JP2016212821A - Information processing device, information processing method and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an information processing device, an information processing method and a program by which correspondence between a hospital and a pharmacy can be grasped by intuition.SOLUTION: An information processing device (server device 120) comprises: a reading out part 127 for reading out correspondence between plural medical treatment facilities and plural pharmacies; a display control part 128 for displaying one or more medical treatment facilities and one or more pharmacies on a map according to the respective geographical locations, and displaying, on a display device, a screen which indicates visually the correspondence between the medical treatment facilities and the pharmacies on the map, based on the read out correspondence; an acquisition part 129 for acquiring selection of a pair of one of the medical treatment facilities on the map and one of the pharmacies on the map; and an update part 130 for updating the correspondence between the plural medical treatment facilities and the plural pharmacies based on the acquired pair selection.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an information processing apparatus, an information processing method, and a program.

  In Japan, a division of medicine system is adopted, and pharmacies sell medicines based on prescriptions issued by hospital doctors. Many patients who receive prescriptions at the hospital purchase medicines at pharmacies near the hospital. Therefore, sales of pharmaceuticals at this pharmacy are considered to be the result of sales activities to the adjacent hospital. Therefore, Patent Document 1 proposes to generate statistical data by regarding the sales of this pharmacy as sales of an adjacent hospital. Thus, a pharmacy associated with a particular hospital is called a point pharmacy.

Japanese Patent No. 5458210

  The correspondence relationship between the hospital and the pharmacy is managed by, for example, a database. Conventionally, this correspondence update is performed by directly editing a database. However, with such a method, it is difficult to intuitively grasp the correspondence between the hospital and the pharmacy. Then, an object of this invention is to provide the technique which makes it possible to grasp | ascertain intuitively the correspondence between a hospital and a pharmacy.

  In view of the above problems, in some embodiments, the readout means for reading the correspondences between the plurality of medical facilities and the plurality of pharmacies, the one or more medical facilities, and the one or more pharmacies in each geographical area Display control means for displaying on the display device a screen that shows the correspondence between the medical facility and the pharmacy on the map based on the read correspondence, and that is displayed on the map according to the position; An acquisition means for acquiring a selection of a pair of one of the above medical facilities and one of the pharmacies on the map, and the plurality of medical facilities and the plurality of the plurality of medical facilities based on the acquired selection of the pair There is provided an information processing apparatus comprising update means for updating a correspondence relationship with a pharmacy.

  By the above means, a technique is provided that makes it possible to intuitively understand the correspondence between a hospital and a pharmacy.

The block diagram explaining the structural example of the information processing system which concerns on some embodiment of this invention. The figure explaining the example of the file which the information processing system of FIG. 1 memorize | stores. The flowchart explaining the operation example of the information processing system of FIG. The example of the screen displayed with the information processing system of FIG. The example of the screen displayed with the information processing system of FIG. The example of the screen displayed with the information processing system of FIG. The example of the screen displayed with the information processing system of FIG.

  Embodiments of the present invention will be described below with reference to the accompanying drawings. Throughout various embodiments, the same elements are denoted by the same reference numerals, and redundant description is omitted. In addition, each embodiment can be appropriately changed and combined. In the following description, a medical facility is a facility that issues a prescription, and includes, for example, a hospital, a clinic, and the like. A pharmacy is a facility that sells pharmaceuticals to end consumers based on prescriptions, and includes, for example, dispensing pharmacies and drug stores. Other facilities are facilities that purchase pharmaceutical products from wholesalers in addition to medical facilities and pharmacies, and include, for example, dental clinics, animal hospitals, nursing care facilities for the elderly. Hereinafter, medical facilities, pharmacies, and other facilities are collectively referred to as facilities. In addition, when a pharmacy is associated with a medical facility, the pharmacy and the medical facility have a corresponding relationship. Further, the correspondence relationship between the pharmacy and the medical facility is called a point pharmacy relationship, and the definition of the point pharmacy (that is, which pharmacy and which medical facility has the point pharmacy relationship) is called a point pharmacy definition.

  A configuration of an information processing system 100 according to some embodiments of the present invention will be described with reference to the block diagram of FIG. The information processing system 100 allows the user to visually confirm and update the currently defined pharmacy relationship using a graphical user interface (GUI). The information processing system 100 includes a server device 120, a client device 140, and a data management device 160. In this embodiment, the GUI for confirming and updating the pharmacy relationship is realized as a web application provided by the server device 120. The user uses this web application using the client device 140. Instead, the user may use the web application by operating the server device 120.

  Next, the configuration of each device of the information processing system 100 will be specifically described. The server device 120 is realized by an information processing device such as a personal computer or a workstation. The server device 120 may be realized as a single device or may be realized as a plurality of devices connected to each other via a network. The server apparatus 120 has each component shown in FIG.

  The CPU 121 controls the overall operation of the server device 120. The memory 122 stores programs and temporary data used for the operation of the server device 120. The memory 122 is realized by, for example, a ROM or a RAM. The input unit 123 is used by an administrator of the server device 120 to input to the server device 120, and is realized by an input device such as a mouse or a keyboard. The output unit 124 is used by an administrator of the server device 120 to confirm the output from the server device 120, and is realized by an output device such as a display, for example. The communication unit 125 provides a function for the server device 120 to communicate with other devices, and is realized by, for example, a network card. Communication with other devices may be wired or wireless. The storage unit 126 stores web application setting files and the like, and is realized by, for example, a magnetic disk device.

  The reading unit 127, the display control unit 128, the acquisition unit 129, and the update unit 130 provide a GUI for confirming / updating the pharmacy relationship. The reading unit 127 reads data used when executing the web application from the data management device 160. The display control unit 128 generates a screen that forms a GUI provided by the web application. Each time the display control unit 128 generates a screen, the display control unit 128 transmits the screen to the client device 140 and causes the display unit 144 to display the screen. The acquisition unit 129 acquires input data acquired by the client device 140 from the user through the GUI. The update unit 130 updates data stored in the data management device 160. Details of the operation of these components will be described later. Some or all of these components may be realized by hardware such as an electronic circuit, or may be realized by software such as a program. When configured by software, a program defining the functions of these components is read into the memory 122, and processing is performed by the CPU 121 operating according to this program.

  The client device 140 is realized by an information processing device such as a personal computer, a mobile phone, a smartphone, or a tablet device. The client device 140 has each component shown in FIG. The CPU 141 controls the overall operation of the client device 140. The memory 142 stores programs and temporary data used for the operation of the client device 140. The memory 142 is realized by, for example, a ROM or a RAM. The input unit 143 is used by the user of the client device 140 to input to the client device 140, and is realized by an input device such as a mouse, a keyboard, or a touch pad. The display unit 144 is used by the user of the client device 140 to confirm the output from the client device 140, and is realized by an output device such as a display, for example. The communication unit 145 provides a function for the client device 140 to communicate with other devices, and is realized by, for example, a network card. Communication with other devices may be wired or wireless. The browser 146 is used to access a web application provided by the server device 120.

  The data management device 160 is realized by an information processing device such as a personal computer or a workstation. The data management device 160 may be realized by a single device, or may be realized by a plurality of devices each connected to the server device 120. The data management device 160 has each component shown in FIG. The storage unit 161 stores various data and is realized by, for example, a magnetic disk device. The communication unit 162 provides a function for the data management device 160 to communicate with other devices, and is realized by, for example, a network card. Communication with other devices may be wired or wireless.

  The storage unit 161 of the data management device 160 stores a facility information file 163, a pharmacy definition file 164, and a map file 165. The facility information file 163 is a file that stores information about facilities (facility information). The pharmacy definition file 164 is a file that stores the pharmacy definition. The map file 165 is a file for storing a map. In this embodiment, the facility information, the pharmacy definition, and the map are stored in one data management device 160. Instead, these data may be stored in a plurality of data management devices 160. Furthermore, some or all of these data may be stored in the storage unit 126 of the server device 120. In addition, these data are not stored in a file format, but may be stored in a database or other formats.

  Next, a specific example of the facility information stored in the facility information file 163 and the pharmacy relationship stored in the pharmacy definition file 164 will be described with reference to FIG.

  The facility information file 163 may have the items shown in FIG. The facility code 201 indicates identification information assigned to each facility. The brick code 202 indicates identification information assigned to a brick including a facility (details will be described later). The position code 203 indicates information (for example, latitude / longitude information) representing the geographical position of the facility. The facility name 204 indicates the name of the facility. The facility address 205 indicates the address of the facility. The facility category 206 indicates the type of facility. In the facility information file 163, an entry is generated for each facility code 201. That is, each entry in the facility information file 163 represents one facility.

  When the facility is a medical facility having a number of beds equal to or greater than the threshold, the type of the facility is classified as “HP”. Hereinafter, such a facility is called an HP facility. When the facility is a medical facility having a number of beds less than the threshold, the type of the facility is classified as “GP”. Hereinafter, such a facility is called a GP facility. If the facility is a pharmacy, this facility type is classified as “PH”. Hereinafter, such a facility is called a PH facility. When the facility is another facility, the type of the facility is classified as “OT”. Hereinafter, such a facility is called an OH facility. The threshold of the number of beds for distinguishing between the HP facility and the GP facility may be, for example, 200 beds, 100 beds, or 20 beds.

  A brick refers to a set (group) composed of one or more facilities among the facilities registered in the facility information file 163. Each of the facilities registered in the facility information file 163 belongs to one of the bricks, and each brick includes one or more facilities. The brick is defined by an administrator of the server device 120, for example. For example, one brick is constructed by facilities located in a specific geographical area (for example, administrative divisions such as municipalities).

  In some embodiments, a brick is defined to configure a brick alone for HP facilities and a brick with multiple facilities for GP facilities. That is, a certain GP facility constitutes a brick together with another GP facility. Hereinafter, a brick composed of only one HP facility is called an HP brick, and a brick composed of a plurality of GP facilities is called a GP brick. In addition, the PH facility and the OT facility constitute a brick with a plurality of facilities. A brick composed of only the PH facility and the OT facility is called a PO brick. The PO brick may include only the PH facility, may include only the OT facility, or may include both the PH facility and the OT facility.

  The pharmacy definition file 164 may have the items shown in FIG. The drug code 211 indicates information for identifying a drug. The same medicinal product is a medicinal product having the same efficacy, active ingredient amount, and packaging form. Therefore, the same medicine (that is, a medicine having the same medicine code) may be sold from a plurality of pharmaceutical companies. The pharmacy code 212 indicates identification information assigned to a pharmacy having a point pharmacy relationship. The medical facility code 213 indicates identification information assigned to a medical facility having a pharmacy relationship. Proportion 214 indicates the ratio used when the pharmacy sales are booked in the medical facility. For example, when the prorated portion 214 is 100%, all the sales of the pharmacy are recorded as the sales of the medical facility (that is, the sales of the medical facility are added). As a result, pharmacy sales are zero. Also, if the prorated portion 214 is 80%, 80% of the pharmacy sales are recorded as medical facility sales, and 20% of the pharmacy sales remain as pharmacy sales.

  In the pharmacy definition file 164, an entry is generated for each set composed of the drug code 211, the pharmacy code 212, and the medical facility code 213. That is, the pharmacy relationship is defined for each drug code. For example, a certain pharmacy and a certain medical facility may have a pharmacy relationship for the drug “M1” and may not have a pharmacy relationship for the drug “M2”. Each entry represents one pharmacy relationship. One pharmacy may have a point pharmacy relationship with multiple hospitals. In this case, an entry is generated for each pharmacy relationship. Moreover, one hospital may have a pharmacy relationship with a plurality of pharmacies. Also in this case, an entry is generated for each pharmacy relationship. Each of the pharmacy code 212 and the medical facility code 213 has the same code system as the facility code 201 of the facility information file 163.

  The pharmacy definition stored in the pharmacy definition file 164 may be imposed to satisfy the constraint conditions. For example, there may be the following constraints. First, for the same medicine, a constraint condition may be imposed that the total value of the pharmacy definition of one pharmacy must be 100% or less. This is because if it exceeds 100%, the value exceeding the sales of the pharmacy is recorded in the medical facility. Furthermore, a constraint may be imposed that the total value of the tithing must be 0% or more and 90% or less or 100%. In addition, a constraint may be imposed that each PO brick must include a total of five or more pharmacies having a distribution of 10% or more and other facilities. Such a constraint condition is stored in a setting file of the storage unit 126, for example.

  Next, an operation example of the information processing system 100 in FIG. 1 will be described with reference to FIG. It is assumed that the facility information file 163 and the map file 165 are stored in the storage unit 161 of the data management device 160 before starting this operation. The pharmacy definition file 164 may be stored or may not be stored. When not stored, an empty point pharmacy definition file 164 is newly created. The operation of the flowchart in FIG. 3 is started, for example, when the user of the client device 140 accesses the web application of the server device 120 using the browser 146.

  In step S301, the server apparatus 120 generates an initial GUI screen. FIG. 4 shows a screen 400 that is an example of the initial screen. The display control unit 128 of the server device 120 generates an initial screen as follows. First, the display control unit 128 determines the size of the initial screen and the center position and scale of the map to be displayed on the initial screen. These parameters may be specified in a setting file stored in the storage unit 126, or may be requested from the client device 140.

  Subsequently, the reading unit 127 of the server device 120 generates a map of a range to be displayed on the initial screen from the map file 165 stored in the data management device 160 based on the size of the initial screen and the center position and scale of the map. Read to memory 122. Further, the reading unit 127 reads, from the facility information file 163 stored in the data management device 160, the facility entry having the position code 203 included in the map range into the memory 122. For each of the read entries, the display control unit 128 arranges a display object representing a facility on the map according to the position code 203 of the entry.

  The display control unit 128 may display only a part of the facility represented by the read entry. For example, the display control unit 128 displays a display object only for an entry whose facility category 206 is PH, GP, or PH (ie, an entry representing a pharmacy or a medical facility), and an entry whose facility category 206 is OT (ie, The display object may not be displayed for the entry corresponding to the other facility. Instead, the display control unit 128 may display all the facilities represented by the read entry.

  The display control unit 128 may generate a screen that allows a medical facility and a pharmacy to be distinguished. For example, the display control unit 128 uses a black circle icon as a display object representing a medical facility, and uses a black square icon as a display object representing a pharmacy. In addition, the display control unit 128 may use another display object to indicate that the medical facility and the pharmacy are in the same geographical position (for example, the medical facility and the pharmacy are in the same building). For example, as shown in a screen 400, the display control unit 128 uses an icon in which a black circle is surrounded by a square as such a display object.

  Subsequently, the reading unit 127 reads, from the pharmacy definition file 164 stored in the data management device 160, an entry in which at least one of a pharmacy and a medical facility having a pharmacy relationship is arranged on the map to the memory 122. . The display control unit 128 places a display object that visually represents the pharmacy relationship on the map for each of the read entries. As an example, the display control unit 128 arranges a line segment connecting an icon indicating a hospital and an icon indicating a medical facility on the map as such a display object. When only one of the pharmacy and the medical facility is arranged on the map, the display control unit 128 displays only a part of the line segment connecting the icon indicating the hospital and the icon indicating the medical facility (within the range of the screen). On the map). When a medical facility and a pharmacy are at the same geographical location, the line segment connecting them cannot be placed on the map. Therefore, the display control unit 128 may arrange a circle centered on the geographical position on the map as a display object representing the correspondence between the medical facility and the pharmacy at the same position.

  Subsequently, the display control unit 128 arranges display objects such as the scale bar 401, the display switching button 402, the boundary display button 403, and the list display button 404 on the screen. The screen 400 is generated by the above processing.

  In the initial screen, the display control unit 128 may use a different display object for each medical facility classification. For example, the display control unit 128 may color-code the icons according to the medical facility classification. Examples of medical facility classification criteria include the number of doctors and the number of beds. In order to perform this color classification, the facility information file 163 may have an item indicating the classification of the medical facility. Similarly, the display control unit 128 may use different display objects for each pharmacy classification. For example, the display control unit 128 may color-code the icons according to the pharmacy classification. Examples of pharmacy classification criteria include sales and market share. In order to perform this color classification, the facility information file 163 may have an item indicating the classification of the pharmacy.

  Further, the display control unit 128 may use a different display object for each pharmacy related category. For example, the display control unit 128 may represent the pharmacy relationship (entries in the pharmacy definition file 164) with a line segment having a thickness corresponding to the prorated portion 214 associated therewith. For example, the display control unit 128 uses a thicker line segment as the value of the apportionment 214 is larger. Instead of or in addition to this, the display control unit 128 may represent the pharmacy relationship (entries of the pharmacy definition file 164) with a line segment of a color corresponding to the drug code 211 associated therewith. .

  Returning to the description of FIG. In step S <b> 302, the server apparatus 120 determines whether or not there is a user input through the GUI displayed on the display unit 144. If it is determined that there is no user input (“NO” in step S302), the server apparatus 120 returns the process to step S302, and again determines whether there is user input. If it is determined that there is a user input (“YES” in step S302), the server apparatus 120 advances the process to step S303.

  In step S303, the server apparatus 120 determines whether or not the user input in step S302 involves updating the pharmacy definition file 164. If it is determined that the pharmacy definition file 164 is to be updated (“YES” in step S303), the server device 120 proceeds to step S304, and if it is determined not to be accompanied (“NO” in step S303). In addition, the server apparatus 120 proceeds with the process to step S307. In step S307, the server apparatus 120 generates a new screen (that is, updates an existing screen) in response to a user input.

  Here, a process when there is a user input that does not involve updating the pharmacy definition file 164 will be described. For example, as illustrated in FIG. 5A, it is assumed that the user operates the GUI and moves the cursor 501 to the icon indicating the pharmacy and clicks to select the pharmacy. In response to the acquisition unit 129 of the server device 120 acquiring this user input, the display control unit 128 identifies an entry representing the selected pharmacy among the entries of the facility information file 163 read to the memory 122. Then, the screen 500 in which the window 502 having the facility name 204 and the facility address 205 of the entry is arranged in the vicinity of the cursor 501 is generated. Window 502 may include other information about the hospital. By the server device 120 operating in this manner, the user can know the detailed information by selecting a pharmacy on the map. The server apparatus 120 performs the same process for the icon indicating the medical facility.

  As another example, as illustrated in FIG. 5B, it is assumed that the user selects a pharmacy definition by operating the GUI and placing the cursor 501 on a line segment indicating the pharmacy relationship and clicking. In response to the acquisition unit 129 of the server device 120 acquiring this user input, the display control unit 128 represents the selected pharmacy relationship among the entries of the pharmacy definition file 164 read out to the memory 122. Identify the entry. Next, the display control unit 128 refers to the entry of the facility information file 163 read into the memory 122, and the facility name 204 having the pharmacy code 212 and the medical facility code 213 related to the selected pharmacy code. 204 is acquired. Next, the display control unit 128 displays a screen 510 in which a window 511 having a drug code 211 related to the selected pharmacy relationship, a pharmacy name, a medical facility name, and a distribution 214 is arranged near the cursor 501. Is generated. The window 511 may include other information related to the pharmacy relationship. By the server device 120 operating in this manner, the user can know detailed information related to the pharmacy by selecting a line segment on the map.

  As yet another example, assume that the user clicks the display switching button 402. In response to this, the display control unit 128 displays a display switching menu (not shown) in the screen. An example of screen update performed by the display control unit 128 in response to a user input using the display switching menu will be described below. For example, when the user specifies the range of the distance between the pharmacy and the medical facility, the display control unit 128 displays a display object (point drugstore relationship) in which the distance between the pharmacy and the medical facility is included in this range ( For example, only the line segment) is arranged on the map. In another example, when the user designates a range of apportionment, the display control unit 128 arranges only display objects (for example, line segments) indicating a pharmacy relationship in which apportionment is included in this range on the map. In another example, the display control unit 128 arranges only display objects (for example, icons) indicating pharmacies and medical facilities having a pharmacy relationship on the map in response to a user input. In another example, the display control unit 128 arranges only display objects (for example, icons) indicating pharmacies and medical facilities that do not have a pharmacy relationship on the map in response to a user input.

  As yet another example, assume that the user clicks the boundary display button 403. In response to this, the display control unit 128 displays a boundary display menu (not shown) in the screen. An example of screen update performed by the display control unit 128 in response to a user input using the boundary display menu will be described below. For example, when the user specifies to display the boundary of the area defined by the medical association, the display control unit 128 arranges the boundary line on the map. The display control unit 128 may further perform color coding for each area. The data regarding the area is stored in, for example, the data management device 160 and read by the reading unit 127. The displayed boundary is not limited to the area of the medical association, and may include, for example, the administrative world, the medical area, the wholesale area, and the brick.

  As yet another example, when the user changes the map range to be displayed on the screen by operating the scale bar 401 or dragging the map, the display control unit 128 generates a screen corresponding to the change. Since the screen generation method after the update is the same as the above-described initial screen generation method, description thereof is omitted.

  Returning to the description of FIG. In step S304, the server apparatus 120 determines whether or not the updated pharmacy definition file 164 satisfies a constraint condition. When it is determined that the constraint condition is satisfied (“YES” in step S304), the server apparatus 120 proceeds with the process to step S305 and updates the pharmacy definition file 164 according to the user input. If it is determined that the constraint condition is not satisfied (“NO” in step S304), the server apparatus 120 proceeds with the process to step S306, and generates an image including an error message.

  Here, a process when there is a user input accompanied by an update of the pharmacy definition file 164 will be described. Such user input includes the addition of a new pharmacy relationship, the deletion of an existing pharmacy relationship, and a proportional change of an existing pharmacy relationship. First, the addition of a new pharmacy relationship will be described. In order to add a pharmacy relationship, the user selects a pair of one pharmacy and one medical facility that does not have a pharmacy relationship from one or more pharmacies and one or more medical facilities displayed on the map. select. The user may specify the apportionment to be set for this point pharmacy relationship along with the selection of a pair of pharmacy and medical facility. If no apportionment is specified by the user, the updating unit 130 may consider that a default value (for example, 100%) has been specified. Further, the user may specify a drug code to be set for the point pharmacy relationship together with selection of a pair of a pharmacy and a medical facility. When the drug code is not specified by the user, the updating unit 130 may consider that a default value (for example, all drug codes) is specified.

  When the pharmacy relationship is added, the update unit 130 determines whether or not the updated pharmacy definition file 164 satisfies the constraint condition. As a result of adding the pharmacy relationship, when the constraint condition is not satisfied, the display control unit 128 generates a screen in which an error message is superimposed on the immediately preceding screen. If the restriction condition is satisfied even if the pharmacy relationship is added, the updating unit 130 updates the pharmacy definition file 164 stored in the data management device 160 and adds an entry indicating a new pharmacy relationship. .

  With reference to FIG. 6, the operation example of GUI when a user selects a pair of a pharmacy and a medical facility will be described. The user starts dragging from an icon indicating a pharmacy included in the new pharmacy relationship. In response to this, the display control unit 128 generates a screen 600 (FIG. 6A) in which a line segment 601 starting from this icon and ending at the current cursor 501 position is arranged on the map. Subsequently, the user moves the cursor 501 to an icon indicating a medical facility included in the new pharmacy relationship, and ends the drag there. Thereby, a pair of a pharmacy and a medical facility is selected. After the updating unit 130 updates the pharmacy definition file 164, the display control unit 128 generates a screen 610 based on the contents of the updated pharmacy definition file 164. In this screen 610, a line segment 611 indicating the newly added pharmacy relationship is displayed. Since the screen generation method after the update is the same as the above-described initial screen generation method, description thereof is omitted. Similarly, the description of the method for generating the updated screen is omitted in the following examples.

  In the above example, the user dragged from the pharmacy to the medical facility, but conversely, the user may drag from the medical facility to the pharmacy. Instead, when the input unit 143 of the client device 140 is realized by a touch panel, the user may select a pair by simultaneously tapping an icon indicating a pharmacy and an icon indicating a medical facility.

  With reference to FIG. 7, another operation example of the GUI when the user selects a pair of a pharmacy and a medical facility will be described. When the user clicks the list display button 404, the display control unit 128 generates a screen 700 in which a window 701 is superimposed on the previous screen. The window 701 includes a pharmacy list 702 and a medical facility candidate list 703. The pharmacy list 702 lists pharmacy relationships including pharmacies and medical facilities whose icons are displayed on the current screen. A check box is provided on the left side of each entry in the pharmacy list 702, and the user can select an entry by clicking the check box. The medical facility candidate list 703 lists medical facilities whose icons are displayed on the current screen.

  Furthermore, when a part of the pharmacies and medical facilities whose icons are displayed on the current screen is selected by the user, only the point pharmacy relationship including the selected pharmacy and medical facility is displayed. It may be included in the pharmacy related list 702. The user may select some pharmacies and medical facilities by, for example, performing a drag operation on a map, or may select some pharmacies and medical facilities by clicking a region selection button and specifying a specific address range. A medical facility may be selected.

  The user can update the pharmacy definition through the window 701. For example, the user checks one entry including a pharmacy to be selected from the pharmacy related list 702, selects one medical facility from the medical facility candidate list 703, and then clicks the add button to select this pharmacy. You can add a pharmacy relationship with this medical facility. In addition, the user checks one entry to be changed from the pharmacy list 702, selects one medical facility from the medical facility candidate list 703, and then clicks the change button. Can be changed to a newly selected medical facility. Furthermore, the user can delete this pharmacy relationship by checking one entry in the pharmacy list 702 and then clicking the delete button. Furthermore, the window 701 may be configured so that the user can individually select a drug code when adding, changing, or deleting the pharmacy relationship.

  Next, deletion related to the pharmacy will be described. The user selects the pharmacy relationship displayed on the map in order to delete the pharmacy relationship. When the selected pharmacy relationship is deleted, the update unit 130 determines whether or not the updated pharmacy definition file 164 satisfies the constraint condition. When the constraint condition is not satisfied, the display control unit 128 generates a screen in which an error message is superimposed on the previous screen. If the restriction condition is satisfied even if the pharmacy relationship is deleted, the updating unit 130 updates the pharmacy definition file 164 stored in the data management device 160 and deletes the selected pharmacy relationship.

  For example, the user can provide the server device 120 with an instruction to delete this pharmacy relationship by clicking the delete button 513 after displaying the window 511 shown in FIG. Instead, the user may select a pharmacy relationship to be deleted by double-clicking a line segment representing the pharmacy relationship. Further, the user may select the pharmacy relationship by selecting a pair of a pharmacy and a medical facility that already has the pharmacy relationship. The user can select a pair of a pharmacy and a medical facility in the same manner as when adding a point pharmacy relationship. After the updating unit 130 updates the pharmacy definition file 164, the display control unit 128 generates a screen based on the contents of the updated pharmacy definition file 164.

  Subsequently, the apportioning change related to the pharmacy will be described. In order to change the apportionment, the user selects the pharmacy relationship displayed on the map. The user can select the pharmacy relationship as in the case of deleting the pharmacy relationship. The update unit 130 determines whether or not the updated pharmacy definition file 164 satisfies the constraint condition when the selected apportioning related to the pharmacy is changed. When the constraint condition is not satisfied, the display control unit 128 generates a screen in which an error message is superimposed on the previous screen. If the restriction condition is satisfied even if the pharmacy relationship is deleted, the updating unit 130 updates the pharmacy definition file 164 stored in the data management device 160 to change the distribution of the selected pharmacy relationship. .

  For example, after the user displays the window 511 shown in FIG. 5B, the user clicks the apportionment change button 512 to give an instruction to the server device 120 to change this apportionment related to the pharmacy to a specified value. Can be provided. After the updating unit 130 updates the pharmacy definition file 164, the display control unit 128 generates a screen based on the contents of the updated pharmacy definition file 164.

  Returning to the description of FIG. In step S308, the server apparatus 120 determines whether or not to end the process. For example, when the user ends the web application through the browser 146, the server device 120 determines that the processing should be ended. If it is determined that the process should not be terminated (“NO” in step S308), the server device 120 returns the process to step S302, and again determines whether there is a user input. When it is determined that the process should be terminated (“YES” in step S308), the server apparatus 120 terminates the process.

  As described above, according to the embodiment of the present invention, the prescribed pharmacy relationship is visually displayed on the map, so that the user of the client device 140 can intuitively grasp the pharmacy relationship. Furthermore, the user of the client device 140 can intuitively update the pharmacy relationship using the GUI.

  In the above, the embodiment has been described in which the server apparatus 120 provides a GUI by executing a web application. Instead, the above-described GUI may be provided by the information processing apparatus executing a stand-alone application. In this case, a GUI screen is displayed on the display unit of the information processing apparatus, and the user operates the GUI through the input unit of the information processing apparatus.

100 information processing system, 120 server device, 140 client device, 160 data management device

Claims (8)

Read means for reading the correspondence between a plurality of medical facilities and a plurality of pharmacies,
One or more medical facilities and one or more pharmacies are shown on the map according to their geographical location, and the correspondence between the medical facility and the pharmacy on the map is visually displayed based on the read correspondence. Display control means for causing the display device to display the screen shown automatically,
Obtaining means for obtaining a selection of a pair of one of the medical facilities on the map and one of the pharmacies on the map;
An information processing apparatus comprising: an updating unit configured to update a correspondence relationship between the plurality of medical facilities and the plurality of pharmacies based on the acquired pair selection. The reading means reads the correspondence stored in the storage device,
The information processing apparatus according to claim 1, wherein the update unit updates the correspondence relationship stored in the storage device.   The information processing apparatus according to claim 1, wherein when the selection of a pair of a medical facility and a pharmacy that does not have a correspondence relationship is acquired, the update unit sets the correspondence relationship for the pair. . The acquisition means acquires an instruction to delete the corresponding relationship of the pair together with the selection of the pair of the medical facility and the pharmacy having the corresponding relationship,
The said update means deletes the corresponding relationship of the said pair, when the selection of the said pair and the instruction | indication of the deletion are acquired. Information processing device. Apportionment is set for the correspondence,
The acquisition means acquires an instruction to change the apportionment set for the correspondence of the pair, along with the selection of a pair of medical facility and pharmacy having the correspondence,
5. The update means, when the selection of the pair and the instruction to change are acquired, change the apportionment set for the correspondence relationship of the pair. The information processing apparatus according to any one of the above. The display control means displays a list including a pharmacy and a medical facility on the display device,
The information processing apparatus according to claim 1, wherein the acquisition unit acquires the selection of the pair through the list. A reading step of reading correspondences between a plurality of medical facilities and a plurality of pharmacies;
One or more medical facilities and one or more pharmacies are shown on the map according to their geographical location, and the correspondence between the medical facility and the pharmacy on the map is visually displayed based on the read correspondence. A display control process for causing the display device to display a display screen,
Obtaining a selection of a pair of one of the medical facilities on the map and one of the pharmacies on the map;
An information processing method comprising: an updating step of updating correspondence relationships between the plurality of medical facilities and the plurality of pharmacies based on the acquired pair selection.   A program for causing a computer to execute each step of the information processing method according to claim 7.