JP2018005534A - Calculation device, calculation method, and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To perform successive calculations in which numeric data as a remainder of a division is easily used in the next calculation.SOLUTION: When a total number of drugs necessary for a patient is calculated "105" on the basis of, for example, a dosing period and a number of dosed pieces in a day, and computation data of [÷ remainder] is inputted and the number of drugs per box "42" is inputted before executing a calculation, numeric data that are calculation results are calculated as numeric data "2" (boxes) of the quotient that corresponds to the number of drug boxes and bulk pieces necessary for the patient and numeric data "21" (pcs.) of the remainder. At this time, when, while a remainder use mode is set, the numeric data "21" (pcs.) of the remainder is stored as operand of a next calculation in the X register of a calculation formula data area, and computation data of the [÷ remainder] is inputted and the number of drugs per sheet (14 pcs.) is inputted before executing a calculation, numeric data that are calculation results are calculated as numeric data "1" (sheet) of the quotient that corresponds to the number of sheets of drug and bulk pieces necessary for the patient in addition to the two boxes, and numeric data "7" (pcs.) of the remainder.SELECTED DRAWING: Figure 6

Description

  The present invention relates to a calculation apparatus, a calculation method, and a control program having a division function for calculating a quotient and a remainder.

  Conventionally, a calculator capable of displaying the quotient and remainder of division at a time has been considered (for example, see Patent Document 1).

  In addition, an electronic calculator that performs the division with the number of significant digits set in correspondence with the number of operations of the [=] key when performing the division for calculating the quotient and the remainder is considered (for example, , See Patent Document 2).

JP-A-53-53225 Japanese Patent No. 3252493

  The conventional calculator and the electronic calculator can perform continuous calculations using the numerical data of the quotient obtained by division.

  However, the remaining numerical data obtained by the division cannot be easily used for the next calculation to perform continuous calculations.

  Conventionally, for example, in a pharmacy, a patient with a predetermined number of tablets arranged in a matrix and stored in a single sheet, or a medicine box in which a predetermined number of such sheets are collected and packed On the other hand, there is a demand for easily and well-plannedly determining how many medicine boxes are used and how many sheets are used in a certain period, and how many sheets there are.

  The present invention has been made in view of such a problem, and a calculation device, a calculation method, and a calculation method capable of easily using the remaining numerical data obtained by the division for the next calculation and performing a continuous calculation, and The purpose is to provide the control program.

  The calculation device according to the present invention uses a quotient utilization state that uses numerical data of a quotient of a quotient division calculation for calculating a quotient and a remainder, or uses the numerical data of the remainder of the calculation result in accordance with a user operation. Initial setting means for initially setting any one of the remaining usage states, and numerical data input in response to a user operation, when the user specifies the quotient division, the input numerical data The quotient remainder display control means for displaying the corresponding quotient numeric data and the remainder numeric data, and the quotient numeric data and the remainder numeric data displayed by the quotient remainder display control means by the user. When an operation is specified, the quotient numerical data or the remainder numerical data corresponding to the initial setting by the initial setting means is input to be usable for the specified operation. It is characterized by comprising less input means.

  According to the present invention, the remaining numerical data obtained by division can be easily used for the next calculation to perform continuous calculations.

1 is a front view showing an external configuration of a calculator (electronic desk calculator) 10 according to an embodiment of a calculator of the present invention. FIG. 2 is a block diagram showing a configuration of an electronic circuit of the calculator 10. The flowchart which shows the calculation process (the 1) according to the calculation process program 22a of the said calculator 10. FIG. The flowchart which shows the calculation process (the 2) according to the calculation process program 22a of the said calculator 10. FIG. The flowchart which shows the calculation process (the 3) according to the calculation process program 22a of the said calculator 10. FIG. The figure which shows the display operation | movement corresponding to user operation of 1st Embodiment according to the calculation process of the said calculator 10. FIG. The figure which shows the display operation corresponding to the user operation of 2nd Embodiment according to the calculation process of the said calculator 10. FIG.

  Embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1 is a front view showing an external configuration of a calculator (electronic desk calculator) 10 according to an embodiment of a calculator of the present invention.

  The calculator 10 includes a key input unit 11 on the front side of a small body case that is easy to operate whether placed on a desk or held with one hand, and a display unit 12 on the back side of the key input unit 11.

  The key input unit 11 includes an all clear key (initial display operation key) [AC] 11a, a clear key [C], and numeric keys for inputting numeric data ([0] [00] [1] to [9]. [.]), Each operator key ([+] [−] [×] [÷] [+/−] [÷ remainder] 11b, etc.), month / day data input key [number of days] 11c, A calculation execution key [=], a grand total display key [GT] 11d, numerical memory operation keys ([MRC] [M-] [M +]), and the like are provided.

  The [÷ Remainder] key 11b is an operator key for calculating a calculation result of division by a quotient and a remainder. The [÷ Remainder] key 11b is a quotient use mode for performing the next calculation using the quotient calculated by the division after the operation of the [AC] key 11a, and the next using the remainder. It functions as a usage mode confirmation key for confirming which usage mode is set to the surplus usage mode for performing calculation, and further switches the usage mode for switching the setting between the commercial usage mode and the remainder usage mode. Also functions as a key [remainder]. When resetting, such as when power is turned on, the commercial use mode is initially set.

  The [÷] key also functions as a period key [˜] for inputting a period between the first month and the second month when inputting the date data with the [number of days] key 11c. To do.

  The display unit 12 includes a liquid crystal display panel composed of 10-digit segments, and numerical data, symbol data, and the like corresponding to the input calculation formula and calculation result are displayed each time.

  The display unit 12 in FIG. 1 shows a state where the quotient “2” and the remainder “21” of the calculation result divided according to the operation data of the [÷ remainder] key 11b are displayed. [Remainder] symbol R is displayed, and [quotient] symbol Q is displayed in the quotient use mode.

  FIG. 2 is a block diagram showing the configuration of the electronic circuit of the calculator 10.

  The electronic circuit of the calculator 10 includes a CPU (processor) 21 that is a computer. The CPU 21 controls the operation of each part of the circuit according to a calculator control program stored in the memory 22 and executes various calculation functions according to user operations of the key input unit 11.

  In addition to the key input unit 11, display unit 12, memory 22, and recording medium reading unit 24, the CPU (processor) 21 is also connected to a communication unit 25 that communicates with an external device (30). The

  The calculator control program is stored in advance in the memory 22, or is read from the external recording medium 23 such as a memory card by the recording medium reading unit 24 and stored in the memory 22, or a Web server on the communication network N (Program server) 30 is downloaded from the communication unit 25 and stored in the memory 22.

  The calculator control program includes a calculation processing program 22a for causing the CPU 21 to execute various calculation processes according to user operations.

  In the memory 22, a calculation formula data area 22b, a calculation result (=) data area 22c, a grand total (GT) memory area 22d, and a post-AC state flag area 22e are secured.

  In the calculation formula data area 22b, the number of operands and the number of operands of the calculation formula input according to the operation of the key input unit 11, and the number of operands and the number of operands according to the operator of the formula are entered. An X register and a Y register for storing the calculation data obtained by calculating the numerical data as the numerical data of a new operand and an operation data register for storing the operation data of the operator are secured.

  For example, when numeric data of the number of operands at the beginning of the calculation formula is input, the numeric data of the operands is stored in the X register. Subsequently, when the numerical data of the operation number is input after the operator is input, the operation data of the operator is stored in the operation data register, and the numerical data of the operation number is stored in the Y register. . Here, when the next operator is continuously input, the numerical data of the operands stored in the X register and the numerical data of the operands stored in the Y register are stored in the arithmetic data register. The calculation data is calculated according to the (held) calculation data, and the calculated calculation data is overwritten and stored in the X register as a new operand. Also, the operation data of the next (current) operator is overwritten and stored in the operation data register. Subsequently, the numerical data of the next operation number input is overwritten and stored in the Y register. When the [=] (calculation execution) key is operated, the numerical data of the operands stored in the X register and the numerical data of the operands stored in the Y register are stored in the arithmetic data register. Is calculated in accordance with the operation data stored in the data, and stored in the calculation result (=) data area 22c as calculation result data.

  When the quotient and remainder calculation result data is calculated according to the operation data of the [÷ Remainder] key 11b, in the state where the quotient use mode is set, the numerical data of the quotient is subjected to the next calculation. The number of operations is stored in the X register, and in the state where the remainder use mode is set, the remainder numerical data is stored in the X register as the number of operands for the next calculation.

  The calculation result (=) data area 22c stores calculation result data that has been calculated according to the operation of the [=] (calculation execution) key.

  In the grand total (GT) memory area 22d, every time calculation result data calculated according to the operation of the [=] (calculation execution) key is stored in the calculation result (=) data area 22c, Calculation result data is sequentially added and stored as addition result data of the added result. The addition result data stored in the grand total (GT) memory area 22d is cleared to “0” in response to the operation of the [AC] (all clear) key 11a.

  Note that when the quotient calculated according to the calculation data of the [÷ Remainder] key 11b and the calculation result data of the remainder are calculated, in the state where the quotient use mode is set, the numerical data of the quotient is the value of the quotient. It is added to the addition result data in the grand total (GT) memory area 22d, and in the state where the remainder use mode is set, the remainder numeric data is added to the addition result data in the grand total (GT) memory area 22d. The

  In the post-AC status flag area 22e, after an all clear input operation is performed by the [AC] key 11a, a flag indicating the status (post-AC status flag) is set to ON and stored. After the input operation is performed, the post-AC state flag is set to OFF and stored.

  In the calculator 10 configured as described above, the CPU 21 controls the operation of each part of the circuit in accordance with the instructions described in the calculator control program (including the calculation processing program 22a), and the software and hardware work together. By doing so, various calculation functions as described in the following operation explanation are realized.

  Next, the operation | movement according to the various calculation functions by the calculator 10 of the said structure is demonstrated.

  3, 4, and 5 are flowcharts showing calculation processing (parts 1, 2, and 3) according to the calculation processing program 22 a of the calculator 10.

(First embodiment)
FIG. 6 is a diagram illustrating a display operation corresponding to the user operation of the first embodiment according to the calculation process of the calculator 10.

  Here, in the pharmacy, there are medicines in 3 sheets (14 tablets (42 tablets in total)) in one box, and by using the calculator 10, the number of tablets required by the patient, It is assumed that how many boxes + how many sheets + how many pieces are required.

  In the calculator 10, as shown in FIG. 6A, when an AC input operation is performed with the [AC] (all clear) key 11a (step S1 (Yes)), the grand total (GT) memory area 22d. The addition result data stored in is cleared to “0” (step S2).

  Further, the X register, Y register, and operation data register in the calculation formula data area 22b are cleared (erased), and the numerical data in the display unit 12 is cleared to display “0.” (step S3). .

  Then, the post-AC state flag stored in the post-AC state flag area 22e is set to ON (step S4).

  Then, when calculating the quotient and the remainder using the [÷ remainder] key 11b, the [÷ remainder] key 11b is used to input the operation data of [÷ remainder] in order to confirm the current use mode. Then (step S9 (Yes)), it is determined that the post-AC state flag is set to ON (step S10 (Yes)), and the [quotient] symbol indicating that the current usage mode is the commercial usage mode. Q is displayed on the display unit 12 (step S11).

  Here, as shown in FIG. 6B, when the [÷ Remainder] key 11b is repeatedly operated (step S12 (Yes)), when the current usage mode is set to the commercial usage mode. If the current usage mode is set to the surplus usage mode, the mode is switched to the commercial usage mode (step S13). Here, the quotient use mode is switched to the remainder use mode, and the [remainder] symbol R is displayed on the display unit 12.

  Then, the post-AC state flag stored in the post-AC state flag area 22e is set to OFF (step S8).

  Next, as shown in FIG. 6C, after the re-operation of the [AC] key 11a (steps S1 to S4), to calculate the period (number of days) that the patient needs medicine, FIG. D) As shown in (E), using the [days] key 11c, 4 [days (month)] → 8 [days (day)] → [÷ (˜)] → 5 [days (month) ] → 13 [number of days (days)] and numerical data of the month and day are input (step S5 (Yes)), the [number of days calculation] symbol and the [˜ (period)] symbol are displayed on the display unit 12 and input. The numerical data “4-8” and “5-13” are displayed in sequence (step S6).

  Then, for example, numerical data corresponding to the month and day “5-13” input later is stored as the operand in the X register of the calculation formula data area 22b, and the previously input month and date “4-8”. "Is stored in the X register of the calculation formula data area 22b as the number of operations, and the operation data corresponding to the operator [-] is stored in the operation data register (step S7).

  Further, the post-AC state flag stored in the post-AC state flag area 22e is set to OFF (step S8).

  Here, FIGS. 6 (F) and 6 (G) show how to calculate the total number of tablets (days × 3 (/ 1 day)) necessary for the period (days) in which the patient needs the medicine. In this way, the operator key [×] and the numeric key [3] are operated.

  As shown in FIG. 6 (F), when operation data corresponding to the operator [×] (excluding remainder) is input (step S14 (Yes)), the X register in the calculation formula data area 22b, In the Y register and the operation data register, numerical data corresponding to the month and day “5-13” as the operand, numerical data corresponding to the month and date “4-8” as the operand, and operator [−] It is determined that the operation data corresponding to (2) has been input (stored) (step S15 (Yes)).

  In addition, it is determined that the calculation data [-] held in the calculation data register is not [÷ remainder] calculation data (step S16 (No)).

  Then, according to the operation data [−] stored in the operation data register, the date “4-” stored in the Y register from the numerical data corresponding to the date “5-13” stored in the X register. Calculation for subtracting the numerical data corresponding to “8” is executed, and numerical data “35” of the calculation result corresponding to the corresponding period (number of days) is displayed (step S24).

  Then, the numerical data “35” as the calculation result is stored as the operand of the next calculation in the X register of the calculation formula data area 22b (step S25).

  Then, the calculation data corresponding to the operator [×] input this time is stored in the calculation data register of the calculation formula data area 22b (step S21).

  Further, as shown in FIG. 6G, when the numerical data “3” corresponding to the numerical key [3] is input (step S5 (Yes)), the input numerical data “3” is displayed. (Step S6) and stored in the Y register of the calculation formula data area 22b as the number of operations for the next calculation (Steps S7 and S8).

  Here, as shown in FIG. 6H, when the [÷ remainder] key 11b is operated and [÷ remainder] calculation data is input (step S9 (Yes)), the post-AC state flag area 22e. It is determined that the post-AC status flag is set to OFF instead of ON (step S10 (No)). In addition, the numerical data “35” (number of days) as the number of operands, the numerical data “3” (number of pieces) as the number of operations, and the calculation are stored in the X register, Y register, and calculation data register of the calculation formula data area 22b It is determined that the operation data corresponding to the child [×] has been input (stored) (step S15 (Yes)).

  Then, it is determined that the calculation data [×] held in the calculation data register is not [÷ remainder] calculation data (step S16 (No)).

  Then, according to the operation data [×] stored in the operation data register, the numerical data “3” (number) stored in the Y register is added to the numerical data “35” (days) stored in the X register. Calculation for multiplication is executed, and numerical data “105” as a calculation result corresponding to the total number of medicines (tablets) necessary for the patient is displayed (step S24).

  Then, the numerical data “105” as the calculation result is stored in the X register of the calculation formula data area 22b as the operand for the next calculation (step S25).

  Then, the operation data corresponding to the operator [÷ remainder] input this time is stored in the operation data register of the calculation formula data area 22b (step S21).

  Here, as shown in FIG. 6 (I), when numerical data “42” corresponding to the number of medicines in the one box (a total of 42) is input (step S5 (Yes)), the input is performed. The numerical data “42” is displayed (step S6) and stored in the Y register of the calculation formula data area 22b as the number of operations for the next calculation (steps S7 and S8).

  Then, as shown in FIG. 6 (J), when the [=] (calculation execution) key is operated (step S31 (Yes)), the calculation data held in the calculation data register in the calculation formula data area 22b [ ÷ Remainder] is determined to be stored (steps S32 and S33 (Yes)).

  Then, according to the operation data [÷ remainder] stored in the operation data register, the numerical data “105” (total number of medicines required for the patient) stored in the X register is stored in the Y register. A calculation is performed to divide by the data “42” (the number of medicines in one box), and the quotient of the calculation result corresponding to the number of medicine boxes required for the patient and the number of medicines required in addition to this is calculated. Numerical data “2” and remainder numerical data “21” are displayed (step S34).

  If it is determined that the remainder use mode is currently set (step S35 (Yes)), the addition result data (here, “0”) stored in the grand total (GT) memory area 22d is displayed. On the other hand, the remaining numerical data “21” as the calculation result is added and stored as updated addition result data “21” in the grand total (GT) memory area 22d (step S36).

  If it is determined in the step S35 that the commercial use mode is set (step S35 (No)), the addition result data (here, “No”) stored in the grand total (GT) memory area 22d. 0 ”) is added to the numerical value“ 2 ”of the quotient as the calculation result, and is stored in the grand total (GT) memory area 22d as updated addition result data“ 2 ”(step S37). .

  Subsequently, as shown in FIG. 6K, when the [÷ remainder] key 11b is operated and [÷ remainder] calculation data is input (step S9 (Yes)), the post-AC state flag area 22e. It is determined that the post-AC status flag is set to OFF instead of ON (step S10 (No)). Further, it is determined that numerical data and calculation data have not been input (stored) in the X register, Y register, and calculation data register of the calculation formula data area 22b (step S15 (No)).

  Then, as shown in FIG. 6J, the quotient and remainder display state is “2-21” (step S26 (Yes)), and it is determined that the remainder use mode is set (step S26). S27 (Yes)), the remaining numerical data “21” (the number of medicines required for the patient in addition to the two medicine boxes) is displayed on the display unit 12, and the calculation is performed as the number of operands for the next calculation. It is stored in the X register of the formula data area 22b (step S28).

  Then, the operation data corresponding to the operator [÷ remainder] input this time is stored in the operation data register of the calculation formula data area 22b (step S21).

  If it is determined in step S27 that the quotient use mode is set (step S27 (No)), the numerical data “2” of the quotient is displayed on the display unit 12 and subjected to the next calculation. The number of operations is stored in the X register of the calculation formula data area 22b (step S29). Then, the operation data corresponding to the operator [÷ remainder] input this time is stored in the operation data register of the calculation formula data area 22b (step S21).

  For the total number “105” of medicines (tablets) necessary for the patient, as calculated and displayed as shown in FIG. 6 (H), there are two medicine boxes containing 42 medicines. In addition, when it is known that it corresponds to the number of necessary medicines, the operation of the [=] (calculation execution) key shown in FIG. 6 (J) is omitted, and the operation shown in FIG. Then, after the numerical data “42” is input (steps S5 to S8), as shown in FIG. 6K, the [÷ Remainder] key 11b is operated to calculate the [÷ Remainder] operation data. May be input (steps S9 (Yes), S10 (No)).

  In this case, numerical data “105” as the operand, numeric data “42” as the operand, operator [÷ remainder] are stored in the X register, Y register, and arithmetic data register of the calculation formula data area 22b, respectively. It is determined that the operation data corresponding to (2) has been input (stored) (step S15 (Yes)). Further, it is determined that the calculation data held in the calculation data register is [÷ remainder] calculation data (step S16 (Yes)).

  Therefore, according to the operation data [÷ remainder] stored in the operation data register, the calculation is performed to divide the numerical data “105” stored in the X register by the numerical data “42” stored in the Y register. The quotient numerical data “2” and the remainder numerical data “21” corresponding to the number of medicine boxes required for the patient and the number of medicines required in addition to the calculated number of medicines in the same manner as described above. Temporarily stored (step S17).

  Then, it is determined that it is currently in the surplus use mode (step S18 (Yes)), and the surplus numerical data “21” (the number of medicines required for the patient in addition to the two medicine boxes) is calculated as follows. The number of operands is stored in the X register of the calculation formula data area 22b (step S19) and displayed on the display unit 12 (step S20).

  Then, the operation data corresponding to the operator [÷ remainder] input this time is stored in the operation data register of the calculation formula data area 22b (step S21).

  When it is determined in step S18 that the quotient use mode is set (step S18 (No)), the numerical value data “2” of the quotient is used as the operand of the next calculation. The data is stored in the X register of the data area 22b (step S22) and displayed on the display unit 12 (step S23).

  Subsequently, as shown in FIG. 6 (L), when the numerical data “14” corresponding to the number (14) of medicines contained in the one sheet is input (step S5 (Yes)), the input is performed. Numerical data “14” is displayed (step S6) and stored in the Y register of the calculation formula data area 22b as the number of operations for the next calculation (steps S7 and S8).

  Then, as shown in FIG. 6M, when the [=] (calculation execution) key is operated (step S31 (Yes)), the calculation data [pending in the calculation data register of the calculation formula data area 22b [ ÷ Remainder] is determined to be stored (steps S32 and S33 (Yes)).

  Then, the numerical data “21” stored in the X register according to the calculation data [÷ remainder] stored in the calculation data register, as in the case of calculating how many medicines the patient needs. ”(The number of medicines required for the patient in addition to the two boxes) is divided by the numerical data“ 14 ”(the number of medicines contained in one sheet) stored in the Y register. The numerical value “1” of the quotient and the numerical value “7” of the remainder corresponding to the number of sheets of the necessary medicine and the number of loose pieces are displayed (step S34).

  Thereby, it can be calculated | required easily with good prospect that the total number (105) of the medicine which the said patient requires, and the said required number will be 2 boxes + 1 sheet +7 pieces.

  When the [=] (calculation execution) key is operated (step S31 (Yes)), the operation data held in the operation data register of the calculation formula data area 22b is operation data other than [÷ remainder]. Is determined (steps S32, S33 (No)), the calculation corresponding to the calculation formula data stored in the calculation formula data area 22b is executed, and the numerical data of the calculation result is displayed ( Step S38).

  Then, the numerical data of the calculation result is added to the addition result data stored in the grand total (GT) memory area 22d, and the sum total (GT) memory area 22d is updated as the addition result data. Stored (step S39).

  When the [=] (calculation execution) key is operated (step S31 (Yes)), when it is determined that there is no operation data held in the operation data register of the calculation formula data area 22b ( In step S32 (No), the numerical data currently displayed on the display unit 12 is stored as it is in the calculation result (=) data area 22c as the numerical data of the calculation result as it is (step S40). Similarly to the above, the addition result data stored in the grand total (GT) memory area 22d is updated (step S39).

  Therefore, according to the calculation function of the first embodiment by the calculator 10 having the above-described configuration, the total number of medicines required for the patient is calculated based on, for example, the dose period (35 days) and the number of doses per day (3). (105), [÷ Remainder] calculation data is input, the number of medicines per box (42) is input and calculation is performed, and the numerical data of the calculation result is the medicine box required for the patient. The quotient numerical data “2” (box) and the remainder numerical data “21” (pieces) corresponding to the number and the number of loose pieces are calculated. At this time, if the remainder use mode is set, the remainder numeric data “21” (pieces) is stored in the X register of the calculation formula data area 22b as the number of operands for the next calculation. When the calculation data of ÷ remainder] is input and the number of medicines per sheet (14) is entered and the calculation is executed, the numerical data of the calculation result is the number of sheets and the number of loose medicines required in addition to the two boxes. Are calculated as numerical data “1” (sheet) and remainder numerical data “7” (pieces).

  In this way, it is possible to easily use the surplus numerical data obtained by the division for the next calculation, so that continuous calculation can be performed. The number of sheets + loose pieces can be easily determined with good prospects.

(Second Embodiment)
FIG. 7 is a diagram illustrating a display operation corresponding to a user operation of the second embodiment according to the calculation process of the calculator 10.

  In the second embodiment, using the [÷ remainder] calculation function, when a plurality of patients are required to obtain the required number of sheets and the number of loose drugs, they are simply in the order of the patients. When the sheets are separated, for example, one piece of looseness comes out and is difficult to bundle, and the patient may easily lose it. For this reason, in order to be able to divide the portions of the loose sheets delivered to each patient into as large a group as possible and to separate them with a good view, the number of loose pieces to be delivered to each patient is determined in advance to determine how many sheets + loose pieces. Assume that.

  In the second embodiment, display operations corresponding to user operations similar to those in the first embodiment are denoted by step symbols in the flowcharts shown in FIGS. 3 to 5 and detailed descriptions thereof are omitted.

  As in the first embodiment, as shown in FIG. 7A, the remainder use mode ([remainder] symbol R display) is set according to the operation of the [AC] key 11a and the [÷ remainder] key 11b. (Steps S1 to S4 / S8 to S13), for example, in order to determine the total number of medicines that the patient A takes for 12 days, as shown in FIGS. Input 12 [×] 3 ″.

  Then, the calculation data of the inputted operator [×] is calculation data other than the calculation data of [÷ remainder] (step S14 (Yes)), and the calculation formula data has already been input to the calculation formula data area 22b. (Step S15 (No)), since the display unit 12 is not in the display state of the quotient and the remainder (Step S26 (No)), the numerical data “12” displayed on the display unit 12 (FIG. 7 ( B) is stored in the X register of the calculation formula data area 22b as the number of operands (step S30).

  Further, the operation data of the operator [×] input this time is stored in the operation data register of the calculation formula data area 22b (step S21).

  Subsequently, the input numerical data “3” (see FIG. 7C) is stored in the Y register of the calculation formula data area 22b as the operation number (steps S5 to S8).

  Here, the total number of medicines required for the patient A obtained by executing the calculation of the inputted calculation formula data “12 [×] 3”, the number of medicines “14” in one sheet is used as a target. In order to calculate the [÷ remainder], as shown in FIGS. 7D and 7E, the [÷ remainder] key 11a is operated to input the calculation data of [÷ remainder], and the one sheet is calculated. Numerical data “14”, which is the number of medicines, is input.

  Then, in response to the input of the [÷ remainder] calculation data (see FIG. 7D) (step S9 (Yes)), the post-AC state flag (22e) is not ON (step S10 (No)). The calculation formula data “12 [×] 3” has already been input (step S15 (Yes)), and the calculation data [×] stored and held in the calculation data register is the calculation data of [÷ remainder]. It is determined that there is not (step S16 (No)). Then, the calculation formula data “12 [×] 3” is calculated according to the pending calculation data [×], and the numerical data “36” of the calculation result is displayed on the display unit 12 (step S24), the number of operands for the next calculation is stored in the X register of the calculation formula data area 22b (step S25). In addition, the [÷ remainder] calculation data input this time is stored in the calculation data register of the calculation formula data area 22b (step S21).

  Then, in response to the input of the numerical data “14” (see FIG. 7E), the input numerical data “14” is stored in the Y register of the calculation formula data area 22b as the number of operations (step). S5 to S8).

  Here, as shown in FIG. 7F, when the [=] (calculation execution) key is operated (step S31 (Yes)), the operation data of [÷ remainder] held in the operation data register is stored. Therefore (steps S32 and S33 (Yes)), the numerical data “36” (total number of medicines required for patient A) stored in the X register is stored in the Y register in accordance with the calculation data [÷ remainder]. Calculation is performed to divide by the numerical data “14” (number of medicines in one sheet), and the calculation result corresponding to the number of medicine sheets necessary for the patient A and the number of necessary medicines in addition to this. Numerical data “2” and remainder numerical data “8” are displayed (step S34).

  Here, since the remainder use mode is currently set (step S35 (Yes)), with respect to the addition result data (here, “0”) stored in the grand total (GT) memory area 22d, The remainder numerical data “8” as the calculation result is added and stored as updated addition result data “8” in the grand total (GT) memory area 22d (step S36).

  For patient B, as in patient A, calculation data “25 (day) [×] 3 (pieces)”, calculation data [ ÷ Remainder], numerical data “14” (pieces / sheet), [=] key are sequentially input, and the total number “75” of medicines necessary for the patient B is calculated and displayed (step S14). , S15 (No)-> S26 (No)-> S30-> S21-> S5-S8-> S9, S10 (No)-> S15, S16 (No)-> S24). In addition, the numerical value “5” of the quotient corresponding to the total number of medicines “75” necessary for the patient B and the number of loose medicines required in addition to this, and the remaining numerical data “ 5 ″ is calculated and displayed (steps S25 → S21 → S5 to S8 → S31 to S34).

  Also in this case, since the remainder use mode is currently set (step S35 (Yes)), the addition result data stored in the grand total (GT) memory area 22d (here, the medicine sheet to be passed to the patient A) The remaining numerical data “5”, which is the number of roses other than the medicine sheet to be delivered to the patient B, is added to the number of roses other than “8”), and the total sum is obtained as updated addition result data “13”. (GT) Stored in the memory area 22d (step S36).

  Further, for patient C as well as patients A and B, as shown in FIGS. 7 (J), (K), and (L), calculation formula data “18 (day) [×] 3 (pieces)”, calculation By sequentially inputting data [÷ remainder], numerical data “14” (pieces / sheet), [=] key, the total number “54” of medicines required for the patient C is calculated and displayed ( Steps S14, S15 (No)-> S26 (No)-> S30-> S21-> S5-S8-> S9, S10 (No)-> S15, S16 (No)-> S24). The quotient numerical data “3” corresponding to the total number “54” of medicines required for the patient C and the number of loose medicines required in addition to this, and the remaining numerical data “ 12 ″ is calculated and displayed (steps S25 → S21 → S5 to S8 → S31 to S34).

  Similarly to the above, since the remainder use mode is set (step S35 (Yes)), the addition result data stored in the grand total (GT) memory area 22d (here, passed to the patients A and B) The remaining numerical data “12”, which is the number of roses other than the medicine sheet to be delivered to the patient C, is added to the total number of roses other than the medicine sheet “13”), and the updated addition result data “25” is added. "Is stored in the grand total (GT) memory area 22d (step S36).

  Here, as shown in FIG. 7 (M), when an operation for instructing display of the grand total is performed with the [GT] key 11d (step S41 (Yes)), the total is stored in the grand total (GT) memory area 22d. The added addition result data “25” is read and displayed, and the total number of roses other than the medicine sheets to be delivered to the patients A, B, and C can be confirmed.

  7 (N) (O) (P) in order to determine how many sheets + the number of roses corresponds to the total number of roses “25” other than the medicine sheets to be delivered to the patients A, B, C. As shown above, [÷ Remainder] key 11b is used to input [÷ Remainder] calculation data, numerical data “14” representing the number of medicines in one sheet is input, and [= Use the] key to instruct the execution of the calculation.

  Then, similarly to the above, the input and displayed numerical data “25” (the total number of roses other than the sheets to be handed over to each patient) (see FIG. 7 (N)) is the calculation formula data area as the number of operations. The calculation data of [÷ remainder] stored in the X register 22b and input this time is stored in the calculation data register of the calculation formula data area 22b (steps S9, S10 (No) → S15 (No) → S26). (No) → S30 → S21). Also, the numerical data “14” (the number of medicines contained in one sheet) (see FIG. 7 (O)) inputted and displayed is stored in the Y register of the calculation formula data area 22b as the number of operations. (Steps S5 to S8).

  Then, the numerical value “1” of the quotient corresponding to how many sheets + the number of loose pieces other than the medicine sheets to be delivered to the patients A, B, and C, and the remaining numerical data. It is calculated and displayed as “11” (steps S31 to S34).

  Accordingly, the patient A has 2 sheets + 8 roses (see FIG. 7 (F)), the patient B has 5 sheets + 5 roses (see FIG. 7 (I)), and the patient C has 3 sheets + roses 12 Not only can you easily know how to deliver medicines (see FIG. 7 (L)), but you can also know in advance that the total number of roses delivered to each patient will be 1 sheet + 11 roses. it can. Thus, for example, the patient C can be divided into 12 pieces, the patient A can be bundled with 8 pieces, and the patient B can be divided into 2 pieces and 3 pieces with good visibility.

  Therefore, according to the calculation function of the second embodiment by the calculator 10 having the above-described configuration, as in the first embodiment, the remaining numerical data obtained by the division can be easily used for the next calculation to perform successive calculations. By doing so, for example, in a pharmacy, it is possible to easily determine how many boxes, how many sheets, and how many pieces of medicines are required for a patient with good visibility.

  In addition, according to the calculation function of the second embodiment, in the state where the remainder use mode is set, whenever the remainder numerical data is obtained by the division, the remainder numeric data is stored in the grand total (GT) memory. The addition result data in the area 22d can be repeatedly added and stored, and the addition result data can be read by the [GT] key 11d and used for the next calculation.

  Thus, for example, when passing the required medicines to a plurality of patients as many sheets + loose pieces, how many sheets + loose pieces are combined in advance with the number of pieces delivered to each patient. It can be easily obtained, and the portions of loose sheets to be handed over to each patient can be grouped as large as possible and divided and passed with good visibility.

  Note that each processing method by the calculation apparatus (calculator 10) described in each of the embodiments, that is, each method such as the calculation processing shown in the flowcharts of FIGS. 3, 4, and 5 is executed by a computer. Programs that can be recorded on media such as memory cards (ROM cards, RAM cards, etc.), magnetic disks (floppy (registered trademark) disks, hard disks, etc.), optical disks (CD-ROM, DVD, etc.), semiconductor memories, etc. Can be stored and distributed. Then, the computer (CPU) of the electronic calculator reads the program stored in the medium of the external recording device into the storage device, and the operation is controlled by the read program, so that it has been described in each embodiment. It is possible to realize a calculation function of [÷ remainder] and execute the same processing by the method described above.

  Further, program data for realizing each of the above methods can be transmitted on the communication network (N) in the form of a program code, and from a computer device (program server) connected to the communication network (N). The program data can be taken into an electronic computer and stored in a storage device to realize the above-mentioned [÷ remainder] calculation function.

  The present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the scope of the invention when it is practiced. Further, each of the embodiments includes inventions at various stages, and various inventions can be extracted by appropriately combining a plurality of disclosed constituent elements. For example, even if some constituent elements are deleted from all the constituent elements shown in each embodiment or some constituent elements are combined in different forms, the problems described in the column of the problem to be solved by the invention If the effects described in the column “Effects of the Invention” can be obtained, a configuration in which these constituent requirements are deleted or combined can be extracted as an invention.

  Hereinafter, the invention described in the scope of claims of the present application will be appended.

[1]
Either the quotient usage state using the quotient numerical data of the calculation result of the remainder division calculating the quotient and the remainder according to the user operation, or the remainder usage state using the remainder numerical data of the calculation result Initial setting means for initial setting of the state;
For numeric data input in response to a user operation, a quotient display for displaying the quotient numeric data and the remainder numeric data corresponding to the entered numeric data when the user specifies the quotient division Control means;
When calculation is specified by the user in a state where the numerical value data of the quotient and the numerical value data of the remainder are displayed by the quotient remainder display control means, the numerical value data of the quotient according to the initial setting by the initial setting means Or an initial setting corresponding quotient remainder input means for inputting the remainder numerical data so as to be usable for the specified calculation;
A computing device comprising:

[2]
The initial setting means initializes either the quotient use state or the remainder use state when the user designates the quotient division more than once after the initial display operation. ,
The computing device according to [1], wherein

[3]
The initial setting means, when the user designates the remainder division once after the initial display operation, the initial setting means displays the initial quotient use state or the initial setting Comprising a state display control means for performing a display indicating a surplus usage state;
The computing device according to [1] or [2], wherein

[4]
Each time the quotient numerical data and the remainder numerical data are displayed by the quotient remainder display control means, an addition for adding and storing the quotient numerical data or the remainder numerical data according to the initial setting by the initial setting means Storage means;
For the numerical data of the addition result obtained by adding the numerical data of the quotient stored by the addition storage means or the numerical data of the remainder, the numerical data of the quotient corresponding to the numerical data of the addition result and the residual numerical data are displayed. Addition result quotient display control means,
The computing device according to any one of [1] to [3], comprising:

[5]
Either the quotient usage state using the quotient numerical data of the calculation result of the remainder division calculating the quotient and the remainder according to the user operation, or the remainder usage state using the remainder numerical data of the calculation result Initialize the state,
For numerical data input in response to a user operation, when the user specifies the quotient division, the numerical data of the quotient corresponding to the input numerical data and the numerical data of the remainder are displayed.
In the state where the numerical data of the quotient and the remainder of the numerical data are displayed, when calculation is designated by the user, the numerical data of the quotient or the remainder of the numerical data according to the initial setting is specified. Input available for computation,
The calculation method.

[6]
Computer
Either the quotient usage state using the quotient numerical data of the calculation result of the remainder division calculating the quotient and the remainder according to the user operation, or the remainder usage state using the remainder numerical data of the calculation result Initial setting means for initial setting of the state;
For numeric data input in response to a user operation, a quotient display for displaying the quotient numeric data and the remainder numeric data corresponding to the entered numeric data when the user specifies the quotient division Control means;
When calculation is specified by the user in a state where the numerical value data of the quotient and the numerical value data of the remainder are displayed by the quotient remainder display control means, the numerical value data of the quotient according to the initial setting by the initial setting means Or an initial setting corresponding quotient remainder input means for inputting the remainder numerical data so as to be usable for the specified calculation,
A computer-readable program that allows it to function as a computer.

10 ... Calculator (electronic desk calculator)
DESCRIPTION OF SYMBOLS 11 ... Key input part 11a ... [AC] key 11b ... [÷ remainder] key 11c ... [days] key 11d ... [GT] key 12 ... Display part 21 ... CPU
22 ... Memory 22a ... Calculation processing program 22b ... Calculation formula data area 22c ... Calculation result (=) data area 22d ... Grand total (GT) memory area 22e ... State flag area after AC 23 ... External recording medium 24 ... Recording medium reading unit 25 ... Communication unit 30 ... Web server N ... Communication network

Claims (6)

Either the quotient usage state using the quotient numerical data of the calculation result of the remainder division calculating the quotient and the remainder according to the user operation, or the remainder usage state using the remainder numerical data of the calculation result Initial setting means for initial setting of the state;
For numeric data input in response to a user operation, a quotient display for displaying the quotient numeric data and the remainder numeric data corresponding to the entered numeric data when the user specifies the quotient division Control means;
When calculation is specified by the user in a state where the numerical value data of the quotient and the numerical value data of the remainder are displayed by the quotient remainder display control means, the numerical value data of the quotient according to the initial setting by the initial setting means Or an initial setting corresponding quotient remainder input means for inputting the remainder numerical data so as to be usable for the specified calculation;
A computing device comprising: The initial setting means initializes either the quotient use state or the remainder use state when the user designates the quotient division more than once after the initial display operation. ,
The computing device according to claim 1, wherein: The initial setting means, when the user designates the remainder division once after the initial display operation, the initial setting means displays the initial quotient use state or the initial setting Comprising a state display control means for performing a display indicating a surplus usage state;
The calculation apparatus according to claim 1, wherein the calculation apparatus is a computer. Each time the quotient numerical data and the remainder numerical data are displayed by the quotient remainder display control means, an addition for adding and storing the quotient numerical data or the remainder numerical data according to the initial setting by the initial setting means Storage means;
For the numerical data of the addition result obtained by adding the numerical data of the quotient stored by the addition storage means or the numerical data of the remainder, the numerical data of the quotient corresponding to the numerical data of the addition result and the residual numerical data are displayed. Addition result quotient display control means,
The computing device according to claim 1, further comprising: Either the quotient usage state using the quotient numerical data of the calculation result of the remainder division calculating the quotient and the remainder according to the user operation, or the remainder usage state using the remainder numerical data of the calculation result Initialize the state,
For numerical data input in response to a user operation, when the user specifies the quotient division, the numerical data of the quotient corresponding to the input numerical data and the numerical data of the remainder are displayed.
In the state where the numerical data of the quotient and the remainder of the numerical data are displayed, when calculation is designated by the user, the numerical data of the quotient or the remainder of the numerical data according to the initial setting is specified. Input available for computation,
The calculation method. Computer
Either the quotient usage state using the quotient numerical data of the calculation result of the remainder division calculating the quotient and the remainder according to the user operation, or the remainder usage state using the remainder numerical data of the calculation result Initial setting means for initial setting of the state;
For numeric data input in response to a user operation, a quotient display for displaying the quotient numeric data and the remainder numeric data corresponding to the entered numeric data when the user specifies the quotient division Control means;
When calculation is specified by the user in a state where the numerical value data of the quotient and the numerical value data of the remainder are displayed by the quotient remainder display control means, the numerical value data of the quotient according to the initial setting by the initial setting means Or an initial setting corresponding quotient remainder input means for inputting the remainder numerical data so as to be usable for the specified calculation,
A computer-readable program that allows it to function as a computer.