KR102153449B1 - Method, System and Computer-readable Medium for Providing Delivery Sharing Service for Medicine - Google Patents

Abstract

The present invention relates to a method, a system, and a computer readable medium for providing a share service of medicine delivery and, more specifically, to a method, a system, and a computer readable medium for providing a share service of medicine delivery which allow a pharmacy to quickly get medicine that the pharmacy needs by linking the pharmacy ordering medicine to be purchased at a pharmacy with a wholesaler and retailer capable of delivering medicine by holding inventory of ordered medicine The method comprises a wholesaler and retailer information reception step, an automatic ordering step, and a stock out prediction notification step.

Description

[Method, System and Computer-readable Medium for Providing Delivery Sharing Service for Medicine}

The present invention relates to a method, system, and computer-readable medium for providing a drug delivery sharing service, and more particularly, to a pharmacy that has ordered a drug to be purchased at a pharmacy, By linking wholesalers and retailers capable of delivery, a pharmacy relates to a method, a system, and a computer-readable medium for providing a drug delivery sharing service that enables rapid delivery of necessary drugs.

Currently, the total supply amount of the drug distribution market is estimated to be about 65 trillion and the total number of companies is about 3,000, of which the supply of wholesalers is about 36 trillion and the number of wholesalers is 2615, which holds a huge market. As such, most pharmaceuticals are supplied through wholesalers because direct transactions with pharmaceutical companies are insufficient due to the increased crackdown on illegal rebates and the burden of logistics costs.

On the other hand, sales of prescription drugs by pharmacies reached 18 trillion won in 2018, which is very large, and because prescription drugs are assigned the same price in the country, price competition in prescription drug distribution is impossible. In addition, due to the increase in the number of drugs due to the increase of generic drugs and new drugs, there are practical limitations due to location and financial issues to stock up a vast amount of drugs, and due to the sales of drugs by prescription, pharmacists are It is impossible to predict the situation. Accordingly, pharmacies select customer service such as delivery speed, return processing, and customer complaints as important criteria in selecting pharmaceutical wholesale and retail companies.

In addition, the use of online malls that can use card point benefits or coupons is also increasing in order to compensate for the problem of not being able to take advantage of prescription drugs due to a distribution structure in which drug price competition is impossible. However, in the case of purchasing medicines through an online mall, the order must be directly taken into account different order deadlines for each wholesaler, and there are problems such as transferring responsibility for receiving returns or resolving customer complaints. In order to solve these problems, a comprehensive wholesale service that provides fast delivery and convenient customer service and an integrated service of an online mall that can take economic benefits such as card points are required, but the conventional technology that provides such services Is absent.

The present invention connects a pharmacy that has ordered a drug to be purchased at a pharmacy and a wholesale and retailer that can deliver the drug by holding an inventory of the ordered drug, so that the pharmacy can quickly receive the necessary drug delivery. An object of the present invention is to provide a method, a system and a computer-readable medium for providing it.

In order to solve the above problems, the present invention is a method of providing a drug delivery sharing service performed in a service server that can be accessed by a terminal of a wholesale or retailer to deliver medicines and a terminal of a pharmacy to order medicines, the service The server stores wholesale and retailer information including wholesale and retailer location information of each wholesaler and retailer, and pharmacy information including pharmacy location information of each pharmacy, and a delivery route including a delivery route and delivery time from the retailer's terminal. A wholesale/retailer information receiving step of receiving wholesale/retailer delivery information including information and inventory information of medicines; From the terminal of the pharmacy, drug order information including the type of drug to be purchased and the amount of the drug ordered is received, and the order derived based on the drug order information and the delivery forecast derived information including the wholesale and retail delivery information An automatic ordering step of deriving a wholesale/retailer corresponding to a preset condition for a pharmacy delivery and arrival time of the drug to the corresponding pharmacy, and transmitting the drug order information to the terminal of the corresponding wholesale/retailer; Provides a way to do it.

In one embodiment of the present invention, the step of receiving the wholesale and retailer information may be performed in a form in which a database is periodically received from the terminal at a preset time interval.

In one embodiment of the present invention, the automatic ordering step includes: receiving the medicine order information from the terminal of the pharmacy; Deriving, as a first wholesale and retailer list, a plurality of wholesalers and retailers in which stocks of medicines requested to be ordered remain in stock based on the drug order information and the wholesale and retail delivery information; Deriving a plurality of wholesalers and retailers whose delivery departure time is later than the time when the medicine order information was received as a second wholesaler and retailer list based on the wholesale and retailer delivery information of the wholesalers and retailers corresponding to the first wholesaler and retailer list; A derivation step of deriving a matching wholesale/retailer corresponding to a preset condition for a pharmacy delivery estimated time derived based on the delivery route information of the wholesale/retailer corresponding to the second wholesale/retailer list; Transmitting the drug order information to the derived terminal of the matching wholesale and retailer; And providing the information of the matching wholesaler and retailer and a pharmacy delivery estimated time of the drug to the terminal of the pharmacy.

In one embodiment of the present invention, in the derivation step, the wholesaler and retailer with the earliest expected delivery time of pharmacy delivery is automatically derived as a matching wholesaler or retailer, or the terminal of the wholesaler and retailer with the earliest expected delivery and arrival time of the pharmacy When a confirmation input for the drug order information is requested and reception acceptance is received from the terminal of the corresponding wholesale and retailer, the corresponding wholesale and retailer can be derived as a matching wholesale and retailer.

In an embodiment of the present invention, the method of providing the drug delivery sharing service further includes an emergency order step, and the emergency order step includes the type of drug to be purchased from the terminal of the pharmacy and the amount of the drug order. Receiving emergency order information; Deriving one or more candidate wholesalers and retailers meeting a preset condition based on the pharmacy location information and the wholesale/retail location information of the terminal of the pharmacy that has transmitted the emergency order information; A transmission step of transmitting an emergency order request according to the emergency order information to the terminal of the candidate wholesaler and retailer; Deriving a wholesaler and retailer who first accepted the urgent order request as a matching wholesaler and retailer; It may include; providing the information of the matching wholesale and retailer and the estimated delivery time of the pharmacy to the terminal of the pharmacy.

In an embodiment of the present invention, the method of providing the drug delivery sharing service further includes an out-of-stock prediction notification step, and the out-of-stock prediction notification step includes all of the specific drugs owned by one or more wholesale and retailers corresponding to a preset criterion. A first condition in which inventory is less than or equal to a preset standard; And a second condition in which the total order quantity of the specific drug of the pharmacy corresponding to the preset criterion for a preset period is equal to or greater than the preset criterion. Deriving an out-of-stock drug based on whether one or more of them are not satisfied; And transmitting an out-of-stock prediction notification for the out-of-stock drug to a terminal of a pharmacy in which past drug order information for the out-of-stock drug is present.

In one embodiment of the present invention, the method of providing the drug delivery sharing service is to derive drug order analysis information of a pharmacy based on the drug order information, and based on the pharmacy location information and the wholesale and retail location information. It may further include an order analysis notification step of transmitting the drug order analysis information of the pharmacy to the retailer's terminal meeting the set conditions.

In one embodiment of the present invention, the method of providing the drug delivery sharing service is based on a wholesale/retailer evaluation factor including at least one of delivery accuracy, delivery speed, whether or not the drug is in stock, and customer evaluation information. A wholesaler/retailer evaluation step of setting an evaluation level may further include, and the transmission step may transmit the emergency order request to the terminal of the wholesaler and retailer in an order determined according to the wholesaler/retailer evaluation level.

In order to solve the above problems, an embodiment of the present invention provides a drug delivery sharing service implemented by a service server that can be accessed by a terminal of a wholesale or retailer to deliver medicines and a terminal of a pharmacy to order medicines. As a system, the service server stores wholesale and retailer information including wholesale and retailer location information of each wholesaler and retailer, and pharmacy information including pharmacy location information of each pharmacy, and from the retailer's terminal, delivery route and delivery time Wholesale and retailer information receiving unit for receiving wholesale and retailer delivery information including delivery route information and drug inventory information including; From the terminal of the pharmacy, drug order information including the type of drug to be purchased and the amount of the drug ordered is received, and the order derived based on the drug order information and the delivery forecast derived information including the wholesale and retail delivery information Provides drug delivery sharing service including; an automatic ordering unit that derives a wholesale/retailer corresponding to a preset condition for a pharmacy delivery and arrival time of the drug to the corresponding pharmacy and transmits the drug order information to the terminal of the corresponding wholesale/retailer Provides a system to do.

In order to solve the above problems, an embodiment of the present invention is a method of providing a drug delivery sharing service performed in a service server that can be accessed by a terminal of a wholesale or retailer to deliver medicines and a terminal of a pharmacy to order medicines. For implementing, as a computer-readable medium, wherein the service server includes a wholesale and retail store information receiving unit and an automatic ordering unit, and the service server includes wholesale and retail store information including wholesale and retail store location information of each wholesale and retail store, and each pharmacy. Stores pharmacy information including pharmacy location information of, and the computer-readable medium stores instructions for causing components of the service server to perform the following steps, the steps: From, a wholesale/retailer information receiving step of receiving wholesale/retailer delivery information including delivery route information including a delivery route and delivery time and inventory information of medicines; From the terminal of the pharmacy, drug order information including the type of drug to be purchased and the amount of the drug ordered is received, and the order derived based on the drug order information and the delivery forecast derived information including the wholesale and retail delivery information An automatic ordering step of deriving a wholesale/retailer corresponding to a preset condition for the estimated delivery time of the drug to the corresponding pharmacy, and transmitting the drug order information to the terminal of the corresponding wholesale/retailer; containing, a computer-readable medium to provide.

According to an embodiment of the present invention, even if the pharmacy does not directly check and select the wholesale/retailer who will deliver the ordered medicine, the pharmacy can place an order at the wholesaler and retailer that can receive the medicine most quickly by entering the medicine order information. It can show the effect of checking the estimated delivery and arrival time of medicines.

According to an embodiment of the present invention, a pharmacy can exert an effect of quickly ordering and receiving a drug by performing an urgent order when urgently needed in addition to the drugs ordered regularly.

According to an embodiment of the present invention, a wholesaler and retailer may select and accept an order for a drug held by a wholesaler and retailer even if they do not have all the drugs, and even if the delivery route and delivery time of drug delivery performed regularly are different, the profit is By accepting an order when it is judged that there is no excess, the effect of increasing sales can be exerted.

According to an embodiment of the present invention, by receiving drug order analysis information such as average drug order quantity and drug order pattern of nearby pharmacies, the wholesale and retailer secures the inventory of drugs used in the neighboring pharmacies in advance, and places the order at the pharmacy. If you do, you can achieve the effect of being able to deliver quickly without fear of out of stock.

According to an embodiment of the present invention, by setting a wholesale/retailer evaluation grade to provide and operate benefits such as priority delivery according to the grade, wholesale and retailers execute accurate and fast delivery to receive a better grade, and inventory of medicines As a result, a pharmacy that purchases medicines can have the effect of getting the necessary medicines delivered quickly and quickly.

According to an embodiment of the present invention, it is possible to prevent a situation in which drugs that are frequently used and dispensed in pharmacies are not provided by sending an out-of-stock notification to the pharmacy for an out-of-stock drug. The effect that can be provided can be exerted.

1 schematically shows the overall system form of a method for providing a drug delivery sharing service according to an embodiment of the present invention.
2 schematically shows the internal configuration of a service server according to an embodiment of the present invention.
3 schematically shows a step of performing an automatic ordering unit according to an embodiment of the present invention.
FIG. 4 schematically shows delivery prediction information including delivery route information required to perform a step of deriving a pharmacy delivery estimated arrival time of an automatic ordering unit according to an embodiment of the present invention.
FIG. 5 schematically shows delivery prediction information including delivery route information required to perform the step of deriving a pharmacy delivery estimated arrival time of an automatic ordering unit according to an embodiment of the present invention.
6 schematically shows a display screen in a terminal of a pharmacy according to the execution of an automatic ordering unit according to an embodiment of the present invention.
7 schematically shows a display screen in a wholesaler and retailer device according to the execution of an automatic ordering unit according to an embodiment of the present invention.
8 schematically shows the steps of performing an emergency order unit according to an embodiment of the present invention.
9 schematically shows a display screen in a terminal of a pharmacy according to the execution of an emergency order unit according to an embodiment of the present invention.
10 schematically shows a display screen at the end of a wholesale and retail store according to the execution of an emergency order unit according to an embodiment of the present invention.
11 schematically shows the steps of performing an out of stock forecast notification unit according to an embodiment of the present invention.
12 schematically shows a display screen in a terminal of a pharmacy according to the execution of an out-of-stock prediction notification unit according to an embodiment of the present invention.
13 schematically shows the steps of performing an order analysis notification unit according to an embodiment of the present invention.
14 schematically shows a display screen in a wholesaler/retailer terminal according to the execution of an order analysis notification unit according to an embodiment of the present invention.
15 schematically shows a display screen in a terminal of a pharmacy according to the execution of a wholesaler/retailer evaluation notification unit according to an embodiment of the present invention.
16 schematically shows a display screen in a terminal at a wholesale or retailer according to the execution of an emergency order unit according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those of ordinary skill in the art can easily implement the present invention. However, the present invention may be implemented in various different forms and is not limited to the embodiments described herein. In the drawings, parts irrelevant to the description are omitted in order to clearly describe the present invention, and similar reference numerals are assigned to similar parts throughout the specification.

Throughout the specification, when a part is said to be "connected" to another part, this includes not only "directly connected" but also "electrically connected" with another element interposed therebetween. . In addition, when a part "includes" a certain component, it means that other components may be further included rather than excluding other components unless specifically stated to the contrary.

In addition, terms including ordinal numbers such as first and second may be used to describe various elements, but the elements are not limited by the terms. These terms are used only for the purpose of distinguishing one component from another component. For example, without departing from the scope of the present invention, a first element may be referred to as a second element, and similarly, a second element may be referred to as a first element. The term and/or includes a combination of a plurality of related listed items or any of a plurality of related listed items.

In the present specification, the term "unit" includes a unit realized by hardware, a unit realized by software, and a unit realized using both. Further, one unit may be realized using two or more hardware, or two or more units may be realized using one hardware. Meanwhile,'~ unit' is not meant to be limited to software or hardware, and'~ unit' may be configured to be in an addressable storage medium or configured to reproduce one or more processors. Thus, as an example,'~ unit' refers to components such as software components, object-oriented software components, class components and task components, processes, functions, properties, and procedures. , Subroutines, segments of program code, drivers, firmware, microcode, circuits, data, databases, data structures, tables, arrays and variables. The components and functions provided in the'~ units' may be combined into a smaller number of elements and'~ units', or may be further divided into additional elements and'~ units'. In addition, components and'~ units' may be implemented to play one or more CPUs in a device or a security multimedia card.

The "user terminal" mentioned below may be implemented as a computer or portable terminal that can access a server or other terminal through a network. Here, the computer includes, for example, a notebook equipped with a web browser, a desktop, a laptop, and the like, and the portable terminal is, for example, a wireless communication device that ensures portability and mobility. , PCS (Personal Communication System), GSM (Global System for Mobile communications), PDC (Personal Digital Cellular), PHS (Personal Handyphone System), PDA (Personal Digital Assistant), IMT (International Mobile Telecommunication)-2000, CDMA (Code Division Multiple Access)-2000, W-CDMA (W-Code Division Multiple Access), Wibro (Wireless Broadband Internet) terminal, etc. may include all kinds of handheld-based wireless communication devices. In addition, "network" refers to a wired network such as a local area network (LAN), a wide area network (WAN), or a value-added network (VAN), or a mobile radio communication network or satellite It can be implemented in any type of wireless network such as a communication network.

1 schematically shows the overall system form of a method for providing a drug delivery sharing service according to an embodiment of the present invention.

The terminal of the pharmacy of FIG. 1 or the terminal of the wholesale and retailer may correspond to the user terminal described above, and the service server 1000 corresponds to a computer device including at least one processor and at least one memory.

Terminals of pharmacies and terminals of wholesale and retail stores may be connected to the service server 1000 through a web browser program or through a dedicated application.

In the present invention, wholesale and retailer refers to all wholesalers and retailers that can supply pharmaceuticals to pharmacies and maintain stock of pharmaceuticals ordered by pharmacies, and pharmaceuticals include prescription drugs, generic drugs and drugs, It may be a concept that includes all items used to treat diseases or wounds, and health functional foods, quasi-drugs, and household items that can be handled in pharmacies.

The pharmacy's terminal and the wholesaler's terminal may log in to the service server 1000 with different types of accounts, for example, a pharmacy (consumer) type account or a wholesaler (seller) type account.

Hereinafter, the configuration of the service server 1000 will be described in more detail.

2 schematically shows the internal configuration of the service server 1000 according to an embodiment of the present invention.

The service server 1000 of the present invention may provide a drug delivery sharing service. Schematically, by receiving the drug order information 1531 including the type of drug to be purchased and the amount of drug ordered from the terminal of the pharmacy, and sending the drug order information 1531 to the terminal of the wholesale and retailer, the wholesaler and retailer can order the received drug. Medicines corresponding to information 1531 can be delivered to the corresponding pharmacy.

The service server 1000 includes wholesale and retailer information (1520) receiving unit (not shown), automatic ordering unit (1100), emergency order unit (1200), sold-out forecast notification unit (1300), order analysis notification unit (1400), wholesale and retail It may include an award evaluation unit (not shown), and a DB.

The wholesale/retailer information 1520 receiving unit receives the wholesale/retailer delivery information 1532 including the delivery route information including the delivery route and the delivery time, and the inventory information of medicines from the terminal of the wholesale/retailer. Delivery route information and drug inventory information fluctuate in real time according to the order status of pharmacies. Accordingly, the wholesaler and retailer information 1520 receiving unit performs a receiving step of the wholesaler and retailer information 1520, which is periodically received from the terminal of the wholesaler and retailer at preset time intervals and updated in the database.

The automatic ordering unit 1100 receives, from a terminal of a pharmacy, drug order information 1531 including the type of drug to be purchased and the amount of drug ordered, the drug order information 1531, and the wholesale and retail delivery information A wholesaler or retailer corresponding to a preset condition for the estimated delivery time of the pharmacy to the corresponding pharmacy derived based on the estimated delivery information (1530) including (1532), and the said wholesaler and retailer in the terminal of the corresponding wholesaler and retailer. The medicine order information 1531 is transmitted. Thereafter, the information of the corresponding wholesale and retailer and the estimated delivery time are provided to the terminal of the pharmacy.

The emergency ordering unit 1200 receives emergency order information including the type of drug and the amount of the drug ordered from the terminal of the pharmacy, derives one or more candidate wholesalers and retailers meeting preset conditions, and places an urgent order on the terminal of the candidate wholesaler and retailer. The urgent order request according to the information is transmitted, and the wholesaler and retailer who first accepted the urgent order request is derived as the matching wholesaler. After that, the matching wholesale and retailer information and the estimated delivery arrival time are provided to the terminal of the pharmacy.

The sold-out prediction notification unit 1300, whether or not it meets a preset condition based on the drug order information 1531 and wholesale/retail delivery information 1532 of the pharmacy stored in the database of the service server 1000 from the terminal of the pharmacy By discriminating, it derives an out-of-stock drug, and transmits an out-of-stock prediction notification for the out-of-stock drug to the terminal of the pharmacy where the past drug order information (1531) for the out-of-stock drug is present.

The order analysis notification unit 1400 derives drug order analysis information 1540 including the monthly average drug order amount and drug order pattern of each pharmacy based on drug order information 1531 of the pharmacy terminal, and pharmacy location information And it transmits the drug order analysis information 1540 of the pharmacy to the terminal of the retailer that meets a predetermined condition based on the retailer location information.

The wholesaler/retailer evaluation unit may set the wholesaler/retailer evaluation grade based on the wholesaler/retailer evaluation factor including one or more of delivery accuracy, delivery speed, whether or not to secure the inventory of drugs, and customer evaluation information according to the delivery performed by the wholesaler and retailer.

On the other hand, the DB of the service server 1000 includes pharmacy information (1510), wholesale and retailer information (1520), drug order information (1531), and wholesale/retail delivery information (1532), including delivery estimate extraction information (1530), and drug order. Analysis information 1540 and wholesaler evaluation information may be stored.

Specifically, the pharmacy information 1510 and the wholesale and retailer information 1520 include respective pharmacy location information, wholesale and retailer location information, and include pharmacy and wholesale and retailer identification information such as a business name, contact information, and business hours. The drug order information 1531 includes the type of drug that the pharmacy wants to purchase and the amount of the drug ordered. The wholesale/retailer delivery information 1532 includes delivery route information including a delivery route and delivery time of a wholesaler and retailer, and inventory information of pharmaceuticals currently provided by the wholesaler and retailer. The drug order analysis information 1540 includes the average drug order amount and drug order pattern of each pharmacy derived based on the past drug order information 1531 received from the terminal of the pharmacy. The wholesaler evaluation information includes information on wholesale and retailer evaluation factors including at least one of delivery accuracy, delivery speed, inventory availability of pharmaceuticals, and customer evaluation information, and wholesale and retailer evaluation grades set based on the wholesaler and retailer evaluation factors. I can.

The service server 1000 illustrated in FIG. 2 may further include elements other than the illustrated elements, but for convenience, only the elements related to the method of providing a drug delivery sharing service according to embodiments of the present invention are displayed. .

3 schematically shows the steps of performing the automatic ordering unit 1100 according to an embodiment of the present invention.

The automatic ordering unit 1100 according to an embodiment of the present invention performs an automatic ordering step, and the automatic ordering step includes: receiving the medicine ordering information 1531 from the terminal of the pharmacy (S100); Deriving a plurality of wholesalers and retailers in which stocks of medicines requested for an order are left as a first list of wholesalers and retailers based on the drug order information 1531 and the wholesale and retailer delivery information 1532 (S110); A plurality of wholesalers and retailers whose delivery departure time is later than the time when the drug order information 1531 is received based on the wholesale and retailer delivery information 1532 of the first wholesaler and retailer list as a second wholesaler and retailer list Deriving (S120); A derivation step (S130) of deriving a matching wholesale/retailer corresponding to a predetermined condition in which a pharmacy delivery estimated time derived based on the delivery route information of the wholesale/retailer corresponding to the second wholesale/retailer list; Transmitting the drug order information (1531) to the derived terminal of the matching wholesale and retailer (S140); And providing the information of the matching wholesale and retailer and the estimated delivery and arrival time of the medicine to the terminal of the pharmacy (S150).

Specifically, in step S100, medicine order information 1531 including the type of medicine and the amount of medicine ordered is received from the terminal of the pharmacy. When the pharmacy inputs the type of medicine to be purchased and the quantity ordered through the terminal of the pharmacy, the service server 1000 receives it.

In step S110, based on the received medicine order information 1531 and the wholesale/retail store delivery information 1532 stored in the service server 1000, a plurality of wholesalers and retailers in which stocks of the medicines requested for order remain in stock are selected as a first wholesaler/retailer list. To derive. The wholesale/retailer delivery information 1532 is periodically received from the wholesaler/retailer terminal at preset time intervals and is updated in the database. Accordingly, in order to determine a wholesale/retailer capable of performing delivery for a corresponding order based on the type of medicine received from the terminal of the pharmacy and the quantity of ordered medicines, the first wholesale/retailer of the plurality of wholesalers and retailers with remaining stocks of the medicines It is derived as a prize list.

In step S120, based on the wholesale/retailer delivery information 1532 of the wholesale/retailer corresponding to the first wholesale/retailer list, a plurality of wholesalers and retailers whose delivery start time is later than the time when the medicine order information 1531 is received are second It is derived from a list of wholesalers and retailers. The wholesale and retailer delivery information 1532 includes delivery route information including a delivery route and a delivery time, and the automatic ordering unit 1100 is based on the stored delivery time for each wholesale and retailer, and the drug order information 1531 A plurality of wholesalers whose delivery departure time is later than the received time is derived as a second wholesaler and retailer list.

For example, if a drug is ordered at 10:30 at pharmacy A, a wholesaler's delivery start time is 10 o'clock, b a retailer's delivery start time is 12 o'clock, c a retailer's delivery start time is 13:00, and d wholesaler's Assuming that the delivery departure time is 12:30, a wholesaler a who starts delivery before 10:30 cannot accept orders from pharmacy A. Accordingly, retailers b, retailers c, and wholesalers d, whose delivery departure time is later than the order time of pharmacy A, are derived as the second wholesale and retailer list. Preferably, the delivery time includes a delivery departure time and an estimated delivery arrival time. In another embodiment of the present invention, a plurality of wholesalers whose delivery order deadline time is later than the time when the drug order information 1531 is received may be derived as the second wholesaler and retailer list.

In step S130 (derivation step), a matching wholesale/retailer corresponding to a predetermined condition is derived based on the delivery route information of the wholesale/retailer corresponding to the second wholesale/retailer list. The delivery route information includes a delivery route including pharmacy location information and delivery order of pharmacies included in the route of a delivery vehicle in wholesale and retail stores, a delivery time including a delivery departure time, and a delivery arrival time. Preferably, the derivation step includes the steps of deriving a pharmacy delivery estimated time of arrival based on the delivery route information of wholesalers and retailers corresponding to the second wholesaler and retailer list (S131); And a step (S132) of deriving a matching wholesale/retailer corresponding to a preset condition.

Specifically, in step S131, the automatic ordering unit 1100, if the pharmacy that has transmitted the drug order information 1531 is included in the shipping route of the wholesale and retail store, based on the stored shipping route information, the pre-stored expected delivery time It is derived from the estimated time of pharmacy delivery and arrival.

On the other hand, the automatic ordering unit 1100, if the pharmacy that has transmitted the drug order information 1531 is not included in the shipping route of the wholesale and retailer, a plurality of items included in the previously stored delivery route based on the delivery route information and the pharmacy location information Deriving a pharmacy corresponding to a preset condition among pharmacy location information of the pharmacy as a shortest distance pharmacy (S131-1); Deriving a delivery time from the shortest-distance pharmacy to the pharmacy that transmitted the drug order information 1531 based on the pharmacy location information (S131-2); And deriving a pharmacy delivery estimated time based on the estimated delivery time and delivery time of the shortest distance pharmacy (S131-3).

Preferably, the delivery time can be derived by reflecting real-time traffic information.

In step S132, a matching wholesaler and retailer corresponding to a predetermined condition is derived for the estimated pharmacy delivery arrival time derived through the execution of step S131. The preset condition for deriving a matching wholesale and retailer may be a wholesaler and retailer with the fastest expected delivery time of pharmacy among the second wholesaler and retailer list.

In step S140, the drug order information 1531 is transmitted to the derived terminal of the matching wholesale and retailer. The drug order information 1531 is transmitted to the terminal of the matching wholesale and retailer, so that the drug order received by the corresponding wholesaler and retailer can be prepared and delivered.

In step S150, information on the matching wholesale and retail store and the estimated delivery time of the drug are provided to the terminal of the pharmacy that has placed the order. Through the execution of steps S100 to S150 of the automatic ordering unit 1100, the pharmacy can receive the medicines most quickly only by entering the medicine order information 1531, even if the pharmacy does not directly check and select the wholesale or retailer to which the ordered medicines will be delivered. You can place an order at a wholesale or retail store that you have, and you can see the expected delivery and arrival time of the ordered medicine.

Figures 4 and 5 schematically illustrate delivery estimate derivation information 1530 including delivery route information necessary for performing the step of deriving the pharmacy delivery estimated arrival time of the automatic ordering unit 1100 according to an embodiment of the present invention. Shows.

The delivery route information included in the delivery prediction information 1530 may be stored in the service server 1000 in the form shown in FIG. 4. The delivery route information includes the delivery route including pharmacy location information and delivery order of pharmacies located in the route of the delivery vehicle, the delivery departure time when the delivery vehicle departs from the starting point, and the delivery arrival to each pharmacy located in the delivery vehicle's route. Include the scheduled time. As shown in FIG. 4, the delivery vehicle of FIG. 4 has a delivery departure time of 9:30 and delivers medicines to each pharmacy in the order of delivery of pharmacy A-pharmacy B-pharmacy C-pharmacy D. In addition, when moving according to the delivery order, it includes the estimated delivery time of arrival at each pharmacy. In the case of performing the delivery according to the delivery route information as shown in FIG. 4, pharmacy A is 10 o'clock, pharmacy B is 10:30, pharmacy C is 10:45, and pharmacy D is 11 o'clock is the estimated pharmacy delivery arrival time. do. If the pharmacy that transmitted the drug order information 1531 according to the stored delivery estimated time is included in the shipping route of the wholesale and retailer, the previously stored delivery estimated time is derived as the pharmacy delivery estimated time. As for the delivery route information, wholesale and retailers can set the delivery route information centering on pharmacies where orders are frequently received and close to wholesale and retail stores, and the delivery route information is received from the wholesale and retailer terminal through the wholesale and retailer information (1520) receiving unit. 1000).

On the other hand, if the pharmacy that sent the drug order information 1531 is not included in the delivery route of the wholesale and retailer, the automatic ordering unit 1100 may include a plurality of pre-stored delivery routes based on the delivery route information and the pharmacy location information. Deriving a pharmacy corresponding to a preset condition among pharmacy location information of the pharmacy as a shortest distance pharmacy (S131-1); Deriving a delivery time from the shortest-distance pharmacy to the pharmacy that transmitted the drug order information 1531 based on the pharmacy location information (S131-2); And deriving a pharmacy delivery estimated time based on the estimated delivery time and delivery time of the shortest distance pharmacy (S131-3). As shown in FIG. 5, when the drug order information 1531 is transmitted from a pharmacy E other than the pharmacy A, pharmacy B, pharmacy C, and pharmacy D included in the existing shipping route information, the automatic ordering unit 1100, Based on the delivery route information and the pharmacy location information, a pharmacy corresponding to a preset condition among pharmacy A, pharmacy B, pharmacy C and pharmacy D included in the previously stored delivery route is derived as the shortest distance pharmacy. Preferably, the preset condition may be a pharmacy in which the distance from the pharmacy that has transmitted the drug order information 1531 is the shortest distance or a pharmacy that takes the shortest moving time by reflecting real-time traffic information. As shown in FIG. 5, the pharmacy A located at the shortest distance from the pharmacy E is pharmacy A, and accordingly, the pharmacy A is derived as the shortest distance pharmacy. Thereafter, the automatic ordering unit 1100 derives the delivery time from the shortest-distance pharmacy derived based on the pharmacy location information to the pharmacy that sent the drug order information 1531, and the estimated delivery and arrival time of the shortest-distance pharmacy and Based on the derived delivery time, the estimated delivery time of pharmacy is derived. 5 is a case in which the delivery time from pharmacy A to pharmacy E is derived as 20 minutes based on the pharmacy location information of pharmacy A and pharmacy E, and the delivery time derived at 10 o'clock, which is the estimated time of delivery to pharmacy A. By adding 20 minutes, the estimated delivery time of pharmacy E for pharmacy E can be derived as 10:20. Preferably, when selected as a matching wholesale or retailer of a pharmacy that is not included in the delivery route, the changed pharmacy delivery estimated time and delivery route information including the delivery route may be updated and stored in the service server 1000. have. In addition, the delivery route information may be set based on each pharmacy as shown in Figs. 4 and 5, but this corresponds only to an embodiment of the present invention, and may be set based on each region. , By separating a certain area for each area, it may be set based on each area.

6 schematically shows a display screen in a wholesale/retail terminal according to the execution of the automatic ordering unit 1100 according to an embodiment of the present invention.

Specifically, FIG. 6 shows a step of transmitting the medicine order information 1531 to the terminal of the matching wholesaler and retailer derived from the automatic ordering unit 1100 (S140) and the derivation step of deriving the matching wholesaler and retailer (S130). It shows the display screen in the terminal of the retailer according to the following. In an embodiment of the present invention, in the step of deriving a matching wholesale and retail store, the wholesale and retail store having the fastest estimated delivery arrival time may be automatically derived as the matching wholesale and retail store. When a matching wholesale and retail store is automatically derived, a screen as shown in FIG. 6A may be displayed on the terminal of the matching wholesale and retail store. **Pharmacy information 1510 including drug order information 1531 and XX pharmacy, address: oo-dong, Seocho-gu, 16, and pharmacy location information of the pharmacy received from the terminal of the pharmacy such as jeong and 1 box are displayed. . In addition, the contact information of the pharmacy may be displayed, or a screen capable of direct telephone connection with the pharmacy that placed the order may be provided through the call to the pharmacy button as shown in FIG. 6A. On the other hand, in another embodiment of the present invention, in the step of deriving a matching wholesale and retailer, a confirmation input for the drug order information 1531 is requested to the terminal of the wholesaler and retailer having the fastest estimated delivery time, and When receiving acceptance from the terminal and deriving the corresponding wholesale and retail store as a matching wholesale and retail store, a screen as shown in (b) of FIG. 6 may be displayed on the terminal of the matching wholesale and retail store. **Pharmacy information 1510 including drug order information (1531) and XX pharmacy, address: oo-dong, Seocho-gu, and pharmacy location information of the pharmacy such as 16, received from the terminal of the pharmacy such as jeong, 1 box, is displayed. , Accept and Reject buttons are displayed. When the wholesaler and retailer who has been provided with the screen as shown in (b) of FIG. 6 presses the accept button, the corresponding wholesaler and retailer is derived as a matching wholesaler and retailer, and when the reject button is pressed, the terminal of another wholesaler and retailer that meets a preset criterion The same screen as (b) can be provided.

7 schematically shows a display screen on a terminal of a pharmacy according to the execution of the automatic ordering unit 1100 according to an embodiment of the present invention.

Specifically, FIG. 7 shows a display screen on the terminal of the pharmacy according to the step S150 of providing information on the matching wholesale and retailer and the estimated delivery and arrival time of the drug to the terminal of the pharmacy of the automatic ordering unit 1100 . As shown in FIG. 7, information on wholesale and retail stores such as the derived matching wholesale and retail store's business name and location may be provided, and the drug type and drug order quantity ordered from a pharmacy may be displayed to confirm an accurate order. In addition, the estimated delivery arrival time derived according to the execution of the automatic ordering unit 1100 is provided. In addition, the contact information of the matching wholesaler may be displayed, or a screen capable of direct phone connection with the matching wholesaler through a call to wholesaler button as shown in FIG. 7 may be provided.

8 schematically shows the execution step of the emergency order unit 1200 according to an embodiment of the present invention.

Specifically, the emergency ordering unit 1200 according to an embodiment of the present invention performs an emergency ordering step, and the emergency ordering step includes the type of drug to be purchased from the terminal of the pharmacy and the amount of ordered drug. Receiving emergency order information (S200); Deriving one or more candidate wholesalers and retailers meeting a preset condition based on the pharmacy location information and the wholesale/retail location information of the terminal of the pharmacy that has transmitted the emergency order information (S210); A transmitting step (S220) of transmitting an emergency order request according to the emergency order information to the terminal of the candidate wholesaler and retailer; Deriving the wholesaler and retailer who first accepted the urgent order request as a matching wholesaler and retailer (S230); And providing the information of the matching wholesale and retailer and the estimated delivery time to the terminal of the pharmacy (S240).

Specifically, in step S200, emergency order information including the type of drug to be purchased and the amount of the drug ordered is received from the terminal of the pharmacy. In pharmacies, there may be situations in which a specific drug is urgently needed, in which case it is not possible to wait for the delivery of the drug that has been ordered on a regular basis. At this time, you can perform an urgent order. Accordingly, the terminal of the pharmacy transmits emergency order information including the type of drug and the amount of ordered drug, and the emergency order unit 1200 receives it.

In step S210, one or more candidate wholesalers and retailers meeting a preset condition are derived based on the pharmacy location information of the terminal of the pharmacy that has transmitted the emergency order information and the wholesale/retail location information. The pharmacy location information may be previously stored in the service server 1000, or the pharmacy location information may be newly received while transmitting emergency order information. In the case of urgent ordering at a pharmacy, since rapid delivery of medicines is of the utmost importance, a preset condition serving as a criterion for deriving the candidate wholesaler and retailer may be a wholesaler or retailer in a close location. Accordingly, when the emergency ordering unit 1200 has set as a criterion for deriving candidate wholesalers and retailers, for example, based on the location information of the pharmacy and the location information of the wholesale and retail stores, The ordering unit 1200 derives wholesalers and retailers located within 10km from the corresponding pharmacy as candidate wholesalers and retailers.

In step S220, an emergency order request according to the emergency order information is transmitted to the terminal of the candidate wholesaler and retailer. The terminal of the candidate wholesaler and retailer may receive an urgent order request according to the urgent order information, and may accept the urgent order request according to whether or not the drug pharmacy urgently wants to purchase can be delivered. Since the urgent order request is transmitted to all of the one or more candidate wholesalers and retailers that meet the preset conditions derived in step S210, the wholesaler and retailer who first accepts the urgent order request can deliver the drug of the pharmacy.

In step S230, the emergency order unit 1200 derives the wholesaler and retailer who first accepted the urgent order request as a matching wholesaler and retailer. The wholesaler and retailer who first accepted the urgent order request sent to one or more candidate wholesalers and retailers is derived as the matching wholesaler and retailer.

In step S240, the information of the matching wholesale and retail store and the estimated delivery arrival time are provided to the terminal of the pharmacy. When the terminal of the pharmacy that has transmitted the urgent order information finds a matching wholesaler and retailer capable of urgently delivering the ordered medicine, it transmits information about the matching wholesaler and retailer and the estimated delivery time to the terminal of the pharmacy.

By performing such a step, the pharmacy can exert an effect of quickly ordering and delivering the drug by performing an urgent order when urgently needed in addition to the drugs ordered regularly. In addition, wholesale and retailers can select and receive orders for drugs held by wholesale and retailers even if they do not have all the drugs, and orders when it is determined that profits remain even if the delivery route and delivery time of drug delivery performed regularly are different. By accepting, the effect that can increase sales can be exerted.

9 schematically shows a display screen on a terminal of a pharmacy according to the execution of the emergency order unit 1200 according to an embodiment of the present invention.

Specifically, (a) of FIG. 9 shows a screen for inputting medicine order information 1531 provided to a terminal of a pharmacy to request an emergency order. As shown in (a) of FIG. 9, it is possible to enter pharmacy information 1510 including pharmacy location information of the pharmacy, such as pharmacy name, pharmacy address, and pharmacy contact information, and the drug type and drug order quantity to be ordered. A screen for inputting medicine order information 1531 including a may be provided. A corresponding pharmacy that has been provided with a screen as shown in (a) of FIG. 9 may transmit urgent order information by clicking the urgent order request button after entering pharmacy information 1510 and drug order information 1531.

9B shows a display screen on a terminal of a pharmacy during a time when the emergency ordering unit 1200 receiving the urgent order information to derive a matching wholesale and retailer. The terminal of the pharmacy that has completed the input of the emergency order information may be provided with a screen as shown in (b) of FIG. 9 while deriving a matching wholesale and retail store.

FIG. 9C shows a display screen on a terminal of a pharmacy according to a step of providing information of a matching wholesale and retail store and an estimated delivery time. The emergency order unit 1200 derives the wholesaler and retailer who first accepted the urgent order request among the terminals of the candidate wholesaler and retailer who received the urgent order request as a matching wholesaler and retailer, and provides information and delivery of the matching wholesaler and retailer as shown in Fig. 9(c). The estimated arrival time is provided to the pharmacy's terminal. **Wholesale and retailer information (1520) including drug order information (1531) received from terminals of pharmacies such as Jeong, 1 Box, and wholesale and retailer location information of matching wholesalers and retailers such as 20 XX-dong 20, XX wholesaler, and Seocho-gu can be displayed. have. In addition, a screen for direct telephone connection with a matching wholesaler and retailer may be provided through the display of a contact number for contacting the wholesaler or retailer or through a call to a wholesaler button as shown in FIG. 9C.

10 schematically shows a display screen at the end of a wholesale and retail store according to the execution of the emergency order unit 1200 according to an embodiment of the present invention.

FIG. 10A shows a display screen on the terminal of the wholesale and retailer according to the transmission step (S220) of transmitting an emergency order request according to the emergency order information to the terminal of the candidate wholesaler and retailer. The emergency ordering unit 1200, which has received the emergency order information from the terminal of the pharmacy, sends an emergency order request according to the emergency order information to one or more candidate wholesale and retail terminals meeting preset conditions, as shown in Fig. 10(a). Send together. **Pharmacy information 1510 including drug order information 1531 received from terminals of pharmacies such as Jung, 4 Box and pharmacy location information of pharmacies such as XX Pharmacy, oo-dong, Seocho-gu, and 16 are displayed. In addition, an acceptance and rejection button is provided through which the terminal of the wholesale and retailer that has received the urgent order request for the urgent order information accepts or rejects the urgent order. The wholesale and retailer who received the screen as shown in (a) of FIG. 10 judges the stock of their medicines and the distance from the pharmacy whether or not there is a vehicle currently available for delivery, and then presses the Accept button to accept the urgent order request, or press the reject button. You can reject the urgent order request by pressing. FIG. 10(b) shows a screen of a wholesale/retailer terminal provided when the terminal of the wholesale/retailer receiving the urgent order request accepts the urgent order request. Unlike automatic ordering, when an urgent order request is accepted, wholesale and retailers perform delivery using quick service rather than delivery to the urgent order request through delivery according to the delivery route, or the currently available vehicle and Individual delivery can be made in consideration of manpower. Accordingly, as shown in (b) of FIG. 10, a screen for directly inputting the estimated delivery arrival time is provided, receiving the estimated pharmacy delivery arrival time of the drug in response to the urgent order request, and the received pharmacy delivery estimated time of the pharmacy. It can also be displayed on the terminal. Alternatively, the delivery time required according to the distance between the corresponding pharmacy and the wholesale and retailer may be derived based on the pharmacy location information and the wholesale and retailer location information, and the estimated delivery time may be derived by adding the corresponding delivery time from the current time. Preferably, the delivery time may be derived by reflecting real-time traffic information.

11 schematically shows a step of performing the sold-out prediction notification unit 1300 according to an embodiment of the present invention.

According to an embodiment of the present invention, the sold-out forecast notification unit 1300 performs a sold-out forecast notification step, and in the sold-out forecast notification step, the total stock price of a specific drug held by one or more wholesalers and retailers corresponding to a preset criterion A first condition less than or equal to a preset criterion; And a second condition in which the total order quantity of the specific drug of the pharmacy corresponding to the preset criterion for a preset period is equal to or greater than the preset criterion. Deriving an out-of-stock drug on the basis of whether one or more of them are not satisfied (S310); And transmitting an out-of-stock prediction notification for the out-of-stock drug to the terminal of the pharmacy in which past drug order information 1531 for the out-of-stock drug is present (S330).

Specifically, the sold-out forecast notification unit 1300 includes a first condition in which the total inventory of specific drugs held by one or more wholesale and retailers corresponding to a preset standard is less than or equal to a preset standard, and a preset standard of a specific drug of a pharmacy corresponding to a preset standard. A step (S310) of determining whether the total order quantity during the period satisfies at least one of the second conditions equal to or greater than a preset criterion is performed (S310). Pharmacies that order medicines and wholesale and retailers that deliver medicines may have a strong positional correlation in order to perform fast delivery. Accordingly, the preset criterion may be a range of a distance easily delivered from the pharmacy. For example, if the preset criterion is within a radius of 10 km from the pharmacy, the total inventory of specific medicines held by one or more wholesalers and retailers based on wholesale and retail delivery information (1532) for wholesale and retailers within a 10 km radius of the pharmacy. It is determined whether is less than a preset standard. The preset criteria for the total inventory of a specific drug are, for example, when 70% of one or more wholesalers corresponding to the preset criteria have sold out of a specific drug, or the inventory of a specific drug held by one or more wholesalers is less than 100 boxes, etc. It can be the same criterion. The out-of-stock notification prediction unit determines whether the total inventory of such a specific drug meets the first condition, which is less than or equal to a preset standard. In addition, the sold-out notification predictor determines whether the total order quantity of a specific drug at a pharmacy corresponding to a preset criterion during a preset period is greater than or equal to a preset criterion. Based on the location information of the pharmacy in the pharmacy according to the locational correlation with the wholesale and retailer, it is determined whether the total order quantity of the specific medicines of the plurality of pharmacies determined to be located within a certain distance during a preset period is greater than or equal to a preset standard. For example, if the average daily order quantity of pharmacies within a radius of 10 km increases more than twice the previous day, the average daily order quantity increases more than twice in the morning of the day, etc. The out-of-stock notification prediction unit determines whether or not the total order quantity of a specific drug at a pharmacy corresponding to such a preset criterion during a preset period meets a second condition that is equal to or greater than the preset criterion, and in step S300, the first condition And determining whether at least one of the second conditions is satisfied.

Thereafter, the out-of-stock prediction notification unit 1300 derives drugs that meet one or more of the first and second conditions as out-of-stock drugs (S310), and drugs that do not meet one or more of the first and second conditions. Is derived as a drug in stock (S320).

In step S330, the out-of-stock prediction notification for the out-of-stock drug is transmitted to the terminal of the pharmacy in which past drug information about the derived out-of-stock drug is present. The pharmacy that has received such an out-of-stock notification is aware of the out-of-stock prediction of drugs with an order history, so that additional orders can be prepared before the corresponding drug is sold out. It can exert an effect that can prevent the case.

12 schematically shows a display screen on a terminal of a pharmacy according to the execution of the sold-out prediction notification unit 1300 according to an embodiment of the present invention.

Specifically, FIG. 12 shows a display screen in the terminal of the pharmacy according to the execution of step S330 of the sold-out prediction notification unit 1300. As shown in FIG. 12, a screen providing an out-of-stock prediction notification of medicines ordered in the past is displayed on the terminal of the pharmacy. In addition, it is also possible to provide a screen for ordering drugs that are expected to be sold out through the order medicine button at the bottom.

13 schematically shows a step of performing the order analysis notification unit 1400 according to an embodiment of the present invention.

The order analysis notification unit 1400 of the present invention performs an order analysis notification step, and the order analysis notification step is a step of deriving drug order analysis information 1540 of a pharmacy based on the drug order information 1531 ( S400); And transmitting (S410) the drug order analysis information (1540) of the pharmacy to a terminal of a retailer that meets a predetermined condition based on the location information of the pharmacy and the location information of the retailer.

Specifically, in step S400, the drug order analysis information 1540 of the pharmacy is derived based on the drug order information 1531 received from the terminal of the pharmacy. In the service server 1000, drug order information 1531 from the past to the present is accumulated and stored, and the order analysis and notification unit 1400 is based on the stored drug order information 1531, and the average monthly drug order quantity and drug order of the pharmacy The drug order analysis information 1540 including the pattern is derived.

In step S410, the drug order analysis information 1540 of the pharmacy is transmitted to the terminal of the retailer that meets a preset condition based on the location information of the pharmacy and the location information of the retailer. The preset condition may be, for example, a condition for determining a wholesaler or retailer located within a distance easy to deliver a drug ordered from a pharmacy, such as a wholesaler or retailer within a 30km radius of the pharmacy. The order analysis notification unit 1400 transmits the drug order analysis information 1540 of the pharmacy to the terminal of the wholesale or retailer that meets these preset conditions.

Through this, wholesalers and retailers receive order analysis information such as average drug order quantity and drug order pattern of neighboring pharmacies, thereby securing inventory of drugs used in neighboring pharmacies in advance, and without fear of out of stock when ordering at the pharmacy. It can exert an effect that can be delivered quickly.

14 schematically shows a display screen in a terminal at a wholesale or retailer according to the execution of the order analysis notification unit 1400 according to an embodiment of the present invention.

Specifically, FIG. 14 is a step of transmitting the drug order analysis information 1540 of the pharmacy to the terminal of the wholesale and retail store that meets a preset condition based on the pharmacy location information and the wholesale/retail location information of the order analysis notification unit 1400 Shows a display screen in the terminal of the wholesale and retailer according to the following. As shown in Fig. 14, the average drug order quantity of pharmacies close to the corresponding wholesale and retail store can be displayed in the form of a list, and if more detailed analysis information is desired, more specific drug order information 1531 and medicines through the detail view button Information such as order patterns can be provided.

15 schematically shows a display screen in a terminal of a pharmacy according to the execution of a wholesaler/retailer evaluation notification unit according to an embodiment of the present invention.

The wholesale and retailer evaluation unit according to an embodiment of the present invention performs a wholesale and retailer evaluation step, and the wholesale and retailer evaluation step includes a wholesale and retailer including at least one of delivery accuracy, delivery speed, whether or not the drug is in stock, and customer evaluation information. The wholesale and retailer evaluation grade is set based on the commercial evaluation factor.

Specifically, the wholesaler/retailer evaluation unit may provide a screen for inputting the evaluation of the used wholesaler and retailer as shown in FIG. 15 to the terminal of the pharmacy that purchased the drug after delivery is completed. The pharmacy provided with the screen as shown in FIG. 15 can input the evaluation of the wholesale and retail store used through the evaluation button, and the input evaluation of the wholesale and retail store is stored as customer evaluation information in the wholesale and retail store evaluation information of the service server 1000. do. In addition, information on wholesale and retailer evaluation factors such as accuracy of delivery, delivery speed, and inventory availability of pharmaceuticals for accurate delivery and prompt delivery by wholesale and retail stores that perform delivery are provided by the service server ( 1000) can be stored. The wholesale/retailer evaluation unit sets the wholesale/retailer evaluation level based on the wholesaler/retailer evaluation factor including at least one of delivery accuracy, delivery speed, whether or not to secure the inventory of drugs, and customer evaluation information. Preferably, the set wholesale/retailer evaluation grade is performed in the transmission step (S220) of transmitting an emergency order request according to the emergency order information to the terminal of the candidate wholesaler and retailer executed by the emergency ordering unit 1200, Urgent order requests are sent to the terminals of wholesale and retail stores in the order determined according to the grade.

16 schematically shows a display screen in a wholesale/retail terminal according to the execution of the emergency order unit 1200 according to an embodiment of the present invention.

Specifically, FIG. 16 shows a display screen in each of the wholesaler and retailer terminals having different wholesaler and retailer evaluation grades according to the execution of the emergency order unit 1200. According to the execution of the wholesale and retailer evaluation unit, the wholesale and retailer evaluation grade of each wholesaler and retailer is set, and the emergency order unit 1200 transmits an emergency order request to the terminal of the wholesale and retailer in the order determined according to the wholesale and retailer evaluation grade. Assuming that the wholesale and retailer evaluation grade is classified from grade 1 to grade 10, and the closer to grade 1 is, the better grade, FIG. 16(a) shows the wholesaler and retailer's terminal having the second grade of wholesale and retailer evaluation, as shown in FIG. ) Shows a terminal of a wholesaler and a retailer whose evaluation grade is 3rd grade. In addition, it is assumed that the two wholesalers are candidate wholesalers and retailers close to the XX pharmacy that meets the preset conditions. In this case, when the XX pharmacy performs an urgent order and transmits the urgent order information for ordering **4 BOX, as shown in FIG. 16, the two wholesalers are candidate wholesalers and retailers meeting the preset criteria. The urgent order request for the urgent order information is transmitted to the wholesaler A, but the urgent order request for the urgent order information is not transmitted to the wholesaler B. In this way, the transmission step (S220) performed by the emergency order unit 1200 transmits an emergency order request to the terminal of the wholesale and retail store in the order determined according to the wholesale and retail store evaluation grade. In this way, by setting the wholesale and retailer evaluation level to provide benefits such as priority distribution according to the grade, wholesale and retailers execute accurate and fast delivery to receive a better grade, secure sufficient inventory of medicines, and thus Accordingly, pharmacies that purchase medicines can exert the effect of being able to quickly and quickly receive necessary medicines.

An embodiment of the present invention may also be implemented in the form of a recording medium including instructions executable by a computer, such as a program module executed by a computer. Computer-readable media can be any available media that can be accessed by a computer, and includes both volatile and nonvolatile media, removable and non-removable media. Further, the computer-readable medium may include a computer storage medium. Computer storage media includes both volatile and nonvolatile, removable and non-removable media implemented in any method or technology for storage of information such as computer readable instructions, data structures, program modules or other data.

Although the methods and systems of the present invention have been described in connection with specific embodiments, some or all of their components or operations may be implemented using a computer system having a general-purpose hardware architecture.

The above description of the present invention is for illustrative purposes only, and those of ordinary skill in the art to which the present invention pertains can understand that it is possible to easily transform it into other specific forms without changing the technical spirit or essential features of the present invention. will be. Therefore, it should be understood that the embodiments described above are illustrative in all respects and not limiting. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as being distributed may also be implemented in a combined form.

The scope of the present invention is indicated by the claims to be described later rather than the detailed description, and all changes or modified forms derived from the meaning and scope of the claims and their equivalent concepts should be interpreted as being included in the scope of the present invention. do.

Claims (10)

As a method of providing a drug delivery sharing service performed in a service server that can be accessed by a terminal of a wholesale or retail store that wants to deliver medicines and a terminal of a pharmacy to order medicines
The service server stores wholesale and retailer information including wholesale and retailer location information of each wholesale and retailer and pharmacy information including pharmacy location information of each pharmacy,
A wholesale/retailer information receiving step of receiving, from the retailer's terminal, delivery route information including a delivery route and delivery time, and wholesale/retailer delivery information including inventory information of pharmaceuticals;
From the terminal of the pharmacy, drug order information including the type of drug to be purchased and the amount of the drug ordered is received, and the order derived based on the drug order information and the delivery forecast derived information including the wholesale and retail delivery information An automatic ordering step of deriving a wholesale/retailer corresponding to a predetermined condition in which the estimated delivery time of the drug to the corresponding pharmacy corresponds to a predetermined condition, and transmitting the drug order information to the terminal of the corresponding wholesale/retailer; And
A first condition in which the total inventory of specific medicines held by one or more wholesalers and retailers corresponding to a preset criterion is less than or equal to a preset criterion; And a second condition in which the total order quantity of the specific drug of the pharmacy corresponding to the preset criterion for a preset period is equal to or greater than the preset criterion. Deriving an out-of-stock drug based on whether one or more of them are not satisfied; And transmitting an out-of-stock prediction notification step for a corresponding out-of-stock drug to a terminal of a pharmacy in which past drug order information for the out-of-stock drug is present; including, a drug delivery sharing service. How to provide.
The method according to claim 1,
The wholesale and retailer information receiving step,
A method of providing a drug delivery sharing service, which is performed in a form that is periodically received from the retailer's terminal at preset time intervals and updated in a database.
The method according to claim 1,
The automatic ordering step,
Receiving the drug order information from the terminal of the pharmacy;
Deriving, as a first wholesale and retailer list, a plurality of wholesalers and retailers in which stocks of medicines requested to be ordered remain in stock based on the drug order information and the wholesale and retailer delivery information;
Deriving a plurality of wholesalers and retailers whose delivery departure time is later than the time when the medicine order information was received as a second wholesaler and retailer list based on the wholesale and retailer delivery information of the wholesalers and retailers corresponding to the first wholesaler and retailer list;
A derivation step of deriving a matching wholesale/retailer corresponding to a preset condition for a pharmacy delivery estimated time derived based on the delivery route information of the wholesale/retailer corresponding to the second wholesale/retailer list;
Transmitting the drug order information to the derived terminal of the matching wholesale and retailer; And
Providing the information of the matching wholesale and retailer and the estimated time of delivery of the drug to the pharmacy terminal to the terminal of the pharmacy; including, a method for providing a drug delivery sharing service.
The method of claim 3,
The derivation step,
The wholesaler and retailer with the fastest estimated delivery time of the pharmacy derived is automatically derived as a matching wholesaler, or
Delivery of medicines, in which, in the case of requesting confirmation input for the drug order information to the terminal of the wholesale or retailer with the fastest expected delivery time of the pharmacy, and receiving acceptance from the terminal of the corresponding wholesale and retailer, the corresponding wholesaler and retailer is derived as a matching wholesaler How to provide shared services.
The method according to claim 1,
The method of providing the drug delivery sharing service further includes an urgent order step,
The urgent order step,
Receiving emergency order information including a type of medicine to be purchased and a corresponding medicine order quantity from the terminal of the pharmacy;
Deriving one or more candidate wholesalers and retailers meeting a preset condition based on the pharmacy location information and the wholesale/retail location information of the terminal of the pharmacy that has transmitted the emergency order information;
A transmission step of transmitting an emergency order request according to the emergency order information to the terminal of the candidate wholesaler and retailer;
Deriving a wholesaler and retailer who first accepted the urgent order request as a matching wholesaler and retailer;
Providing the matching wholesale and retailer information and pharmacy delivery estimated time to the terminal of the pharmacy; comprising, a method for providing a drug delivery sharing service.
delete The method according to claim 1,
The method of providing the drug delivery sharing service,
Deriving drug order analysis information of the pharmacy based on the drug order information, and transmitting the drug order analysis information of the pharmacy to a terminal of a retailer that meets a preset condition based on the pharmacy location information and the wholesale and retail location information. Order analysis notification step; Method for providing a drug delivery sharing service further comprising.
The method of claim 5,
The method of providing the drug delivery sharing service,
A wholesale/retailer evaluation step of setting a wholesale/retailer evaluation level based on the wholesale/retailer evaluation factor including at least one of delivery accuracy, delivery speed, inventory availability of medicines, and customer evaluation information; further comprising,
In the transmitting step, the emergency order request is transmitted to the terminal of the wholesale and retailer in an order determined according to the evaluation grade of the wholesale and retailer.
As a system that provides a drug delivery sharing service implemented by a service server that can be accessed by a terminal of a wholesale or retail store that wants to deliver medicines and a terminal of a pharmacy that wants to order medicines,
The service server stores wholesale and retailer information including wholesale and retailer location information of each wholesale and retailer and pharmacy information including pharmacy location information of each pharmacy,
A wholesale/retailer information receiving unit configured to receive, from the retailer's terminal, delivery route information including a delivery route and delivery time, and wholesale/retailer delivery information including inventory information of medicines;
From the terminal of the pharmacy, drug order information including the type of drug to be purchased and the amount of the drug ordered is received, and the order derived based on the drug order information and the delivery forecast derived information including the wholesale and retail delivery information An automatic ordering unit for deriving a wholesale/retailer corresponding to a predetermined condition for a scheduled delivery time of drug delivery to a corresponding pharmacy, and transmitting the drug order information to the terminal of the corresponding wholesale/retailer; And
A first condition in which the total inventory of specific medicines held by one or more wholesalers and retailers corresponding to a preset criterion is less than or equal to a preset criterion; And a second condition in which the total order quantity of the specific drug of the pharmacy corresponding to the preset criterion for a preset period is equal to or greater than the preset criterion. Deriving an out-of-stock drug based on whether one or more of them are not satisfied; And transmitting an out-of-stock prediction notification unit for performing; transmitting an out-of-stock prediction notification for the out-of-stock drug to a terminal of a pharmacy in which past drug order information on the out-of-stock drug is present; System to provide.
As a computer-readable medium for implementing a method of providing a drug delivery sharing service performed in a service server that can be accessed by a terminal in a wholesale or retail store that wants to deliver medicines and a terminal of a pharmacy that wants to order medicines,
The service server includes a wholesale and retailer information receiving unit, an automatic ordering unit, and an out of stock forecast notification unit,
The service server stores wholesale and retailer information including wholesale and retailer location information of each wholesale and retailer and pharmacy information including pharmacy location information of each pharmacy,
The computer-readable medium stores instructions for causing a component of the service server to perform the following steps, the steps:
A wholesale/retailer information receiving step of receiving, by the wholesale/retailer information receiving unit, from the terminal of the wholesale/retailer, delivery route information including a delivery route and delivery time, and wholesale/retailer delivery information including inventory information of medicines;
By the automatic ordering unit, drug order information including the type of drug to be purchased and the amount of the drug ordered is received from the terminal of the pharmacy, and delivery prediction information including the drug order information and the wholesale and retail delivery information An automatic ordering step of deriving a wholesale/retailer corresponding to a predetermined condition in which the estimated delivery time of the pharmacy to the corresponding pharmacy of the ordered drug is derived based on the predetermined condition, and transmitting the drug order information to the terminal of the corresponding wholesale/retailer; And
A first condition in which the total inventory of specific medicines held by one or more wholesalers and retailers corresponding to a preset criterion is equal to or less than a preset criterion by the sold-out prediction notification unit; And a second condition in which the total order quantity of the specific drug of the pharmacy corresponding to the preset criterion for a preset period is equal to or greater than the preset criterion. Deriving an out-of-stock drug based on whether one or more of them are not satisfied; And transmitting an out-of-stock prediction notification step for a corresponding out-of-stock drug to a terminal of a pharmacy in which past drug order information for the out-of-stock drug is present; including, a computer-readable medium .

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