JP2006048500A - Medicine inventory management system and medicine inventory management method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To reduce the burden of cost by reducing the total stock while a pharmacy misses the chance of selling and to perform sure inventory management by eliminating inconsistency between the total stock on a computer and the actual total stock. <P>SOLUTION: Medicines delivered from a medicine wholesaler 30 to a pharmacy 10 are not delivered as a stock of the pharmacy but are delivered to a stock space (called a backyard) of the medicine wholesaler, which is preliminarily preserved in the pharmacy. When a person in charge of the pharmacy 10 takes out medicines from the backyard, he or she reads a bar code stuck to a package of the medicines by a PDA or a bar code reader and checks them. Read data is transferred to a client terminal 12. At this time, the medicines become a store stock of the pharmacy. The client terminal 12 automatically prints a delivery slip for exclusive use and a receipt (B22-2). <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  As a method for managing the inventory of medicines in a dispensing pharmacy, a management method using a computer called a “recesecon” is known. Each time the person in charge at the dispensing pharmacy enters the contents of the prescription into the receptacle, the number of medicines in the dispensing pharmacy is reduced by that number on the receptacle, and this is indicated when it reaches the predetermined number. Software that has the function of notifying the person in charge is built into the receptacle. Then, when the number of stocks on the receptacle fell below a certain number, the person in charge of the dispensing pharmacy placed an order with a pharmaceutical wholesaler to prevent the stock quantity from running out.

  By the way, the sales of products, not limited to pharmaceutical products, will fluctuate with time, so retailers such as dispensing pharmacies need to secure some inventory of products (in this case, pharmaceutical products) in order not to lose sales opportunities. There is. However, securing inventory leads to an increase in the cost burden for a dispensing pharmacy because it is necessary to purchase in advance an uncertain inventory whether it will be sold reliably. In addition, since the stock on the receptacle does not always match the actual stock, it is necessary to periodically check both manually and manually.

  This means that dispensing pharmacies can reduce inventory and reduce costs without losing sales opportunities, and more reliably manage inventory by eliminating discrepancies between computer inventory and actual inventory. It was an issue until.

  In order to solve the above-described problems, a pharmaceutical inventory management system according to the present invention is installed in a pharmaceutical wholesale company, a server storing a master related to pharmaceutical inventory, a first client terminal installed in a dispensing pharmacy, and The second client terminal, the communication network connecting the server, the first and second clients, the backyard provided in the dispensing pharmacy, and the expiration date and lot number of the drug to be handled EAN code label printing means for printing an EAN code label encoded with an EAN code, first EAN code reading means logically connected to the first client terminal, and the second client terminal The second EAN code reading means logically connected to each other, and the person in charge of the pharmaceutical wholesale company When delivering to the backyard, the EAN code label printing means prints the EAN code label of the medicine, and the EAN code label is read by the second EAN code reading means, whereby the second client terminal The computer program installed in the server is configured to process that the drug has been delivered to the backyard while being stocked by a pharmaceutical wholesale company, and the computer program installed in the server is a second program. The master is updated by receiving an access from the client terminal via the communication network, and when a medicine in the backyard is taken out to the store in the dispensing pharmacy, the first EAN code reading means Read EAN code label information of pharmaceutical products Thus, the computer program installed in the first client terminal is configured to process that the drug has been purchased from the stock of the pharmaceutical wholesale company, and the computer program installed in the server is: The master is updated upon receiving access from the first client terminal via the communication network.

  In the pharmaceutical inventory management system, when the server updates the master in response to access from the first client terminal, the server transmits information to that effect to the second client terminal via the communication network. In response to this, the second client terminal may execute processing for delivering the medicine to the backyard.

  The pharmaceutical stock management method according to the present invention is a pharmaceutical management method for managing the stock of pharmaceutical products, and includes at least a server storing a master related to the stock of pharmaceutical products, a first client terminal installed in a dispensing pharmacy, A second client terminal installed in a pharmaceutical wholesale company; a communication network connecting the server; the first and second clients; a backyard provided in the dispensing pharmacy; EAN code label printing means for printing an EAN code label in which an EAN code including an expiration date and a lot number is encoded, first EAN code reading means logically connected to the first client terminal, and Preparing a second EAN code reading means logically connected to the second client terminal; When a person in charge of a pharmaceutical wholesaler delivers a medicine to the backyard, the EAN code label printing means prints the EAN code label of the medicine, and the EAN code label is read by a second EAN code reading means. By doing so, the second client terminal is processed to the effect that the medicine has been delivered to the backyard in the inventory of the pharmaceutical wholesale company, and the communication network is connected to the server from the second client terminal. In the dispensing pharmacy, when the medicine in the backyard is taken out to the store, the EAN code label information of the medicine is read by the first EAN code reading means. As a result, the medicinal product is transferred to the first client terminal. The processing is performed to the effect that the stock has been purchased from the inventory of the wholesale company, and the master is updated by receiving access to the server from the first client terminal via the communication network. And

  In the above pharmaceutical inventory management method, when the master is updated upon receiving access from the first client terminal to the server, information to that effect is transmitted to the second client terminal via the communication network. In response to this, the second client terminal may execute processing for delivering the medicine to the backyard.

  According to the present invention, a backyard is provided in the dispensing pharmacy, and the system is configured to handle the stock of the medicine stored therein as the stock of the pharmaceutical wholesale company instead of the dispensing pharmacy, which is necessary when the dispensing pharmacy is in an emergency. It is possible to reduce the inventory amount of dispensing pharmacies while preventing the situation that pharmaceuticals cannot be procured. In addition, a server that stores a master for drug inventory is set up, which enables inventory management of all drugs in each dispensing pharmacy. Disposal and loss can be prevented.

  Prior to the description of the embodiment, an EAN (European Article Number) code appearing there will be described. The EAN code described in the present embodiment is configured by adding an expiration date of a pharmaceutical and a lot number at the time of manufacturing the pharmaceutical to a JAN (Japan Article Number) code widely used for various products. For general pharmaceuticals, for the purpose of preventing unforeseen accidents, etc., business operators dealing with pharmaceuticals must indicate the expiration date and lot number of the pharmaceuticals and store them for a certain period of time under the Pharmaceutical Affairs Law. ing. The expiration date and lot number are also printed on the pharmaceutical package.

  This EAN code is printed on a barcode with dedicated barcode label creation software, and this is attached to each pharmaceutical package. The content of the EAN code can be taken into the computer by reading with a PDA with a barcode reading function or a barcode reader.

Embodiments will be described below with reference to the drawings.
FIG. 1 is a block diagram showing an overall hardware configuration of a system according to this example. In the figure, reference numeral 10 indicates a dispensing pharmacy in which this system is introduced, and reference numeral 20 indicates a server management center provided with a server 21 (web server 21a, database server 21b) that controls the entire system. Reference numeral 30 denotes a pharmaceutical wholesaler that has introduced this system. In FIG. 1, one dispensing pharmacy 10 and one pharmaceutical wholesaler 30 are shown, but there are generally a plurality of these.

  The dispensing pharmacy 10 is provided with a reception personal computer 11 generally called a “Rececon”, and a client terminal 12 newly required for this system. Further, a wireless LAN air station 14 for the PDA 15 is provided. The reception personal computer 11, the client terminal 12, and the wireless LAN air station 14 are connected by a LAN.

  The client terminal 12 of the dispensing pharmacy 10, the server 21 of the server management center 20, and the client terminal 31 of the pharmaceutical wholesale company 30 are connected to the Internet via a firewall.

  The system of this embodiment shown in FIG. 1 corresponds to the store inventory management system and the quantitative backyard inventory management system, and is configured to be able to cope with both according to the user's wishes. Hereinafter, each method will be described separately.

[Store inventory management method]
First, the store inventory management method will be described. 2 to 6 are diagrams for explaining the data flow in the system when the store inventory management method is adopted. In these figures, in order from the left, the first column shows the processing in the reception personal computer 11 installed in the dispensing pharmacy 10, and the second column shows the processing in the client terminal 12 installed in the dispensing pharmacy 10. The third column shows processing in the server 21 installed in the server management center 20, and the fourth column shows processing in the client terminal 31 provided in the pharmaceutical wholesale company 30.

  The database 21b of the server 21 records the current inventory of the dispensing pharmacy 10 that participates in this system. This is called “store inventory master”.

  When a patient visits the dispensing pharmacy 10 with a prescription issued by a doctor's office or hospital, a person in charge such as a pharmacist at the dispensing pharmacy 10 prescribes a predetermined drug to the patient according to the prescription and accepts the contents of the prescription. To the personal computer 11 (B1). Based on this data, the receiving personal computer 11 automatically creates file data including “prescription data” and “patient data” and stores it in the database (B2). The prescription data and the patient data are files that have passed 5 minutes from the creation, and are taken into the client terminal 12 in real time via the LAN (B3).

  The client terminal 12 transmits it to the server 21 of the server management center via the Internet every 15 minutes from this import processing (B4), and saves the transmitted file in its own backup file (B5).

  The server management center 20 stores the patient data as it is in the server 21 among the data sent from the client terminal 12 of each dispensing pharmacy (B6). On the other hand, prescription data is allocated as the amount of medicine used, and the store current store of the store inventory master is updated (B7). Accordingly, the store inventory master of each dispensing pharmacy is updated almost in real time when there is a prescription (purchase by the patient) of the drug to the patient. Further, from each dispensing pharmacy, the person in charge can access the store inventory master via the client terminal 12 and view the latest store inventory in real time (B8). As a result, the actual store inventory and the store inventory on the server 21 can be collated.

  The server 21 of the server management center 20 constantly monitors whether or not the number of stores in stock for each medicine in each dispensing pharmacy does not fall below a preset number. Order data is created (B9). When this ordering data is created, information to that effect is sent to the client terminal 12 of the corresponding dispensing pharmacy, and the person in charge of the dispensing pharmacy accesses the server 21 of the server management center based on the information. The contents of the order list can be confirmed (B10).

  The person in charge of the dispensing pharmacy 10 confirms the contents of the order list and makes a final decision as to whether or not to actually place an order (B11). When placing an order, an instruction to that effect is sent from the client terminal 12 to the server 21. On the other hand, if no order is placed, information to that effect is left in the order list of the client terminal 12 as the next order (B12).

  The server 21 confirms the ordering data based on the instruction from the person in charge at the dispensing pharmacy, and transmits this to the client terminal 31 of the pharmaceutical wholesale company using the dedicated line (B13). The client terminal 31 of the pharmaceutical wholesale company 30 performs order processing based on the order data received from the server 21, and issues a delivery note, a receipt, a delivery slip, and a delivery slip (B14).

  In the pharmaceutical wholesale company 30, the person in charge confirms the delivery and assortment from the stock in the pharmaceutical wholesale company 30 based on the issued delivery slip and delivery slip (B15). Then, a barcode label with the EAN code as a barcode is automatically created (B16). This EAN code is a code consisting of a JAN code, the expiration date of the drug, and a lot number. The created EAN code label is attached to the package of the corresponding medicine by the person in charge and delivered to the dispensing pharmacy (B17).

  If the ordered data is missing, the person in charge cancels the order on the client terminal 31 (B18). Along with this, the order data is canceled from the server 21 of the server management center 20 and returned to the order list as a reordered item (B19). In this case, the corresponding pharmacy is notified by telephone from the person in charge (B20). At the same time that the dispensing pharmacy receives the notification to that effect, the pharmaceutical wholesale company 30 creates a shortage card and transmits it to the dispensing pharmacy by facsimile.

  In the dispensing pharmacy 10, when a drug delivery is received from the pharmaceutical wholesale company 30, inspection is performed at that stage, and the work performed at that time is to connect the barcode attached to each pharmaceutical package to the client terminal 11. It is only necessary to read the data with a barcode reading function PDA (hereinafter simply referred to as “PDA”) or a barcode reader, and the client terminal automatically executes necessary processing internally based on the read data (B21). .

  When the barcode is read, on the one hand, a dedicated delivery note and receipt are printed from the client terminal 12 (B22), the former is stored, and the latter is wholesaled after the person in charge at the dispensing pharmacy stamps the receipt. Passed to the person in charge of the company. On the other hand, store receipt data is sent to the server of the server management center 20, and based on this, the store inventory master is updated (B23).

  The server 21 of the server management center 20 sums up all the inventory of each dispensing pharmacy and the number delivered from the pharmaceutical wholesale company to the dispensing pharmacy, and confirms whether there is any mistake between them. This processing is performed once a month in principle. The server 21 of the server management center 20 collates the monthly delivery list from the client terminal 12 of the dispensing pharmacy 10 with the invoice from the pharmaceutical wholesaler 30 and confirms the invoice amount (B24).

[Quantitative backyard inventory management system]
Next, the quantitative backyard inventory management method will be described. Here, the “backyard” is a place for storing a stock of pharmaceuticals installed in a part of the dispensing pharmacy store or on the back side. This is not the store inventory of the dispensing pharmacy but the inventory of the pharmaceutical wholesaler itself. That is, although it is physically stored in the dispensing pharmacy, it is stock of a pharmaceutical wholesale company as stock. In this way, as a dispensing pharmacy and a pharmaceutical wholesaler, business benefits can be obtained, but on the other hand, since such a method has not existed in the past, in order to realize such a method Therefore, a new configuration is required as a computer system.

  7 to 12 show the flow of data when the fixed backyard inventory management method is adopted. In these drawings, in order from the left, the first column shows the work performed by the person in charge at the backyard of the pharmaceutical wholesale company installed in the dispensing pharmacy 10, and the second column is installed in the dispensing pharmacy 10. The processing in the client terminal 12 is shown, the third column shows the processing in the server 21 installed in the server management center 20, and the fourth column is by the client terminal 31 provided in the pharmaceutical wholesaler 30 or the person in charge. Processing is shown.

  In the dispensing pharmacy 10, when it is desired to newly have a backyard inventory for a certain medicine, a necessary item is filled in a dedicated request form and sent to the pharmaceutical wholesaler 30 by facsimile or the like (B25). Upon receipt of the request form, the pharmaceutical wholesaler 30 performs a backyard movement process based on this request, that is, a process of transporting a predetermined medicine to the backyard of the dispensing pharmacy that has received the request from the pharmaceutical wholesaler 30 (B26). . And based on the data which performed this backyard process, a backyard delivery note, a backyard receipt, and a shipping table are issued and it leaves (B27).

  The pharmaceutical wholesaler 30 automatically creates a barcode label in which the EAN code of the delivered medicine is converted into a barcode (B16-2). The pharmaceutical wholesaler 30 affixes the created EAN code and other necessary codes to the pharmaceutical, reads and inspects them with a PDA or barcode reader, and performs a warehousing process for the backyard inventory (B28). Data read by a PDA or the like is sent to the client terminal 31 of the pharmaceutical wholesale company 30 via a wireless LAN. At this stage, the pharmacy is actually not yet received in the dispensing pharmacy, so this warehousing process is a process on a computer.

  Data read by a PDA or the like is sent to the server 21 of the server management center 20 via the Internet via the client terminal 31 of the pharmaceutical wholesale company 30, and the backyard inventory master is based on the data sent here. Is updated (B29). Here, the backyard inventory master is a database storing data of backyard inventory of all dispensing pharmacies adopting the quantitative backyard inventory management system by this system, and is stored in the database server 21b.

  The pharmaceutical wholesaler 30 delivers the medicine that has been stored in the backyard inventory to the backyard of the corresponding dispensing pharmacy 10 (B30). The Dispensing Pharmacy confirms the delivery of the medicine delivered as a backyard supplement from the pharmaceutical wholesale company (B31), and the person in charge of the pharmaceutical wholesale company puts it in the backyard to complete the installation of the backyard inventory. (B32).

  However, the processing of B25 to B32 is only for the case where a certain kind of medicine is first ordered, and how much of that medicine is placed in the backyard inventory between the pharmaceutical wholesaler and the dispensing pharmacy after the next time. Each time a medicine in the store is sold, a pharmaceutical wholesaler is notified via a computer and the backyard inventory is replenished accordingly. That is, although there is a slight time delay in the backyard inventory, almost constant quantities of various pharmaceuticals are placed in inventory.

  Thereafter, the person in charge at the dispensing pharmacy can issue the necessary number of medicines from the backyard inventory as store inventory at any time (B33).

  As described above, the backyard inventory is not the inventory of the dispensing pharmacy 10 but the inventory of the pharmaceutical wholesale company 30. That is, a pharmaceutical wholesaler rents a space for backyard inventory to each dispensing pharmacy 10 and refers to the inventory placed by the pharmaceutical wholesaler here, which is called backyard inventory. In other words, the drug delivered to the dispensing pharmacy is not delivered as the inventory of the dispensing pharmacy, but is delivered to the inventory space (called backyard) of the pharmaceutical wholesale company reserved in advance in the dispensing pharmacy, and then backyard When it is taken out of stock to a dispensing pharmacy store, it becomes the dispensing pharmacy inventory.

  When the person in charge at the dispensing pharmacy 10 leaves the backyard inventory (B33) and moves to the dispensing pharmacy store as a purchase (B34), the barcode attached to the package of the drug by the PDA or barcode reader is displayed. Read and inspect (B35). The read data is transferred to the client terminal 12. At this point, this is the first store inventory of this dispensing pharmacy. At this time, the client terminal 12 automatically prints a dedicated delivery note and receipt (B22-2). The person in charge keeps the former, and stamps the receipt on the latter and sends it to the pharmaceutical wholesaler 30.

  On the other hand, the data read by the PDA or the like and transferred to the client terminal 12 is sent to the server 21 of the server management center 20 via the Internet. Based on this data, the server 21 creates store warehousing data and updates the backyard inventory master and store master (B36). The store warehousing data is transmitted as ordering data to the client terminal 31 of the pharmaceutical wholesale company 30 through a dedicated line (B37). The client terminal 31 receives this as order data, performs order processing based on the order data received from the server 21, and issues a delivery note, a receipt, a delivery slip, and a delivery slip (B14-2).

  In the pharmaceutical wholesale company 30, the person in charge confirms the order processing, backyard inventory replenishment, and addition based on the received ordering data, and creates a shipping table (B38). Furthermore, based on the issued delivery slip and delivery slip, the person in charge confirms delivery and assortment from the stock in the pharmaceutical wholesale company 30 (B15-2). Then, a barcode label with the EAN code as a barcode is automatically created (B16-2). As described above, the EAN code is a code including the JAN code, the expiration date of the medicine, and the lot number.

  The created EAN code label is affixed to the corresponding medicine package by the person in charge (B17-2). The affixed barcode label is read and inspected by a PDA or the like, and this data is sent to the server 21 of the server management center 20 to update the backyard inventory master (B29-2). In addition, the pharmaceutical wholesaler 30 performs a warehousing process to the backyard inventory (B28-2), and delivers the medicine that has undergone the warehousing process to the backyard inventory to the backyard of the corresponding dispensing pharmacy 10 (B30-). 2).

  The Dispensing Pharmacy confirms the delivery of medicines delivered as a backyard supplement from a pharmaceutical wholesale company (B31-2), and asks the person in charge of the pharmaceutical wholesale company to store it in the backyard and set up the backyard inventory. It is completed (B32-2).

The server 21 of the server management center 20 sums up all the inventory of each dispensing pharmacy and the number delivered from the pharmaceutical wholesale company to the dispensing pharmacy, and confirms whether there is any mistake between them. This processing is performed once a month in principle. The server 21 of the server management center 20 collates the monthly delivery list from the client terminal 12 of the dispensing pharmacy 10 with the invoice from the pharmaceutical wholesale company 30, and confirms the amount charged (B24-2).
Thereafter, the same procedure as described above is repeated.

  According to this quantitative backyard inventory management system, it is physically placed in the back yard of a dispensing pharmacy, so if a large number of specific medicines are temporarily purchased and there is a shortage of such medicines at the store. Even if it exists, since the dispensing pharmacy can be taken out of the backyard inventory at that time, it is possible to avoid a situation in which the medicine cannot be sold because it is insufficient. On the other hand, since the backyard inventory is not the inventory of the dispensing pharmacy but the inventory of the pharmaceutical wholesale company, the inventory as the dispensing pharmacy can be significantly reduced compared to the conventional one. Furthermore, as a pharmaceutical wholesaler, the flow of individual pharmaceuticals can be specifically grasped, so that there is an advantage that useful information can be obtained in management.

  Next, other functions of this system will be described. In this example, since all the medicines are managed using the EAN code including the expiration date information as described above, for example, if a period of three months before the expiration date is set, A list of medicines that have passed three months ago is displayed on the client terminal 12 of the dispensing pharmacy 10.

  In addition, when it is determined that an accident such as contamination of a foreign substance has occurred during the manufacturing stage of a pharmaceutical product, the pharmaceutical manufacturer collects the drug in lot units. In this case, by using the EAN code, It is possible to easily check whether or not a medicine is present in each dispensing pharmacy, and it is possible to easily identify a medicine to be collected.

1 is a block diagram showing an overall hardware configuration of a system according to an embodiment of the present invention. It is a figure explaining the flow of data in a store inventory management system. It is a figure explaining the flow of data in a store inventory management system. It is a figure explaining the flow of data in a store inventory management system. It is a figure explaining the flow of data in a store inventory management system. It is a figure explaining the flow of data in a store inventory management system. It is the figure which showed the flow of the data in a fixed quantity backyard inventory management system. It is the figure which showed the flow of the data in a fixed quantity backyard inventory management system. It is the figure which showed the flow of the data in a fixed quantity backyard inventory management system. It is the figure which showed the flow of the data in a fixed quantity backyard inventory management system. It is the figure which showed the flow of the data in a fixed quantity backyard inventory management system. It is the figure which showed the flow of the data in a fixed quantity backyard inventory management system.

Explanation of symbols

10 Dispensing pharmacy 11 Reception PC (Rececon)
12 Client terminal 20 Server management center 21 Server 30 Pharmaceutical wholesaler 31 Client terminal

Claims (4)

A server that stores a master for pharmaceutical inventory;
A first client terminal installed in the dispensing pharmacy;
A second client terminal installed at a pharmaceutical wholesale company;
A communication network connecting the server, the first and second clients;
A backyard provided in the dispensing pharmacy;
EAN code label printing means for printing an EAN code label in which an EAN code including the expiration date and lot number of the drug is printed on the drug to be handled;
First EAN code reading means logically connected to the first client terminal; and second EAN code reading means logically connected to the second client terminal;
When a person in charge of a pharmaceutical wholesaler delivers a medicine to the backyard, the EAN code label printing means prints the EAN code label of the medicine, and the EAN code label is read by a second EAN code reading means. As a result, the computer program installed in the second client terminal is adapted to process that the drug has been delivered to the backyard in the inventory of the pharmaceutical wholesale company, and installed in the server. The received computer program is adapted to receive access via the communication network from a second client terminal and update the master,
When a drug in the backyard is taken out to a store at a dispensing pharmacy, the computer program installed in the first client terminal is read by reading the EAN code label information of the drug with the first EAN code reading means. And the computer program installed in the server receives an access from the first client terminal via the communication network. The master is updated,
Pharmaceutical inventory management system characterized by that.   2. The pharmaceutical inventory management system according to claim 1, wherein, when the server updates the master in response to an access from a first client terminal, information indicating that is transmitted to the second via the communication network. The drug inventory management system, wherein the second client terminal receives the request and executes processing for delivering the drug to the backyard. A drug management method for managing drug inventory, at least,
A server that stores a master for pharmaceutical inventory;
A first client terminal installed in the dispensing pharmacy;
A second client terminal installed at a pharmaceutical wholesale company;
A communication network connecting the server, the first and second clients;
A backyard provided in the dispensing pharmacy;
EAN code label printing means for printing an EAN code label in which an EAN code including the expiration date and lot number of the drug is printed on the drug to be handled;
Preparing a first EAN code reading means logically connected to the first client terminal and a second EAN code reading means logically connected to the second client terminal;
When a person in charge of a pharmaceutical wholesaler delivers a medicine to the backyard, the EAN code label printing means prints the EAN code label of the medicine, and the EAN code label is read by a second EAN code reading means. By doing so, the second client terminal is processed to the effect that the medicine has been delivered to the backyard in the inventory of the pharmaceutical wholesale company, and the communication network is connected to the server from the second client terminal. To update the master in response to access via
When a pharmaceutical product in the back yard is taken out to a store in a dispensing pharmacy, the first EAN code reading means reads the information on the EAN code label of the pharmaceutical product, so that the first client terminal stores the pharmaceutical product in the pharmaceutical wholesaler. The processing to the effect of purchasing from the stock of the company and the access to the server via the communication network from the first client terminal to update the master,
A pharmaceutical inventory management method characterized by that.   The pharmaceutical inventory management method according to claim 3, wherein when the master is updated upon receiving access from the first client terminal to the server, information indicating that is transmitted to the server via the communication network. A medicine inventory management method, characterized in that a second client terminal is made to perform processing for receiving the medicine and delivering the medicine to the backyard.

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