KR20090001425A - Method and system for managing drugs consumption amount - Google Patents

Abstract

A method and a system for managing drug consumption are provided to automatically correct a preparation consumption amount calculated in the input of preparation information according to set standards in a pharmacy, thereby reducing inconvenience that preparation consumption amount under decimal is separately checked. A preparation consumption amount calculating unit(130) calculates a preparation consumption amount relating with the preparation of medicine. A preparation consumption amount correcting unit(140) corrects the preparation consumption amount when the decimal part of the calculated preparation consumption amount satisfies set standards.

Description

METHOOD AND SYSTEM FOR MANAGING DRUGS CONSUMPTION AMOUNT}

1 is a view showing the configuration of a drug consumption management system according to the present invention.

2 is a view showing an example of a single dose input from the user in the preparation information input means according to an embodiment of the present invention.

3 is a diagram showing an example (i, ii) of the formula for calculating the amount of preparation in the preparation amount calculation means according to an embodiment of the present invention, and an example (iii) of the amount of preparation consumed according to the formula.

4 is a view showing an example of the consumption amount of the drug determined by the consumption determination means according to an embodiment of the present invention.

5 is a flowchart illustrating a procedure of a method for managing consumption of medicines according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: drug consumption management system 110: reference value input means

120: preparation information input means 130: preparation consumption calculation means

140: preparation consumption correction means 150: consumption determination means

The present invention relates to a method and system for managing consumption of a drug, which determines a consumption amount of a drug by correcting the amount of preparation when the fractional part of a medicine consumption amount calculated based on the preparation information input from the user is satisfied. .

In the conventional drug management program of the pharmacy, the inventory amount of the drug that is recorded on the computer is frequently not matched with the actual inventory of the drug, and each pharmacy has difficulty in managing the inventory of the drug.

Such inconsistency in the inventory of the drug is often caused by the difference between the consumption of the drug that is recorded on the computer at the time of the preparation of the drug and the actual amount of the drug provided to the customer.

For example, if a single drug, Drug A, is to be dispensed to a customer three times a day, three tablets a day, 0.33 * 3 * 2 = The consumption of the drug 1.98 is recorded. However, in fact, one tablet of drug A is divided into three, and a total of two tablets are divided into six bags and provided to the customer. In other words, the consumption of the drug A is 1.98, but the drug A actually consumes 2 tablets, resulting in a difference of 0.02.

The difference in the consumption of the drug A is extremely subtle, but if such a case continues to occur it will show a large difference so difficult to manage later, it is difficult to accurately check the inventory management of the drug by the drug management program anymore.

Conventionally, when the difference in the consumption occurs as described above, one by one after confirming and correcting the fractional portion of the consumption, there is a limit in manually modifying the fractional portion as described above.

Accordingly, when calculating the consumption amount of the drug by the user's input information, the amount of the medicine is automatically corrected by taking into account the fractional portion of the calculated amount of the consumed drug so as to match the actual consumption of the drug. There is a need for a technology that enables more efficient management.

The present invention has been made in order to solve the above problems, and when the fractional part of the dispensing amount of the drug calculated based on the dispensing information input from the user satisfies the set criteria, the consumption of the drug is corrected by correcting the dispensing amount It is an object of the present invention to provide a method and system for managing consumption of drugs to be determined.

In addition, the present invention by automatically correcting the amount of dispensing calculated at the pharmacy input according to the set criteria, reducing the inconvenience of confirming the decimal point of the amount of dispensing daily, and at the same time to manage the consumption of the drug more efficient for inventory management and It is an object to provide a system.

In addition, an object of the present invention is to provide a drug consumption management method and system that can automatically manage the inventory of the drug by eliminating the inconvenience of input of the drug consumption in the pharmacy.

In addition, an object of the present invention is to provide a method and system for managing the consumption amount of a drug to more efficiently manage the inventory of the drug by matching the actual inventory of the drug and the inventory amount recorded in the computer.

In order to achieve the object of the present invention as described above, the consumption management method of the drug according to the present invention, the step of calculating the consumption of the preparation in association with the preparation of the drug, and when the fractional part of the calculated consumption of the preparation satisfies the set criteria Correcting the amount of preparation consumed.

In addition, the drug consumption management system according to one aspect of the present invention, the dispensing amount calculation means for calculating the dispensing amount in association with the pharmaceutical preparation, and corrects the dispensing amount when the fraction of the calculated dissipation amount satisfies the set criteria Preparation consumption correction means.

Hereinafter, with reference to the accompanying drawings, it will be described in detail with respect to the consumption management method and system of the drug according to the present invention.

1 is a view showing the configuration of a drug consumption management system according to the present invention.

The pharmaceutical consumption management system 100 of the medicine is composed of a reference value input means 110, a preparation information input means 120, a preparation consumption calculation means 130, a preparation consumption correction means 140, a consumption determination means 150. .

The preparation information input unit 120 receives information from the user for the preparation of the medicine, and inputs a single dose of the medicine, the number of daily administrations, and the number of days of administration.

The preparation information input unit 120 may receive information related to the preparation of the medicine required to calculate the preparation amount of the medicine from the user. In addition, the preparation information input unit 120 may be input including the information on the drug, such as drug name, ingredient name, drug code, unit of the drug.

The single dose may be a single dose of the drug, the number of daily administrations may be the number of times the customer takes the drug for a day, and the number of days may be a period of taking the drug.

In this case, the preparation information input unit 120 may receive the one-time dosage as 1 or 1.000 from the user when the one-time dosage is displayed as one tablet in the prescription details such as a prescription.

Alternatively, the preparation information input unit 120 may be input as 0.333 when the one-time dose is 1/3 tablet in the formulation details, and may be input as 0.670 when the one-time dose is 2/3 tablets in the formulation history, once in the formulation history If the dosage is (1 tablet + 2/3 tablets), it can be inputted as 1.670, and if the dosage is (3 tablets + 1/3 tablet), it can be input as 3.333.

The dispensing amount calculation means 130 calculates the dispensing amount in association with the pharmaceutical preparation.

The amount of dispensing may be the amount of the drug calculated in the drug management program of the pharmacy by using information related to the drug preparation, such as a single dose, the number of daily administration, the number of days of administration of the drug. This amount of dispensing may be corrected and determined as the consumption of the drug when the set conditions are met.

The dispensing amount calculation unit 130 may calculate the dispensing amount using at least a plurality of pieces of information among the one-time dose, the number of daily administrations, or the number of dosing days inputted through the preparation information input unit 120.

In one example, the dispensing amount calculation unit 130 may calculate the dispensing amount by using the preparation information such as a single dose, the number of daily administration, and the number of days of administration. That is, the dispensing amount calculation unit 130 may calculate the dispensing amount by multiplying the one-time dose, the number of daily administrations, and the number of dosing days.

For example, if the drug 'evatis tablet' is formulated at a single dose of 1.670, the number of daily doses 3, and the number of doses 4, the dispensing amount calculation means 130 multiplies the single dose, the number of daily doses, and the number of doses by 1.670 *. The amount of dispensing consumed is 3 * 4 = 20.040.

In addition, when the drug 'Avenal tablet' is formulated at a single dose of 3.330, the number of daily doses 3, and the number of doses 3, the dispensing amount calculation unit 130 multiplies the single dose, the number of daily doses, and the number of doses by 3.330 * 3 * 3 The consumption of the formula = 29.970 can be calculated.

In addition, when the drug 'Diazepam tablet' is prepared in a single dose of 0.330, the number of daily administrations 2, the number of dosing days 7, the dispensing amount calculation unit 130 is multiplied by the single dose, the number of daily administrations, and the number of doses 0.330 * 2 * 7 Calculation consumption of = 4.620 can be calculated.

Alternatively, the dispensing amount calculation unit 130 may calculate the dispensing amount by using the dispensing information such as the single dose and the number of daily doses. That is, the dispensing amount calculation means 130 may calculate the dispensing amount by multiplying the single dose and the number of daily administrations. In this case, the dosing days may be set to a default value of '1' so as not to affect the calculation of the dispensing amount.

For example, when the drug 'Ganaton tablet' is prepared in a single dose of 0.330, the number of daily doses 3, and the number of doses 1, the dispensing amount calculation unit 130 multiplies the single dose, the number of daily doses, and the number of doses by 0.330 * 3. * 1 = 0.990 can be calculated.

In addition, when the drug 'Astine tablet' is prepared in a single dose of 0.670, the number of daily doses 3, and the number of doses 1, the dispensing amount calculation unit 130 multiplies the single dose, the number of daily doses, and the number of doses by 0.670 * 3 *. The amount of dispensing consumed is 1 = 2.010.

The dispensing amount correction means 140 corrects the dispensing amount when the fractional part of the calculated dissipation amount satisfies the set criterion.

The fractional part of the calculated consumption amount may be a fractional part of the calculated consumption amount. For example, when the calculated dispensing consumption amount is 0.990, the fractional part of the calculated dispensing consumption amount may be 0.990, and when the calculated dispensing consumption amount is 2.010, the fractional part of the calculated dispensing consumption amount may be 0.010, When the calculated dispensing amount is 20.040, the fractional part of the calculated dispensing amount may be 0.040, when the calculated dispensing amount is 29.970, the fractional part of the calculated dispensing amount may be 0.970, and the calculated dispensing amount is In the case of 4.620, the fractional part of the calculated consumption amount may be 0.620.

The reference value input means 110 receives an upper limit value, a lower limit value, and a decimal value change value from the user as the reference.

The upper limit value and the lower limit value range is a range of values that must be satisfied by a fractional part of the dispensing amount to correct the calculated dispensing amount.

In addition, when it is determined that the fractional part of the preparation consumption amount is within a range consisting of the upper limit value and the lower limit value, the minority change value is a value necessary for correcting the preparation consumption amount, and the reference value input means 110 is provided by the user. Can be set via input.

The upper limit value and the lower limit value are basic data for determining whether the calculated dispensing amount needs to be corrected. The upper limit value and the lower limit value may be input and set in advance from a pharmacy, a hospital, or the like where the drug preparation is performed.

The reference value input means 110 sets a plurality of upper limit values, lower limit values, and minority change values, thereby providing a more detailed criterion for correcting the calculated dispensing amount.

For example, when the user receives "lower limit value: 0.95, upper limit value: 0.99, minority change value: 1" and "lower limit value: 0.01, upper limit value: 0.05, minority change value: 0" from the user, the preparation consumption management system of the present invention. 100 can be more precise correction by using the two criteria, it is possible to stably determine the consumption amount of the drug.

The dispensing amount correcting means 140 may correct by applying the minority change value set to the dispensing amount when the fractional part satisfies the range consisting of the set upper limit value and the lower limit value.

For example, the dispensing amount correcting means 140 deletes the dispensing portion of the dispensing amount if the fractional portion of the dispensing amount is within the range configured by the set upper limit value and the lower limit value, and deletes the integer part of the dispensing amount and the set minority change value. Addition can be applied to correct the amount of dispensing.

Hereinafter, the correction processing by the dispensing amount correction means 140 will be described with an example.

First, the following criteria may be set by the reference value input means 110.

(Reference 1) Lower limit: 0.95, Upper limit: 0.99, Decimal change value: 1

(Reference 2) Lower limit value: 0.01, upper limit value: 0.05, decimal value change value: 0

(Reference 3) Lower limit value: 0.45, upper limit value: 0.49, decimal change value: 0.5

Under these conditions, when the drug 'Ganaton tablet' is formulated at a single dose of 0.330, the number of daily doses 3, and the number of doses 1, the dispensing amount calculation means 130 multiplies the single dose, the number of daily doses, and the number of doses by 0.330 * 3. * 1 = 0.990 can be calculated.

Since the fraction 0.990 of the calculated consumption amount is within the range of the lower limit of 0.95 and the upper limit of 0.99 of the reference 1, the consumption consumption correction unit 140 deletes the calculated fraction of the consumed fraction 0.990, and The set amount change value 1 may be added to the integer part 0 of the dispensing amount, thereby correcting the dispensing amount 0.990 to 1.000 (or 1).

In addition, when the drug 'Astine tablet' is prepared in a single dose of 0.670, the number of daily doses 3, and the number of doses 1, the dispensing amount calculation unit 130 multiplies the single dose, the number of daily doses, and the number of doses by 0.670 * 3 *. The amount of dispensing consumed is 1 = 2.010.

Since the calculated fractional portion 0.010 of the calculated consumption amount is within the range of the lower limit value of 0.01 and the upper limit value of 0.05, the preparation consumption amount correction means 140 deletes the calculated fractional part (0.010) of the calculated consumption amount, The set amount change value 0 may be added to the integer part 2 of the dispensing amount, and the amount of the dispensing amount 2.010 may be corrected to 2.000 (or 2).

In addition, when the drug 'evatis tablet' is prepared in a single dose of 1.670, the number of daily doses 3, the number of doses 4, the dispensing amount calculation unit 130 multiplies the single dose, the number of daily doses, and the number of doses by 1.670 * 3 * The amount of dispensing consumed is 4 = 20.040.

Since the calculated fractional portion 0.040 of the consumed amount of the preparation is within the range of the lower limit value of 0.01 and the upper limit value of 0.05, the preparation consumption amount correcting unit 140 deletes the calculated fractional part of the consumed amount of preparation (0.040). The set amount change value 0 may be added to the integer portion 20 of the dispensing amount to correct the dispensing amount 20.040 to 20.000 (or 20).

In addition, when the drug 'Avenal tablet' is formulated at a single dose of 3.330, the number of daily doses 3, and the number of doses 3, the dispensing amount calculation unit 130 multiplies the single dose, the number of daily doses, and the number of doses by 3.330 * 3 * 3 The consumption of the formula = 29.970 can be calculated.

Since the calculated fractional portion 0.970 of the calculated amount of consumption is within the range of the lower limit value of 0.95 and the upper limit value of 0.99, the consumption amount correcting means 140 deletes the calculated fractional amount part (0.970), and the The settling change value 1 may be added to the integer portion 29 of the amount of preparation consumed to correct the amount of preparation 29.970 to 30.000 (or 30).

In addition, when the pharmaceutical consumption amount of the drug B is calculated to 3.45, since the fractional portion 0.45 of the calculated consumption amount is within the range of (reference 3) the lower limit: 0.45, the upper limit: 0.49, the pharmaceutical consumption correction means 140 is calculated It is possible to correct the dispensing amount (3.45) to 3.50 (or 3.5) by deleting the fractional part 0.45 of the dispensing amount and adding the calculated minority change value 0.5 to the integer part 3 of the dispensing amount.

That is, the minority change value for correcting the dispensing amount may be set by the operator of the present system in consideration of the system environment, for example, 0 or 1 may be set, and in case of managing 1 tablet per tablet You can also set 0.5.

Consumption determination means 150 determines the corrected dispensing amount as the consumption amount of the drug.

The consumption amount determining unit 150 determines the consumption amount of the medicine (1.000, 2.000, 20.000, 30.000, 3.50) of the corrected dispensing amount, so that the consumption amount of the medicine recorded in the medicine management program is automatically consumed when the actual medicine is prepared. In this way, the inventory of the drug can be managed more efficiently.

In addition, when the fractional portion of the dispensing amount is not included in the range consisting of the set upper limit value and the lower limit value, the dispensing amount correcting means 140 avoids the correction, and the consumption determining unit 150 calculates the calculated dispensing amount. It can be determined as the consumption of the drug.

For example, when the drug 'Diazepam tablet' is formulated at a single dose of 0.330, 2 daily doses, and 7 dose days, the dispensing amount calculation unit 130 multiplies the single dose, the number of daily doses, and the number of doses by 0.330 * 2. * 7 = 4.620 can be calculated.

The calculated fractional portion 0.620 of the amount of prepared consumption is in the range of the lower limit of 0.95, the upper limit of 0.99, the lower limit of the reference 2, 0.01, the upper limit of 0.05, and the lower limit of 0.45. Since it is not all within the range of an upper limit: 0.49, the dispensing amount correction means 140 deletes the fractional part of the calculated dispensing amount, or adds the minority change value set to the integer part of the dispensing amount to correct the dispensing amount. There is no need to do it. Accordingly, the consumption determination unit 150 may determine the calculated consumption of pharmaceutical preparations 4.620 directly as the consumption of medicines.

2 is a view showing an example of a single dose input from the user in the preparation information input means according to an embodiment of the present invention.

The preparation information input unit 120 may receive information related to the preparation of the medicine (a single dose of the medicine, the number of daily administrations, and the number of days of administration) necessary for calculating the preparation amount of the medicine from the user.

The single dose is a single dose of the drug, the preparation information input means 120 is 1 or 1.000 from the user, as shown in the figure, if the single dose is indicated by one tablet in the prescription details such as prescription A single dose can be entered. Alternatively, the preparation information input unit 120 may be input as 0.333 when the one-time dose is 1/3 tablet in the formulation details, and may be input as 0.670 when the one-time dose is 2/3 tablets in the formulation history, once in the formulation history If the dosage is (1 tablet + 2/3 tablets), it can be inputted as 1.670, and if the dosage is (3 tablets + 1/3 tablet), it can be input as 3.333.

3 is a diagram showing an example (i, ii) of the formula for calculating the amount of preparation in the preparation amount calculation means according to an embodiment of the present invention, and an example (iii) of the amount of preparation consumed according to the formula.

The dispensing amount calculation unit 130 may calculate the dispensing amount using at least a plurality of pieces of information among the one-time dose, the number of daily administrations, or the number of dosing days inputted through the preparation information input unit 120.

In one example, the dispensing amount calculation unit 130 may calculate the dispensing amount by using the preparation information such as a single dose, the number of daily administration, and the number of days of administration. That is, the dispensing amount calculation unit 130 may calculate the dispensing amount by multiplying the single dose, the number of daily administrations, and the number of dosing days, as shown in the formula shown in FIG. 3 (ii).

Referring to the table shown in (iii) of FIG. 3 as an example, when the drug 'evatis tablet' is prepared in a single dose 1.670, the number of daily doses 3, the number of doses 4, the dispensing amount calculation means 130 is once The dosage, the number of daily doses, and the number of days of dosing can be multiplied to yield a dosage of 1.670 * 3 * 4 = 20.040.

In addition, when the drug 'Avenal tablet' is formulated at a single dose of 3.330, the number of daily doses 3, and the number of doses 3, the dispensing amount calculation unit 130 multiplies the single dose, the number of daily doses, and the number of doses by 3.330 * 3 * 3 The consumption of the formula = 29.970 can be calculated.

In addition, when the drug 'Diazepam tablet' is prepared in a single dose of 0.330, the number of daily administrations 2, the number of dosing days 7, the dispensing amount calculation unit 130 is multiplied by the single dose, the number of daily administrations, and the number of doses 0.330 * 2 * 7 Calculation consumption of = 4.620 can be calculated.

Alternatively, the dispensing amount calculation unit 130 may calculate the dispensing amount using the dispensing information such as the single dose and the number of daily administrations. That is, the dispensing amount calculation unit 130 can calculate the dispensing amount by multiplying the single dose and the number of daily administrations, as shown in the formula shown in FIG. In this case, the dosing days may be set to a default value of '1' so as not to affect the calculation of the dispensing amount.

Referring to the table shown in (iii) of FIG. 3, for example, when the drug 'Ganaton tablet' is prepared in a single dose 0.330, the number of daily administrations 3, the number of administration days 1, the dispensing amount calculation step 130 is once A dosage of 0.330 * 3 * 1 = 0.990 can be calculated by multiplying the dosage, the number of daily administrations, and the number of days of administration.

In addition, when the drug 'Astine tablet' is prepared in a single dose of 0.670, the number of daily doses 3, and the number of doses 1, the dispensing amount calculation unit 130 multiplies the single dose, the number of daily doses, and the number of doses by 0.670 * 3 *. The amount of dispensing consumed is 1 = 2.010.

4 is a view showing an example of the consumption amount of the drug determined by the consumption determination means according to an embodiment of the present invention.

For example, the consumption amount determining means 150 determines the consumption amount of the medicine corrected by the pharmaceutical consumption amount correction means 140 as the consumption amount of the drug, so that the consumption amount of the medicine recorded in the medicine management program is automatically adjusted with the consumption amount when preparing the medicine. This allows for more efficient management of drug inventories.

When the drug 'Ganaton tablet' is prepared in a single dose of 0.330, the number of daily administrations, and the number of days of administration 1, the fraction 0.990 of the calculated dispensing amount is the lower limit of 0.91 and the upper limit of 0.99 described above in FIG. Since it is within the range, the preparation consumption correction means 140 deletes the calculated fractional portion 0.990 of the prepared consumption amount, and adds the set minority change value 1 to the integer portion 0 of the preparation consumption amount, thereby preparing the preparation. The consumption amount 0.990 may be corrected to 1.000 (or 1) to determine the consumption amount of the drug as shown in the drawing.

In addition, when the drug 'Astine tablet' is prepared in a single dose of 0.670, the number of daily doses 3, and the number of days of administration 1, the fraction 0.010 of the calculated amount of dispensing is the lower limit of the above-mentioned (reference 2) in FIG. 1: 0.01, the upper limit. : Since it is in the range of 0.05, the dispensing amount correction means 140 deletes the calculated fractional part (0.010) of the calculated consumption amount, and adds the calculated minority change value (0) to the integer part (2) of the said preparation consumption amount. In addition, by adjusting the amount of dispensing (2.010) to 2.000 (or 2) can be determined as the consumption of the drug as shown.

In addition, when the drug 'evatis tablet' is prepared in a single dose of 1.670, the number of daily administrations, and the number of doses of day 4, the fraction of 0.040 of the calculated amount of dispensing is the lower limit of the above-mentioned (reference 2) in FIG. 1: 0.01, the upper limit. : Since it is within the range of 0.05, the dispensing amount correction means 140 deletes the calculated fractional part (0.040) of the calculated consumption amount, and adds the calculated minority change value (0) to the integer part 20 of the prepared consumption amount. In addition, the dispensing amount 20.040 may be corrected to 20.000 (or 20) to determine the consumption of the drug as shown in the drawing.

In addition, when the drug 'Avenal tablet' is prepared in a single dose of 3.330, the number of daily doses 3, and the number of doses 3, the fraction 0.970 of the calculated dispensing amount is the lower limit of the above-mentioned (reference 1) in FIG. 1: 0.95, the upper limit: Since it is within the range of 0.99, the preparation consumption amount correction means 140 deletes the calculated fractional portion 0.970 of the prepared consumption amount, and adds the calculated minority change value 1 to the integer portion 29 of the preparation consumption amount, The consumption amount of the preparation (29.970) is corrected to 30.000 (or 30) can be determined as the consumption of the drug as shown.

In addition, when the fractional portion of the dispensing amount is not included in the range consisting of the set upper limit value and the lower limit value, the dispensing amount correcting means 140 avoids the correction, and the consumption determining unit 150 calculates the calculated dispensing amount. This can be determined by the consumption of the drug.

For example, when the drug 'Diazepam tablet' is prepared in a single dose of 0.330, 2 times of daily administration, and 7 days of dosing, the fractional portion 0.620 of the calculated dispensing amount is the lower limit of the above-mentioned (reference 1) in FIG. 1: 0.95, Since the upper limit: 0.99, the lower limit of (reference 2): 0.01, the upper limit: 0.05, and (reference 3) the lower limit: 0.45, the upper limit: 0.49 are not all included, the consumption determining unit 150 is It is possible to determine the consumption of the drug immediately without correcting the calculated dispensing amount 4.620.

5 is a flowchart illustrating a procedure of a method for managing consumption of medicines according to an embodiment of the present invention.

The drug consumption management method may be implemented by a drug consumption management system of the present invention. In addition, in the following description of FIG. 5, FIG. 5 will be described with reference to FIG. 1.

In the present invention, the amount of dispensing is the amount of the drug calculated by the drug management program of the pharmacy using information associated with the preparation of the drug, such as a single dose of the drug, the number of daily doses, and the number of days of administration, wherein the amount of the consumed drug is a set condition If it satisfies, it can be corrected to determine the consumption of the drug.

In addition, the fractional portion of the amount of the dispensing may be a fractional part of the amount of the dispensing. For example, when the calculated dispensing amount is 0.990, the fractional part of the calculated dispensing amount may be 0.990, and when the calculated dispensing amount is 2.010, the fractional part of the calculated dispensing amount may be 0.010 When the calculated dispensing amount is 20.040, the fractional part of the calculated dispensing amount may be 0.040, and when the calculated dispensing amount is 29.970, the fractional part of the calculated dispensing amount may be 0.970, and the calculated dispensing In the case where the consumption is 4.620, the fractional part of the calculated consumption amount may be 0.620.

In operation S510, the medicine consumption management system 100 receives an upper limit value, a lower limit value, and a minority change value as a reference set by the user.

The reference value input means 110 receives an upper limit value, a lower limit value, and a decimal value change value from the user as the reference.

The upper limit value and the lower limit value range is a range of values that the fractional part of the dispensing amount for which the calculated dispensing amount is to be corrected is satisfied, and may be set by being input by the user through the reference value input means 110.

In addition, when it is determined that the fractional part of the preparation consumption amount is within a range consisting of the upper limit value and the lower limit value, the minority change value is a value necessary for correcting the preparation consumption amount, and the reference value input means 110 is provided by the user. Can be set via input.

The upper limit value and the lower limit value are input as basic data for judging whether it is necessary to correct the calculated dispensing amount in order that the calculated dispensing amount matches the consumption amount of the drug.

In addition, the reference value input means 110 can set a plurality of upper limit values, lower limit values, and minority change values, thereby providing a more detailed criterion for correcting the calculated dispensing amount.

In step S520, the consumption management system 100 of the drug as the information necessary for the preparation of the drug from the user, receives a single dose, daily administration number, and the number of days of administration.

The preparation information input unit 120 may receive information related to the preparation of the medicine required to calculate the preparation amount of the medicine from the user. In addition, the preparation information input unit 120 may be input including the information on the drug, such as drug name, ingredient name, drug code, unit of the drug.

The single dose is a single dose of the drug, the number of daily administration is the number of times the customer takes the drug for a day, and the number of days may be the period of taking the drug.

In operation S530, the consumption management system 100 of the medicine calculates the consumption amount of the medicine in association with the medicine preparation.

The dispensing amount calculation unit 130 may calculate the dispensing amount using at least a plurality of pieces of information among the one-time dose, the number of daily administrations, or the number of dosing days inputted through the preparation information input unit 120.

In one example, the dispensing amount calculation unit 130 may calculate the dispensing amount by using the preparation information such as a single dose, the number of daily administration, and the number of days of administration. That is, the dispensing consumption calculation unit 130 may calculate the dispensing amount by multiplying the single dose, the number of daily administrations, and the number of dosing days.

Alternatively, the dispensing amount calculation unit 130 may calculate the dispensing amount using the dispensing information such as the single dose and the number of daily administrations. That is, the dispensing amount calculation means 130 may calculate the dispensing amount by multiplying the single dose and the number of daily administrations. In this case, the dosing days may be set to a default value of '1' so as not to affect the calculation of the dispensing amount.

In step S540, the drug consumption management system 100 determines whether the fractional portion of the amount consumed to meet the set criteria.

The preparation consumption correction means 140 may determine whether the fractional portion of the preparation consumption satisfies the following criteria set by the reference value input means 110.

(Reference 1) Lower limit: 0.95, Upper limit: 0.99, Decimal change value: 1

(Reference 2) Lower limit value: 0.01, upper limit value: 0.05, decimal value change value: 0

(Reference 3) Lower limit value: 0.45, upper limit value: 0.49, decimal change value: 0.5

As a result of the determination in step S540, when the fractional part of the dispensing amount is within the range configured by the set upper limit value and the lower limit value, the consumption management system 100 of the medicine consumption amount is corrected in step S550.

For example, the dispensing amount correcting means 140 may delete the fractional part of the dispensing amount, and add the calculated minority change value to the integer part of the dispensing amount to correct the dispensing amount.

For example, when the consumption amount of the medicine B is calculated to be 3.45, since the fractional portion 0.45 of the calculated consumption amount is within the range of (reference 3) the lower limit: 0.45 and the upper limit: 0.49, the preparation consumption correction means 140 is The calculated fractional portion (0.45) of the prepared consumption amount is deleted, and the set fractional change value (0.5) is added to the integer portion (3) of the prepared consumption amount to correct the prepared consumption amount (3.45) to 3.50 (or 3.5). Can be.

That is, the minority change value for correcting the amount of dispensing may be normally 0 or 1 according to the set reference range, but since the administration of 1/2 tablet of one unit of medicine is relatively easy, the minority change value may be set to 0.5. It may be.

In operation S560, the consumption management system 100 of the medicine determines the corrected consumption of medicine as the consumption of the medicine.

Consumption determination means 150 may determine the consumption amount of the drug by adjusting the corrected dispensing amount (3.50) of the drug, so that the consumption of the drug recorded in the drug management program can automatically match the actual drug consumption, and this This allows for more efficient management of drug inventories.

As a result of the determination in step S540, when the fractional part of the dispensing amount is not included in the range configured by the set upper limit value and the lower limit value, the consumption management system 100 of the medicine in step S570 avoids the correction consumption amount.

In operation S580, the drug consumption management system 100 determines the calculated consumption amount of the medicine as the consumption of the drug.

For example, when the drug 'Diazepam tablet' is prepared in a single dose of 0.330, the number of daily administrations 2, the number of dosing days 7, the dispensing amount calculation unit 130 multiplies the single dose, the number of daily administrations, and the number of administrations by 0.330 * The amount of dispensing consumed is 2 * 7 = 4.620.

The calculated fractional portion 0.620 of the amount of prepared consumption is in the range of the lower limit of 0.95, the upper limit of 0.99, the lower limit of the reference 2, 0.01, the upper limit of 0.05, and the lower limit of 0.45. Since it is not all within the range of an upper limit value of 0.49, the dispensing amount correction means 140 deletes the fractional part of the calculated dispensing amount, or adds the minority change value set to the integer part of the dispensing amount, thereby calculating the dispensing amount. There is no need to calibrate, the consumption determining unit 150 can determine the consumption of the drug is calculated as the consumption amount of the drug directly 4.620.

In addition, embodiments of the present invention include computer-readable media containing program instructions for performing various computer-implemented operations. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. The medium or program instructions may be those specially designed and constructed for the purposes of the present invention, or they may be of the kind well-known and available to those having skill in the computer software arts. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical media such as CD-ROMs, DVDs, and magnetic disks, such as floppy disks. Magneto-optical media, and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine language code, such as produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter.

While specific embodiments of the present invention have been described so far, various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the claims below, but also by those equivalent to the claims.

As can be seen from the above description, according to the present invention, when the fractional part of the dispensing amount of the drug calculated based on the dispensing information input from the user satisfies the set criteria, the consumption of the drug is determined by correcting the dispensing amount. Can be.

Further, according to the present invention, by automatically correcting the amount of dispensing calculated at the time of input of the dispensing information in the pharmacy according to the set criteria, to reduce the inconvenience of confirming the decimal point of the amount of dispensing daily, and to facilitate inventory management.

In addition, according to the present invention, it is possible to automatically manage the inventory of the drug to solve the inconvenience of input of the consumption amount of the drug in the pharmacy.

In addition, according to the present invention, it is possible to more efficiently manage the inventory of the drug by matching the actual inventory of the drug and the inventory amount recorded in the computer.

Claims (11)

In the pharmaceutical consumption management method of the medicine, Calculating a dispensing amount in association with the drug preparation; And Correcting the amount of preparation when the fractional part of the calculated amount of preparation satisfies a set criterion; Consumption management method of the drug comprising a. The method of claim 1, As information necessary for the preparation of the drug from the user, the method further comprises the step of receiving a dosage, the number of daily administration, and the number of days of administration, The step of calculating the amount of dispensing, Calculating the amount of dispensing by using at least a plurality of pieces of information among the input single dose, number of daily administrations, or number of days of administration; Consumption management method of the drug comprising a. The method of claim 1, Receiving the upper limit value, the lower limit value, and the minority change value as the reference from the user, further comprising: The step of correcting, When the fractional part of the dispensing amount is within the range consisting of the set upper limit value and lower limit value, Correcting the dispensing amount by calculation using the integer portion of the dispensing amount and the set minority change value; Consumption management method of the drug comprising a. The method of claim 1, Receiving the upper limit value, the lower limit value, and the minority change value as the reference from the user, further comprising: The step of correcting, Avoiding the correction when the fractional part of the dispensing amount is not included in the range consisting of the set upper limit value and the lower limit value; And Determining the calculated consumption of the drug as the consumption of the drug Consumption management method of the drug comprising a. The method according to claim 1 or 3, Determining the corrected dispensing amount as a consumption amount of a medicine Consumption management method of the drug, characterized in that it further comprises. A computer-readable recording medium having recorded thereon a program for performing the method of any one of claims 1 to 4. In the pharmaceutical consumption management system of the medicine, Preparation consumption calculation means for calculating preparation consumption in association with drug preparation; And Preparation consumption correction means for correcting the preparation consumption when the fractional part of the calculated preparation consumption meets the set criteria Consumption management system of the drug comprising a. The method of claim 7, wherein Formulation information input means for inputting a single dose, the number of daily administrations, and the number of days of administration as information necessary for the preparation of the medicine from the user The preparation consumption calculation means, Using the at least a plurality of pieces of information from the input single dose, the number of daily administration, or the number of days of administration, the amount of pharmaceutical consumption management system, characterized in that for calculating the consumption. The method of claim 7, wherein A reference value input means for receiving an upper limit value, a lower limit value, and a minority change value from the user as the reference; The preparation consumption correction means, When the fractional part of the dispensing amount is within the range consisting of the set upper limit value and the lower limit value, The consumption amount management system of the drug, characterized in that for correcting the amount of the dispensing by a calculation using the integer portion of the amount of dispensing and the set minority change value. The method of claim 7, wherein A reference value input means for receiving an upper limit value, a lower limit value, and a minority change value from the user as the reference; The preparation consumption correction means, When the fractional part of the dispensing amount is not included in the range consisting of the set upper limit value and the lower limit value, the correction is avoided, Consumption management system of the drug, characterized in that for determining the consumed amount of the prepared pharmaceuticals. The method according to claim 7 or 9, Consumption determination unit for determining the corrected dispensing amount of the drug consumption Consumption management system of the drug, characterized in that it further comprises.

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