned sales amount. Since this is the purpose, only the case where the total account code 5000 corresponding to "sales" is acquired will be specifically described below. Therefore, in the foreign currency total account master 106c of FIG. 15, only 5000 out of the total account codes 5000 and 1000 acquired by the item acquisition unit 102b are shown.

(3) Amount acquisition process The amount acquisition unit 102c4 refers to the extraction target data 106a and acquires the year / month (individual social total year / month), the specified company identification data (company name), and the subject belonging to the specified period. The actual amount in foreign currency and the planned amount in foreign currency associated with the total account identification data (total account code) acquired in Part 102b are acquired.

Specifically, as shown in FIG. 14, the designated period is "target period: 2017/04/01 to 2017/09/30", so the individual social total year and month belonging to the period is 2017. / 04, 2017/05, 2017/06, 2017/07, 2017/08 and 2017/09. Further, as shown in FIG. 14, the designated company name is "organization designation: XX Instruments". The total account code acquired by the subject acquisition unit 102b is 5000.

With reference to the data to be extracted 106a in FIG. 4, the individual social total dates 2017/04, 2017/05, 2017/06, 2017/07, 2017/08 or 2017/09 are linked, and the company name is XX Instruments. The amount (actual) associated with the total account code 5000 is $ 29654.3, $ 28959.2, and $ 29421.7. Further, referring to the extraction target data 106a in FIG. 4, it is associated with the individual social total dates 2017/04, 2017/05, 2017/06, 2017/07, 2017/08 or 2017/09, and the company name is XX. The amount (budget) associated with Instruments and with the total account code 5000 is $ 30000.0, $ 29000.0, $ 29500.0, $ 3050.0, $ 30100.0 and $ 29800.0. There are six amounts.

From the above, as shown in the extraction target data 106a of FIG. 15, the amount acquisition unit 102c4 has a sales record of 29654.3 dollars (2017/04 sales record) and 28959.2 dollars (2017/05 sales record). Amount) and $ 29421.7 (actual sales amount of 2017/06) were acquired, and the planned sales amount was 30000.0 dollars (planned sales amount of 2017/04) and 29000.0 dollars (planned sales amount of 2017/05). ), $ 29500.0 (planned sales of 2017/06), $ 30500.0 (planned sales of 2017/07), $ 30100.0 (planned sales of 2017/08) and $ 29800.0 (2017) / 09 sales plan) is acquired.

(4) Exchange rate acquisition processing The exchange rate acquisition unit 102d4 refers to the exchange rate master 106f, and refers to the exchange rate type identification data (exchange rate) acquired by the application start date belonging to the specified period and the item classification acquisition unit 102a. Obtain the monthly fixed rate and monthly expected rate associated with the type code).

Specifically, as shown in FIG. 14, the designated period is "target period: 2017/04/01 to 2017/09/30", so that the application start date belonging to the designated period is In the exchange rate master 106f shown in FIG. 4, there are six exchange rate masters: 2017/04/01, 2017/05/01, 2017/06/01, 2017/07/01, 2017/08/01 and 2017/09/01. Further, the exchange rate type codes acquired by the subject classification acquisition unit 102a are 003 and 004 as described in (1).

With reference to the exchange rate master 106f in FIG. 4, it is associated with 2017/04/01, 2017/05/01, 2017/06/01, 2017/07/01, 2017/08/01 or 2017/09/01, and , The exchange rates associated with the exchange rate type code 003 are 110.267 yen / dollar, 112.195 yen / dollar and 108.96 yen / dollar. Further, referring to the exchange rate master 106f in FIG. 4, it is associated with 2017/04/01, 2017/05/01, 2017/06/01, 2017/07/01, 2017/08/01 or 2017/09/01. And the exchange rates associated with the exchange rate type code 004 are 111.0 yen / dollar, 112.0 yen / dollar, 112.3 yen / dollar, 111.1 yen / dollar, 112.6 yen / dollar and It is 113.0 yen / dollar.

From the above, as shown in the exchange rate master 106f of FIG. 15, the exchange rate acquisition unit 102d4 has a monthly fixed rate of 110.267 yen / dollar (2017/04/01 is the exchange rate on the application start date), 112. Acquire 195 yen / dollar (2017/05/01 is the exchange rate on the application start date) and 108.96 yen / dollar (2017/06/01 is the exchange rate on the application start date). Further, as shown in the exchange rate master 106f of FIG. 15, the exchange rate acquisition unit 102d4 has a monthly forecast rate of 111.0 yen / dollar (2017/04/01 is the exchange rate on the application start date), 112.0. Yen / dollar (2017/05/01 is the exchange rate on the application start date), 112.3 yen / dollar (2017/06/01 is the exchange rate on the application start date), 111.1 yen / dollar (2017/07 / 01 is the exchange rate on the application start date), 112.6 yen / dollar (2017/08/01 is the exchange rate on the application start date) and 113.0 yen / dollar (2017/09/01 is the exchange rate on the application start date) ).

(4)'Currency acquisition process The exchange rate acquisition unit 102d4 can also acquire only the exchange rate for a predetermined currency from the exchange rate master 106f as follows.

First, the currency acquisition unit 102f refers to the company master 106h and acquires the currency identification data (currency code) associated with the designated company identification data (company name).

Specifically, the designated company name is "organization designation: XX Instruments" as shown in FIG. With reference to the company master 106h in FIG. 4, the currency code associated with the company name XX Instruments is USD. Therefore, the currency acquisition unit 102f acquires USD as the currency code.

Next, the exchange rate acquisition unit 102d4 acquires the exchange rate associated with the currency identification data (currency code) acquired by the currency acquisition unit 102f.

Specifically, the currency code acquired by the currency acquisition unit 102f is USD. In the exchange rate master 106f of FIG. 4, 110.267 yen / dollar, 112.195 yen / dollar, 108.96 yen / dollar, 111.0 yen / dollar, 112.0 yen / dollar, 112.3 yen / dollar. , 111.1 yen / dollar, 112.6 yen / dollar and 113.0 yen / dollar, all of which have a currency code of USD, so the exchange rate acquisition unit 102d4 will acquire all of these dollars. Become. However, although not shown, if the exchange rate master 106f in FIG. 4 includes an exchange rate of 130 yen / euro, the exchange rate acquisition unit 102d4 does not acquire 130 yen / euro, and the above 9 Only one rate can be obtained.

(5) Conversion processing In this item, the conversion processing when the designated reference date is 2017/06/30 and 2017/05/31 will be described separately for each case.

(5-1) When the designated reference date is 2017/06/30 The conversion unit 102e4 is included in the extraction target data 106a associated with the amount acquired by the amount acquisition unit 102c4 (individual social total year and month). ) Is before the year and month to which the specified record date belongs, by multiplying the actual amount in foreign currency, which is the acquired amount, by the monthly fixed rate acquired by the exchange rate acquisition unit 102d4, the actual amount in foreign currency. Convert the amount to the amount in Japanese yen.

Specifically, of the individual social total dates (2017/04 to 2017/09) included in the extraction target data 106a in FIG. 15, which is associated with the amount acquired by the amount acquisition unit 102c4, 2017/04 to 2017/06 Is before the year / month (2017/06) to which the designated reference date (2017/06/30) belongs. Therefore, the actual amount in foreign currency, which is the acquired amount, is $ 29654.3 (actual sales amount of 2017/04), $ 28959.2 (actual sales amount of 2017/05) and $ 29421.7 (2017 /). The actual sales amount of 06). The monthly fixed rates acquired by the exchange rate acquisition unit 102d4 are 110.267 yen / dollar (2017/04/01 is the exchange rate on the application start date) and 112.195 yen, as explained in (4). / Dollar (2017/05/01 is the exchange rate on the application start date) and 108.96 yen / dollar (2017/06/01 is the exchange rate on the application start date).

The conversion unit 102e4 calculates the actual sales amount in Japanese yen as follows by calculating the actual sales amount in dollars × the monthly fixed rate using the numerical values in the previous paragraph. That is, the conversion unit 102e4 calculates the actual sales amount in Japanese yen in April 2017 as 29654.3 dollars x 110.267 yen / dollar ≒ 3,269,891 yen, and the sales in Japanese yen in May 2017. The actual amount is calculated as 28959.2 dollars x 112.195 yen / dollar ≒ 3,249,077 yen, and the actual sales amount in Japanese yen in June 2017 is 29421.7 dollars x 108.96 yen / dollar ≒ 3 , 205,788 yen. Since the fraction classification is set to "rounded to the first decimal place" in the currency master 106d of FIG. 4, the actual sales amount in Japanese yen is the value obtained by rounding off the first decimal place of the actual amount. It has become.

On the other hand, if the year / month (individual social total year / month) included in the extraction target data 106a associated with the amount of money acquired by the amount acquisition unit 102c4 is later than the year / month to which the designated reference date belongs, the relevant By multiplying the planned amount in foreign currency, which is the acquired amount, by the monthly forecast rate acquired by the exchange rate acquisition unit 102d4, the planned amount in foreign currency is converted into the amount in Japanese yen.

Specifically, of the individual social total dates (2017/04 to 2017/09) included in the extraction target data 106a in FIG. 15, which is associated with the amount acquired by the amount acquisition unit 102c4, 2017/07 to 2017/09. Is after the year / month (2017/06) to which the designated base date (2017/06/30) belongs. Therefore, the planned amount in foreign currency, which is the acquired amount, is $ 30500.0 (planned sales amount of 2017/07), $ 30100.0 (planned sales amount of 2017/08) and $ 29800.0 (2017 / planned amount). The planned sales amount of 09). In addition, the monthly forecast rate acquired by the exchange rate acquisition unit 102d4 is 111.1 yen / dollar (2017/07/01 is the exchange rate on the application start date), 112.6 yen, as explained in (4). / Dollar (2017/08/01 is the exchange rate on the application start date) and 113.0 yen / dollar (2017/09/01 is the exchange rate on the application start date).

The conversion unit 102e4 calculates the planned sales amount in Japanese yen as follows by calculating the planned sales amount in dollars × the monthly forecast rate using the numerical values in the previous paragraph. That is, the conversion unit 102e4 calculates the planned sales amount in Japanese yen in July 2017 as 30500.0 dollars x 111.1 yen / dollar = 3,388,550 yen, and the sales in Japanese yen in August 2017. The planned amount is calculated as 30100.0 dollars x 112.6 yen / dollar = 3,389,260 yen, and the planned sales amount for September 2017 is 29800.0 dollars x 113.0 yen / dollar = 3,367, Calculated as 400 yen.

A table summarizing the actual sales amount in Japanese yen from April to June 2017 and the planned sales amount in Japanese yen from July to September 2017 is shown in Fig. 15 "(1) Base date: In the case of June 30th ”.

(5-2) When the designated base date is 2017/05/31 (5-1), for 2017/04 to 2017/06, the actual sales amount in dollars x monthly fixed rate is calculated. The actual sales amount in Japanese yen was calculated, and for 2017/07 to 2017/09, the planned sales amount in Japanese yen was calculated by calculating the planned sales amount in dollars x the monthly forecast rate.

On the other hand, in this item (5-2), the individual social total date (2017/04 to 2017/09) included in the extraction target data 106a of FIG. 15 linked to the amount acquired by the amount acquisition unit 102c4. Among them, those before the year / month (2017/05) to which the designated reference date (2017/05/31) belongs are from 2017/04 to 2017/05. Then, among the individual social total dates (2017/04 to 2017/09) included in the extraction target data 106a in FIG. 15, which is associated with the amount acquired by the amount acquisition unit 102c4, the designated reference date (2017/05 /). Those after the year and month (2017/05) to which 31) belongs are 2017/06 to 2017/09.

Therefore, in this item (5-2), for 2017/04 to 2017/05, the actual sales amount in Japanese yen is calculated by the calculation of the actual sales amount in dollars x the monthly fixed rate, and from 2017/06 to For 2017/09, the planned sales amount in Japanese yen can be calculated by calculating the planned sales amount in dollars x the monthly forecast rate. Except for 2017/06, the actual sales amount or the planned sales amount can be calculated by the same calculation as in (5-1), so the description thereof will be omitted.

The conversion unit 102e4 calculates the planned sales amount in Japanese yen in June 2017 as 29500.0 dollars x 112.3 yen / dollar = 3,312,850 yen.

A table summarizing the actual sales amount in Japanese yen from April to May 2017 and the planned sales amount in Japanese yen from June to September 2017 is shown in Fig. 15 "(2) Base date: In the case of May 31st ".

As described above, as described in (5-1) and (5-2), according to the currency conversion device 100 according to the present embodiment, for example, if the operator specifies a desired reference date, the reference date belongs to it. The actual sales amount and sales are calculated in Japanese yen for the years before the year and month, and the planned sales amount in Japanese yen is calculated for the years after the year and month to which the record date belongs. You can freely set the time when the planned amount will be the boundary.

(6) Display execution process The display execution unit 102g displays the amount converted by the conversion unit 102e4 on the screen.

Specifically, the display execution unit 102g displays the table shown in FIG. 15 on the screen. As a result, the operator can easily and quickly grasp the conversion result.

(7) Form creation process The form creation unit 102h creates a form in which the amount converted by the conversion unit 102e4 is described.

Specifically, the form creation unit 102h creates a form in which the amounts in the table shown in FIG. 15 are described. As a result, the operator can grasp the conversion result from the form.

(8) Effect As described above, according to the currency conversion device 100 according to the present embodiment, it is possible to simultaneously grasp the past actual amount and the future expected amount.

In addition, in group management accounting, there has been a request to perform monthly analysis using past results + future budget figures for landing forecasts for management goals, but this has not been realized due to the following reasons. .. In other words, in conventional system consolidated accounting, conversion is performed by distinguishing the type of exchange rate (average rate during the period, rate at the time of settlement, rate at the time of transaction, etc.) according to the type of item (PL income and expenses, BS assets and liabilities, BS net assets, etc.). I did, but I couldn't use it because I could only have one type of conversion rate for each subject and the exchange rate was not fixed for the future budget (that is, if the exchange rate is still undecided, in the future) The budget could not be calculated).

On the other hand, according to the currency conversion device 100 according to the present embodiment, for example, by having the following features (A) to (C), the fixed exchange rate for actual conversion of the overseas subsidiary and the future budget It became possible to switch the expected exchange rate of.
(A) Currency and exchange rate type in the currency master 106d The conversion rate (monthly fixed rate, monthly expected rate, etc.) is held by the combination of the exchange rate type in the master 106e.
(B) The foreign currency total account classification (PL income / expense, BS assets / liabilities, BS net assets, etc.) that summarizes the total accounts for foreign currencies is held in the foreign currency total account classification master 106b.
(C) Any combination of the exchange rate type and the total foreign currency account classification is held in the foreign currency conversion pattern master 106g as the foreign currency conversion pattern.
Then, at the time of output of the form, it is possible to specify an arbitrary foreign currency conversion pattern in (C) and perform conversion, and perform conversion at an appropriate exchange rate to be used at the time of output.

[3-5. summary]
As described above, as described in [3-1] to [3-4], according to the currency conversion device 100 according to the present embodiment, for example, even in a group company having a hierarchical structure as shown in FIG. The person in charge of strategy of a company can grasp and analyze the management figures of a company or a group as a whole at an early stage. The grasp and the analysis can be performed, for example, by collecting and summing data from the financial accounting system of the company (individual company) belonging to the group company.

Further, in the currency conversion device 100 according to the present embodiment, the operator can arbitrarily combine and use the contents of [3-1] to [3-4]. For example, while converting the amount of pounds in the UK's overseas subsidiary into the amount in euros (contents of [3-2]), grasp the expected maximum sales amount, expected minimum sales amount, and expected average sales amount in euro conversion ([]. If you want to do the contents of [3-1], you can use the contents of [3-2] and [3-1] in combination. Also, for example, while converting the amount of pounds in the UK's overseas subsidiary into the amount in euros (contents of [3-2]), the past actual amount and the expected amount in the future can be grasped at the same time in euro conversion ([3-2]). 4] If you want to do so, you can use the contents of [3-2] and [3-4] in combination.

[4. Other embodiments]
In addition to the above-described embodiments, the present invention may be implemented in various different embodiments within the scope of the technical ideas described in the claims.

For example, among the processes described in the embodiments, all or part of the processes described as being automatically performed may be performed manually, or all the processes described as being performed manually may be performed. Alternatively, a part thereof can be automatically performed by a known method.

In addition, processing procedures, control procedures, specific names, information including parameters such as registration data and search conditions for each processing, screen examples, and database configurations shown in this specification and drawings are not specified unless otherwise specified. Can be changed arbitrarily.

Further, with respect to the currency conversion device 100, each component shown in the figure is a functional concept and does not necessarily have to be physically configured as shown in the figure.

For example, with respect to the processing functions included in the currency conversion device 100, particularly each processing function performed by the control unit, even if all or any part thereof is realized by the CPU and a program interpreted and executed by the CPU. Well, it may be realized as hardware by wired logic. The program is recorded on a non-temporary computer-readable recording medium including a programmed instruction for causing the information processing apparatus to execute the process described in the present embodiment, and the currency conversion apparatus is required. Read mechanically to 100. That is, a computer program for giving instructions to the CPU in cooperation with the OS and performing various processes is recorded in a storage unit such as a ROM or an HDD (Hard Disk Drive). This computer program is executed by being loaded into RAM, and cooperates with the CPU to form a control unit.

Further, this computer program may be stored in an application program server connected to the currency conversion device 100 via an arbitrary network, and all or a part thereof can be downloaded as needed. be.

Further, the program for executing the process described in the present embodiment may be stored in a non-temporary computer-readable recording medium, or may be configured as a program product. Here, the "recording medium" includes a memory card, a USB (Universal Serial Bus) memory, an SD (Secure Digital) card, a flexible disk, a magneto-optical disk, a ROM, an EPROM (Erasable Programmable Read Only Memory), and an EEPROM (registration). Trademarks) (Electrically Erasable and Protocol Read Only Memory), CD-ROM (Compact Disk Read Only Memory), MO (Magnet-Optical Disc), MO (Magnet-Optical Disc), DVD (Digital), DVD (Digital) It shall include any "portable physical medium".

Further, the "program" is a data processing method described in any language or description method, regardless of the format such as source code or binary code. The "program" is not necessarily limited to a single program, but is distributed as multiple modules or libraries, or cooperates with a separate program represented by the OS to achieve its function. Including things. It should be noted that well-known configurations and procedures can be used for the specific configuration and reading procedure for reading the recording medium and the installation procedure after reading in each device shown in the embodiment.

Various databases and the like stored in the storage unit are memory devices such as RAM and ROM, fixed disk devices such as hard disks, flexible disks, and storage means such as optical disks, and are used for various processes and website provision. Stores programs, tables, databases, files for web pages, etc.

Further, the currency conversion device 100 may be configured as an information processing device such as a known personal computer or workstation, or may be configured as the information processing device to which an arbitrary peripheral device is connected. Further, the currency conversion device 100 may be realized by mounting software (including a program or data) that realizes the processing described in the present embodiment on the device.

Furthermore, the specific form of distribution / integration of the device is not limited to the one shown in the figure, and all or part of the device may be functionally or physically in any unit according to various additions or functional loads. It can be distributed and integrated. That is, the above-described embodiments may be arbitrarily combined and implemented, or the embodiments may be selectively implemented.

The present invention is useful in all industries and industries, but is particularly useful in the group management accounting and consolidated accounting industries.

100 Currency conversion device 102 Control unit
102a Subject classification acquisition department
102b Course acquisition department
102c Amount acquisition department
102c1 Scheduled amount acquisition department
102c2 Amount acquisition department
102c3 Actual amount acquisition department
102c4 Amount acquisition department
102d Exchange rate acquisition department
102d1 Exchange rate acquisition department
102d2 Exchange rate acquisition department
102d3 Exchange rate acquisition department
102d4 Exchange rate acquisition department
102e conversion unit
102e1 conversion unit
102e2 conversion unit
102e3 conversion unit
102e4 conversion unit
102f Currency acquisition department
102g Display execution unit
102h Form creation unit 104 Communication interface unit 106 Storage unit
106a Data to be extracted
106b Foreign currency total account classification master
106c Foreign Currency Total Account Master
106d Currency Master
106e Exchange rate type master
106f Exchange rate master
106g Foreign currency conversion pattern master
106h Company master 108 I / O interface unit 112 Input device 114 Output device 200 Server 300 Network

Claims (6)

A foreign currency conversion device equipped with a control unit and a storage unit.
In the storage unit
Extraction target data including company identification data, general ledger identification data for identifying accounts, planned amount in foreign currency, and the year and month when the planned amount is scheduled to occur,
A general account master that contains total account identification data and general account classification identification data for identifying the journal classification for the account.
The expected high rate, which is the highest expected exchange rate in the future month, and the expected low rate, which is the lowest expected exchange rate in the future month, and the forecast, which are used when converting the planned amount in foreign currency into the amount in Japanese yen. At least one exchange rate selected from the group consisting of the expected average rate, which is the average exchange rate of the high price rate and the expected low price rate, the exchange rate type identification data corresponding to the exchange rate, and the application start date of the exchange rate. And including exchange rate masters and
A conversion pattern master that includes total account classification identification data, exchange rate type identification data, and conversion patterns for identifying combinations thereof.
Is stored,
The control unit
With reference to the conversion pattern master, the item classification acquisition means for acquiring the total account classification identification data and the exchange rate type identification data associated with the specified conversion pattern, and
With reference to the general ledger master, the item acquisition means for acquiring the general account identification data associated with the general account classification identification data acquired by the item classification acquisition means, and the item acquisition means.
With reference to the extraction target data, the planned amount in foreign currency associated with the year / month belonging to the specified period, the specified company identification data, and the total account identification data acquired by the item acquisition means will be acquired. Forehead acquisition method and
With reference to the exchange rate master, the exchange rate acquisition means for acquiring the exchange rate associated with the application start date belonging to the specified period and the exchange rate type identification data acquired by the item classification acquisition means, and the exchange rate acquisition means.
A conversion means for converting the planned amount in foreign currency into an amount in Japanese yen by multiplying the planned amount in foreign currency acquired by the planned amount acquisition means by the exchange rate acquired by the exchange rate acquisition means.
To prepare for
A foreign currency conversion device featuring. That the exchange rate is at least two exchange rates selected from the group.
The foreign currency conversion device according to claim 1. The company specified by the company identification data is an overseas subsidiary within the group company.
The foreign currency conversion device according to claim 1 or 2. In the storage unit
A company master containing company identification data and currency identification data for identifying the type of foreign currency is further stored.
The exchange rate master further includes currency identification data.
The control unit
Further provided with a currency acquisition means for acquiring the currency identification data associated with the designated company identification data by referring to the company master.
The exchange rate acquisition means is
Acquiring the exchange rate associated with the currency identification data acquired by the currency acquisition means,
The foreign currency conversion device according to any one of claims 1 to 3, wherein the foreign currency conversion device is characterized. A foreign currency conversion method executed by an information processing device including a control unit and a storage unit.
In the storage unit
Extraction target data including company identification data, general ledger identification data for identifying accounts, planned amount in foreign currency, and the year and month when the planned amount is scheduled to occur,
A general account master that contains total account identification data and general account classification identification data for identifying the journal classification for the account.
The expected high rate, which is the highest expected exchange rate in the future month, and the expected low rate, which is the lowest expected exchange rate in the future month, and the forecast, which are used when converting the planned amount in foreign currency into the amount in Japanese yen. At least one exchange rate selected from the group consisting of the expected average rate, which is the average exchange rate of the high price rate and the expected low price rate, the exchange rate type identification data corresponding to the exchange rate, and the application start date of the exchange rate. And including exchange rate masters and
A conversion pattern master that includes total account classification identification data, exchange rate type identification data, and conversion patterns for identifying combinations thereof.
Is stored,
Executed by the control unit,
With reference to the conversion pattern master, the item classification acquisition step for acquiring the total account classification identification data and the exchange rate type identification data associated with the specified conversion pattern, and
With reference to the general ledger master, an item acquisition step for acquiring general account item identification data associated with the general account item classification identification data acquired in the item classification acquisition step, and
With reference to the extraction target data, the planned amount in foreign currency associated with the year / month belonging to the specified period, the specified company identification data, and the total account identification data acquired in the item acquisition step will be acquired. Forehead acquisition step and
With reference to the exchange rate master, the exchange rate acquisition step of acquiring the exchange rate associated with the exchange rate type identification data acquired in the application start date belonging to the specified period and the item classification acquisition step, and the exchange rate acquisition step.
A conversion step of converting the planned amount in foreign currency into an amount in Japanese yen by multiplying the planned amount in foreign currency acquired in the planned amount acquisition step by the exchange rate acquired in the exchange rate acquisition step.
To include,
A foreign currency conversion method characterized by. A foreign currency conversion program to be executed by an information processing device equipped with a control unit and a storage unit.
In the storage unit
Extraction target data including company identification data, general ledger identification data for identifying accounts, planned amount in foreign currency, and the year and month when the planned amount is scheduled to occur,
A general account master that contains total account identification data and general account classification identification data for identifying the journal classification for the account.
The expected high rate, which is the highest expected exchange rate in the future month, and the expected low rate, which is the lowest expected exchange rate in the future month, and the forecast, which are used when converting the planned amount in foreign currency into the amount in Japanese yen. At least one exchange rate selected from the group consisting of the expected average rate, which is the average exchange rate of the high price rate and the expected low price rate, the exchange rate type identification data corresponding to the exchange rate, and the application start date of the exchange rate. And including exchange rate masters and
A conversion pattern master that includes total account classification identification data, exchange rate type identification data, and conversion patterns for identifying combinations thereof.
Is stored,
To make the control unit execute
With reference to the conversion pattern master, the item classification acquisition step for acquiring the total account classification identification data and the exchange rate type identification data associated with the specified conversion pattern, and
With reference to the general ledger master, an item acquisition step for acquiring general account item identification data associated with the general account item classification identification data acquired in the item classification acquisition step, and
With reference to the extraction target data, the planned amount in foreign currency associated with the year / month belonging to the specified period, the specified company identification data, and the total account identification data acquired in the item acquisition step will be acquired. Forehead acquisition step and
With reference to the exchange rate master, the exchange rate acquisition step of acquiring the exchange rate associated with the exchange rate type identification data acquired in the application start date belonging to the specified period and the item classification acquisition step, and the exchange rate acquisition step.
A conversion step of converting the planned amount in foreign currency into an amount in Japanese yen by multiplying the planned amount in foreign currency acquired in the planned amount acquisition step by the exchange rate acquired in the exchange rate acquisition step.
To include,
A foreign currency conversion program featuring.

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