WO2022168172A1 - Marketing device, marketing system, marketing method and program - Google Patents

Marketing device, marketing system, marketing method and program Download PDF

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Publication number
WO2022168172A1
WO2022168172A1 PCT/JP2021/003775 JP2021003775W WO2022168172A1 WO 2022168172 A1 WO2022168172 A1 WO 2022168172A1 JP 2021003775 W JP2021003775 W JP 2021003775W WO 2022168172 A1 WO2022168172 A1 WO 2022168172A1
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WIPO (PCT)
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name
drug
medical
facility
database
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PCT/JP2021/003775
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French (fr)
Japanese (ja)
Inventor
和紀 長澤
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株式会社メディパルホールディングス
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Priority to JP2022579191A priority Critical patent/JPWO2022168172A1/ja
Priority to PCT/JP2021/003775 priority patent/WO2022168172A1/en
Publication of WO2022168172A1 publication Critical patent/WO2022168172A1/en

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/02—Marketing; Price estimation or determination; Fundraising
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
    • G16H20/10—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients

Definitions

  • the present invention relates to marketing devices, marketing systems, marketing methods, and programs.
  • Receipts medical bills refer to medical bills issued when billing the facility for medical treatment performed on a patient other than the amount borne by the patient at the reception desk. This is the compiled data.
  • personal information such as the patient's name, age, gender, address, contact information, medical history, symptoms, doctor's findings and definitive diagnosis regarding the patient, and Names, names of medical facilities, clinical departments, etc. are associated with prescribed medicines, and this information can be managed in an integrated manner.
  • the data handled by such a medical information system is stored in a medical database as electronic medical record data associated with the patient's personal information, so it is necessary to protect the patient's personal information and to comply with strict legal requirements. Due to restrictions, it was not available to third parties other than physicians and medical facilities involved in diagnosing patients.
  • a technique has been proposed for constructing a database that excludes patient's personal information and providing the database to a third party.
  • a first database system and a second database system are known.
  • data such as electronic medical charts and receipts for patients who have undergone medical examinations at specific cooperating medical facilities can be used for surveys and research on drug safety measures and the like.
  • the patient's name, address, and patient number have been deleted from the data available to users of the first database system, and processing has been carried out to uniformly shift the date of birth, date of examination, etc.
  • a table corresponding to the date of birth, the date of medical examination, etc. with the database is not created, so the individual patient cannot be identified.
  • a computer provided in a medical facility executes a program for collecting data, and at the end of the day's work at the medical facility, the electronic medical record data is registered and retained.
  • a system has been disclosed in which data of a given item, excluding information identifying an individual patient, is read from a database and stored in a summary database (see, for example, Patent Document 1).
  • doctors and medical institutions browse a list of drugs corresponding to a patient's definitive diagnosis through a medical information system such as an ordering system and an electronic medical record system, and select a drug to be prescribed from the list. and provide detailed information on the use of pharmaceuticals to pharmaceutical companies, etc., which are third parties other than doctors and medical institutions, in an environment that fully considers the protection of personal information.
  • pharmaceutical companies which are third parties other than doctors and medical institutions, there is an environment in which sufficient consideration is given to the protection of personal information for drugs selected by doctors from the drug list and/or drugs prescribed by doctors. , which aims to provide a drug use information providing system that can use detailed information on drug use.
  • a medical institution terminal installed in a medical institution and a server device that can be connected to the medical institution terminal via a communication line are provided, and the medical institution terminal includes patient attributes and definitive diagnoses.
  • medical information receiving means for receiving input of medical information; drug list display means for displaying a list of drugs corresponding to the input definitive diagnosis on a display screen; and drug selection from the drug list displayed by the drug list display means Transmits to the server device the drug selection receiving means for receiving the drug selection, the drug received by the drug selection receiving means, and the selected drug information related to the patient's attributes and definitive diagnosis corresponding to the drug received by the medical information receiving means.
  • the server device comprises selected drug information receiving means for receiving the selected drug information transmitted from the medical institution terminal, and selection for storing the selected drug information received by the selected drug information receiving means.
  • a drug utilization information providing system comprising drug information storage means is disclosed.
  • Patent Document 1 through a medical information system such as an ordering system or an electronic medical record system, a doctor uses a medical institution terminal to browse a list of drugs corresponding to a confirmed diagnosis of a patient, and from the drug list For medicines selected and/or prescribed by doctors, by storing information on the use of medicines that is not linked to the personal information of patients in the server device, pharmaceutical companies, etc., which are third parties other than doctors and medical institutions Information on the use of medicines is available.
  • the database was constructed based on data such as electronic medical records and receipts issued by a specific medical institution for general outpatients, etc.
  • One embodiment of the present invention has been made in view of the above, and the object thereof is to obtain medical facility names corresponding to drug names from a database collected about drugs ordered by medical professionals to administer to patients, To extract and provide the quantity of drug and the name of applicable disease.
  • the invention according to claim 1 is a marketing device that receives order data for each patient related to drugs from medical staff terminals via a communication network and stores it in a database.
  • a calendar screen data generation unit for generating calendar screen data for each patient in which a plurality of date areas are arranged in a calendar screen data generation unit for delivering the calendar screen data for each patient to the medical staff terminal;
  • a first communication unit that receives from the medical staff terminal the medical facility name, drug name, drug quantity, and applicable disease name specified in the medical facility name, drug name, and drug received from the medical staff terminal
  • a storage control unit that associates a combination of the quantity of the drug and the name of the applicable disease with each patient and stores the combination in the database, and the database is searched using the drug name as a key, and the medical facility name and drug quantity corresponding to the drug name are searched.
  • a search unit for outputting the name of the applicable disease.
  • FIG. 1 is a block diagram showing the configuration of a marketing system according to one embodiment of the present invention
  • FIG. 1 is a block diagram showing the hardware configuration of an order management device according to one embodiment of the present invention
  • FIG. 10 is a sequence diagram for explaining the operation of an order management server according to an embodiment of the present invention to receive an order using a calendar for each patient
  • 1 is a functional block diagram for explaining functions of an order management device according to an embodiment of the present invention
  • FIG. It is a figure which shows the patient list screen which concerns on one Embodiment of this invention.
  • FIG. 4 is a diagram showing a new patient information registration screen displayed on the medical staff terminal according to one embodiment of the present invention.
  • FIG. 4 is a flow chart showing the operation of a patient code generator according to one embodiment of the present invention
  • 4 is a flow chart showing the operation of a storage control unit according to one embodiment of the present invention
  • FIG. 10 is a diagram showing a patient-by-patient calendar screen in a state where there is no medication schedule on the medical staff terminal according to one embodiment of the present invention.
  • FIG. 10 is a diagram showing a screen of a calendar for each patient with medication scheduled on the medical staff terminal according to one embodiment of the present invention.
  • FIG. 4 is a sequence diagram showing communication between a medical staff terminal and a calendar screen data generator according to an embodiment of the present invention; (a) to (g) are ER diagrams used in the order management device according to one embodiment of the present invention.
  • FIG. 4 is a diagram showing a calendar screen for each medical facility displayed on the medical staff terminal according to one embodiment of the present invention.
  • FIG. 4 is a diagram showing a search screen and a patient information list screen displayed on the medical staff terminal according to one embodiment of the present invention;
  • FIG. 2 is a sequence diagram (Part 1) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
  • FIG. 2 is a sequence diagram (part 2) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
  • FIG. 3 is a sequence diagram (Part 3) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
  • FIG. 1 shows the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
  • FIG. 2 is a sequence diagram (part 2) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
  • FIG. 3 is a sequence diagram (Part 3)
  • FIG. 4 is a sequence diagram (part 4) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
  • 4 is a flow chart showing the operation of a search unit according to one embodiment of the present invention;
  • FIG. 4 is a diagram showing a display screen (No. 1) generated by a display data generation unit according to an embodiment of the present invention;
  • FIG. 10 is a diagram showing a display screen (No. 2) generated by the display data generation unit according to the embodiment of the present invention;
  • FIG. 10 is a diagram showing a display screen (No. 3) generated by the display data generation unit according to the embodiment of the present invention;
  • FIG. 10 is a diagram showing a display screen (part 4) generated by the display data generation unit according to the embodiment of the present invention;
  • FIG. 10 is a diagram showing a display screen (No. 5) generated by the display data generation unit according to the embodiment of the present invention
  • FIG. 10 is a diagram showing a display screen (No. 6) generated by the display data generation unit according to the embodiment of the present invention
  • FIG. 10 is a diagram showing a display screen (No. 7) generated by the display data generation unit according to the embodiment of the present invention
  • FIG. 10 is a diagram showing a display screen (No. 8) generated by a display data generation unit according to an embodiment of the present invention
  • FIG. 10 is a diagram showing a display screen (No. 9) generated by the display data generation unit according to the embodiment of the present invention
  • FIG. 10 is a diagram showing a display screen (No. 10) generated by a display data generation unit according to an embodiment of the present invention
  • the marketing device of the present invention is a marketing device that receives order data for each patient related to drugs from medical staff terminals via a communication network and stores the data in a database, wherein a plurality of date areas are arranged for each month.
  • a calendar screen data generation unit for generating calendar screen data for each patient; and delivering the calendar screen data for each patient to medical staff terminals, and medical facility names and drug names specified in the calendar screen data for each patient.
  • the first communication unit that receives the quantity of drug and the name of the applicable disease from the medical staff terminal, and the combination of the medical facility name, the name of the drug, the quantity of the drug, and the name of the applicable disease received from the medical staff terminal for each patient
  • a memory control unit that associates and stores in a database, and a search unit that searches the database using the drug name as a key and outputs the medical facility name, drug quantity, and applicable disease name corresponding to the drug name. It is characterized by With the above configuration, the medical facility name corresponding to the name of the drug, the quantity of the drug, and the name of the applicable disease are extracted and provided from the database of the drugs ordered by the medical staff to administer to the patient. be able to.
  • FIG. 1 is a block diagram showing the configuration of a marketing system according to one embodiment of the present invention.
  • the marketing system 1 includes a medical staff terminal (medical facility) 3, a medical information staff terminal 5, communication networks N1 and N2, an order management device (marketing device) 7, and a distribution management server (distributor) 15.
  • the order management device 7 includes a front end server 9 , an order management server 11 and a database 13 .
  • a plurality of medical staff terminals 3 and medical information staff terminals 5 are provided, but a single terminal may be provided.
  • the communication networks are separated from N1 and N2, they may be configured with the same communication network.
  • the front-end server 9 receives data from the medical staff terminal 3 and the medical staff terminal 5 via the communication network N1, and provides a direct access service to the medical staff terminal 3 and the medical staff terminal 5. and change the display format.
  • the medical staff terminal 3 is a terminal that can be operated by medical staff such as doctors and nurses of medical facilities.
  • the medical information staff terminal 5 is a terminal that can be operated by a pharmaceutical manufacturer's marketing staff.
  • the order management server 11 transmits data to the physical distribution management server 15 via the communication network N2 to perform physical distribution management.
  • the physical distribution management server 15 is arranged for each warehouse that stores each drug, or for each warehouse that stores a plurality of drugs. facility).
  • FIG. 2 is a block diagram showing the hardware configuration of the order management device according to one embodiment of the present invention.
  • the order management device 7 is a computer located at a delivery company, and includes a main control section 20 , a display control section 22 , a display section 24 , an operation section 26 , a communication control section 28 and a database 13 .
  • the main control unit 20 internally includes a CPU (central processing unit) 20a, a ROM (read only memory) 20b, a RAM (random access memory) 20c, and a timer 20d.
  • the CPU 20a reads the operating system OS from the ROM 20b, expands it on the RAM 20c, starts the OS, reads application software programs (processing modules) from the ROM 20b, and executes various processes under the control of the OS.
  • the display control unit 22 draws an image input from the main control unit 20 on the VRAM and causes the display unit 24 to display the image.
  • the display unit 24 displays an image drawn on the VRAM by the display control unit 22 .
  • the operating unit 26 includes a keyboard, a mouse, and the like.
  • the communication control unit 28 is connected to the medical staff terminal 3, the medical information staff terminal 5, and the physical distribution management server 15 via communication networks N1 and N2.
  • a database 13 is a database stored on a hard disk.
  • FIG. 3 is a sequence diagram for explaining the operation of the order management server according to the embodiment of the present invention for receiving an order based on the calendar for each patient.
  • the warehouse management server 33, the order management server 11, and the physical distribution management server 15 are arranged in this order from the left, and the flow of each data is indicated by arrows.
  • the same constituent elements are given the same reference numerals for explanation.
  • the warehouse management server 33 is a server that manages drugs for each warehouse that stores each drug. Although not shown in FIG. 1, it is connected to the order management server 11 and the physical distribution management server 15 .
  • step S1 the warehouse management server 33 sends provisional order data to the order management server 11, and in step S3, the order management server 11 returns the provisional order data.
  • step S3 the order management server 11 returns the provisional order data.
  • the order is confirmed in the process every morning to create order (confirmed) data.
  • step S ⁇ b>5 the warehouse management server 33 transmits to the physical distribution management server 15 a cutout request to the effect that an order is placed based on the provisional order data.
  • step S7 if the physical distribution management server 15 is satisfied with the content, a delivery instruction is sent to the warehouse management server 33.
  • step S9 the warehouse management server 33 confirms the intermediate data, and in step S11, transmits data indicating completion of delivery to the physical distribution management server 15.
  • FIG. 4 is a functional block diagram for explaining the functions of the order management device according to one embodiment of the present invention.
  • the order management device 7 is a marketing device that receives patient-specific order data related to drugs from the medical staff terminal 3 via the communication network N1 and stores it in the database 13.
  • the calendar screen data generation unit 7a, the first A communication unit 7b, a storage control unit 7c, and a search unit 7e are provided.
  • the calendar screen data generation unit 7a generates calendar screen data for each patient in which a plurality of date areas are arranged for each month.
  • the first communication unit 7b distributes the calendar screen data for each patient to the medical staff terminal 3, and also distributes the medical facility name, drug name, quantity (or quantity) of medicine, and indication specified in the calendar screen data for each patient.
  • a disease name is received from the medical staff terminal 3 .
  • the memory control unit 7c stores the combination of the medical facility name, drug name, drug quantity, and applicable disease name received from the medical staff terminal 3 in the database in association with each patient.
  • the search unit 7e searches the database using the drug name as a key, and outputs the medical facility name, drug quantity, and applicable disease name corresponding to the drug name.
  • the memory controller 7c has a patient code generator 7d.
  • the patient code generation unit 7d generates a patient code based on the medical facility name, drug name, and applicable disease name received from the medical staff terminal 3.
  • the storage control unit 7c associates the medical facility name, drug name, and drug quantity with the patient code and stores them in the database.
  • the storage control unit 7c stores the medical facility name and the location of the medical facility in the database in association with each other, and retrieves the location of the medical facility from the database 13 based on the medical facility name received from the medical staff terminal 3.
  • the searched address is stored in the database 13 in association with the medical facility name, drug name, quantity of drug, and patient code.
  • the number of medicines includes the actual number of medicines administered and the planned number of medicines to be administered in the future.
  • the search unit 7e searches the database using the drug name as a key, and outputs the quantity of drug, the number of patients, and at least one or more applicable disease names.
  • the database 13 may associate and store the location and the area name as the address.
  • the search unit 7e searches the database using the drug name and region name as keys, and outputs the name of the medical institution, the quantity of drug, the number of patients, and the name of the applicable disease corresponding to the drug name and region name.
  • the storage control unit 7c distributes the patient code generated by the patient code generation unit 7d to the medical staff terminal 3 via the first communication unit 7b, and displays the calendar screen for each patient displayed on the medical staff terminal 3. Display the patient code in the
  • the order management device 7 includes a search screen data generation section 7f and a second communication section 7g.
  • the search screen data generation unit 7f generates search screen data that allows input by designating a drug name.
  • the second communication unit 7g distributes the search screen data to the terminal of the person in charge of medical information and receives the drug name specified from the terminal of the person in charge of medical information.
  • the search unit 7e searches the database using the drug name received from the medical information staff terminal as a key.
  • the search screen data generation unit 7f generates search screen data that can be input by designating a medicine name and a region name.
  • the second communication unit 7g distributes the search screen data to the terminal of the person in charge of medical information, and receives the specified drug name and the name of the area from the terminal of the person in charge of medical information.
  • the search unit 7e searches the database using the drug name and region name received from the medical information staff terminal as keys.
  • the order management device 7 includes a histogram generation section 7h and a second communication section 7g.
  • the histogram generation unit 7h generates a histogram of drug quantity (or quantity) for each region corresponding to the drug name based on the search results output by the search unit 7e.
  • the second communication unit 7g distributes the histogram generated by the histogram generation unit to the medical information staff terminal.
  • the histogram generation unit 7h generates histograms of the number of patients currently undergoing treatment and the number of patients who have completed medication for each facility for the specified drug name and area name. It should be noted that the completion of administration means that the administration of drugs for treating a certain disease of a certain patient has been completed.
  • the histogram generation unit 7h generates histograms of the total number of medications and the total number of patients for each facility for the specified drug name and region name.
  • the total number of medications is the sum of the actual number of medications and the planned number of medications.
  • the histogram generation unit 7h generates histograms of the actual number of medications and the planned number of medications for each facility for the specified drug name and area name.
  • the histogram generation unit 7h generates histograms of the actual number of medications and the planned number of medications for each facility for the specified drug name and area name.
  • the histogram generation unit 7h generates a histogram of the number of medications for each disease for each facility for the specified drug name and area name.
  • the histogram generation unit 7h generates a histogram of the number of breakdowns for each disease in the total number of medications for each facility for the specified drug name and region name.
  • the histogram generation unit 7h generates histograms of the number of actual medications and the number of planned medications for each facility for the specified drug name and area name.
  • the histogram generation unit 7h generates a histogram of the percentage of patients in the total number of medications for each facility for the specified drug name and region name.
  • the histogram generation unit 7h generates histograms of drug administration records and planned numbers for each facility with respect to the specified drug name and area name.
  • the histogram generation unit 7h generates histograms of the actual number of medications and the planned number of medications for each disease for each facility for the specified drug name and area name.
  • the order management device 7 includes a display data generator 7i.
  • the display data generator 7i generates display data in which the histograms are superimposed on the respective areas on the map data.
  • the second communication unit 7g distributes the display data generated by the display data generation unit 7i to the medical information staff terminal.
  • the first communication unit 7 b receives the patient code and the medication completion date associated with the drug name from the medical staff terminal 3 .
  • the storage control unit 7c associates the patient code and drug name already received from the medical staff terminal 3 with the medication completion date and stores them in the database.
  • the search unit 7e searches the database using the drug name as a key, and outputs the number of patients who have completed treatment using the drug name so far, or outputs the number of patients who are undergoing treatment using the drug name. do.
  • the marketing system 1 includes a marketing device, a medical staff terminal 3, and a medical information staff terminal 5.
  • FIG. 5 is a diagram showing a patient list screen according to one embodiment of the present invention.
  • a patient list icon is displayed as one of many options, and when the medical staff selects the patient list icon, patient information (list) A screen G1 is displayed.
  • a patient information (list) screen G1 displayed on the medical staff terminal 3 displays an area name pull-down button PD1, a medical facility name pull-down button PD3, a drug name pull-down button PD5, and an applicable disease name pull-down button PD7.
  • a new registration button B1 is displayed on the patient information (list) screen G1.
  • the new registration button B1 is pressed, the screen changes to the new registration screen G3 shown in FIG.
  • FIG. 6 is a diagram showing a new patient information registration screen displayed on the medical staff terminal according to one embodiment of the present invention.
  • an area name pull-down button PD1 On the new registration screen G3 displayed on the medical staff terminal 3, an area name pull-down button PD1, a medical facility name pull-down button PD3, a drug name pull-down button PD5, and an applicable disease name pull-down button PD7 are displayed.
  • the down arrow ⁇ displayed on each pull-down button is pressed, a plurality of options for the medical facility name, drug name, and applicable disease name are displayed, one of which is selected, and the weight is entered in the weight input field IF1
  • the registration button B3 When the entry is made and the registration button B3 is pressed, a patient code is generated.
  • FIG. 7 is a flow chart showing the operation of the patient code generator according to one embodiment of the present invention.
  • the patient code generation unit 7d determines whether the received medical facility name exists among a plurality of medical facility names registered in advance in the database 13 for the medical facility name received from the medical staff terminal 3. Determine whether or not, and perform a validity check. If the received medical facility name is valid, the patient code generation unit 7d proceeds to step S23. On the other hand, the patient code generation unit 7d terminates the process when the received medical facility name is not valid.
  • step S23 the patient code generation unit 7d determines whether the received drug name is among the multiple drug names registered in advance in the database 13 for the drug name received from the medical staff terminal 3. Make a decision and perform a plausibility check. If the received drug name is valid, the patient code generation unit 7d proceeds to step S25. On the other hand, the patient code generation unit 7d terminates the process when the received drug name is not valid.
  • step S25 the patient code generation unit 7d determines whether the received applicable disease name is among the plurality of applicable disease names registered in advance in the database 13 for the applicable disease name received from the medical staff terminal 3. Determine whether or not, and perform a validity check. The patient code generation unit 7d proceeds to step S27 when the received applicable disease name is valid. On the other hand, the patient code generation unit 7d terminates the process when the received applicable disease name is not valid.
  • step S27 the patient code generator 7d issues a unique serial number.
  • step S29 the patient code generation unit 7d stores the medical facility name, drug name, and applicable disease name, which are received data, in the database 13.
  • FIG. the patient code generator 7d stores the unique serial number in the database 13 as a patient code. At this time, the patient code is associated with the medical facility name, drug name, and applicable disease name and stored in the database 13 .
  • FIG. 8 is a flow chart showing the operation of the storage control unit according to one embodiment of the present invention.
  • the storage control unit 7c acquires a drug code from the drug master using the drug name as a key.
  • the memory control unit 7c acquires a medical facility code from the medical facility master using the medical facility name as a key.
  • the memory control unit 7c registers the scheduled drug administration date, drug code, medical facility code, and patient code in the calendar file. The scheduled dosing date will be described later.
  • FIG. 9 is a diagram showing a patient-by-patient calendar screen with no medication scheduled on the medical staff terminal according to one embodiment of the present invention.
  • the name of the drug is displayed as "medicine A”
  • the name of the medical facility is "XX hospital”
  • the name of the patient is displayed as "00000070”.
  • the initial screen of the medical staff terminal 3 displays a patient-by-patient calendar screen G5 as shown in FIG.
  • FIG. 10 is a diagram showing a screen of a calendar for each patient with medication scheduled on a medical staff terminal according to an embodiment of the present invention.
  • the drug name is "Drug A” displayed in the frame
  • the drug code is "46927098” displayed in the frame
  • the medical facility name is "XX Hospital” displayed in the frame
  • the The medical facility code is "3" displayed in the frame
  • the patient name is "00000070” displayed in the frame.
  • the order management server 11 displays various marks on the corresponding day by the calendar screen data generation unit 7a for each patient.
  • a mark 47 representing "delivery date related to medication” is displayed on October 12, 2016.
  • FIG. The circle number of this mark indicates that the delivery date is the first time.
  • a mark 49 representing "scheduled medication date related to medication” is displayed on October 13, 2016.
  • FIG. The circle number of this mark indicates that the number of administrations is the first.
  • a mark 51 representing “collection date related to medication” is displayed on October 14, 2016.
  • FIG. The circle number of this mark indicates that the number of times of collection by the delivery unit used for delivering and collecting medicines and containers is the first time.
  • FIG. 11 is a sequence diagram showing communication contents between a medical staff terminal and a calendar screen data generator according to one embodiment of the present invention.
  • the medical staff terminal 3 transmits a calendar screen request to the calendar screen data generator 7a provided in the order management device 7 via the communication network N1.
  • the calendar screen data generation unit 7a receives a request for a calendar screen from the medical staff terminal 3, it transmits a medical facility code and a request for a drug list to the database 13 in step S73.
  • the database 13 acquires the drug list linked to the medical facility code from the database 13 and transmits it to the calendar screen data generator 7a in step S75.
  • the calendar screen data generation unit 7a When the calendar screen data generation unit 7a receives the drug list linked to the medical facility code, it transmits a request for the patient list to the database 13 in step S77. When receiving the request for the patient list, the database 13 acquires the patient list linked to the medical facility code from the database 13 and transmits it to the calendar screen data generator 7a in step S79. When the calendar screen data generation unit 7a receives the patient list associated with the medical facility code, it transmits a calendar screen display instruction to the medical staff terminal 3 in step S81.
  • step S83 the medical staff terminal 3 sends a request for registration of the medical facility code, drug code, quantity of drug, patient code, scheduled drug administration date, etc. to the calendar screen provided in the order management device 7 via the communication network N1. It is transmitted to the data generator 7a.
  • the calendar screen data generation unit 7a receives a registration request for the medical facility code, the drug code, the quantity of drugs, the patient code, the scheduled medication date, etc. from the medical staff terminal 3, in step S85, the medical facility code, the drug A request for registration of the code, quantity of medicine, patient code, scheduled date of administration, etc. is sent to the database 13 .
  • step S87 When the database 13 receives a registration request for the medical facility code, drug code, drug quantity, patient code, scheduled medication date, etc., in step S87, in response to the registration request, the medical facility code, the drug code, and the drug quantity are registered. , patient code, scheduled date of medication, etc. are registered in the database 13 .
  • step S89 the database 13 transmits an instruction to display the scheduled drug administration date to the calendar screen data generator 7a.
  • the calendar screen data generation unit 7a When receiving the display instruction of the scheduled medication date, the calendar screen data generation unit 7a transmits the display instruction of the scheduled medication date to the medical staff terminal 3 in step S91.
  • FIGS. 12(a) to 12(g) are ER diagrams used in the order management system according to one embodiment of the present invention.
  • FIG. 12(a) is an ER diagram showing the calendar file 71. Drug code, medical facility code, patient code, and number of medications are used as keys, and the scheduled medication date, delivery date, and planned collection date are stored in the database 13. there is The calendar file 71 is data that is the basis for displaying the calendar screen.
  • FIG. 12(b) is an ER diagram showing the patient master 73, in which the applicable disease code, applicable disease name, and medication completion date are stored in the database 13 using the medical facility code, patient code, and drug code as keys. The patient master 73 associates the patient code with which medical facility code, which drug code, and which applicable disease code, and is used to determine whether the patient (code) has completed medication. The date is stored in the database 13.
  • FIG. 12(c) is an ER diagram showing the medical facility medication history file 75, in which the database 13 stores the patient code, medication category, and medication date and time using the medical facility code, drug code, and serial number as keys.
  • the medical facility medication history file 75 stores in the database 13 which medical facility, which serial number of which drug was administered to which patient, and when.
  • FIG. 12(d) is an ER diagram showing the drug master by medical facility 77, which is stored in the database 13 using the medical facility code and the drug code as keys.
  • the drug master by medical facility 77 stores in the database 13 which medical facility handles which drug.
  • FIG. 12(e) is an ER diagram showing the drug master 79, in which drug names and manufacturer codes of drug manufacturers are stored in the database 13 using drug codes as keys.
  • the drug master 79 stores in the database 13 information linking drug names and manufacturer codes.
  • FIG. 12(f) is an ER diagram showing the medical facility master 81, which stores the medical facility name, postal code, and address using the medical facility code as a key.
  • the medical facility master 81 stores information on medical facilities in the database 13 to be referred to when displaying histograms on the map.
  • FIG. 12(g) is an ER diagram showing the user master 83, in which the database 13 stores user categories, pharmaceutical manufacturer codes and medical facility codes as user codes and keys.
  • the user master 83 stores information in the database 13 for obtaining a target drug list and medical facility list when accessing the calendar screen and the search screen.
  • FIG. 13 is a diagram showing a calendar screen for each medical facility displayed on the medical staff terminal according to one embodiment of the present invention.
  • a drug name pull-down button PD21 for selecting a drug name
  • a region name pull-down button PD23 for selecting the region name of the medical facility are displayed.
  • a calendar screen G9 is displayed below the medical facility calendar screen G7.
  • Medications and dates are arranged in the horizontal direction of the calendar screen G9.
  • the number of medications, the number of deliveries, and the number of collections are arranged in the vertical direction of the calendar screen G9.
  • the calendar screen G9 the number of patients (used/registered) related to test hospital A is displayed as 3/7. is added, and the number of collected vehicles is added to the collected vehicle mark and displayed.
  • FIG. 14 is a diagram showing a search screen and a patient information list screen displayed on the medical staff terminal according to one embodiment of the present invention.
  • the search screen G11 includes an area name pull-down button PD25 for selecting the area name of the medical facility, a medical facility name pull-down button PD27 for selecting the medical facility name, and a drug name pull-down button for selecting the drug name.
  • a button PD29 and an applicable disease name pull-down button PD31 for selecting an applicable disease name are displayed.
  • the selection operation to each pull-down button is completed for the search screen G11, and the search result screen G13 is displayed.
  • the new registration button B5 is pressed, the screen transitions to the screen G3 shown in FIG.
  • search result screen G13 items such as medical facility name, patient code, applicable disease name, body weight, medication status, medication start date, scheduled end date, number of medications, etc. are arranged in the horizontal direction, and the search results are arranged in the vertical direction. to be displayed.
  • FIG. 15 is a sequence diagram (part 1) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
  • the medical information staff terminal 5 transmits a search screen activation request (including the manufacturer code) to the search screen data generator 7f provided in the order management device 7 via the communication network N1.
  • the search screen data generation unit 7f receives an activation request (including the manufacturer code) from the medical information staff terminal 5, in step S103, the search screen data generation unit 7f transmits a drug name list request to the search unit 7e.
  • the search unit 7e receives a drug name list acquisition request from the search screen data generation unit 7f, the search unit 7e transmits a drug name acquisition request to the database 13 in step S105.
  • the database 13 transmits the drug name to the search unit 7e in step S107.
  • the search unit 7e transmits the drug name list to the search screen data generation unit 7f in step S109.
  • the search screen data generation unit 7f transmits the search screen and the data extraction conditions to the medical information staff terminal 5 in step S111.
  • FIG. 16 is a sequence diagram (part 2) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
  • the medical information staff terminal 5 transmits a medical information search request (including manufacturer code and drug name) to the histogram generator 7h provided in the order management device 7 via the communication network N1.
  • the histogram generation unit 7h receives a medical information search request (including the manufacturer code and drug name) from the medical information staff terminal 5, in step S123, the specified drug handling medical information acquisition request (including the drug name ) to the search unit 7e.
  • the search unit 7e receives a request to acquire the specified drug handling medical information from the histogram generation unit 7h, the search unit 7e transmits a request to acquire the drug-specific medical facility list (including the drug name) to the database 13 in step S125.
  • the database 13 When the database 13 receives a drug-specific medical facility list acquisition request from the search unit 7e, the database 13 transmits the medical facility list to the search unit 7e in step S127.
  • the search unit 7e transmits an acquisition request for the number of used drugs (medical facility, drug name) to the database 13 in step S129.
  • the database 13 receives the acquisition request for the number of used drugs from the search unit 7e, in step S131, the database 13 transmits the quantity of drugs to the search unit 7e.
  • the search unit 7e Upon receiving the drug quantity from the database 13, the search unit 7e transmits an acquisition request for the applicable disease name (medical facility, drug name) to the database 13 in step S133.
  • the database 13 When the database 13 receives an acquisition request for the name of the applicable disease from the search unit 7e, the database 13 transmits the name of the applicable disease to the search unit 7e in step S135.
  • the search unit 7e retrieves the medical facility list received from the database 13, the quantity of drugs (medical facility and drug name may be used), and the applicable disease name (medical facility and drug name may be used). It is transmitted to the histogram generator 7h.
  • step S137 the histogram generation unit 7h generates the medical facility list received from the search unit 7e, the quantity of drugs (medical facility and drug name may be used), the applicable disease name (medical facility and drug name may be ) to create (generate) a histogram.
  • step S139 the histogram generator 7h transmits a medical information list creation request to the display data generator 7i.
  • the display data generation unit 7i receives a medical information list generation request from the histogram generation unit 7h
  • the display data generation unit 7i generates a medical information list in step S141.
  • step S143 the display data generator 7i transmits the medical information list table to the histogram generator 7h.
  • the histogram generating unit 7h transmits the medical information to the medical information staff terminal 5 in step S147.
  • FIG. 17 is a sequence diagram (part 3) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
  • the medical information staff terminal 5 transmits a search screen activation request (including the manufacturer code) to the search screen data generator 7f provided in the order management device 7 via the communication network N1.
  • the search screen data generation unit 7f receives a search screen activation request (including the manufacturer code) from the medical information staff terminal 5, in step S203, the search screen data generation unit 7f transmits a drug name list acquisition request to the search unit 7e.
  • the search unit 7e receives a drug name list acquisition request from the search screen data generation unit 7f, the search unit 7e transmits a drug name acquisition request to the database 13 in step S205.
  • the database 13 When receiving a drug name acquisition request from the search unit 7e, the database 13 transmits the drug name to the search unit 7e in step S207.
  • the search unit 7e transmits the drug name list to the search screen data generation unit 7f in step S209.
  • the search screen data generation unit 7f transmits a region name list acquisition request to the search unit 7e.
  • the search unit 7e receives a region name list acquisition request from the search screen data generation unit 7f
  • the search unit 7e transmits a region name acquisition request to the database 13 in step S213.
  • the database 13 receives a region name acquisition request from the search unit 7e
  • the database 13 transmits the region name to the search unit 7e in step S215.
  • the search unit 7e receives the area names from the database 13, in step S217
  • the search unit 7e transmits the area name list to the search screen data generation unit 7f.
  • the search screen data generation unit 7f receives the region name list from the search unit 7e, it transmits the search screen and the data extraction conditions (including the region name) to the medical information staff terminal 5 in step S219.
  • FIG. 18 is a sequence diagram (part 4) from the medical information staff terminal to the database according to one embodiment of the present invention.
  • the medical information staff terminal 5 transmits a medical information search request (including the manufacturer code, drug name, and area name) to the histogram generator 7h provided in the order management device 7 via the communication network N1. do.
  • the histogram generation unit 7h receives a medical information search request (including manufacturer code, drug name, and region name) from the terminal 5 of the person in charge of medical information
  • the acquisition request for medical information handling designated drugs by region is received. (including drug name and area name) is sent to the search unit 7e.
  • the searching unit 7e When the searching unit 7e receives a request to acquire the medical information handling designated drugs by region from the histogram generating unit 7h, in step S245, the search unit 7e sends a request to acquire a list of medical facilities by drug (including drug name and region name) to the database 13. Send to
  • the database 13 When the database 13 receives a drug-specific medical facility list acquisition request from the search unit 7e, the database 13 transmits the medical facility list to the search unit 7e in step S247.
  • the search unit 7e transmits an acquisition request for the number of used drugs (medical facility, drug name) to the database 13 in step S249.
  • the database 13 receives an acquisition request for the number of used drugs from the search unit 7e, in step S251, the database 13 transmits the quantity of drugs to the search unit 7e.
  • the search unit 7e Upon receiving the drug quantity from the database 13, the search unit 7e transmits an acquisition request for the applicable disease name (medical facility, drug name) to the database 13 in step S253.
  • the database 13 When the database 13 receives an acquisition request for the name of the applicable disease from the search unit 7e, the database 13 transmits the name of the applicable disease to the search unit 7e in step S255.
  • the search unit 7e retrieves the list of medical facilities received from the database 13, the quantity of drugs (medical facility and drug name may be used), and the applicable disease name (medical facility and drug name may be used). It is transmitted to the histogram generator 7h.
  • step S257 the histogram generation unit 7h generates the list of medical facilities received from the search unit 7e, the quantity of drugs (medical facility and drug name may be used), the applicable disease name (medical facility and drug name may be ) to create (generate) a histogram.
  • step S259 the histogram generator 7h transmits a medical information list creation request to the display data generator 7i.
  • the display data generation unit 7i receives a medical information list creation request from the histogram generation unit 7h, it creates a medical information list in step S261.
  • step S263 the display data generator 7i transmits the medical information list to the histogram generator 7h.
  • the histogram generator 7h receives the medical information list from the display data generator 7i, the histogram generator 7h transmits the medical information to the medical information staff terminal 5 in step S267.
  • FIG. 19 is a flow chart showing the operation of the search unit according to one embodiment of the present invention.
  • the search unit 7e acquires the names of a plurality of medical facilities that handle the drug from the database 13, using the drug name as a key.
  • the search unit 7e acquires the number of drugs to be used and the name of the applicable disease from the database 13, using the k-th medical facility name and drug name as keys.
  • the search unit 7e acquires the scheduled drug administration date and applicable disease name from the database 13 using the k-th medical facility name and drug name as keys.
  • FIG. 20 is a diagram showing a display screen (No. 1) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 20 shows the number of medical facilities and the number of patients under treatment by region.
  • a display screen G15 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD33 for selecting a drug name and a region name pull-down button PD35 for selecting a region name. This indicates that, for example, "medicine ***" is selected for PD33, and "display all" is selected for area name pull-down button PD35.
  • a histogram for each region corresponding to the selected "medicine ***" and "all display” is displayed. For example, the display screen G15 displays 25 facilities in Tokyo and 20/77 active patients. The number of active patients indicates that 20 out of the total number of patients are under treatment.
  • FIG. 21 is a diagram showing a display screen (No. 2) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 21 shows the number of medications and the number of patients by institution.
  • a display screen G17 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD37 for selecting a drug name and a region name pull-down button PD39 for selecting a region name. For example, "medicine ***" is selected in PD37, and "Tokyo" is selected in area name pull-down button PD39.
  • a histogram for each region corresponding to the selected "medicine ***" and "Tokyo” is displayed.
  • the number of medications: 229 and the number of patients: 37 are displayed as part of the display screen G17. It shows that the drug was administered.
  • FIG. 22 is a diagram showing a display screen (No. 3) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 22 shows the actual number of medications and the planned number of medications by facility.
  • a display screen G19 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD41 for selecting a drug name and a region name pull-down button PD43 for selecting a region name. This indicates that, for example, "medicine ***" has been selected in PD41, and "Tokyo" has been selected in the region name pull-down button PD43.
  • a histogram for each region corresponding to the selected "medicine ***" and "Tokyo” is displayed.
  • ⁇ facility A> the number of medications actually administered: 208 times
  • the number of medications scheduled to be administered 32 times are displayed. 208 times of administration, indicating that 32 times of administration are scheduled in the future.
  • FIG. 23 is a diagram showing a display screen (No. 4) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 23 shows the actual number of medications and the planned number of medications by facility.
  • a display screen G21 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD45 for selecting a drug name and a region name pull-down button PD47 for selecting a region name. For example, "medicine ***" is selected in PD45, and "Tokyo" is selected in area name pull-down button PD47.
  • a stacked bar graph for each facility corresponding to the selected "medicine ***" and "Tokyo" is displayed.
  • a stacked bar graph of facility A, facility B, facility C, facility D, facility E, facility F, facility G, facility H, and facility I is displayed on the display screen G21.
  • the number of actual medications, the number of scheduled medications, and the number of standard medications are vertically stacked to form one bar graph.
  • FIG. 24 is a diagram showing a display screen (No. 5) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 24 shows the number of drug administration records for each patient by institution.
  • a display screen G23 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD49 for selecting a drug name and a region name pull-down button PD51 for selecting a region name. For example, "medicine ***" is selected for PD49, and "Tokyo" is selected for area name pull-down button PD51.
  • a bar graph for each facility and for each patient corresponding to the selected "drug ***" and "Tokyo" is displayed.
  • one bar graph is formed for the number of actual medications.
  • ⁇ facility A>, disease A: 88 times, disease B: 64 times, and disease C: 56 times are displayed as part of the display screen G23.
  • FIG. 25 is a diagram showing a display screen (No. 6) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 25 shows the percentage of diseases in the number of actual medications by facility.
  • a display screen G25 displayed on the medical staff terminal 3 has a drug name pull-down button PD53 for selecting a drug name and a region name pull-down button PD55 for selecting a region name. This indicates that, for example, "medicine ***" has been selected in PD53, and "Tokyo" has been selected in area name pull-down button PD55.
  • a stacked bar graph for each facility corresponding to the selected "medicine ***" and “Tokyo” is displayed on the display screen G25.
  • a stacked bar graph of facility A, facility B, facility C, facility D, facility E, facility F, facility G, facility H, and facility I is displayed on the display screen G25.
  • the number of medications for disease A, the number of medications for disease B, and the number of medications for disease C are stacked horizontally to form one bar graph.
  • FIG. 26 is a diagram showing a display screen (No. 7) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 26 shows the actual number of medications and the planned number of medications for each disease by facility.
  • a display screen G27 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD57 for selecting a drug name and a region name pull-down button PD59 for selecting a region name. This indicates that, for example, "medicine ***" has been selected in PD57, and "Tokyo" has been selected in area name pull-down button PD59.
  • a stacked bar graph for each facility corresponding to the selected "medicine ***" and “Tokyo” is displayed on the display screen G27.
  • a stacked bar graph of facility A, facility B, facility C, facility D, facility E, facility F, facility G, facility H, and facility I is displayed on the display screen G27.
  • bar graphs for patient A, patient B, and patient C are formed. formed.
  • FIG. 27 is a diagram showing a display screen (No. 8) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 27 shows the actual number of medications and the planned number of medications for each year for each facility.
  • a display screen G29 displayed on the medical staff terminal 3 has a drug name pull-down button PD61 for selecting a drug name and a region name pull-down button PD63 for selecting a region name. This indicates that, for example, "medicine ***" has been selected in PD61, and "Tokyo" has been selected in the region name pull-down button PD63.
  • a stacked bar graph for each facility corresponding to the selected "medicine ***" and "Tokyo” is displayed.
  • a stacked bar graph of facility A, facility B, facility C pediatrics, facility C hematology, and facility D is displayed.
  • the number of actual medications in 2018, the number of actual medications in 2019, the number of actual medications in 2020, and the planned number of medications (current year) are stacked horizontally to form one bar graph. formed.
  • FIG. 28 is a diagram showing a display screen (No. 9) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 28 shows the actual number of medications and the planned number of medications for each disease for each year.
  • a display screen G31 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD65 for selecting a drug name and a region name pull-down button PD67 for selecting a region name. For example, "medicine ***" is selected for PD65, and "Tokyo" is selected for area name pull-down button PD67.
  • stacked bar graphs corresponding to the selected "medicine ***" and "Tokyo" are displayed.
  • stacked bar graphs of disease A, disease B, and disease C are displayed on the display screen G31.
  • the actual number of medications in 2018, the number of actual medications in 2019, the number of actual medications in 2020, and the planned number of medications (current year) are stacked horizontally to form one bar graph. formed.
  • FIG. 29 is a diagram showing a display screen (No. 10) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 29 shows the actual number of medications and the planned number of medications for each disease by facility.
  • a display screen G33 displayed on the medical staff terminal 3 has a drug name pull-down button PD69 for selecting a drug name and a region name pull-down button PD71 for selecting a region name. For example, "medicine ***" is selected for PD69, and "Tokyo" is selected for area name pull-down button PD71.
  • stacked bar graphs corresponding to the selected "medicine ***" and "Tokyo" are displayed.
  • stacked bar graphs of disease A, disease B, and disease C in medical facility A are displayed.
  • the number of medications performed in 2018, the number of medications performed in 2019, the number of medications performed in 2020, and the number of medication plans (current year) are stacked horizontally to form one line.
  • a bar graph is formed.
  • the order management device 7 (marketing device) of the present embodiment retrieves the medical facility name corresponding to the drug name and the drug Quantity and applicable disease names can be extracted and provided. Therefore, it is possible to meet the demands of pharmaceutical manufacturers to increase the productivity of each medical representative (MR).
  • the order management device 7 (marketing device) of this embodiment receives order data for each patient related to drugs from the medical staff terminal 3 via the communication network N1 and stores the received order data in the database 13 (marketing device).
  • a calendar screen data generation unit 7a for generating calendar screen data for each patient in which a plurality of date areas are arranged for each month, and delivering the calendar screen data for each patient to the medical staff terminal 3,
  • a first communication unit 7b that receives from the medical staff terminal 3 the medical facility name, drug name, drug quantity, and applicable disease name specified in another calendar screen data, and the medical facility received from the medical staff terminal 3
  • a storage control unit 7c that associates a combination of a patient's name, drug name, drug quantity, and applicable disease name with each patient and stores them in the database 13, and searches the database 13 using the drug name as a key, and stores information corresponding to the drug name.
  • a search unit 7e for outputting the medical facility name, the quantity of the drug, and the name of the applicable disease.
  • the memory control unit 7c of this aspect includes a patient code generation unit 7d that generates a patient code based on the medical facility name, drug name, and applicable disease name received from the medical staff terminal 3, and the memory control unit 7c It is characterized by storing in the database 13 the patient code associated with the name of the medical facility, the name of the drug, and the quantity of the drug.
  • the database 13 can be associated with a unique patient code by associating the medical facility name, drug name, and drug quantity with the patient code and storing them in the database 13 .
  • the storage control unit 7c of this aspect stores the medical facility name and the location of the medical facility in the database 13 in association with each other. It is characterized by searching for the location of the facility, and storing the searched location in the database 13 in association with the name of the medical facility, the name of the drug, the quantity of the drug, and the patient code. According to this aspect, since the medical facility name and the location of the medical facility are stored in the database 13 in association with each other, the location of the medical facility corresponding to the medical facility name can be searched.
  • the patient code can be associated with the name of the medical facility, the name of the medicine, the quantity of the medicine, and stored in the database 13 .
  • the search unit 7e of this embodiment is characterized by searching the database 13 using the drug name as a key and outputting the quantity of drug, the number of patients, and at least one or more applicable disease names. According to this aspect, it is possible to output the drug quantity, the number of patients, and at least one or more applicable disease names corresponding to the drug name.
  • the database 13 of this embodiment stores location and region name in association with each other. It is characterized by outputting facility name, quantity of drug, number of patients, and applicable disease name. According to this aspect, it is possible to output the drug name, medical facility name corresponding to the region name, drug quantity, number of patients, and applicable disease name.
  • the storage control unit 7c of this aspect distributes the patient code generated by the patient code generation unit 7d to the medical staff terminal 3 via the first communication unit 7b, and characterized in that the patient code is displayed in the calendar screen.
  • the patient code can be displayed in the calendar screen for each patient displayed on the medical staff terminal 3 .
  • the order management device 7 (marketing device) of this aspect has a search screen data generation unit 7f that generates search screen data that enables input by designating a drug name, and distributes the search screen data to the terminal 5 of the person in charge of medical information. and a second communication unit 7g for receiving the drug name specified from the medical information staff terminal 5.
  • the searching unit 7e searches the database 13 using the drug name received from the medical information staff terminal 5 as a key. It is characterized by searching.
  • the database 13 is stored using the drug name designated from the terminal 5 of the person in charge of medical information as a key. can be searched. This will allow medical representatives to provide data for medical facilities and all patients nationwide.
  • the order management device 7 (marketing device) of this aspect includes a search screen data generation unit 7f that generates search screen data that enables input by designating a drug name and a region name, and a medical information staff terminal that generates the search screen data. 5, and a second communication unit 7g that receives the drug name and region name specified from the medical information staff terminal 5, and the search unit 7e receives the drug It is characterized by searching the database 13 by using the name and area name as keys.
  • the search screen data that allows the user to specify and input the drug name and region name is distributed to the terminal 5 for the person in charge of medical information, and the name of the drug and the region specified by the terminal 5 for the person in charge of medical information
  • the database 13 can be searched using the first name as a key.
  • the order management device 7 (marketing device) of this aspect includes a histogram generation unit 7h that generates a histogram of the drug quantity for each region corresponding to the drug name based on the search results output by the search unit 7e.
  • the second communication unit 7g is characterized by distributing the histogram generated by the histogram generation unit 7h to the terminal 5 of the person in charge of medical information. According to this aspect, it is possible to generate a histogram of the drug quantity for each region corresponding to the drug name and distribute the histogram to the medical information staff terminal 5 .
  • the histogram generation unit 7h of this embodiment is characterized by generating histograms of the number of patients currently undergoing treatment and the number of patients who have completed medication for each facility with respect to the specified drug name and area name. According to this aspect, the number of patients currently undergoing treatment and the number of patients for whom medication has been completed can be generated as a histogram for each facility with respect to the specified drug name and area name.
  • the histogram generation unit 7h of this aspect is characterized by generating histograms of the total number of medications and the total number of patients for each facility with respect to the specified drug name and area name. According to this aspect, the total number of medications and the total number of patients for each facility can be generated as a histogram for the specified drug name and area name.
  • the histogram generation unit 7h of this aspect is characterized in that it generates histograms of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name. According to this aspect, it is possible to generate a histogram of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name.
  • the histogram generation unit 7h of this aspect is characterized in that it generates histograms of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name. According to this aspect, it is possible to generate a histogram of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name.
  • the histogram generation unit 7h of this aspect is characterized by generating a histogram of the number of medications for each disease for each facility with respect to the specified drug name and area name. According to this aspect, the number of medications for each disease for each facility can be generated as a histogram for the specified drug name and region name.
  • the histogram generation unit 7h of this embodiment is characterized by generating a histogram of the number of breakdowns for each disease in the total number of medications for each facility with respect to the specified drug name and area name. According to this aspect, it is possible to generate a histogram of the number of breakdowns for each disease in the total number of medications for each facility with respect to the specified drug name and region name.
  • the histogram generation unit 7h of this aspect is characterized in that it generates histograms of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name. According to this aspect, it is possible to generate a histogram of the actual number of medications and the number of medications for each facility with respect to the specified drug name and area name.
  • the histogram generation unit 7h of this embodiment is characterized by generating a histogram of the percentage of patients in the total number of medications for each facility with respect to the specified drug name and area name. According to this aspect, it is possible to generate a histogram of the percentage of patients in the total number of medications for each facility with respect to the specified drug name and region name.
  • the histogram generation unit 7h of this aspect is characterized in that it generates a histogram of the drug administration record and the planned number for each facility with respect to the specified drug name and region name. According to this aspect, it is possible to generate a histogram of the drug administration record and the planned number for each facility with respect to the specified drug name and area name.
  • the histogram generation unit generates histograms of the actual number of medications and the planned number of medications for each disease for each facility with respect to the specified drug name and area name. Characterized by According to this aspect, it is possible to generate histograms of the actual number of medications and the planned number of medications for each disease for each facility with respect to the specified drug name and area name.
  • the order management device 7 (marketing device) of this aspect includes a display data generation unit 7i that generates display data in which histograms are superimposed on respective regions on the map data, and the second communication unit 7g generates display data. It is characterized by distributing the display data generated by the unit 7i to the terminal 5 of the person in charge of medical information. According to this aspect, the display data in which the histograms are superimposed on the respective regions on the map data can be distributed to the medical information staff terminal 5 .
  • the first communication unit 7b receives the patient code and the medication completion date associated with the drug name from the medical staff terminal 3, and the storage control unit 7c receives the medical
  • the patient code and drug name already received from the worker terminal 3 are stored in the database 13 in association with the medication completion date. It is characterized by outputting the number of patients who have completed treatment using the drug name, or outputting the number of patients who are undergoing treatment using the drug name.
  • the patient code and the medication completion date associated with the drug name are received from the medical staff terminal 3, and the already received patient code and drug name are associated with the medication completion date and stored in the database 13.
  • the marketing system 1 of this aspect includes the order management device 7 (marketing device) according to any one of the first aspect to the twenty-first aspect, the medical staff terminal 3, and the medical information staff terminal 5. It is characterized by According to this aspect, the marketing system 1 including the order management device 7 (marketing device), the medical staff terminal 3, and the medical information staff terminal 5 can be provided.
  • the marketing method of this embodiment is a marketing method using an order management device 7 (marketing device) that receives order data for each patient related to drugs from the medical staff terminal 3 via the communication network N1 and stores the data in the database 13.
  • a calendar screen data generating step for generating patient-specific calendar screen data in which a plurality of date areas are arranged for each month;
  • the program of this aspect causes a processor to execute each step in the marketing method of the twenty-third aspect.
  • each step in the marketing method can be executed by a processor. Therefore, it is possible to extract and provide medical facility names, drug quantities, and applicable disease names corresponding to drug names from a database of drugs ordered by medical staff to administer to patients.

Abstract

The purpose of the present invention is to extract from a database having been collected regarding medicine ordered by medical personnel for dosage to patients and provide a medical facility name, the quantity of medicine and an applicable disease name. An order receipt management device 7 (marketing device) comprises: a calendar screen data generation unit 7a for generating by-patient calendar screen data, in which a plurality of date regions are arranged for each month; a first communication unit 7b for delivering by-patient calendar screen data to a medical staff terminal 3 and receiving from the medical staff terminal 3 the medical facility name, medicine name, medicine quantity and applicable disease name that are designated in the by-patient calendar screen data; a storage control unit 7c for storing in a database 13 a combination of the medical facility name, medicine name, medicine quantity and applicable disease name received from the medical staff terminal 3 in association with each patient; and a search unit 7e for searching the database 13 using a medicine name as the key and outputting the medical facility name, medicine quantity and applicable disease name that correspond to the medicine name.

Description

マーケティング装置、マーケティングシステム、マーケティング方法、及びプログラムMarketing device, marketing system, marketing method and program
　本発明は、マーケティング装置、マーケティングシステム、マーケティング方法、及びプログラムに関する。 The present invention relates to marketing devices, marketing systems, marketing methods, and programs.
　近年、医療施設では、オンラインレセプトの利用が進んでおり、さらにオンラインレセプトに連動したオーダリングシステムや電子カルテシステム等の医療情報システムの導入が進んでいる。
　なお、レセプト（診療報酬明細書）とは、患者に対して行なった医療行為について、患者の窓口負担分以外の医療費を支払い施設に請求する際に発行される、診察開始日や診療内容について取りまとめたデータである。
　こうした医療情報システムを導入することにより、医師及び医療施設にとっては、患者の氏名、年齢、性別、住所、連絡先、既往症、症状等の個人情報、患者に関する医師の所見、及び確定診断、担当医師名、医療施設名、診療科等と、処方した医薬品とを関連付けて、これらの情報を統合的に管理できるようになる。
　しかしながら、このような医療情報システムが扱うデータは、患者の個人情報と関連付けされた電子カルテデータとして診療データベースに記憶されているために、患者の個人情報を保護するという観点、及び法律上の厳しい規制があるため、患者の診断に係わる医師及び医療施設以外の第三者が参照できなかった。 In recent years, the use of online receipts has been increasing in medical facilities, and the introduction of medical information systems such as ordering systems and electronic medical record systems linked to online receipts has also progressed.
Receipts (medical bills) refer to medical bills issued when billing the facility for medical treatment performed on a patient other than the amount borne by the patient at the reception desk. This is the compiled data.
By introducing such a medical information system, for doctors and medical facilities, personal information such as the patient's name, age, gender, address, contact information, medical history, symptoms, doctor's findings and definitive diagnosis regarding the patient, and Names, names of medical facilities, clinical departments, etc. are associated with prescribed medicines, and this information can be managed in an integrated manner.
However, the data handled by such a medical information system is stored in a medical database as electronic medical record data associated with the patient's personal information, so it is necessary to protect the patient's personal information and to comply with strict legal requirements. Due to restrictions, it was not available to third parties other than physicians and medical facilities involved in diagnosing patients.
　そこで、患者の個人情報を除外したデータベースを構築して、第三者に提供する技術が提案されている。このようなデータベースとしては、第１データベースシステムや、第２データベースシステムが知られている。
　第１データベースシステムでは、協力される特定の医療施設を受診した患者についての電子カルテやレセプト等のデータを、医薬品の安全対策等の調査や研究に利用可能である。
　このため、第１データベースシステムの利用者が利用可能なデータは、患者本人の名前、住所及び患者番号が削除されており、さらに生年月日や受診日等を一律にずらす処理が実施されており、この処理において生年月日や受診日等に関するデータベースとの対応表は作成されないので、患者である個人を識別できない。この結果、医療施設を受診された患者のプライバシーを守ることができている。
　また、従来の第２データベースシステムでは、特定の病院が作成したレセプト（診療報酬明細書）、ＤＰＣ（Ｄｉａｇｎｏｓｉｓ　Ｐｒｏｃｅｄｕｒｅ　Ｃｏｍｂｉｎａｔｉｏｎ：診断群分類別包括評価）ファイルから個人情報を排除して匿名化したデータベースである。 Therefore, a technique has been proposed for constructing a database that excludes patient's personal information and providing the database to a third party. As such databases, a first database system and a second database system are known.
In the first database system, data such as electronic medical charts and receipts for patients who have undergone medical examinations at specific cooperating medical facilities can be used for surveys and research on drug safety measures and the like.
For this reason, the patient's name, address, and patient number have been deleted from the data available to users of the first database system, and processing has been carried out to uniformly shift the date of birth, date of examination, etc. However, in this process, a table corresponding to the date of birth, the date of medical examination, etc. with the database is not created, so the individual patient cannot be identified. As a result, it is possible to protect the privacy of patients who have been examined at medical facilities.
In addition, in the conventional second database system, a database that is anonymized by removing personal information from the receipt (medical fee statement) and DPC (Diagnosis Procedure Combination) file created by a specific hospital. be.
　さらに、上述した課題を解決するものとしては、例えば、医療施設に設けられたコンピュータにデータを収集するためのプログラムを実行させ、医療施設の１日の業務終了時に電子カルテデータを登録保持する診療データベースから患者個人を特定する情報を除いた所与の項目のデータを読み出して集計データベースに記憶するシステムが開示されている（例えば、特許文献１参照）。 Furthermore, as a solution to the above-mentioned problems, for example, a computer provided in a medical facility executes a program for collecting data, and at the end of the day's work at the medical facility, the electronic medical record data is registered and retained. A system has been disclosed in which data of a given item, excluding information identifying an individual patient, is read from a database and stored in a summary database (see, for example, Patent Document 1).
　詳しくは、特許文献１には、医師や医療機関においては、オーダリングシステムや電子カルテシステム等の医療情報システムを通じて患者の確定診断に対応する医薬品のリストを閲覧し、そのリストから処方する医薬品を選択することを可能にし、かつ、医薬品の利用に関する詳細な情報を、個人情報保護への配慮が十分にされた環境で安心して医師や医療機関以外の第三者である製薬会社等に提供することができ、医師や医療機関以外の第三者である製薬会社等においては、医薬品リストから医師が選択した医薬品及び／又は医師が処方した医薬品について、個人情報保護への配慮が十分にされた環境で、医薬品の利用に関する詳細な情報を利用することができる医薬品利用情報提供システムを提供することを目的とすることが開示されている。
　特許文献１には、医療機関に設置される医療機関端末と、該医療機関端末と通信回線を介して接続が可能なサーバ装置とを備え、医療機関端末が、患者の属性及び確定診断を含む診療情報の入力を受け付ける診療情報受付手段と、入力された確定診断に対応する医薬品のリストを表示画面に表示する医薬品リスト表示手段と、医薬品リスト表示手段により表示された医薬品のリストから医薬品の選択を受け付ける医薬品選択受付手段と、医薬品選択受付手段により受け付けられた医薬品、並びに、診療情報受付手段により受け付けられた、該医薬品に対応する患者の属性及び確定診断に関する選択医薬品情報を、サーバ装置に送信する選択医薬品情報送信手段と、を備え、サーバ装置が、医療機関端末から送信された選択医薬品情報を受信する選択医薬品情報受信手段と、選択医薬品情報受信手段により受信した選択医薬品情報を記憶する選択医薬品情報記憶手段とを備える医薬品利用情報提供システムが開示されている。 Specifically, in Patent Document 1, doctors and medical institutions browse a list of drugs corresponding to a patient's definitive diagnosis through a medical information system such as an ordering system and an electronic medical record system, and select a drug to be prescribed from the list. and provide detailed information on the use of pharmaceuticals to pharmaceutical companies, etc., which are third parties other than doctors and medical institutions, in an environment that fully considers the protection of personal information. In pharmaceutical companies, which are third parties other than doctors and medical institutions, there is an environment in which sufficient consideration is given to the protection of personal information for drugs selected by doctors from the drug list and/or drugs prescribed by doctors. , which aims to provide a drug use information providing system that can use detailed information on drug use.
In Patent Document 1, a medical institution terminal installed in a medical institution and a server device that can be connected to the medical institution terminal via a communication line are provided, and the medical institution terminal includes patient attributes and definitive diagnoses. medical information receiving means for receiving input of medical information; drug list display means for displaying a list of drugs corresponding to the input definitive diagnosis on a display screen; and drug selection from the drug list displayed by the drug list display means Transmits to the server device the drug selection receiving means for receiving the drug selection, the drug received by the drug selection receiving means, and the selected drug information related to the patient's attributes and definitive diagnosis corresponding to the drug received by the medical information receiving means. selected drug information transmitting means, wherein the server device comprises selected drug information receiving means for receiving the selected drug information transmitted from the medical institution terminal, and selection for storing the selected drug information received by the selected drug information receiving means. A drug utilization information providing system comprising drug information storage means is disclosed.
特許第６１７７５２７号公報Japanese Patent No. 6177527
　このように、特許文献１にあっては、オーダリングシステムや電子カルテシステム等の医療情報システムを通じて、医師が医療機関端末を用いて患者の確定診断に対応する医薬品のリストを閲覧し、医薬品リストから医師が選択及び／又は処方した医薬品について、患者の個人情報と紐付けされていない医薬品の利用に関する情報をサーバ装置に記憶することで、医師や医療機関以外の第三者である製薬会社等が医薬品の利用に関する情報を利用することができる。
　上述した従来の第１データベースシステムや第２データベースシステムにあっては、特定の医療機関が発行した、一般外来の患者等の電子カルテやレセプトなどのデータに基づいてデータベースを構築していたため、多種多様な様式の電子カルテやレセプトなどから必要なデータを抽出処理した後に、医薬情報担当者（ＭＲ）に提供可能なデータ構成に変換処理して、データベースを構築していた。
　多くの医療機関では、一般外来の患者等を含む多種多様な様式の電子カルテやレセプトを利用しているため、従来の第１データベースシステムや第２データベースシステムにあっては、ビッグデータと言われる大量のデータに基づいてデータベースを構築していた。
　ところで、症例数が比較的少ない遺伝子治療や癌治療等の先端医療分野においても、患者に投薬される医薬品については、製薬会社の営業部門に所属している医薬情報担当者（ＭＲ：Ｍｅｄｉｃａｌ　Ｒｅｐｒｅｓｅｎｔａｔｉｖｅｓ）が、どの医療機関にどの位の患者数があり、どの位の投薬の実績数があるか、その医薬品によって副作用が出てないか等の情報を収集したいという要望があった。
　しかし、医薬情報担当者（ＭＲ）には、医薬品毎にどの医療機関にどの位の患者数があり、どの位の投薬の実績数があるか、が解らないため、医療機関への訪問や質問などに要する膨大な時間をかけていた。
　上述したように、従来の第１データベースシステムや第２データベースシステムにあっては、一般外来の患者等が内科や循環器科等の電子カルテやレセプトまで含めた多種多量なデータに基づいてデータベースを構築していた。
　これに対して、症例数が比較的少ない先端医療分野のデータを収集するデータベースの構築が切望されていた。
　また、電子カルテやレセプトを利用することなく、医薬情報担当者（ＭＲ）が必要とするデータを収集可能なデータベースの構成が切望されていた。 Thus, in Patent Document 1, through a medical information system such as an ordering system or an electronic medical record system, a doctor uses a medical institution terminal to browse a list of drugs corresponding to a confirmed diagnosis of a patient, and from the drug list For medicines selected and/or prescribed by doctors, by storing information on the use of medicines that is not linked to the personal information of patients in the server device, pharmaceutical companies, etc., which are third parties other than doctors and medical institutions Information on the use of medicines is available.
In the above-described conventional first database system and second database system, the database was constructed based on data such as electronic medical records and receipts issued by a specific medical institution for general outpatients, etc. Therefore, various After extracting and processing the necessary data from electronic medical records and medical insurance claims in various formats, the data was converted into a data structure that could be provided to medical representatives (MRs), and a database was constructed.
Many medical institutions use a wide variety of formats of electronic medical charts and receipts, including those for general outpatients. I was building a database based on a large amount of data.
By the way, even in advanced medical fields such as gene therapy and cancer therapy, where the number of cases is relatively small, medical representatives (MRs) who belong to the sales departments of pharmaceutical companies are required to administer drugs to patients. However, there has been a demand to collect information such as which medical institution has how many patients, how many medications have been administered, and whether there are any side effects caused by the drug.
However, medical representatives (MRs) do not know how many patients are in each medical institution and how many medications have been administered for each drug. It took an enormous amount of time to do so.
As described above, in the conventional first database system and second database system, general outpatients, etc., create databases based on a wide variety of data, including electronic medical records and medical bills from departments such as internal medicine and cardiovascular departments. was building.
On the other hand, construction of a database that collects data in the field of advanced medicine, where the number of cases is relatively small, has been eagerly desired.
In addition, there has been a strong demand for a configuration of a database capable of collecting data required by medical representatives (MRs) without using electronic medical charts or receipts.
　本発明の一実施形態は、上記に鑑みてなされたもので、その目的は、医療従事者が患者に投薬するために発注した薬剤について収集されたデータベースから、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を抽出して提供することにある。 One embodiment of the present invention has been made in view of the above, and the object thereof is to obtain medical facility names corresponding to drug names from a database collected about drugs ordered by medical professionals to administer to patients, To extract and provide the quantity of drug and the name of applicable disease.
　上記課題を解決するために、請求項１記載の発明は、医療従事者端末から通信ネットワークを介して薬剤に係る患者別の受注データを受信してデータベースに記憶するマーケティング装置であって、月毎に複数の日付領域が配置された患者別のカレンダ画面データを生成するカレンダ画面データ生成部と、前記患者別のカレンダ画面データを前記医療従事者端末に配信するとともに、前記患者別のカレンダ画面データに指定された医療施設名、薬剤名、薬剤の数量、適応疾患名を前記医療従事者端末から受信する第１通信部と、前記医療従事者端末から受信した、医療施設名、薬剤名、薬剤の数量、適応疾患名の組み合わせを患者毎に関連付けして前記データベースに記憶する記憶制御部と、薬剤名をキーとして、前記データベースを検索して、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を出力する検索部と、を備えたことを特徴とする。 In order to solve the above-mentioned problems, the invention according to claim 1 is a marketing device that receives order data for each patient related to drugs from medical staff terminals via a communication network and stores it in a database. a calendar screen data generation unit for generating calendar screen data for each patient in which a plurality of date areas are arranged in a calendar screen data generation unit for delivering the calendar screen data for each patient to the medical staff terminal; A first communication unit that receives from the medical staff terminal the medical facility name, drug name, drug quantity, and applicable disease name specified in the medical facility name, drug name, and drug received from the medical staff terminal A storage control unit that associates a combination of the quantity of the drug and the name of the applicable disease with each patient and stores the combination in the database, and the database is searched using the drug name as a key, and the medical facility name and drug quantity corresponding to the drug name are searched. , and a search unit for outputting the name of the applicable disease.
　本発明によれば、医療従事者が患者に投薬するために発注した薬剤について収集されたデータベースから、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を抽出して提供することができる。 According to the present invention, it is possible to extract and provide medical facility names, drug quantities, and applicable disease names corresponding to drug names from a database of drugs ordered by medical professionals to administer to patients. can.
本発明の一実施形態に係わるマーケティングシステムの構成を示すブロック図である。1 is a block diagram showing the configuration of a marketing system according to one embodiment of the present invention; FIG. 本発明の一実施形態に係わる受注管理装置のハードウエア構成を示すブロック図である。1 is a block diagram showing the hardware configuration of an order management device according to one embodiment of the present invention; FIG. 本発明の一実施形態に係る受注管理サーバが患者別のカレンダによる受注の動作を説明するためのシーケンス図である。FIG. 10 is a sequence diagram for explaining the operation of an order management server according to an embodiment of the present invention to receive an order using a calendar for each patient; 本発明の一実施形態に係わる受注管理装置の機能を説明するための機能ブロック図である。1 is a functional block diagram for explaining functions of an order management device according to an embodiment of the present invention; FIG. 本発明の一実施形態に係る患者一覧画面を示す図である。It is a figure which shows the patient list screen which concerns on one Embodiment of this invention. 本発明の一実施形態に係る医療従事者端末に表示される患者情報の新規登録画面を示す図である。FIG. 4 is a diagram showing a new patient information registration screen displayed on the medical staff terminal according to one embodiment of the present invention. 本発明の一実施形態に係る患者コード生成部の動作を示すフローチャートである。4 is a flow chart showing the operation of a patient code generator according to one embodiment of the present invention; 本発明の一実施形態に係る記憶制御部の動作を示すフローチャートである。4 is a flow chart showing the operation of a storage control unit according to one embodiment of the present invention; 本発明の一実施形態に係る医療従事者端末での投薬予定がない状態の患者別カレンダ画面を表す図である。FIG. 10 is a diagram showing a patient-by-patient calendar screen in a state where there is no medication schedule on the medical staff terminal according to one embodiment of the present invention. 本発明の一実施形態に係る医療従事者端末での投薬予定がある状態の患者別のカレンダの画面を表す図である。FIG. 10 is a diagram showing a screen of a calendar for each patient with medication scheduled on the medical staff terminal according to one embodiment of the present invention. 本発明の一実施形態に係わる医療従事者端末とカレンダ画面データ生成部との通信を表すシーケンス図である 。FIG. 4 is a sequence diagram showing communication between a medical staff terminal and a calendar screen data generator according to an embodiment of the present invention; （ａ）～（ｇ）は、本発明の一実施形態に係わる受注管理装置に用いられるＥＲ図である。(a) to (g) are ER diagrams used in the order management device according to one embodiment of the present invention. 本発明の一実施形態に係わる医療従事者端末に表示される医療施設別カレンダ画面を表す図である。FIG. 4 is a diagram showing a calendar screen for each medical facility displayed on the medical staff terminal according to one embodiment of the present invention. 本発明の一実施形態に係わる医療従事者端末に表示される検索画面、及び患者情報一覧画面を表す図である。FIG. 4 is a diagram showing a search screen and a patient information list screen displayed on the medical staff terminal according to one embodiment of the present invention; 本発明の一実施形態に係わる医薬情報担当者端末からデータベースに至る通信内容を表すシーケンス図（その１）である。FIG. 2 is a sequence diagram (Part 1) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention. 本発明の一実施形態に係わる医薬情報担当者端末からデータベースに至る通信内容を表すシーケンス図（その２）である。FIG. 2 is a sequence diagram (part 2) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention. 本発明の一実施形態に係わる医薬情報担当者端末からデータベースに至る通信内容を表すシーケンス図（その３）である。FIG. 3 is a sequence diagram (Part 3) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention. 本発明の一実施形態に係わる医薬情報担当者端末からデータベースに至る通信内容を表すシーケンス図（その４）である。FIG. 4 is a sequence diagram (part 4) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention. 本発明の一実施形態に係る検索部の動作を示すフローチャートである。4 is a flow chart showing the operation of a search unit according to one embodiment of the present invention; 本発明の一実施形態に係る表示データ生成部により生成された表示画面（その１）を示す図である。FIG. 4 is a diagram showing a display screen (No. 1) generated by a display data generation unit according to an embodiment of the present invention; 本発明の一実施形態に係る表示データ生成部により生成された表示画面（その２）を示す図である。FIG. 10 is a diagram showing a display screen (No. 2) generated by the display data generation unit according to the embodiment of the present invention; 本発明の一実施形態に係る表示データ生成部により生成された表示画面（その３）を示す図である。FIG. 10 is a diagram showing a display screen (No. 3) generated by the display data generation unit according to the embodiment of the present invention; 本発明の一実施形態に係る表示データ生成部により生成された表示画面（その４）を示す図である。FIG. 10 is a diagram showing a display screen (part 4) generated by the display data generation unit according to the embodiment of the present invention; 本発明の一実施形態に係る表示データ生成部により生成された表示画面（その５）を示す図である。FIG. 10 is a diagram showing a display screen (No. 5) generated by the display data generation unit according to the embodiment of the present invention; 本発明の一実施形態に係る表示データ生成部により生成された表示画面（その６）を示す図である。FIG. 10 is a diagram showing a display screen (No. 6) generated by the display data generation unit according to the embodiment of the present invention; 本発明の一実施形態に係る表示データ生成部により生成された表示画面（その７）を示す図である。FIG. 10 is a diagram showing a display screen (No. 7) generated by the display data generation unit according to the embodiment of the present invention; 本発明の一実施形態に係る表示データ生成部により生成された表示画面（その８）を示す図である。FIG. 10 is a diagram showing a display screen (No. 8) generated by a display data generation unit according to an embodiment of the present invention; 本発明の一実施形態に係る表示データ生成部により生成された表示画面（その９）を示す図である。FIG. 10 is a diagram showing a display screen (No. 9) generated by the display data generation unit according to the embodiment of the present invention; 本発明の一実施形態に係る表示データ生成部により生成された表示画面（その１０）を示す図である。FIG. 10 is a diagram showing a display screen (No. 10) generated by a display data generation unit according to an embodiment of the present invention;
　以下、本発明を図面に示した実施の形態により詳細に説明する。
　本発明は、医療従事者が患者に投薬するために発注した薬剤について収集されたデータベースから、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を抽出して提供するために、以下の構成を有する。
　すなわち、本発明のマーケティング装置は、医療従事者端末から通信ネットワークを介して薬剤に係る患者別の受注データを受信してデータベースに記憶するマーケティング装置であって、月毎に複数の日付領域が配置された患者別のカレンダ画面データを生成するカレンダ画面データ生成部と、患者別のカレンダ画面データを医療従事者端末に配信するとともに、患者別のカレンダ画面データに指定された医療施設名、薬剤名、薬剤の数量、適応疾患名を医療従事者端末から受信する第１通信部と、医療従事者端末から受信した、医療施設名、薬剤名、薬剤の数量、適応疾患名の組み合わせを患者毎に関連付けしてデータベースに記憶する記憶制御部と、薬剤名をキーとして、データベースを検索して、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を出力する検索部と、を備えたことを特徴とする。
　以上の構成を備えることにより、医療従事者が患者に投薬するために発注した薬剤について収集されたデータベースから、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を抽出して提供することができる。
　上記記載の本発明の特徴について、以下の図面を用いて詳細に解説する。但し、この実施形態に記載される構成要素、種類、組み合わせ、形状、その相対配置などは特定的な記載がない限り、この発明の範囲をそれのみに限定する主旨ではなく単なる説明例に過ぎない。
　上記の本発明の特徴に関して、以下、図面を用いて詳細に説明する。 BEST MODE FOR CARRYING OUT THE INVENTION The present invention will now be described in detail with reference to embodiments shown in the drawings.
The present invention extracts and provides medical facility names, drug quantities, and applicable disease names corresponding to drug names from a database of drugs ordered by medical professionals to administer to patients. has a configuration of
That is, the marketing device of the present invention is a marketing device that receives order data for each patient related to drugs from medical staff terminals via a communication network and stores the data in a database, wherein a plurality of date areas are arranged for each month. a calendar screen data generation unit for generating calendar screen data for each patient; and delivering the calendar screen data for each patient to medical staff terminals, and medical facility names and drug names specified in the calendar screen data for each patient. , the first communication unit that receives the quantity of drug and the name of the applicable disease from the medical staff terminal, and the combination of the medical facility name, the name of the drug, the quantity of the drug, and the name of the applicable disease received from the medical staff terminal for each patient A memory control unit that associates and stores in a database, and a search unit that searches the database using the drug name as a key and outputs the medical facility name, drug quantity, and applicable disease name corresponding to the drug name. It is characterized by
With the above configuration, the medical facility name corresponding to the name of the drug, the quantity of the drug, and the name of the applicable disease are extracted and provided from the database of the drugs ordered by the medical staff to administer to the patient. be able to.
The features of the invention described above will be explained in detail with reference to the following drawings. However, unless there is a specific description, the components, types, combinations, shapes, relative arrangements, and the like described in this embodiment are merely illustrative examples and not intended to limit the scope of the present invention. .
The features of the present invention described above will be described in detail below with reference to the drawings.
＜マーケティングシステム＞
　図１は、本発明の一実施形態に係わるマーケティングシステムの構成を示すブロック図である。
　以下、同じ構成要件には同じ符号を付して説明する。
　マーケティングシステム１は、医療従事者端末（医療施設）３、医薬情報担当者端末５、通信ネットワークＮ１、Ｎ２、受注管理装置（マーケティング装置）７、物流管理サーバ（配送者）１５を備えている。 <Marketing system>
FIG. 1 is a block diagram showing the configuration of a marketing system according to one embodiment of the present invention.
In the following description, the same components are denoted by the same reference numerals.
The marketing system 1 includes a medical staff terminal (medical facility) 3, a medical information staff terminal 5, communication networks N1 and N2, an order management device (marketing device) 7, and a distribution management server (distributor) 15.
　受注管理装置７は、フロントエンドサーバ９、受注管理サーバ１１、データベース１３を備えている。
　なお、本実施形態では医療従事者端末３、及び医薬情報担当者端末５が複数で構成されているが、単数でもよい。また、通信ネットワークがＮ１、Ｎ２と別れているが同一の通信ネットワークで構成してもよい。 The order management device 7 includes a front end server 9 , an order management server 11 and a database 13 .
In this embodiment, a plurality of medical staff terminals 3 and medical information staff terminals 5 are provided, but a single terminal may be provided. Also, although the communication networks are separated from N1 and N2, they may be configured with the same communication network.
　フロントエンドサーバ９は、通信ネットワークＮ１を介して医療従事者端末３、医薬情報担当者端末５からのデータを受信して、医療従事者端末３、医薬情報担当者端末５への直接のアクセスサービスや、表示フォーマットの変更といったことを受け持つ機能を備えている。
　医療従事者端末３は、医療施設の医師や看護師などの医療従事者が操作可能な端末である。医薬情報担当者端末５は、製薬メーカのマーケッティング担当者が操作可能な端末である。 The front-end server 9 receives data from the medical staff terminal 3 and the medical staff terminal 5 via the communication network N1, and provides a direct access service to the medical staff terminal 3 and the medical staff terminal 5. and change the display format.
The medical staff terminal 3 is a terminal that can be operated by medical staff such as doctors and nurses of medical facilities. The medical information staff terminal 5 is a terminal that can be operated by a pharmaceutical manufacturer's marketing staff.
　受注管理サーバ１１は、通信ネットワークＮ２を介して物流管理サーバ１５にデータを送信して、物流管理を行わせる。
　物流管理サーバ１５は、各薬剤を収納する倉庫ごとに配置されるか、或いは複数の薬剤を収納する倉庫ごとに配置され、受注管理サーバ１１からの依頼があると、該当する薬剤をクライアント（医療施設）に出荷するための制御を行う。 The order management server 11 transmits data to the physical distribution management server 15 via the communication network N2 to perform physical distribution management.
The physical distribution management server 15 is arranged for each warehouse that stores each drug, or for each warehouse that stores a plurality of drugs. facility).
＜受注管理置＞
　図２は、本発明の一実施形態に係わる受注管理装置のハードウエア構成を示すブロック図である。
　受注管理装置７は、配送会社に配置されたコンピュータであり、主制御部２０、表示制御部２２、表示部２４、操作部２６、通信制御部２８、データベース１３を備えている。
　主制御部２０は、内部にＣＰＵ（ｃｅｎｔｒａｌ　ｐｒｏｃｅｓｓｉｎｇ　ｕｎｉｔ）２０ａ、ＲＯＭ（ｒｅａｄ　ｏｎｌｙ　ｍｅｍｏｒｙ）２０ｂ、ＲＡＭ（ｒａｎｄｏｍ　ａｃｃｅｓｓ　ｍｅｍｏｒｙ）２０ｃ、タイマ２０ｄを備えている。ＣＰＵ２０ａは、ＲＯＭ２０ｂからオペレーティングシステムＯＳを読み出してＲＡＭ２０ｃ上に展開してＯＳを起動し、ＯＳ管理下において、ＲＯＭ２０ｂからアプリケーションソフトウエアのプログラム（処理モジュール）を読み出し、各種処理を実行する。 <Order management unit>
FIG. 2 is a block diagram showing the hardware configuration of the order management device according to one embodiment of the present invention.
The order management device 7 is a computer located at a delivery company, and includes a main control section 20 , a display control section 22 , a display section 24 , an operation section 26 , a communication control section 28 and a database 13 .
The main control unit 20 internally includes a CPU (central processing unit) 20a, a ROM (read only memory) 20b, a RAM (random access memory) 20c, and a timer 20d. The CPU 20a reads the operating system OS from the ROM 20b, expands it on the RAM 20c, starts the OS, reads application software programs (processing modules) from the ROM 20b, and executes various processes under the control of the OS.
　表示制御部２２は、主制御部２０から入力される画像をＶＲＡＭ上に描画して表示部２４に表示させる。
　表示部２４は、表示制御部２２がＶＲＡＭ上に描画した画像を表示する。
　操作部２６は、キーボードやマウスなどを備えている。
　通信制御部２８は、通信ネットワークＮ１，Ｎ２を介して医療従事者端末３、医薬情報担当者端末５、物流管理サーバ１５に接続されている。
　データベース１３は、ハードディスク上に記憶されているデータベースである。 The display control unit 22 draws an image input from the main control unit 20 on the VRAM and causes the display unit 24 to display the image.
The display unit 24 displays an image drawn on the VRAM by the display control unit 22 .
The operating unit 26 includes a keyboard, a mouse, and the like.
The communication control unit 28 is connected to the medical staff terminal 3, the medical information staff terminal 5, and the physical distribution management server 15 via communication networks N1 and N2.
A database 13 is a database stored on a hard disk.
＜患者別のカレンダによる受注動作を説明のためのシーケンス図＞
　図３は、本発明の一実施形態に係る受注管理サーバが患者別のカレンダによる受注の動作を説明するためのシーケンス図である。
　本シーケンス図では、左側から倉庫管理サーバ３３、受注管理サーバ１１、物流管理サーバ１５の順に配置し、夫々のデータの流れを矢印で示して説明する。同じ構成要件には同じ符号を付して説明する。
　ここで、倉庫管理サーバ３３は、各薬剤を収納する倉庫ごとの薬剤を管理するサーバである。図１には図示していないが、受注管理サーバ１１と物流管理サーバ１５とに接続されている。
　例えば、ステップＳ１では、倉庫管理サーバ３３は受注管理サーバ１１に対して仮受注データを送り、ステップＳ３では、受注管理サーバ１１からその仮受注データが返送される。なお、受注管理サーバ１１が仮受注データを作成した後に、毎朝の処理において、受注確定させて、受注（確定）データを作成する。
　ステップＳ５では、倉庫管理サーバ３３は、仮受注データによる内容で発注する旨の切り出し要求を物流管理サーバ１５に送信する。ステップＳ７では、物流管理サーバ１５がその内容でよい場合には、出庫指示が倉庫管理サーバ３３に送られる。ステップＳ９では、倉庫管理サーバ３３は中間データを確認すると、ステップＳ１１では、出庫完了のデータを物流管理サーバ１５に送信する。 <Sequence diagram for explaining order reception operation by patient-specific calendar>
FIG. 3 is a sequence diagram for explaining the operation of the order management server according to the embodiment of the present invention for receiving an order based on the calendar for each patient.
In this sequence diagram, the warehouse management server 33, the order management server 11, and the physical distribution management server 15 are arranged in this order from the left, and the flow of each data is indicated by arrows. The same constituent elements are given the same reference numerals for explanation.
Here, the warehouse management server 33 is a server that manages drugs for each warehouse that stores each drug. Although not shown in FIG. 1, it is connected to the order management server 11 and the physical distribution management server 15 .
For example, in step S1, the warehouse management server 33 sends provisional order data to the order management server 11, and in step S3, the order management server 11 returns the provisional order data. After the order management server 11 creates the provisional order data, the order is confirmed in the process every morning to create order (confirmed) data.
In step S<b>5 , the warehouse management server 33 transmits to the physical distribution management server 15 a cutout request to the effect that an order is placed based on the provisional order data. In step S7, if the physical distribution management server 15 is satisfied with the content, a delivery instruction is sent to the warehouse management server 33. FIG. In step S9, the warehouse management server 33 confirms the intermediate data, and in step S11, transmits data indicating completion of delivery to the physical distribution management server 15. FIG.
＜機能ブロック図＞
　図４は、本発明の一実施形態に係わる受注管理装置の機能を説明するための機能ブロック図である。
　受注管理装置７は、医療従事者端末３から通信ネットワークＮ１を介して薬剤に係る患者別の受注データを受信してデータベース１３に記憶するマーケティング装置であって、カレンダ画面データ生成部７ａ、第１通信部７ｂ、記憶制御部７ｃ、検索部７ｅを備えている。
　カレンダ画面データ生成部７ａは、月毎に複数の日付領域が配置された患者別のカレンダ画面データを生成する。
　第１通信部７ｂは、患者別のカレンダ画面データを医療従事者端末３に配信するとともに、患者別のカレンダ画面データに指定された医療施設名、薬剤名、薬剤の数量（又は数量）、適応疾患名を医療従事者端末３から受信する。
　記憶制御部７ｃは、医療従事者端末３から受信した、医療施設名、薬剤名、薬剤の数量、適応疾患名の組み合わせを患者毎に関連付けしてデータベースに記憶する。
　検索部７ｅは、薬剤名をキーとして、データベースを検索して、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を出力する。 <Functional block diagram>
FIG. 4 is a functional block diagram for explaining the functions of the order management device according to one embodiment of the present invention.
The order management device 7 is a marketing device that receives patient-specific order data related to drugs from the medical staff terminal 3 via the communication network N1 and stores it in the database 13. The calendar screen data generation unit 7a, the first A communication unit 7b, a storage control unit 7c, and a search unit 7e are provided.
The calendar screen data generation unit 7a generates calendar screen data for each patient in which a plurality of date areas are arranged for each month.
The first communication unit 7b distributes the calendar screen data for each patient to the medical staff terminal 3, and also distributes the medical facility name, drug name, quantity (or quantity) of medicine, and indication specified in the calendar screen data for each patient. A disease name is received from the medical staff terminal 3 .
The memory control unit 7c stores the combination of the medical facility name, drug name, drug quantity, and applicable disease name received from the medical staff terminal 3 in the database in association with each patient.
The search unit 7e searches the database using the drug name as a key, and outputs the medical facility name, drug quantity, and applicable disease name corresponding to the drug name.
　記憶制御部７ｃは、患者コード生成部７ｄを備えている。
　患者コード生成部７ｄは、医療従事者端末３から受信した医療施設名、薬剤名、適応疾患名に基づいて、患者コードを生成する。
　記憶制御部７ｃは、医療施設名、薬剤名、薬剤の数量に患者コードを関連付けしてデータベースに記憶する。 The memory controller 7c has a patient code generator 7d.
The patient code generation unit 7d generates a patient code based on the medical facility name, drug name, and applicable disease name received from the medical staff terminal 3. FIG.
The storage control unit 7c associates the medical facility name, drug name, and drug quantity with the patient code and stores them in the database.
　記憶制御部７ｃは、医療施設名と当該医療施設の所在地とを関連付けてデータベースに記憶しておき、医療従事者端末３から受信した医療施設名に基づいて、データベース１３から当該医療施設の所在地を検索し、検索した所在地を、医療施設名、薬剤名、薬剤の数量とともに患者コードを関連付けしてデータベース１３に記憶する。なお、薬剤の数量には、薬剤を投薬した実績数、今後薬剤を投薬する予定数を含むこととする。 The storage control unit 7c stores the medical facility name and the location of the medical facility in the database in association with each other, and retrieves the location of the medical facility from the database 13 based on the medical facility name received from the medical staff terminal 3. The searched address is stored in the database 13 in association with the medical facility name, drug name, quantity of drug, and patient code. Note that the number of medicines includes the actual number of medicines administered and the planned number of medicines to be administered in the future.
　検索部７ｅは、薬剤名をキーとして、データベースを検索して、薬剤の数量、患者数、少なくとも１つ以上の適応疾患名を出力する。 The search unit 7e searches the database using the drug name as a key, and outputs the quantity of drug, the number of patients, and at least one or more applicable disease names.
　なお、データベース１３は、住所として、所在地と地域名とを関連付けて記憶してもよい。
　検索部７ｅは、薬剤名、及び地域名をキーとして、データベースを検索して、薬剤名、及び地域名に対応する医療施設名、薬剤の数量、患者数、適応疾患名を出力する。 In addition, the database 13 may associate and store the location and the area name as the address.
The search unit 7e searches the database using the drug name and region name as keys, and outputs the name of the medical institution, the quantity of drug, the number of patients, and the name of the applicable disease corresponding to the drug name and region name.
　記憶制御部７ｃは、第１通信部７ｂを介して患者コード生成部７ｄにより生成された患者コードを医療従事者端末３に配信し、医療従事者端末３に表示されている患者別のカレンダ画面内に当該患者コードを表示させる。 The storage control unit 7c distributes the patient code generated by the patient code generation unit 7d to the medical staff terminal 3 via the first communication unit 7b, and displays the calendar screen for each patient displayed on the medical staff terminal 3. Display the patient code in the
　受注管理装置７は、検索画面データ生成部７ｆ、第２通信部７ｇを備えている。
　検索画面データ生成部７ｆは、薬剤名を指定して入力可能とする検索画面データを生成する。
　第２通信部７ｇは、検索画面データを医薬情報担当者端末に配信するとともに、医薬情報担当者端末から指定された薬剤名を受信する。
　検索部７ｅは、医薬情報担当者端末から受信した薬剤名をキーとして、データベースを検索する。 The order management device 7 includes a search screen data generation section 7f and a second communication section 7g.
The search screen data generation unit 7f generates search screen data that allows input by designating a drug name.
The second communication unit 7g distributes the search screen data to the terminal of the person in charge of medical information and receives the drug name specified from the terminal of the person in charge of medical information.
The search unit 7e searches the database using the drug name received from the medical information staff terminal as a key.
　検索画面データ生成部７ｆは、薬剤名、及び地域名を指定して入力可能とする検索画面データを生成する。
　第２通信部７ｇは、検索画面データを医薬情報担当者端末に配信するとともに、医薬情報担当者端末から指定された薬剤名、及び地域名を受信する。
　検索部７ｅは、医薬情報担当者端末から受信した薬剤名、及び地域名をキーとして、データベースを検索する。 The search screen data generation unit 7f generates search screen data that can be input by designating a medicine name and a region name.
The second communication unit 7g distributes the search screen data to the terminal of the person in charge of medical information, and receives the specified drug name and the name of the area from the terminal of the person in charge of medical information.
The search unit 7e searches the database using the drug name and region name received from the medical information staff terminal as keys.
　受注管理装置７は、ヒストグラム生成部７ｈ、第２通信部７ｇを備えている。
　ヒストグラム生成部７ｈは、検索部７ｅにより出力された検索結果に基づいて、薬剤名に対応した地域毎の薬剤の数量（又は数量）をヒストグラムとして生成する。
　第２通信部７ｇは、ヒストグラム生成部により生成されたヒストグラムを医薬情報担当者端末に配信する。 The order management device 7 includes a histogram generation section 7h and a second communication section 7g.
The histogram generation unit 7h generates a histogram of drug quantity (or quantity) for each region corresponding to the drug name based on the search results output by the search unit 7e.
The second communication unit 7g distributes the histogram generated by the histogram generation unit to the medical information staff terminal.
　ヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に現在治療中の患者数、及び投薬完了患者数をヒストグラムとして生成する。なお、投薬完了とは、ある患者のある疾患を治療するための薬剤の投薬が完了したことを示す。 The histogram generation unit 7h generates histograms of the number of patients currently undergoing treatment and the number of patients who have completed medication for each facility for the specified drug name and area name. It should be noted that the completion of administration means that the administration of drugs for treating a certain disease of a certain patient has been completed.
　ヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に総投薬数、及び総患者数をヒストグラムとして生成する。なお、総投薬数は、投薬実績数及び投薬予定数を合わせた数量とする。 The histogram generation unit 7h generates histograms of the total number of medications and the total number of patients for each facility for the specified drug name and region name. The total number of medications is the sum of the actual number of medications and the planned number of medications.
　ヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬予定数をヒストグラムとして生成する。 The histogram generation unit 7h generates histograms of the actual number of medications and the planned number of medications for each facility for the specified drug name and area name.
　ヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬予定数をヒストグラムとして生成する。 The histogram generation unit 7h generates histograms of the actual number of medications and the planned number of medications for each facility for the specified drug name and area name.
　ヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に疾患毎の投薬数をヒストグラムとして生成する。 The histogram generation unit 7h generates a histogram of the number of medications for each disease for each facility for the specified drug name and area name.
　ヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に総投薬数における疾患毎の内訳数をヒストグラムとして生成する。 The histogram generation unit 7h generates a histogram of the number of breakdowns for each disease in the total number of medications for each facility for the specified drug name and region name.
　ヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び計画投薬数をヒストグラムとして生成する。 The histogram generation unit 7h generates histograms of the number of actual medications and the number of planned medications for each facility for the specified drug name and area name.
　ヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に総投薬数における患者の割合をヒストグラムとして生成する。 The histogram generation unit 7h generates a histogram of the percentage of patients in the total number of medications for each facility for the specified drug name and region name.
　ヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に投薬実績、及び予定数をヒストグラムとして生成する。 The histogram generation unit 7h generates histograms of drug administration records and planned numbers for each facility with respect to the specified drug name and area name.
　ヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に疾患毎の投薬実績数、及び予定数をヒストグラムとして生成する。 The histogram generation unit 7h generates histograms of the actual number of medications and the planned number of medications for each disease for each facility for the specified drug name and area name.
　受注管理装置７は、表示データ生成部７ｉを備えている。
　表示データ生成部７ｉは、ヒストグラムを地図データ上のそれぞれの地域に重ねて配置した表示データを生成する。
　第２通信部７ｇは、表示データ生成部７ｉにより生成された表示データを医薬情報担当者端末に配信する。 The order management device 7 includes a display data generator 7i.
The display data generator 7i generates display data in which the histograms are superimposed on the respective areas on the map data.
The second communication unit 7g distributes the display data generated by the display data generation unit 7i to the medical information staff terminal.
　第１通信部７ｂは、医療従事者端末３から患者コード、及び薬剤名に関連付けられた投薬完了日を受信する。
　記憶制御部７ｃは、医療従事者端末３から既に受信した患者コード、及び薬剤名に投薬完了日を関連付けしてデータベースに記憶する。
　検索部７ｅは、薬剤名をキーとして、データベースを検索し、現在までに当該薬剤名を用いた治療が完了した患者数を出力し、或いは当該薬剤名を用いて治療中である患者数を出力する。 The first communication unit 7 b receives the patient code and the medication completion date associated with the drug name from the medical staff terminal 3 .
The storage control unit 7c associates the patient code and drug name already received from the medical staff terminal 3 with the medication completion date and stores them in the database.
The search unit 7e searches the database using the drug name as a key, and outputs the number of patients who have completed treatment using the drug name so far, or outputs the number of patients who are undergoing treatment using the drug name. do.
　マーケティングシステム１は、マーケティング装置と、医療従事者端末３と、医薬情報担当者端末５と、を備える。 The marketing system 1 includes a marketing device, a medical staff terminal 3, and a medical information staff terminal 5.
＜患者一覧画面＞
　図５は、本発明の一実施形態に係る患者一覧画面を示す図である。
　医療従事者端末３に表示されるメニュー画面（図示しない）には、多数の選択肢の１つとして患者一覧アイコンが表示されており、医療従事者が患者一覧アイコンを選択すると、患者情報（一覧）画面Ｇ１が表示される。
　医療従事者端末３に表示される患者情報（一覧）画面Ｇ１には、地域名プルダウンボタンＰＤ１、医療施設名プルダウンボタンＰＤ３、薬剤名プルダウンボタンＰＤ５、適応疾患名プルダウンボタンＰＤ７がそれぞれ表示されている。
　さらに、患者情報（一覧）画面Ｇ１には新規登録ボタンＢ１が表示されている。ここで、新規登録ボタンＢ１が押下されると、図６に示す新規登録画面Ｇ３に遷移する。 <Patient list screen>
FIG. 5 is a diagram showing a patient list screen according to one embodiment of the present invention.
On the menu screen (not shown) displayed on the medical staff terminal 3, a patient list icon is displayed as one of many options, and when the medical staff selects the patient list icon, patient information (list) A screen G1 is displayed.
A patient information (list) screen G1 displayed on the medical staff terminal 3 displays an area name pull-down button PD1, a medical facility name pull-down button PD3, a drug name pull-down button PD5, and an applicable disease name pull-down button PD7. .
Furthermore, a new registration button B1 is displayed on the patient information (list) screen G1. Here, when the new registration button B1 is pressed, the screen changes to the new registration screen G3 shown in FIG.
＜新規登録画面＞
　図６は、本発明の一実施形態に係る医療従事者端末に表示される患者情報の新規登録画面を示す図である。
　医療従事者端末３に表示される新規登録画面Ｇ３には、地域名プルダウンボタンＰＤ１、医療施設名プルダウンボタンＰＤ３、薬剤名プルダウンボタンＰＤ５、適応疾患名プルダウンボタンＰＤ７がそれぞれ表示されている。
　それぞれのプルダウンボタンに表示されている下矢印▽を押下されると、医療施設名、薬剤名、適応疾患名についての複数の選択肢が表示され、それぞれ１つが選択され、体重入力欄ＩＦ１に体重が入力され、さらに登録ボタンＢ３が押下されると、患者コードが生成される。 <New registration screen>
FIG. 6 is a diagram showing a new patient information registration screen displayed on the medical staff terminal according to one embodiment of the present invention.
On the new registration screen G3 displayed on the medical staff terminal 3, an area name pull-down button PD1, a medical facility name pull-down button PD3, a drug name pull-down button PD5, and an applicable disease name pull-down button PD7 are displayed.
When the down arrow ▽ displayed on each pull-down button is pressed, a plurality of options for the medical facility name, drug name, and applicable disease name are displayed, one of which is selected, and the weight is entered in the weight input field IF1 When the entry is made and the registration button B3 is pressed, a patient code is generated.
＜患者コード生成部＞
　図７は、本発明の一実施形態に係る患者コード生成部の動作を示すフローチャートである。
　ステップＳ２１では、患者コード生成部７ｄは、医療従事者端末３から受信した医療施設名に対して、データベース１３に予め登録されている複数の医療施設名の中に受信した医療施設名があるか否かを判定して、妥当性チェックを行う。患者コード生成部７ｄは、受信した医療施設名に妥当性がある場合に、ステップＳ２３に進む。一方、患者コード生成部７ｄは、受信した医療施設名に妥当性がない場合に、処理を終了する。 <Patient code generator>
FIG. 7 is a flow chart showing the operation of the patient code generator according to one embodiment of the present invention.
In step S21, the patient code generation unit 7d determines whether the received medical facility name exists among a plurality of medical facility names registered in advance in the database 13 for the medical facility name received from the medical staff terminal 3. Determine whether or not, and perform a validity check. If the received medical facility name is valid, the patient code generation unit 7d proceeds to step S23. On the other hand, the patient code generation unit 7d terminates the process when the received medical facility name is not valid.
　ステップＳ２３では、患者コード生成部７ｄは、医療従事者端末３から受信した薬剤名に対して、データベース１３に予め登録されている複数の薬剤名の中に受信した薬剤名があるか否かを判定して、妥当性チェックを行う。患者コード生成部７ｄは、受信した薬剤名に妥当性がある場合に、ステップＳ２５に進む。一方、患者コード生成部７ｄは、受信した薬剤名に妥当性がない場合に、処理を終了する。 In step S23, the patient code generation unit 7d determines whether the received drug name is among the multiple drug names registered in advance in the database 13 for the drug name received from the medical staff terminal 3. Make a decision and perform a plausibility check. If the received drug name is valid, the patient code generation unit 7d proceeds to step S25. On the other hand, the patient code generation unit 7d terminates the process when the received drug name is not valid.
　ステップＳ２５では、患者コード生成部７ｄは、医療従事者端末３から受信した適応疾患名に対して、データベース１３に予め登録されている複数の適応疾患名の中に受信した適応疾患名があるか否かを判定して、妥当性チェックを行う。患者コード生成部７ｄは、受信した適応疾患名に妥当性がある場合に、ステップＳ２７に進む。一方、患者コード生成部７ｄは、受信した適応疾患名に妥当性がない場合に、処理を終了する。 In step S25, the patient code generation unit 7d determines whether the received applicable disease name is among the plurality of applicable disease names registered in advance in the database 13 for the applicable disease name received from the medical staff terminal 3. Determine whether or not, and perform a validity check. The patient code generation unit 7d proceeds to step S27 when the received applicable disease name is valid. On the other hand, the patient code generation unit 7d terminates the process when the received applicable disease name is not valid.
　ステップＳ２７では、患者コード生成部７ｄは、ユニークな通し番号を発番する。
　ステップＳ２９では、患者コード生成部７ｄは、受信データである医療施設名、薬剤名、適応疾患名をデータベース１３に記憶する。
　ステップＳ３１では、患者コード生成部７ｄは、ユニークな通し番号を患者コードとしてデータベース１３に記憶する。この際、医療施設名、薬剤名、適応疾患名に患者コードが関連付けされてデータベース１３に記憶される。 In step S27, the patient code generator 7d issues a unique serial number.
In step S29, the patient code generation unit 7d stores the medical facility name, drug name, and applicable disease name, which are received data, in the database 13. FIG.
In step S31, the patient code generator 7d stores the unique serial number in the database 13 as a patient code. At this time, the patient code is associated with the medical facility name, drug name, and applicable disease name and stored in the database 13 .
＜記憶制御部＞
　図８は、本発明の一実施形態に係る記憶制御部の動作を示すフローチャートである。
　ステップＳ４１では、記憶制御部７ｃは、薬剤マスタより、薬剤名をキーとして、薬剤コードを取得する。
　ステップＳ４３では、記憶制御部７ｃは、医療施設マスタより、医療施設名をキーとして、医療施設コードを取得する。
　ステップＳ４５では、記憶制御部７ｃは、投薬予定日、薬剤コード、医療施設コード、患者コードをカレンダファイルへ登録する。なお、投薬予定日については、後述することとする。 <Memory control unit>
FIG. 8 is a flow chart showing the operation of the storage control unit according to one embodiment of the present invention.
In step S41, the storage control unit 7c acquires a drug code from the drug master using the drug name as a key.
In step S43, the memory control unit 7c acquires a medical facility code from the medical facility master using the medical facility name as a key.
In step S45, the memory control unit 7c registers the scheduled drug administration date, drug code, medical facility code, and patient code in the calendar file. The scheduled dosing date will be described later.
＜投薬予定がない状態の患者別カレンダ画面＞
　図９は、本発明の一実施形態に係る医療従事者端末での投薬予定がない状態の患者別カレンダ画面を表す図である。
　患者別カレンダ画面Ｇ５には、説明の前提条件として、例えば、薬剤名を「薬品Ａ」、医療施設名を「ＸＸ病院」、患者名を「００００００７０」が表示されている。医療従事者端末３の初期画面には図９に示すような患者別カレンダ画面Ｇ５が表示される。 <Patient-specific calendar screen with no medication scheduled>
FIG. 9 is a diagram showing a patient-by-patient calendar screen with no medication scheduled on the medical staff terminal according to one embodiment of the present invention.
On the patient-by-patient calendar screen G5, as prerequisites for explanation, for example, the name of the drug is displayed as "medicine A", the name of the medical facility is "XX hospital", and the name of the patient is displayed as "00000070". The initial screen of the medical staff terminal 3 displays a patient-by-patient calendar screen G5 as shown in FIG.
　この例では、画面が患者別のカレンダであることを示す表題４１があり、薬剤名の枠内（薬剤を指定する領域）に「薬品Ａ」が表示され、プルダウンボタンＰＤ１１により枠内の内容を選択することができる。
　また、その下に病院名の枠内（配送先データを指定する領域）に「ＸＸ病院」が表示され、プルダウンボタンＰＤ１３により枠内の内容を選択することができる。その右側に患者名の枠内（患者識別データを指定する領域）に「００００００７０」が表示され、プルダウンボタンＰＤ１５により枠内の内容を選択することができる。また、右側に一括での投薬予定日登録を行う場合の一括登録ボタンＢ５がある。
　更に、それらの下側の領域にカレンダ領域４３がある。この例では、２０１６年１０月のカレンダが表示されている。 In this example, there is a title 41 indicating that the screen is a calendar for each patient, "Medicine A" is displayed in the frame of the drug name (area for designating the drug), and the contents of the frame can be changed by the pull-down button PD11. can be selected.
In addition, "XX hospital" is displayed in the frame of the hospital name (the area for designating the delivery destination data) below it, and the content within the frame can be selected by the pull-down button PD13. "00000070" is displayed in the frame of the patient's name (area for designating the patient identification data) on the right side thereof, and the content within the frame can be selected by the pull-down button PD15. Also, on the right side, there is a batch registration button B5 for batch registration of scheduled medication dates.
In addition, there is a calendar area 43 in the area below them. In this example, the calendar for October 2016 is displayed.
＜投薬予定がある状態の患者別のカレンダの画面＞
　図１０は、本発明の一実施形態に係る医療従事者端末での投薬予定がある状態の患者別のカレンダの画面を表す図である。
　説明の前提条件として、薬剤名は枠内に表示される「薬品Ａ」、その薬剤コードは枠内に表示される「４６９２７０９８」、医療施設名は枠内に表示される「ＸＸ病院」、その医療施設コードは枠内に表示される「３」、患者名は枠内に表示される「００００００７０」とする。
　この例では、薬剤、病院、患者を選択する欄４５が選択されると、受注管理サーバ１１は患者別のカレンダ画面データ生成部７ａにより各種マークが該当する日に表示される。
　ここでは、２０１６年１０月１２日に「投薬に関連する納品日」を表すマーク４７が表示される。
　このマークのマル番号は納品日が１回目であることを表している。また、２０１６年１０月１３日に「投薬に関連する投薬予定日」を表すマーク４９が表示される。
　このマークのマル番号は投薬の回数が１回目であることを表している。
　また、２０１６年１０月１４日に「投薬に関連する回収日」を表すマーク５１が表示される。このマークのマル番号は、薬剤や容器を配送・回収するために用いる配送ユニットによる回収の回数が１回目であることを表している。 <Calendar screen for each patient with medication scheduled>
FIG. 10 is a diagram showing a screen of a calendar for each patient with medication scheduled on a medical staff terminal according to an embodiment of the present invention.
As prerequisites for the explanation, the drug name is "Drug A" displayed in the frame, the drug code is "46927098" displayed in the frame, the medical facility name is "XX Hospital" displayed in the frame, and the The medical facility code is "3" displayed in the frame, and the patient name is "00000070" displayed in the frame.
In this example, when the column 45 for selecting medicine, hospital, and patient is selected, the order management server 11 displays various marks on the corresponding day by the calendar screen data generation unit 7a for each patient.
Here, a mark 47 representing "delivery date related to medication" is displayed on October 12, 2016. FIG.
The circle number of this mark indicates that the delivery date is the first time. In addition, a mark 49 representing "scheduled medication date related to medication" is displayed on October 13, 2016. FIG.
The circle number of this mark indicates that the number of administrations is the first.
In addition, a mark 51 representing “collection date related to medication” is displayed on October 14, 2016. FIG. The circle number of this mark indicates that the number of times of collection by the delivery unit used for delivering and collecting medicines and containers is the first time.
＜医療従事者端末とカレンダ画面データ生成部との通信内容＞
　図１１は、本発明の一実施形態に係わる医療従事者端末とカレンダ画面データ生成部との通信内容を表すシーケンス図である。
　ステップＳ７１では、医療従事者端末３は、通信ネットワークＮ１を介してカレンダ画面の要求を受注管理装置７に設けられたカレンダ画面データ生成部７ａに送信する。
　カレンダ画面データ生成部７ａは、医療従事者端末３からカレンダ画面の要求を受信した場合に、ステップＳ７３では、医療施設コード、及び薬剤リストの要求をデータベース１３に送信する。
　データベース１３は、医療施設コード、及び薬剤リストの要求を受信した場合に、ステップＳ７５では、医療施設コードに紐付く薬剤リストをデータベース１３から取得してカレンダ画面データ生成部７ａに送信する。
　カレンダ画面データ生成部７ａは、医療施設コードに紐付く薬剤リストを受信した場合に、ステップＳ７７では、患者リストの要求をデータベース１３に送信する。
　データベース１３は、患者リストの要求を受信した場合に、ステップＳ７９では、医療施設コードに紐付く患者リストをデータベース１３から取得してカレンダ画面データ生成部７ａに送信する。
　カレンダ画面データ生成部７ａは、医療施設コードに紐付く患者リストを受信した場合に、ステップＳ８１では、カレンダ画面の表示指示を医療従事者端末３に送信する。 <Communication content between the medical staff terminal and the calendar screen data generation unit>
FIG. 11 is a sequence diagram showing communication contents between a medical staff terminal and a calendar screen data generator according to one embodiment of the present invention.
In step S71, the medical staff terminal 3 transmits a calendar screen request to the calendar screen data generator 7a provided in the order management device 7 via the communication network N1.
When the calendar screen data generation unit 7a receives a request for a calendar screen from the medical staff terminal 3, it transmits a medical facility code and a request for a drug list to the database 13 in step S73.
Upon receiving the request for the medical facility code and the drug list, the database 13 acquires the drug list linked to the medical facility code from the database 13 and transmits it to the calendar screen data generator 7a in step S75.
When the calendar screen data generation unit 7a receives the drug list linked to the medical facility code, it transmits a request for the patient list to the database 13 in step S77.
When receiving the request for the patient list, the database 13 acquires the patient list linked to the medical facility code from the database 13 and transmits it to the calendar screen data generator 7a in step S79.
When the calendar screen data generation unit 7a receives the patient list associated with the medical facility code, it transmits a calendar screen display instruction to the medical staff terminal 3 in step S81.
　ステップＳ８３では、医療従事者端末３は、通信ネットワークＮ１を介して、医療施設コード、薬剤コード、薬剤の数量、患者コード、投薬予定日等の登録要求を受注管理装置７に設けられたカレンダ画面データ生成部７ａに送信する。
　カレンダ画面データ生成部７ａは、医療従事者端末３から医療施設コード、薬剤コード、薬剤の数量、患者コード、投薬予定日等の登録要求を受信した場合に、ステップＳ８５では、医療施設コード、薬剤コード、薬剤の数量、患者コード、投薬予定日等の登録要求をデータベース１３に送信する。
　データベース１３は、医療施設コード、薬剤コード、薬剤の数量、患者コード、投薬予定日等の登録要求を受信した場合に、ステップＳ８７では、登録要求に応じて医療施設コード、薬剤コード、薬剤の数量、患者コード、投薬予定日等のデータをデータベース１３に登録する。
　データベース１３は、ステップＳ８９では、投薬予定日の表示指示をカレンダ画面データ生成部７ａに送信する。
　カレンダ画面データ生成部７ａは、投薬予定日の表示指示を受信した場合に、ステップＳ９１では、投薬予定日の表示指示を医療従事者端末３に送信する。 In step S83, the medical staff terminal 3 sends a request for registration of the medical facility code, drug code, quantity of drug, patient code, scheduled drug administration date, etc. to the calendar screen provided in the order management device 7 via the communication network N1. It is transmitted to the data generator 7a.
When the calendar screen data generation unit 7a receives a registration request for the medical facility code, the drug code, the quantity of drugs, the patient code, the scheduled medication date, etc. from the medical staff terminal 3, in step S85, the medical facility code, the drug A request for registration of the code, quantity of medicine, patient code, scheduled date of administration, etc. is sent to the database 13 .
When the database 13 receives a registration request for the medical facility code, drug code, drug quantity, patient code, scheduled medication date, etc., in step S87, in response to the registration request, the medical facility code, the drug code, and the drug quantity are registered. , patient code, scheduled date of medication, etc. are registered in the database 13 .
In step S89, the database 13 transmits an instruction to display the scheduled drug administration date to the calendar screen data generator 7a.
When receiving the display instruction of the scheduled medication date, the calendar screen data generation unit 7a transmits the display instruction of the scheduled medication date to the medical staff terminal 3 in step S91.
＜受注管理装置のＥＲ図＞
　図１２（ａ）～（ｇ）は、本発明の一実施形態に係わる受注管理装置に用いられるＥＲ図である。
　図１２（ａ）は、カレンダファイル７１を示すＥＲ図であり、薬剤コード、医療施設コード、患者コード、投薬回数をキーとして、投薬予定日、納品日、計画回収日をデータベース１３に記憶している。
　カレンダファイル７１は、カレンダ画面を表示する際の元となるデータである。
図１２（ｂ）は、患者マスタ７３を示すＥＲ図であり、医療施設コード、患者コード、薬剤コードをキーとして、適応疾患コード、適応疾患名、投薬完了日をデータベース１３に記憶している。
　患者マスタ７３は、患者コードに対して、どこの医療施設コード、どの薬剤コード、どの適応疾患コードかを紐づけており、患者（コード）の投薬が完了しているか否かを判断するための日付をデータベース１３に記憶している。 <ER diagram of order management device>
FIGS. 12(a) to 12(g) are ER diagrams used in the order management system according to one embodiment of the present invention.
FIG. 12(a) is an ER diagram showing the calendar file 71. Drug code, medical facility code, patient code, and number of medications are used as keys, and the scheduled medication date, delivery date, and planned collection date are stored in the database 13. there is
The calendar file 71 is data that is the basis for displaying the calendar screen.
FIG. 12(b) is an ER diagram showing the patient master 73, in which the applicable disease code, applicable disease name, and medication completion date are stored in the database 13 using the medical facility code, patient code, and drug code as keys.
The patient master 73 associates the patient code with which medical facility code, which drug code, and which applicable disease code, and is used to determine whether the patient (code) has completed medication. The date is stored in the database 13.
　図１２（ｃ）は、医療施設投薬履歴ファイル７５を示すＥＲ図であり、医療施設コード、薬剤コード、シリアルＮｏをキーとして、患者コード、投薬区分、投薬日時をデータベース１３に記憶している。
　医療施設投薬履歴ファイル７５は、どこの医療施設で、どの薬剤のどのシリアルＮｏが、どの患者にいつ投薬されたかをデータベース１３に記憶している。
　図１２（ｄ）は、医療施設別薬剤マスタ７７を示すＥＲ図であり、医療施設コードと薬剤コードをキーとしてデータベース１３に記憶している。
　医療施設別薬剤マスタ７７は、どの医療施設でどの薬剤を扱っているかをデータベース１３に記憶している。
　図１２（ｅ）は、薬剤マスタ７９を示すＥＲ図であり、薬剤コードをキーとして、薬剤名、製薬メーカのメーカコードをデータベース１３に記憶している。
　薬剤マスタ７９は、薬剤名とメーカコードを紐づける情報をデータベース１３に記憶している。 FIG. 12(c) is an ER diagram showing the medical facility medication history file 75, in which the database 13 stores the patient code, medication category, and medication date and time using the medical facility code, drug code, and serial number as keys.
The medical facility medication history file 75 stores in the database 13 which medical facility, which serial number of which drug was administered to which patient, and when.
FIG. 12(d) is an ER diagram showing the drug master by medical facility 77, which is stored in the database 13 using the medical facility code and the drug code as keys.
The drug master by medical facility 77 stores in the database 13 which medical facility handles which drug.
FIG. 12(e) is an ER diagram showing the drug master 79, in which drug names and manufacturer codes of drug manufacturers are stored in the database 13 using drug codes as keys.
The drug master 79 stores in the database 13 information linking drug names and manufacturer codes.
　図１２（ｆ）は、医療施設マスタ８１を示すＥＲ図であり、医療施設コードをキーとして、医療施設名、郵便番号、住所を記憶している。
　医療施設マスタ８１は、地図上にヒストグラムを表示する際に参照する医療施設の情報をデータベース１３に記憶している。
　図１２（ｇ）は、ユーザマスタ８３を示すＥＲ図であり、ユーザコードとキーとして、ユーザ区分、製薬メーカのメーカコードおよび医療施設コードをデータベース１３に記憶している。
　ユーザマスタ８３は、カレンダ画面や検索画面へアクセスする際、対象の薬剤リストや医療施設一覧を取得するための情報をデータベース１３に記憶している。 FIG. 12(f) is an ER diagram showing the medical facility master 81, which stores the medical facility name, postal code, and address using the medical facility code as a key.
The medical facility master 81 stores information on medical facilities in the database 13 to be referred to when displaying histograms on the map.
FIG. 12(g) is an ER diagram showing the user master 83, in which the database 13 stores user categories, pharmaceutical manufacturer codes and medical facility codes as user codes and keys.
The user master 83 stores information in the database 13 for obtaining a target drug list and medical facility list when accessing the calendar screen and the search screen.
＜医療施設別カレンダ画面＞
　図１３は、本発明の一実施形態に係わる医療従事者端末に表示される医療施設別カレンダ画面を表す図である。
　医療従事者端末３に表示される医療施設別カレンダ画面Ｇ７の上段には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ２１、医療施設の地域名を選択するための地域名プルダウンボタンＰＤ２３が表示されている。
　医療施設別カレンダ画面Ｇ７の下方には、カレンダ画面Ｇ９が表示されている。
　カレンダ画面Ｇ９の横方向には、投薬、及び日付けが配置されている。
　カレンダ画面Ｇ９の縦方向には、投薬数、納品数、回収数が配置されている。
　例えば、カレンダ画面Ｇ９には、テスト病院Ａに係わる患者数（使用／登録）：３／７名と表示されており、さらに、注射器マークには投薬数が付加され、納品車両マークには納品数が付加され、回収車両マークには回収数が付加され、それぞれ表示されている。 <Calendar screen by medical facility>
FIG. 13 is a diagram showing a calendar screen for each medical facility displayed on the medical staff terminal according to one embodiment of the present invention.
In the upper part of the medical facility calendar screen G7 displayed on the medical staff terminal 3, a drug name pull-down button PD21 for selecting a drug name and a region name pull-down button PD23 for selecting the region name of the medical facility are displayed. It is
A calendar screen G9 is displayed below the medical facility calendar screen G7.
Medications and dates are arranged in the horizontal direction of the calendar screen G9.
The number of medications, the number of deliveries, and the number of collections are arranged in the vertical direction of the calendar screen G9.
For example, on the calendar screen G9, the number of patients (used/registered) related to test hospital A is displayed as 3/7. is added, and the number of collected vehicles is added to the collected vehicle mark and displayed.
＜検索画面、及び患者情報一覧画面＞
　図１４は、本発明の一実施形態に係わる医療従事者端末に表示される検索画面、及び患者情報一覧画面を表す図である。
　検索画面Ｇ１１には、医療施設の地域名を選択するための地域名プルダウンボタンＰＤ２５、医療施設の医療施設名を選択するための医療施設名プルダウンボタンＰＤ２７、薬剤名を選択するための薬剤名プルダウンボタンＰＤ２９、適応疾患名を選択するための適応疾患名プルダウンボタンＰＤ３１、が表示されている。
　検索画面Ｇ１１に対して、それぞれのプルダウンボタンへの選択操作が完了し、検索結果画面Ｇ１３が表示される。なお、新規登録ボタンＢ５が押下されると、図６に示す画面Ｇ３に遷移する。
　検索結果画面Ｇ１３には、横方向に医療施設名、患者コード、適応疾患名、体重、投薬状況、投薬開始日、終了予定日、投薬回数などの項目が配置されており、検索結果が縦方向に表示される。 <Search screen and patient information list screen>
FIG. 14 is a diagram showing a search screen and a patient information list screen displayed on the medical staff terminal according to one embodiment of the present invention.
The search screen G11 includes an area name pull-down button PD25 for selecting the area name of the medical facility, a medical facility name pull-down button PD27 for selecting the medical facility name, and a drug name pull-down button for selecting the drug name. A button PD29 and an applicable disease name pull-down button PD31 for selecting an applicable disease name are displayed.
The selection operation to each pull-down button is completed for the search screen G11, and the search result screen G13 is displayed. When the new registration button B5 is pressed, the screen transitions to the screen G3 shown in FIG.
In the search result screen G13, items such as medical facility name, patient code, applicable disease name, body weight, medication status, medication start date, scheduled end date, number of medications, etc. are arranged in the horizontal direction, and the search results are arranged in the vertical direction. to be displayed.
＜医薬情報担当者端末から検索部に至る通信内容（その１）＞
　図１５は、本発明の一実施形態に係わる医薬情報担当者端末からデータベースに至る通信内容を表すシーケンス図（その１）である。
　ステップＳ１０１では、医薬情報担当者端末５は、検索画面の起動要求（メーカコードを含む）が通信ネットワークＮ１を介して受注管理装置７に設けられた検索画面データ生成部７ｆに送信する。
　検索画面データ生成部７ｆは、医薬情報担当者端末５から起動要求（メーカコードを含む）を受信した場合に、ステップＳ１０３では、薬剤名リスト要求を検索部７ｅに送信する。
　検索部７ｅは、検索画面データ生成部７ｆから薬剤名リストの取得要求を受信した場合に、ステップＳ１０５では、薬剤名の取得要求をデータベース１３に送信する。 <Contents of communication from the terminal of the person in charge of medical information to the search unit (Part 1)>
FIG. 15 is a sequence diagram (part 1) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
In step S101, the medical information staff terminal 5 transmits a search screen activation request (including the manufacturer code) to the search screen data generator 7f provided in the order management device 7 via the communication network N1.
When the search screen data generation unit 7f receives an activation request (including the manufacturer code) from the medical information staff terminal 5, in step S103, the search screen data generation unit 7f transmits a drug name list request to the search unit 7e.
When the search unit 7e receives a drug name list acquisition request from the search screen data generation unit 7f, the search unit 7e transmits a drug name acquisition request to the database 13 in step S105.
　データベース１３は、検索部７ｅから薬剤名の取得要求を受信した場合に、ステップＳ１０７では、薬剤名を検索部７ｅに送信する。
　検索部７ｅは、データベース１３から薬剤名を受信した場合に、ステップＳ１０９では、薬剤名リストを検索画面データ生成部７ｆに送信する。
　検索画面データ生成部７ｆは、検索部７ｅから薬剤名リストを受信した場合に、ステップＳ１１１では、検索画面、および、データ抽出条件を医薬情報担当者端末５に送信する。 When receiving the drug name acquisition request from the search unit 7e, the database 13 transmits the drug name to the search unit 7e in step S107.
When the drug name is received from the database 13, the search unit 7e transmits the drug name list to the search screen data generation unit 7f in step S109.
When the drug name list is received from the search unit 7e, the search screen data generation unit 7f transmits the search screen and the data extraction conditions to the medical information staff terminal 5 in step S111.
＜医薬情報担当者端末から検索部に至る通信内容（その２）＞
　図１６は、本発明の一実施形態に係わる医薬情報担当者端末からデータベースに至る通信内容を表すシーケンス図（その２）である。
　ステップＳ１２１では、医薬情報担当者端末５は、医療情報の検索要求（メーカコード、薬剤名を含む）を通信ネットワークＮ１を介して受注管理装置７に設けられたヒストグラム生成部７ｈに送信する。
　ヒストグラム生成部７ｈは、医薬情報担当者端末５から医療情報の検索要求（メーカコード、薬剤名を含む）を受信した場合に、ステップＳ１２３では、指定薬剤取扱医療情報の取得要求（薬剤名を含む）を検索部７ｅに送信する。
　検索部７ｅは、ヒストグラム生成部７ｈから指定薬剤取扱医療情報の取得要求を受信した場合に、ステップＳ１２５では、薬剤別医療施設リストの取得要求（薬剤名を含む）をデータベース１３に送信する。 <Contents of communication from the terminal of the person in charge of medical information to the search unit (Part 2)>
FIG. 16 is a sequence diagram (part 2) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
In step S121, the medical information staff terminal 5 transmits a medical information search request (including manufacturer code and drug name) to the histogram generator 7h provided in the order management device 7 via the communication network N1.
When the histogram generation unit 7h receives a medical information search request (including the manufacturer code and drug name) from the medical information staff terminal 5, in step S123, the specified drug handling medical information acquisition request (including the drug name ) to the search unit 7e.
When the search unit 7e receives a request to acquire the specified drug handling medical information from the histogram generation unit 7h, the search unit 7e transmits a request to acquire the drug-specific medical facility list (including the drug name) to the database 13 in step S125.
　データベース１３は、検索部７ｅから薬剤別医療施設リストの取得要求を受信した場合に、ステップＳ１２７では、医療施設リストを検索部７ｅに送信する。
　検索部７ｅは、データベース１３から医療施設リストを受信した場合に、ステップＳ１２９では、利用薬剤数の取得要求（医療施設、薬剤名）をデータベース１３に送信する。
　データベース１３は、検索部７ｅから利用薬剤数の取得要求を受信した場合に、ステップＳ１３１では、薬剤の数量を検索部７ｅに送信する。
　検索部７ｅは、データベース１３から薬剤の数量を受信した場合に、ステップＳ１３３では、適応疾患名の取得要求（医療施設、薬剤名）をデータベース１３に送信する。
　データベース１３は、検索部７ｅから適応疾患名の取得要求を受信した場合に、ステップＳ１３５では、適応疾患名を検索部７ｅに送信する。
　検索部７ｅは、ステップＳ１３６では、データベース１３から受信した医療施設リスト、薬剤の数量（医療施設、薬剤名であってもよい）、適応疾患名（医療施設、薬剤名であってもよい）をヒストグラム生成部７ｈに送信する。 When the database 13 receives a drug-specific medical facility list acquisition request from the search unit 7e, the database 13 transmits the medical facility list to the search unit 7e in step S127.
When the medical facility list is received from the database 13, the search unit 7e transmits an acquisition request for the number of used drugs (medical facility, drug name) to the database 13 in step S129.
When the database 13 receives the acquisition request for the number of used drugs from the search unit 7e, in step S131, the database 13 transmits the quantity of drugs to the search unit 7e.
Upon receiving the drug quantity from the database 13, the search unit 7e transmits an acquisition request for the applicable disease name (medical facility, drug name) to the database 13 in step S133.
When the database 13 receives an acquisition request for the name of the applicable disease from the search unit 7e, the database 13 transmits the name of the applicable disease to the search unit 7e in step S135.
In step S136, the search unit 7e retrieves the medical facility list received from the database 13, the quantity of drugs (medical facility and drug name may be used), and the applicable disease name (medical facility and drug name may be used). It is transmitted to the histogram generator 7h.
　ステップＳ１３７では、ヒストグラム生成部７ｈは、検索部７ｅから受信した医療施設リスト、薬剤の数量（医療施設、薬剤名であってもよい）、適応疾患名（医療施設、薬剤名であってもよい）に基づいて、ヒストグラムを作成（生成）する。
　ステップＳ１３９では、ヒストグラム生成部７ｈは、医療情報リストの作成要求を表示データ生成部７ｉに送信する。
　表示データ生成部７ｉは、ヒストグラム生成部７ｈから医療情報リストの作成要求を受信した場合に、ステップＳ１４１では、医療情報リストを作成する。
　ステップＳ１４３では、表示データ生成部７ｉは、医療情報リスト表をヒストグラム生成部７ｈに送信する。
　ヒストグラム生成部７ｈは、表示データ生成部７ｉから医療情報を受信した場合に、ステップＳ１４７では、医療情報を医薬情報担当者端末５に送信する。 In step S137, the histogram generation unit 7h generates the medical facility list received from the search unit 7e, the quantity of drugs (medical facility and drug name may be used), the applicable disease name (medical facility and drug name may be ) to create (generate) a histogram.
In step S139, the histogram generator 7h transmits a medical information list creation request to the display data generator 7i.
When the display data generation unit 7i receives a medical information list generation request from the histogram generation unit 7h, the display data generation unit 7i generates a medical information list in step S141.
In step S143, the display data generator 7i transmits the medical information list table to the histogram generator 7h.
When receiving the medical information from the display data generating unit 7i, the histogram generating unit 7h transmits the medical information to the medical information staff terminal 5 in step S147.
＜医薬情報担当者端末から検索部に至る通信内容（その３）＞
　図１７は、本発明の一実施形態に係わる医薬情報担当者端末からデータベースに至る通信内容を表すシーケンス図（その３）である。
　ステップＳ２０１では、医薬情報担当者端末５は、検索画面の起動要求（メーカコードを含む）が通信ネットワークＮ１を介して受注管理装置７に設けられた検索画面データ生成部７ｆに送信する。
　検索画面データ生成部７ｆは、医薬情報担当者端末５から検索画面の起動要求（メーカコードを含む）を受信した場合に、ステップＳ２０３では、薬剤名リストの取得要求を検索部７ｅに送信する。
　検索部７ｅは、検索画面データ生成部７ｆから薬剤名リストの取得要求を受信した場合に、ステップＳ２０５では、薬剤名の取得要求をデータベース１３に送信する。 <Contents of communication from the terminal of the person in charge of medical information to the search unit (Part 3)>
FIG. 17 is a sequence diagram (part 3) showing the contents of communication from the medical information staff terminal to the database according to one embodiment of the present invention.
In step S201, the medical information staff terminal 5 transmits a search screen activation request (including the manufacturer code) to the search screen data generator 7f provided in the order management device 7 via the communication network N1.
When the search screen data generation unit 7f receives a search screen activation request (including the manufacturer code) from the medical information staff terminal 5, in step S203, the search screen data generation unit 7f transmits a drug name list acquisition request to the search unit 7e.
When the search unit 7e receives a drug name list acquisition request from the search screen data generation unit 7f, the search unit 7e transmits a drug name acquisition request to the database 13 in step S205.
　データベース１３は、検索部７ｅから薬剤名の取得要求を受信した場合に、ステップＳ２０７では、薬剤名を検索部７ｅに送信する。
　検索部７ｅは、データベース１３から薬剤名を受信した場合に、ステップＳ２０９では、薬剤名リストを検索画面データ生成部７ｆに送信する。 When receiving a drug name acquisition request from the search unit 7e, the database 13 transmits the drug name to the search unit 7e in step S207.
When the drug name is received from the database 13, the search unit 7e transmits the drug name list to the search screen data generation unit 7f in step S209.
　検索画面データ生成部７ｆは、検索部７ｅから薬剤名リストを受信した場合に、ステップＳ２１１では、地域名リストの取得要求を検索部７ｅに送信する。
　検索部７ｅは、検索画面データ生成部７ｆから地域名リストの取得要求を受信した場合に、ステップＳ２１３では、地域名の取得要求をデータベース１３に送信する。
　データベース１３は、検索部７ｅから地域名の取得要求を受信した場合に、ステップＳ２１５では、地域名を検索部７ｅに送信する。
　検索部７ｅは、データベース１３から地域名を受信した場合に、ステップＳ２１７では、地域名リストを検索画面データ生成部７ｆに送信する。
　検索画面データ生成部７ｆは、検索部７ｅから地域名リストを受信した場合に、ステップＳ２１９では、検索画面、および、データ抽出条件（地域名を含む）を医薬情報担当者端末５に送信する。 When the search screen data generation unit 7f receives the drug name list from the search unit 7e, in step S211, the search screen data generation unit 7f transmits a region name list acquisition request to the search unit 7e.
When the search unit 7e receives a region name list acquisition request from the search screen data generation unit 7f, the search unit 7e transmits a region name acquisition request to the database 13 in step S213.
When the database 13 receives a region name acquisition request from the search unit 7e, the database 13 transmits the region name to the search unit 7e in step S215.
When the search unit 7e receives the area names from the database 13, in step S217, the search unit 7e transmits the area name list to the search screen data generation unit 7f.
When the search screen data generation unit 7f receives the region name list from the search unit 7e, it transmits the search screen and the data extraction conditions (including the region name) to the medical information staff terminal 5 in step S219.
＜医薬情報担当者端末から検索部に至る通信内容（その４）＞
　図１８は、本発明の一実施形態に係わる医薬情報担当者端末からデータベースに至るシーケンス図（その４）である。
　ステップＳ２４１では、医薬情報担当者端末５は、医療情報の検索要求（メーカコード、薬剤名、地域名を含む）を通信ネットワークＮ１を介して受注管理装置７に設けられたヒストグラム生成部７ｈに送信する。
　ヒストグラム生成部７ｈは、医薬情報担当者端末５から医療情報の検索要求（メーカコード、薬剤名、地域名を含む）を受信した場合に、ステップＳ２４３では、地域別指定薬剤取扱医療情報の取得要求（薬剤名、地域名を含む）を検索部７ｅに送信する。
　検索部７ｅは、ヒストグラム生成部７ｈから地域別指定薬剤取扱医療情報の取得要求を受信した場合に、ステップＳ２４５では、薬剤別医療施設リストの取得要求（薬剤名、地域名を含む）をデータベース１３に送信する。 <Contents of communication from the terminal of the person in charge of medical information to the search unit (Part 4)>
FIG. 18 is a sequence diagram (part 4) from the medical information staff terminal to the database according to one embodiment of the present invention.
In step S241, the medical information staff terminal 5 transmits a medical information search request (including the manufacturer code, drug name, and area name) to the histogram generator 7h provided in the order management device 7 via the communication network N1. do.
When the histogram generation unit 7h receives a medical information search request (including manufacturer code, drug name, and region name) from the terminal 5 of the person in charge of medical information, in step S243, the acquisition request for medical information handling designated drugs by region is received. (including drug name and area name) is sent to the search unit 7e.
When the searching unit 7e receives a request to acquire the medical information handling designated drugs by region from the histogram generating unit 7h, in step S245, the search unit 7e sends a request to acquire a list of medical facilities by drug (including drug name and region name) to the database 13. Send to
　データベース１３は、検索部７ｅから薬剤別医療施設リストの取得要求を受信した場合に、ステップＳ２４７では、医療施設リストを検索部７ｅに送信する。
　検索部７ｅは、データベース１３から医療施設リストを受信した場合に、ステップＳ２４９では、利用薬剤数の取得要求（医療施設、薬剤名）をデータベース１３に送信する。
　データベース１３は、検索部７ｅから利用薬剤数の取得要求を受信した場合に、ステップＳ２５１では、薬剤の数量を検索部７ｅに送信する。
　検索部７ｅは、データベース１３から薬剤の数量を受信した場合に、ステップＳ２５３では、適応疾患名の取得要求（医療施設、薬剤名）をデータベース１３に送信する。
　データベース１３は、検索部７ｅから適応疾患名の取得要求を受信した場合に、ステップＳ２５５では、適応疾患名を検索部７ｅに送信する。
　検索部７ｅは、ステップＳ２５６では、データベース１３から受信した医療施設リスト、薬剤の数量（医療施設、薬剤名であってもよい）、適応疾患名（医療施設、薬剤名であってもよい）をヒストグラム生成部７ｈに送信する。 When the database 13 receives a drug-specific medical facility list acquisition request from the search unit 7e, the database 13 transmits the medical facility list to the search unit 7e in step S247.
When the medical facility list is received from the database 13, the search unit 7e transmits an acquisition request for the number of used drugs (medical facility, drug name) to the database 13 in step S249.
When the database 13 receives an acquisition request for the number of used drugs from the search unit 7e, in step S251, the database 13 transmits the quantity of drugs to the search unit 7e.
Upon receiving the drug quantity from the database 13, the search unit 7e transmits an acquisition request for the applicable disease name (medical facility, drug name) to the database 13 in step S253.
When the database 13 receives an acquisition request for the name of the applicable disease from the search unit 7e, the database 13 transmits the name of the applicable disease to the search unit 7e in step S255.
In step S256, the search unit 7e retrieves the list of medical facilities received from the database 13, the quantity of drugs (medical facility and drug name may be used), and the applicable disease name (medical facility and drug name may be used). It is transmitted to the histogram generator 7h.
　ステップＳ２５７では、ヒストグラム生成部７ｈは、検索部７ｅから受信した医療施設リスト、薬剤の数量（医療施設、薬剤名であってもよい）、適応疾患名（医療施設、薬剤名であってもよい）に基づいて、ヒストグラムを作成（生成）する。
　ステップＳ２５９では、ヒストグラム生成部７ｈは、医療情報リストの作成要求を表示データ生成部７ｉに送信する。
　表示データ生成部７ｉは、ヒストグラム生成部７ｈから医療情報リストの作成要求を受信した場合に、ステップＳ２６１では、医療情報リストを作成する。
　ステップＳ２６３では、表示データ生成部７ｉは、医療情報リストをヒストグラム生成部７ｈに送信する。
　ヒストグラム生成部７ｈは、表示データ生成部７ｉから医療情報リストを受信した場合に、ステップＳ２６７では、医療情報を医薬情報担当者端末５に送信する。 In step S257, the histogram generation unit 7h generates the list of medical facilities received from the search unit 7e, the quantity of drugs (medical facility and drug name may be used), the applicable disease name (medical facility and drug name may be ) to create (generate) a histogram.
In step S259, the histogram generator 7h transmits a medical information list creation request to the display data generator 7i.
When the display data generation unit 7i receives a medical information list creation request from the histogram generation unit 7h, it creates a medical information list in step S261.
In step S263, the display data generator 7i transmits the medical information list to the histogram generator 7h.
When the histogram generator 7h receives the medical information list from the display data generator 7i, the histogram generator 7h transmits the medical information to the medical information staff terminal 5 in step S267.
＜検索部＞
　図１９は、本発明の一実施形態に係る検索部の動作を示すフローチャートである。
　ステップＳ３０１では、検索部７ｅは、薬剤名をキーとして、データベース１３から当該薬剤を取扱う複数の医療施設名を取得する。
　ステップＳ３０３では、検索部７ｅは、取得した複数の医療施設名の数量ｎを算出する。さらに、検索部７ｅは、代数ｋ＝１とする。
　ステップＳ３０５では、検索部７ｅは、ｋ番目の医療施設名、薬剤名をキーとして、データベース１３から利用予定薬剤数、適応疾患名を取得する。
　ステップＳ３０７では、検索部７ｅは、ｋ番目の医療施設名、薬剤名をキーとして、データベース１３から投薬予定日、適応疾患名を取得する。
　ステップＳ３０９では、検索部７ｅは、代数ｋが医療施設名の数量ｎに到達したか否を判断する。検索部７ｅは、代数ｋが医療施設名の数量ｎに到達していない場合に、ステップＳ３１１に進む。一方、検索部７ｅは、代数ｋが医療施設名の数量ｎに到達した場合に、ステップＳ３１３に進む。
　ステップＳ３１１では、検索部７ｅは、代数ｋ＝ｋ＋１とする。
　ステップＳ３１３では、検索部７ｅは、取得した利用予定薬剤数、適応疾患名、投薬予定日、適応疾患名を医療情報として返却する。 <Search section>
FIG. 19 is a flow chart showing the operation of the search unit according to one embodiment of the present invention.
In step S301, the search unit 7e acquires the names of a plurality of medical facilities that handle the drug from the database 13, using the drug name as a key.
In step S303, the search unit 7e calculates the number n of the acquired medical facility names. Further, the search unit 7e sets algebra k=1.
In step S305, the search unit 7e acquires the number of drugs to be used and the name of the applicable disease from the database 13, using the k-th medical facility name and drug name as keys.
In step S307, the search unit 7e acquires the scheduled drug administration date and applicable disease name from the database 13 using the k-th medical facility name and drug name as keys.
In step S309, the search unit 7e determines whether the algebra k has reached the number n of medical facility names. If the algebra k has not reached the number n of medical facility names, the search unit 7e proceeds to step S311. On the other hand, when the algebra k reaches the number n of medical facility names, the search unit 7e proceeds to step S313.
In step S311, the search unit 7e sets algebra k=k+1.
In step S313, the search unit 7e returns the acquired number of scheduled drugs to be used, names of applicable diseases, scheduled dosing dates, and names of applicable diseases as medical information.
＜表示画面（その１）＞
　図２０は、本発明の一実施形態に係る表示データ生成部により生成された表示画面（その１）を示す図である。詳しくは、図２０には、地域別の医療施設数と治療中の患者数を示す。
　医療従事者端末３に表示される表示画面Ｇ１５には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ３３、地域名を選択するための地域名プルダウンボタンＰＤ３５が配置されており、薬剤名プルダウンボタンＰＤ３３に例えば「薬剤＊＊＊」が選択され、地域名プルダウンボタンＰＤ３５に例えば「全表示」が選択されたことを示している。
　表示画面Ｇ１５には、選択された「薬剤＊＊＊」、「全表示」に応じた地域毎のヒストグラムが表示されている。例えば、表示画面Ｇ１５には、東京に２５施設、アクティブ患者数として２０／７７名が表示されている。なお、アクティブ患者数では、総患者数のうち、２０名が治療中の患者数であることを示している。 <Display screen (Part 1)>
FIG. 20 is a diagram showing a display screen (No. 1) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 20 shows the number of medical facilities and the number of patients under treatment by region.
A display screen G15 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD33 for selecting a drug name and a region name pull-down button PD35 for selecting a region name. This indicates that, for example, "medicine ***" is selected for PD33, and "display all" is selected for area name pull-down button PD35.
On the display screen G15, a histogram for each region corresponding to the selected "medicine ***" and "all display" is displayed. For example, the display screen G15 displays 25 facilities in Tokyo and 20/77 active patients. The number of active patients indicates that 20 out of the total number of patients are under treatment.
＜変形例１＞
＜表示画面（その２）＞
　図２１は、本発明の一実施形態に係る表示データ生成部により生成された表示画面（その２）を示す図である。詳しくは、図２１には、施設別の投薬実績数と患者数を示す。
　医療従事者端末３に表示される表示画面Ｇ１７には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ３７、地域名を選択するための地域名プルダウンボタンＰＤ３９が配置されており、薬剤名プルダウンボタンＰＤ３７に例えば「薬剤＊＊＊」が選択され、地域名プルダウンボタンＰＤ３９に例えば「東京都」が選択されたことを示している。
　表示画面Ｇ１７には、選択された「薬剤＊＊＊」、「東京都」に応じた地域毎のヒストグラムが表示されている。例えば、表示画面Ｇ１７の一部として、投薬数：２２９回、患者数：３７名が表示されており、これは、投薬実績が一番多い医療施設では、３７名の患者がおり、２２９回の投薬を実施したことを示している。 <Modification 1>
<Display screen (Part 2)>
FIG. 21 is a diagram showing a display screen (No. 2) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 21 shows the number of medications and the number of patients by institution.
A display screen G17 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD37 for selecting a drug name and a region name pull-down button PD39 for selecting a region name. For example, "medicine ***" is selected in PD37, and "Tokyo" is selected in area name pull-down button PD39.
On the display screen G17, a histogram for each region corresponding to the selected "medicine ***" and "Tokyo" is displayed. For example, the number of medications: 229 and the number of patients: 37 are displayed as part of the display screen G17. It shows that the drug was administered.
＜変形例２＞
＜表示画面（その３）＞
　図２２は、本発明の一実施形態に係る表示データ生成部により生成された表示画面（その３）を示す図である。詳しくは、図２２には、施設別の投薬実績数と投薬予定数を示す。
　医療従事者端末３に表示される表示画面Ｇ１９には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ４１、地域名を選択するための地域名プルダウンボタンＰＤ４３が配置されており、薬剤名プルダウンボタンＰＤ４１に例えば「薬剤＊＊＊」が選択され、地域名プルダウンボタンＰＤ４３に例えば「東京都」が選択されたことを示している。
　表示画面Ｇ１９には、選択された「薬剤＊＊＊」、「東京都」に応じた地域毎のヒストグラムが表示されている。例えば、表示画面Ｇ１９の一部として、＜施設Ａ＞、投薬実績数：２０８回、投薬予定数：３２回が表示されており、これは、施設Aでは、選択された「薬剤＊＊＊」の投薬が２０８回あり、今後、３２回の投薬を予定していることを示している。 <Modification 2>
<Display screen (Part 3)>
FIG. 22 is a diagram showing a display screen (No. 3) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 22 shows the actual number of medications and the planned number of medications by facility.
A display screen G19 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD41 for selecting a drug name and a region name pull-down button PD43 for selecting a region name. This indicates that, for example, "medicine ***" has been selected in PD41, and "Tokyo" has been selected in the region name pull-down button PD43.
On the display screen G19, a histogram for each region corresponding to the selected "medicine ***" and "Tokyo" is displayed. For example, as a part of the display screen G19, <facility A>, the number of medications actually administered: 208 times, and the number of medications scheduled to be administered: 32 times are displayed. 208 times of administration, indicating that 32 times of administration are scheduled in the future.
＜変形例３＞
＜表示画面（その４）＞
　図２３は、本発明の一実施形態に係る表示データ生成部により生成された表示画面（その４）を示す図である。詳しくは、図２３には、施設別の投薬実績数と投薬予定数を示す。
　医療従事者端末３に表示される表示画面Ｇ２１には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ４５、地域名を選択するための地域名プルダウンボタンＰＤ４７が配置されており、薬剤名プルダウンボタンＰＤ４５に例えば「薬剤＊＊＊」が選択され、地域名プルダウンボタンＰＤ４７に例えば「東京都」が選択されたことを示している。
　表示画面Ｇ２１には、選択された「薬剤＊＊＊」、「東京都」に応じた施設毎の積み上げ棒グラフが表示されている。
　例えば、表示画面Ｇ２１には、施設Ａ、施設Ｂ、施設Ｃ、施設Ｄ、施設Ｅ、施設Ｆ、施設Ｇ、施設Ｈ、施設Ｉの積み上げ棒グラフが表示されている。
　例えば、施設毎の積み上げ棒グラフには、投薬実績数、投薬予定数、標準投薬数が縦方向に積み上げられて１本の棒グラフが形成されている。 <Modification 3>
<Display screen (Part 4)>
FIG. 23 is a diagram showing a display screen (No. 4) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 23 shows the actual number of medications and the planned number of medications by facility.
A display screen G21 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD45 for selecting a drug name and a region name pull-down button PD47 for selecting a region name. For example, "medicine ***" is selected in PD45, and "Tokyo" is selected in area name pull-down button PD47.
On the display screen G21, a stacked bar graph for each facility corresponding to the selected "medicine ***" and "Tokyo" is displayed.
For example, a stacked bar graph of facility A, facility B, facility C, facility D, facility E, facility F, facility G, facility H, and facility I is displayed on the display screen G21.
For example, in the stacked bar graph for each facility, the number of actual medications, the number of scheduled medications, and the number of standard medications are vertically stacked to form one bar graph.
＜変形例４＞
＜表示画面（その５）＞
　図２４は、本発明の一実施形態に係る表示データ生成部により生成された表示画面（その５）を示す図である。詳しくは、図２４には、施設別の患者毎の投薬実績数を示す。
　医療従事者端末３に表示される表示画面Ｇ２３には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ４９、地域名を選択するための地域名プルダウンボタンＰＤ５１が配置されており、薬剤名プルダウンボタンＰＤ４９に例えば「薬剤＊＊＊」が選択され、地域名プルダウンボタンＰＤ５１に例えば「東京都」が選択されたことを示している。
　表示画面Ｇ２３には、選択された「薬剤＊＊＊」、「東京都」に応じた施設毎、かつ患者毎の棒グラフが表示されている。例えば、施設毎、疾患毎の棒グラフには、投薬実績数が１本の棒グラフが形成されている。
　さらに、例えば、表示画面Ｇ２３の一部として、＜施設Ａ＞、疾患Ａ：８８回、疾患Ｂ：６４回、疾患Ｃ：５６回が表示されている。 <Modification 4>
<Display screen (Part 5)>
FIG. 24 is a diagram showing a display screen (No. 5) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 24 shows the number of drug administration records for each patient by institution.
A display screen G23 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD49 for selecting a drug name and a region name pull-down button PD51 for selecting a region name. For example, "medicine ***" is selected for PD49, and "Tokyo" is selected for area name pull-down button PD51.
On the display screen G23, a bar graph for each facility and for each patient corresponding to the selected "drug ***" and "Tokyo" is displayed. For example, in the bar graphs for each facility and each disease, one bar graph is formed for the number of actual medications.
Further, for example, <facility A>, disease A: 88 times, disease B: 64 times, and disease C: 56 times are displayed as part of the display screen G23.
＜変形例５＞
＜表示画面（その６）＞
　図２５は、本発明の一実施形態に係る表示データ生成部により生成された表示画面（その６）を示す図である。詳しくは、図２５には、施設別の投薬実績数における疾患の割合を示す。
　医療従事者端末３に表示される表示画面Ｇ２５には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ５３、地域名を選択するための地域名プルダウンボタンＰＤ５５が配置されており、薬剤名プルダウンボタンＰＤ５３に例えば「薬剤＊＊＊」が選択され、地域名プルダウンボタンＰＤ５５に例えば「東京都」が選択されたことを示している。
　表示画面Ｇ２５には、選択された「薬剤＊＊＊」、「東京都」に応じた施設毎の積み上げ棒グラフが表示されている。
　例えば、表示画面Ｇ２５には、施設Ａ、施設Ｂ、施設Ｃ、施設Ｄ、施設Ｅ、施設Ｆ、施設Ｇ、施設Ｈ、施設Ｉの積み上げ棒グラフが表示されている。
　例えば、施設Ａの積み上げ棒グラフには、Ａ疾患投薬数、Ｂ疾患投薬数、Ｃ疾患投薬数が横方向に積み上げられて１本の棒グラフが形成されている。 <Modification 5>
<Display screen (Part 6)>
FIG. 25 is a diagram showing a display screen (No. 6) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 25 shows the percentage of diseases in the number of actual medications by facility.
A display screen G25 displayed on the medical staff terminal 3 has a drug name pull-down button PD53 for selecting a drug name and a region name pull-down button PD55 for selecting a region name. This indicates that, for example, "medicine ***" has been selected in PD53, and "Tokyo" has been selected in area name pull-down button PD55.
On the display screen G25, a stacked bar graph for each facility corresponding to the selected "medicine ***" and "Tokyo" is displayed.
For example, a stacked bar graph of facility A, facility B, facility C, facility D, facility E, facility F, facility G, facility H, and facility I is displayed on the display screen G25.
For example, in the stacked bar graph of facility A, the number of medications for disease A, the number of medications for disease B, and the number of medications for disease C are stacked horizontally to form one bar graph.
＜変形例６＞
＜表示画面（その７）＞
　図２６は、本発明の一実施形態に係る表示データ生成部により生成された表示画面（その７）を示す図である。詳しくは、図２６には、施設別の疾患毎の投薬実績数と投薬予定数を示す。
　医療従事者端末３に表示される表示画面Ｇ２７には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ５７、地域名を選択するための地域名プルダウンボタンＰＤ５９が配置されており、薬剤名プルダウンボタンＰＤ５７に例えば「薬剤＊＊＊」が選択され、地域名プルダウンボタンＰＤ５９に例えば「東京都」が選択されたことを示している。
　表示画面Ｇ２７には、選択された「薬剤＊＊＊」、「東京都」に応じた施設毎の積み上げ棒グラフが表示されている。
　例えば、表示画面Ｇ２７には、施設Ａ、施設Ｂ、施設Ｃ、施設Ｄ、施設Ｅ、施設Ｆ、施設Ｇ、施設Ｈ、施設Ｉの積み上げ棒グラフが表示されている。
　例えば、施設Ａについては、患者Ａ、患者Ｂ、患者Ｃについての棒グラフが形成されており、施設Ａにおける患者Ａの投薬実績数、及び投薬予定数が縦方向に積み上げられて１本の棒グラフが形成されている。 <Modification 6>
<Display screen (Part 7)>
FIG. 26 is a diagram showing a display screen (No. 7) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 26 shows the actual number of medications and the planned number of medications for each disease by facility.
A display screen G27 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD57 for selecting a drug name and a region name pull-down button PD59 for selecting a region name. This indicates that, for example, "medicine ***" has been selected in PD57, and "Tokyo" has been selected in area name pull-down button PD59.
On the display screen G27, a stacked bar graph for each facility corresponding to the selected "medicine ***" and "Tokyo" is displayed.
For example, a stacked bar graph of facility A, facility B, facility C, facility D, facility E, facility F, facility G, facility H, and facility I is displayed on the display screen G27.
For example, for facility A, bar graphs for patient A, patient B, and patient C are formed. formed.
＜変形例７＞
＜表示画面（その８）＞
　図２７は、本発明の一実施形態に係る表示データ生成部により生成された表示画面（その８）を示す図である。詳しくは、図２７には、施設別の年度毎の投薬実績数と投薬予定数を示す。
　医療従事者端末３に表示される表示画面Ｇ２９には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ６１、地域名を選択するための地域名プルダウンボタンＰＤ６３が配置されており、薬剤名プルダウンボタンＰＤ６１に例えば「薬剤＊＊＊」が選択され、地域名プルダウンボタンＰＤ６３に例えば「東京都」が選択されたことを示している。
　表示画面Ｇ２９には、選択された「薬剤＊＊＊」、「東京都」に応じた施設毎の積み上げ棒グラフが表示されている。
　例えば、表示画面Ｇ２９には、施設Ａ、施設Ｂ、施設Ｃ小児科、施設Ｃ血液内科、施設Ｄの積み上げ棒グラフが表示されている。
　例えば、施設Ａの積み上げ棒グラフには、２０１８年の投薬実績数、２０１９年の投薬実績数、２０２０年の投薬実績数及び投薬予定数（今年度）が横方向に積み上げられて１本の棒グラフが形成されている。 <Modification 7>
<Display screen (Part 8)>
FIG. 27 is a diagram showing a display screen (No. 8) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 27 shows the actual number of medications and the planned number of medications for each year for each facility.
A display screen G29 displayed on the medical staff terminal 3 has a drug name pull-down button PD61 for selecting a drug name and a region name pull-down button PD63 for selecting a region name. This indicates that, for example, "medicine ***" has been selected in PD61, and "Tokyo" has been selected in the region name pull-down button PD63.
On the display screen G29, a stacked bar graph for each facility corresponding to the selected "medicine ***" and "Tokyo" is displayed.
For example, on the display screen G29, a stacked bar graph of facility A, facility B, facility C pediatrics, facility C hematology, and facility D is displayed.
For example, in the stacked bar graph of Facility A, the number of actual medications in 2018, the number of actual medications in 2019, the number of actual medications in 2020, and the planned number of medications (current year) are stacked horizontally to form one bar graph. formed.
＜変形例８＞
＜表示画面（その９）＞
　図２８は、本発明の一実施形態に係る表示データ生成部により生成された表示画面（その９）を示す図である。詳しくは、図２８には、疾患別の年度毎の投薬実績数と投薬予定数を示す。
　医療従事者端末３に表示される表示画面Ｇ３１には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ６５、地域名を選択するための地域名プルダウンボタンＰＤ６７が配置されており、薬剤名プルダウンボタンＰＤ６５に例えば「薬剤＊＊＊」が選択され、地域名プルダウンボタンＰＤ６７に例えば「東京都」が選択されたことを示している。
　表示画面Ｇ３１には、選択された「薬剤＊＊＊」、「東京都」に応じた積み上げ棒グラフが表示されている。
　例えば、表示画面Ｇ３１には、疾患Ａ、疾患Ｂ、疾患Ｃの積み上げ棒グラフが表示されている。
　例えば、疾患Ａの積み上げ棒グラフには、２０１８年の投薬実績数、２０１９年の投薬実績数、２０２０年の投薬実績数及び投薬予定数（今年度）が横方向に積み上げられて１本の棒グラフが形成されている。 <Modification 8>
<Display screen (Part 9)>
FIG. 28 is a diagram showing a display screen (No. 9) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 28 shows the actual number of medications and the planned number of medications for each disease for each year.
A display screen G31 displayed on the medical staff terminal 3 is provided with a drug name pull-down button PD65 for selecting a drug name and a region name pull-down button PD67 for selecting a region name. For example, "medicine ***" is selected for PD65, and "Tokyo" is selected for area name pull-down button PD67.
On the display screen G31, stacked bar graphs corresponding to the selected "medicine ***" and "Tokyo" are displayed.
For example, stacked bar graphs of disease A, disease B, and disease C are displayed on the display screen G31.
For example, in the stacked bar graph for disease A, the actual number of medications in 2018, the number of actual medications in 2019, the number of actual medications in 2020, and the planned number of medications (current year) are stacked horizontally to form one bar graph. formed.
＜変形例９＞
＜表示画面（その１０）＞
　図２９は、本発明の一実施形態に係る表示データ生成部により生成された表示画面（その１０）を示す図である。詳しくは、図２９には、施設別の疾患毎の投薬実績数と投薬予定数を示す。
　医療従事者端末３に表示される表示画面Ｇ３３には、薬剤名を選択するための薬剤名プルダウンボタンＰＤ６９、地域名を選択するための地域名プルダウンボタンＰＤ７１が配置されており、薬剤名プルダウンボタンＰＤ６９に例えば「薬剤＊＊＊」が選択され、地域名プルダウンボタンＰＤ７１に例えば「東京都」が選択されたことを示している。
　表示画面Ｇ３３には、選択された「薬剤＊＊＊」、「東京都」に応じた積み上げ棒グラフが表示されている。
　例えば、表示画面Ｇ３３には、医療施設Ａにおける疾患Ａ、疾患Ｂ、疾患Ｃの積み上げ棒グラフが表示されている。
　医療施設Ａにおける疾患Ａの積み上げ棒グラフには、２０１８年の投薬実績数、２０１９年の投薬実績数、２０２０年の投薬実績数及び投薬計画数（今年度）が横方向に積み上げられて１本の棒グラフが形成されている。 <Modification 9>
<Display screen (10)>
FIG. 29 is a diagram showing a display screen (No. 10) generated by the display data generation unit according to the embodiment of the present invention. Specifically, FIG. 29 shows the actual number of medications and the planned number of medications for each disease by facility.
A display screen G33 displayed on the medical staff terminal 3 has a drug name pull-down button PD69 for selecting a drug name and a region name pull-down button PD71 for selecting a region name. For example, "medicine ***" is selected for PD69, and "Tokyo" is selected for area name pull-down button PD71.
On the display screen G33, stacked bar graphs corresponding to the selected "medicine ***" and "Tokyo" are displayed.
For example, on the display screen G33, stacked bar graphs of disease A, disease B, and disease C in medical facility A are displayed.
In the stacked bar graph of disease A in medical facility A, the number of medications performed in 2018, the number of medications performed in 2019, the number of medications performed in 2020, and the number of medication plans (current year) are stacked horizontally to form one line. A bar graph is formed.
＜実施形態の効果＞
　上述したように、従来の第１データベースシステムや第２データベースシステムにあっては、特定の医療施設が発行した、一般外来の患者等の電子カルテやレセプトなどのデータに基づいてデータベースを構築していた。すなわち、多種多様な様式の電子カルテやレセプトなどから必要なデータを抽出処理した後に、医薬情報担当者（ＭＲ）に提供可能なデータ構成に変換処理して、データベースを構築していた。
　多くの医療施設では、一般外来の患者等を含む多種多様な様式の電子カルテやレセプトを利用しているため、従来の第１データベースシステムや第２データベースシステムにあっては、ビッグデータと言われる大量のデータに基づいてデータベースを構築していた。
　ところで、症例数が比較的少ない希少疾病の治療法である遺伝子治療や再生医療等の先端医療分野においても、患者に投薬される医薬品については、製薬会社の営業部門に所属している医薬情報担当者（ＭＲ：Ｍｅｄｉｃａｌ　Ｒｅｐｒｅｓｅｎｔａｔｉｖｅｓ）が、どの医療施設にどの位の患者数があり、どの位の投薬の実績数があるか、その医薬品によって副作用が出てないか等の情報を収集したいという要望があった。 <Effects of Embodiment>
As described above, in the conventional first database system and second database system, databases are constructed based on data such as electronic medical charts and receipts of general outpatients issued by specific medical facilities. rice field. That is, after extracting necessary data from electronic medical charts and medical insurance claims in various formats, the extracted data is converted into a data configuration that can be provided to medical representatives (MRs) to build a database.
Many medical facilities use a wide variety of formats of electronic medical charts and receipts for general outpatients, etc. Therefore, in the conventional first and second database systems, it is called big data. I was building a database based on a large amount of data.
By the way, even in advanced medical fields such as gene therapy and regenerative medicine, which are treatments for rare diseases with a relatively small number of cases, medical information staff belonging to the sales department of a pharmaceutical company are responsible for pharmaceuticals administered to patients. Medical representatives (MRs) want to collect information such as which medical facility has how many patients, how many medications have been administered, and whether there are any side effects due to the drug. there were.
　しかし、医薬情報担当者（ＭＲ）には、医薬品毎にどの医療施設にどの位の患者数があり、どの位の投薬の実績数があるか、が解らないため、医療施設への訪問や質問などに要する膨大な時間をかけていた。
　一方、医療施設では、医療従事者の多忙化、医療施設内のセキュリティー強化に起因して、医薬情報担当者（ＭＲ）の訪問規制を強化している。
　上述したように、従来の第１データベースシステムや第２データベースシステムにあっては、一般外来の患者等が内科や循環器科等の電子カルテやレセプトまで含めた多種多量なデータに基づいてデータベースを構築していた。
　これに対して、症例数が比較的少ない先端医療分野のデータを収集するデータベースの構築が切望されていた。
　また、電子カルテやレセプトを利用することなく、医薬情報担当者（ＭＲ）が必要とするデータを収集可能なデータベースの構成が切望されていた。 However, medical representatives (MRs) do not know how many patients are in each medical facility and how many medications have been administered for each drug. It took an enormous amount of time to do so.
On the other hand, in medical facilities, visit restrictions for medical representatives (MRs) are being tightened due to the busyness of medical staff and the strengthening of security within medical facilities.
As described above, in the conventional first database system and second database system, general outpatients, etc., create databases based on a wide variety of data, including electronic medical records and medical bills from departments such as internal medicine and cardiovascular departments. was building.
On the other hand, construction of a database for collecting data in the field of advanced medicine, where the number of cases is relatively small, has been eagerly desired.
In addition, there has been a strong demand for a configuration of a database capable of collecting data required by medical representatives (MRs) without using electronic charts or receipts.
　これに対して、本実施形態の受注管理装置７（マーケティング装置）は、医療従事者が患者に投薬するために発注した薬剤について収集されたデータベースから、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を抽出して提供することができる。
　このため、医薬情報担当者（ＭＲ）の一人当たりの生産性を高めたいという製薬メーカ側の要望にも応えることができる。 On the other hand, the order management device 7 (marketing device) of the present embodiment retrieves the medical facility name corresponding to the drug name and the drug Quantity and applicable disease names can be extracted and provided.
Therefore, it is possible to meet the demands of pharmaceutical manufacturers to increase the productivity of each medical representative (MR).
＜本実施形態の態様例の作用、効果のまとめ＞
＜第１態様＞
　本態様の受注管理装置７（マーケティング装置）は、医療従事者端末３から通信ネットワークＮ１を介して薬剤に係る患者別の受注データを受信してデータベース１３に記憶する受注管理装置７（マーケティング装置）であって、月毎に複数の日付領域が配置された患者別のカレンダ画面データを生成するカレンダ画面データ生成部７ａと、患者別のカレンダ画面データを医療従事者端末３に配信するとともに、患者別のカレンダ画面データに指定された医療施設名、薬剤名、薬剤の数量、適応疾患名を医療従事者端末３から受信する第１通信部７ｂと、医療従事者端末３から受信した、医療施設名、薬剤名、薬剤の数量、適応疾患名の組み合わせを患者毎に関連付けしてデータベース１３に記憶する記憶制御部７ｃと、薬剤名をキーとして、データベース１３を検索して、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を出力する検索部７ｅと、を備えたことを特徴とする。
　本態様によれば、医療従事者が患者に投薬するために発注した薬剤について収集されたデータベースから、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を抽出して提供することができる。
従来、製薬メーカは、大量のコストをかけて医薬情報担当者が各医療施設を訪問し、情報を収集していた。これに対して、本態様によれば、製薬メーカの医薬情報担当者が薬剤の投薬履歴を収集するためのコストを削減できる。 <Summary of Actions and Effects of Mode Examples of the Present Embodiment>
<First aspect>
The order management device 7 (marketing device) of this embodiment receives order data for each patient related to drugs from the medical staff terminal 3 via the communication network N1 and stores the received order data in the database 13 (marketing device). A calendar screen data generation unit 7a for generating calendar screen data for each patient in which a plurality of date areas are arranged for each month, and delivering the calendar screen data for each patient to the medical staff terminal 3, A first communication unit 7b that receives from the medical staff terminal 3 the medical facility name, drug name, drug quantity, and applicable disease name specified in another calendar screen data, and the medical facility received from the medical staff terminal 3 A storage control unit 7c that associates a combination of a patient's name, drug name, drug quantity, and applicable disease name with each patient and stores them in the database 13, and searches the database 13 using the drug name as a key, and stores information corresponding to the drug name. and a search unit 7e for outputting the medical facility name, the quantity of the drug, and the name of the applicable disease.
According to this aspect, it is possible to extract and provide the name of the medical facility, the quantity of the drug, and the name of the applicable disease corresponding to the name of the drug from the database collected for the drugs ordered by the medical staff to administer to the patient. can.
Conventionally, pharmaceutical manufacturers spent a large amount of money to have medical representatives visit each medical facility to collect information. On the other hand, according to this aspect, it is possible to reduce the cost for the person in charge of medical information of the pharmaceutical manufacturer to collect the drug administration history.
＜第２態様＞
　本態様の記憶制御部７ｃは、医療従事者端末３から受信した医療施設名、薬剤名、適応疾患名に基づいて、患者コードを生成する患者コード生成部７ｄを備え、記憶制御部７ｃは、医療施設名、薬剤名、薬剤の数量に患者コードを関連付けしてデータベース１３に記憶することを特徴とする。
　本態様によれば、医療施設名、薬剤名、薬剤の数量に患者コードを関連付けしてデータベース１３に記憶することで、固有の患者コードに関連付けられたデータベース１３とすることができる。 <Second aspect>
The memory control unit 7c of this aspect includes a patient code generation unit 7d that generates a patient code based on the medical facility name, drug name, and applicable disease name received from the medical staff terminal 3, and the memory control unit 7c It is characterized by storing in the database 13 the patient code associated with the name of the medical facility, the name of the drug, and the quantity of the drug.
According to this aspect, the database 13 can be associated with a unique patient code by associating the medical facility name, drug name, and drug quantity with the patient code and storing them in the database 13 .
＜第３態様＞
　本態様の記憶制御部７ｃは、医療施設名と当該医療施設の所在地とを関連付けてデータベース１３に記憶しておき、医療従事者端末３から受信した医療施設名に基づいて、データベース１３から当該医療施設の所在地を検索し、検索した所在地を、医療施設名、薬剤名、薬剤の数量とともに患者コードを関連付けしてデータベース１３に記憶することを特徴とする。
　本態様によれば、医療施設名と当該医療施設の所在地とを関連付けてデータベース１３に記憶しているので、医療施設名に対応した医療施設の所在地を検索することができ、検索した所在地を、医療施設名、薬剤名、薬剤の数量とともに患者コードを関連付けしてデータベース１３に記憶することができる。 <Third aspect>
The storage control unit 7c of this aspect stores the medical facility name and the location of the medical facility in the database 13 in association with each other. It is characterized by searching for the location of the facility, and storing the searched location in the database 13 in association with the name of the medical facility, the name of the drug, the quantity of the drug, and the patient code.
According to this aspect, since the medical facility name and the location of the medical facility are stored in the database 13 in association with each other, the location of the medical facility corresponding to the medical facility name can be searched. The patient code can be associated with the name of the medical facility, the name of the medicine, the quantity of the medicine, and stored in the database 13 .
＜第４態様＞
　本態様の検索部７ｅは、薬剤名をキーとして、データベース１３を検索して、薬剤の数量、患者数、少なくとも１つ以上の適応疾患名を出力することを特徴とする。
　本態様によれば、薬剤名に対応した薬剤の数量、患者数、少なくとも１つ以上の適応疾患名を出力することができる。 <Fourth Aspect>
The search unit 7e of this embodiment is characterized by searching the database 13 using the drug name as a key and outputting the quantity of drug, the number of patients, and at least one or more applicable disease names.
According to this aspect, it is possible to output the drug quantity, the number of patients, and at least one or more applicable disease names corresponding to the drug name.
＜第５態様＞
　本態様のデータベース１３は、所在地と地域名とを関連付けて記憶し、検索部７ｅは、薬剤名、及び地域名をキーとして、データベース１３を検索して、薬剤名、及び地域名に対応する医療施設名、薬剤の数量、患者数、適応疾患名を出力することを特徴とする。
　本態様によれば、薬剤名、及び地域名に対応した医療施設名、薬剤の数量、患者数、適応疾患名を出力することができる。 <Fifth aspect>
The database 13 of this embodiment stores location and region name in association with each other. It is characterized by outputting facility name, quantity of drug, number of patients, and applicable disease name.
According to this aspect, it is possible to output the drug name, medical facility name corresponding to the region name, drug quantity, number of patients, and applicable disease name.
＜第６態様＞
　本態様の記憶制御部７ｃは、第１通信部７ｂを介して患者コード生成部７ｄにより生成された患者コードを医療従事者端末３に配信し、医療従事者端末３に表示されている患者別のカレンダ画面内に当該患者コードを表示させることを特徴とする。
　本態様によれば、医療従事者端末３に表示されている患者別のカレンダ画面内に患者コードを表示させることができる。
本態様によれば、医療従事者端末３に患者別のカレンダ画面を生成することで、患者毎の治療スケジュールを管理することが出来る。 <Sixth Aspect>
The storage control unit 7c of this aspect distributes the patient code generated by the patient code generation unit 7d to the medical staff terminal 3 via the first communication unit 7b, and characterized in that the patient code is displayed in the calendar screen.
According to this aspect, the patient code can be displayed in the calendar screen for each patient displayed on the medical staff terminal 3 .
According to this aspect, by generating a calendar screen for each patient on the medical staff terminal 3, it is possible to manage the treatment schedule for each patient.
＜第７態様＞
　本態様の受注管理装置７（マーケティング装置）は、薬剤名を指定して入力可能とする検索画面データを生成する検索画面データ生成部７ｆと、検索画面データを医薬情報担当者端末５に配信するとともに、医薬情報担当者端末５から指定された薬剤名を受信する第２通信部７ｇと、を備え、検索部７ｅは、医薬情報担当者端末５から受信した薬剤名をキーとして、データベース１３を検索することを特徴とする。
　本態様によれば、薬剤名を指定して入力可能とする検索画面データを医薬情報担当者端末５に配信するとともに、医薬情報担当者端末５から指定された薬剤名をキーとして、データベース１３を検索することができる。
　これにより、医薬情報担当者は、全国の医療施設、および、すべての患者に係るデータを提供することが可能となる。 <Seventh Aspect>
The order management device 7 (marketing device) of this aspect has a search screen data generation unit 7f that generates search screen data that enables input by designating a drug name, and distributes the search screen data to the terminal 5 of the person in charge of medical information. and a second communication unit 7g for receiving the drug name specified from the medical information staff terminal 5. The searching unit 7e searches the database 13 using the drug name received from the medical information staff terminal 5 as a key. It is characterized by searching.
According to this aspect, along with distributing the search screen data that enables input by designating a drug name to the terminal 5 of the person in charge of medical information, the database 13 is stored using the drug name designated from the terminal 5 of the person in charge of medical information as a key. can be searched.
This will allow medical representatives to provide data for medical facilities and all patients nationwide.
＜第８態様＞
　本態様の受注管理装置７（マーケティング装置）は、薬剤名、及び地域名を指定して入力可能とする検索画面データを生成する検索画面データ生成部７ｆと、検索画面データを医薬情報担当者端末５に配信するとともに、医薬情報担当者端末５から指定された薬剤名、及び地域名を受信する第２通信部７ｇと、を備え、検索部７ｅは、医薬情報担当者端末５から受信した薬剤名、及び地域名をキーとして、データベース１３を検索することを特徴とする。
　本態様によれば、薬剤名、及び地域名を指定して入力可能とする検索画面データを医薬情報担当者端末５に配信するとともに、医薬情報担当者端末５から指定された薬剤名、及び地域名をキーとして、データベース１３を検索することができる。 <Eighth aspect>
The order management device 7 (marketing device) of this aspect includes a search screen data generation unit 7f that generates search screen data that enables input by designating a drug name and a region name, and a medical information staff terminal that generates the search screen data. 5, and a second communication unit 7g that receives the drug name and region name specified from the medical information staff terminal 5, and the search unit 7e receives the drug It is characterized by searching the database 13 by using the name and area name as keys.
According to this aspect, the search screen data that allows the user to specify and input the drug name and region name is distributed to the terminal 5 for the person in charge of medical information, and the name of the drug and the region specified by the terminal 5 for the person in charge of medical information The database 13 can be searched using the first name as a key.
＜第９態様＞
　本態様の受注管理装置７（マーケティング装置）は、検索部７ｅにより出力された検索結果に基づいて、薬剤名に対応した地域毎の薬剤の数量をヒストグラムとして生成するヒストグラム生成部７ｈを備え、第２通信部７ｇは、ヒストグラム生成部７ｈにより生成されたヒストグラムを医薬情報担当者端末５に配信することを特徴とする。
　本態様によれば、薬剤名に対応した地域毎の薬剤の数量をヒストグラムとして生成して、ヒストグラムを医薬情報担当者端末５に配信することができる。 <Ninth Aspect>
The order management device 7 (marketing device) of this aspect includes a histogram generation unit 7h that generates a histogram of the drug quantity for each region corresponding to the drug name based on the search results output by the search unit 7e. The second communication unit 7g is characterized by distributing the histogram generated by the histogram generation unit 7h to the terminal 5 of the person in charge of medical information.
According to this aspect, it is possible to generate a histogram of the drug quantity for each region corresponding to the drug name and distribute the histogram to the medical information staff terminal 5 .
＜第１０態様＞
　本態様のヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に現在治療中の患者数、及び投薬完了患者数をヒストグラムとして生成することを特徴とする。
　本態様によれば、指定された薬剤名及び地域名に対して、施設毎に現在治療中の患者数、及び投薬完了患者数をヒストグラムとして生成することができる。 <Tenth Aspect>
The histogram generation unit 7h of this embodiment is characterized by generating histograms of the number of patients currently undergoing treatment and the number of patients who have completed medication for each facility with respect to the specified drug name and area name.
According to this aspect, the number of patients currently undergoing treatment and the number of patients for whom medication has been completed can be generated as a histogram for each facility with respect to the specified drug name and area name.
＜第１１態様＞
　本態様のヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に総投薬数、及び総患者数をヒストグラムとして生成することを特徴とする。
　本態様によれば、指定された薬剤名及び地域名に対して、施設毎に総投薬数、及び総患者数をヒストグラムとして生成することができる。 <Eleventh Aspect>
The histogram generation unit 7h of this aspect is characterized by generating histograms of the total number of medications and the total number of patients for each facility with respect to the specified drug name and area name.
According to this aspect, the total number of medications and the total number of patients for each facility can be generated as a histogram for the specified drug name and area name.
＜第１２態様＞
　本態様のヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬予定数をヒストグラムとして生成することを特徴とする。
　本態様によれば、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬予定数をヒストグラムとして生成することができる。 <Twelfth Aspect>
The histogram generation unit 7h of this aspect is characterized in that it generates histograms of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name.
According to this aspect, it is possible to generate a histogram of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name.
＜第１３態様＞
　本態様のヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬予定数をヒストグラムとして生成することを特徴とする。
　本態様によれば、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬予定数をヒストグラムとして生成することができる。 <Thirteenth Aspect>
The histogram generation unit 7h of this aspect is characterized in that it generates histograms of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name.
According to this aspect, it is possible to generate a histogram of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name.
＜第１４態様＞
　本態様のヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に疾患毎の投薬数をヒストグラムとして生成することを特徴とする。
　本態様によれば、指定された薬剤名及び地域名に対して、施設毎に疾患毎の投薬数をヒストグラムとして生成することができる。 <14th Aspect>
The histogram generation unit 7h of this aspect is characterized by generating a histogram of the number of medications for each disease for each facility with respect to the specified drug name and area name.
According to this aspect, the number of medications for each disease for each facility can be generated as a histogram for the specified drug name and region name.
＜第１５態様＞
　本態様のヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に総投薬数における疾患毎の内訳数をヒストグラムとして生成することを特徴とする。
　本態様によれば、指定された薬剤名及び地域名に対して、施設毎に総投薬数における疾患毎の内訳数をヒストグラムとして生成することができる。 <Fifteenth Aspect>
The histogram generation unit 7h of this embodiment is characterized by generating a histogram of the number of breakdowns for each disease in the total number of medications for each facility with respect to the specified drug name and area name.
According to this aspect, it is possible to generate a histogram of the number of breakdowns for each disease in the total number of medications for each facility with respect to the specified drug name and region name.
＜第１６態様＞
　本態様のヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬予定数をヒストグラムとして生成することを特徴とする。
　本態様によれば、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬数をヒストグラムとして生成することができる。 <16th Aspect>
The histogram generation unit 7h of this aspect is characterized in that it generates histograms of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name.
According to this aspect, it is possible to generate a histogram of the actual number of medications and the number of medications for each facility with respect to the specified drug name and area name.
＜第１７態様＞
　本態様のヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に総投薬数における患者の割合をヒストグラムとして生成することを特徴とする。
　本態様によれば、指定された薬剤名及び地域名に対して、施設毎に総投薬数における患者の割合をヒストグラムとして生成することができる。 <17th Aspect>
The histogram generation unit 7h of this embodiment is characterized by generating a histogram of the percentage of patients in the total number of medications for each facility with respect to the specified drug name and area name.
According to this aspect, it is possible to generate a histogram of the percentage of patients in the total number of medications for each facility with respect to the specified drug name and region name.
＜第１８態様＞
　本態様のヒストグラム生成部７ｈは、指定された薬剤名及び地域名に対して、施設毎に投薬実績、及び予定数をヒストグラムとして生成することを特徴とする。
　本態様によれば、指定された薬剤名及び地域名に対して、施設毎に投薬実績、及び予定数をヒストグラムとして生成することができる。 <18th Aspect>
The histogram generation unit 7h of this aspect is characterized in that it generates a histogram of the drug administration record and the planned number for each facility with respect to the specified drug name and region name.
According to this aspect, it is possible to generate a histogram of the drug administration record and the planned number for each facility with respect to the specified drug name and area name.
＜第１９態様＞
　本態様の受注管理装置７（マーケティング装置）は、ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に疾患毎の投薬実績数、及び予定数をヒストグラムとして生成することを特徴とする。
　本態様によれば、指定された薬剤名及び地域名に対して、施設毎に疾患毎の投薬実績数、及び予定数をヒストグラムとして生成することができる。 <19th Aspect>
In the order management device 7 (marketing device) of this aspect, the histogram generation unit generates histograms of the actual number of medications and the planned number of medications for each disease for each facility with respect to the specified drug name and area name. Characterized by
According to this aspect, it is possible to generate histograms of the actual number of medications and the planned number of medications for each disease for each facility with respect to the specified drug name and area name.
＜第２０態様＞
　本態様の受注管理装置７（マーケティング装置）は、ヒストグラムを地図データ上のそれぞれの地域に重ねて配置した表示データを生成する表示データ生成部７ｉを備え、第２通信部７ｇは、表示データ生成部７ｉにより生成された表示データを医薬情報担当者端末５に配信することを特徴とする。
　本態様によれば、ヒストグラムを地図データ上のそれぞれの地域に重ねて配置した表示データを医薬情報担当者端末５に配信することができる。 <Twentieth aspect>
The order management device 7 (marketing device) of this aspect includes a display data generation unit 7i that generates display data in which histograms are superimposed on respective regions on the map data, and the second communication unit 7g generates display data. It is characterized by distributing the display data generated by the unit 7i to the terminal 5 of the person in charge of medical information.
According to this aspect, the display data in which the histograms are superimposed on the respective regions on the map data can be distributed to the medical information staff terminal 5 .
＜第２１態様＞
　本態様の受注管理装置７（マーケティング装置）は、第１通信部７ｂは、医療従事者端末３から患者コード、及び薬剤名に関連付けられた投薬完了日を受信し、記憶制御部７ｃは、医療従事者端末３から既に受信した患者コード、及び薬剤名に投薬完了日を関連付けしてデータベース１３に記憶し、検索部７ｅは、薬剤名をキーとして、データベース１３を検索し、現在までに当該薬剤名を用いた治療が完了した患者数を出力し、或いは当該薬剤名を用いて治療中である患者数を出力することを特徴とする。
　本態様によれば、医療従事者端末３から患者コード、及び薬剤名に関連付けられた投薬完了日を受信し、既に受信した患者コード、及び薬剤名に投薬完了日を関連付けしてデータベース１３に記憶しておき、薬剤名をキーとして、現在までに当該薬剤名を用いた治療が完了した患者数を出力し、或いは当該薬剤名を用いて治療中である患者数を出力することができる。 <21st Aspect>
In the order management device 7 (marketing device) of this aspect, the first communication unit 7b receives the patient code and the medication completion date associated with the drug name from the medical staff terminal 3, and the storage control unit 7c receives the medical The patient code and drug name already received from the worker terminal 3 are stored in the database 13 in association with the medication completion date. It is characterized by outputting the number of patients who have completed treatment using the drug name, or outputting the number of patients who are undergoing treatment using the drug name.
According to this aspect, the patient code and the medication completion date associated with the drug name are received from the medical staff terminal 3, and the already received patient code and drug name are associated with the medication completion date and stored in the database 13. By using the drug name as a key, the number of patients who have completed treatment using the drug name up to now can be output, or the number of patients who are undergoing treatment using the drug name can be output.
＜第２２態様＞
　本態様のマーケティングシステム１は、第１態様乃至第２１態様の何れか一つに記載の受注管理装置７（マーケティング装置）と、医療従事者端末３と、医薬情報担当者端末５と、を備えることを特徴とする。
　本態様によれば、受注管理装置７（マーケティング装置）と、医療従事者端末３と、医薬情報担当者端末５と、を備えるマーケティングシステム１を提供することができる。 <22nd Aspect>
The marketing system 1 of this aspect includes the order management device 7 (marketing device) according to any one of the first aspect to the twenty-first aspect, the medical staff terminal 3, and the medical information staff terminal 5. It is characterized by
According to this aspect, the marketing system 1 including the order management device 7 (marketing device), the medical staff terminal 3, and the medical information staff terminal 5 can be provided.
＜第２３態様＞
　本態様のマーケティング方法は、医療従事者端末３から通信ネットワークＮ１を介して薬剤に係る患者別の受注データを受信してデータベース１３に記憶する受注管理装置７（マーケティング装置）によるマーケティング方法であって、月毎に複数の日付領域が配置された患者別のカレンダ画面データを生成するカレンダ画面データ生成ステップと、患者別のカレンダ画面データを医療従事者端末３に配信するとともに、患者別のカレンダ画面データに指定された医療施設名、薬剤名、薬剤の数量、適応疾患名を医療従事者端末３から受信する第１通信ステップと、医療従事者端末３から受信した、医療施設名、薬剤名、薬剤の数量、適応疾患名を患者毎に関連付けしてデータベース１３に記憶する記憶制御ステップと、薬剤名をキーとして、データベース１３を検索して、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を出力する検索ステップと、を備えたことを特徴とする。
　本態様によれば、医療従事者が患者に投薬するために発注した薬剤について収集されたデータベースから、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を抽出して提供することができる。 <23rd Aspect>
The marketing method of this embodiment is a marketing method using an order management device 7 (marketing device) that receives order data for each patient related to drugs from the medical staff terminal 3 via the communication network N1 and stores the data in the database 13. a calendar screen data generating step for generating patient-specific calendar screen data in which a plurality of date areas are arranged for each month; A first communication step of receiving the medical facility name, drug name, drug quantity, and applicable disease name specified in the data from the medical staff terminal 3; A storage control step of associating the drug quantity and applicable disease name with each patient and storing them in the database 13; and a search step of outputting the name of the applicable disease.
According to this aspect, it is possible to extract and provide the name of the medical facility, the quantity of the drug, and the name of the applicable disease corresponding to the name of the drug from the database collected for the drugs ordered by the medical staff to administer to the patient. can.
＜第２４態様＞
　本態様のプログラムは、第２３態様記載のマーケティング方法における各ステップをプロセッサに実行させることを特徴とする。
　本態様によれば、マーケティング方法における各ステップをプロセッサに実行させることができる。
　このため、医療従事者が患者に投薬するために発注した薬剤について収集されたデータベースから、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を抽出して提供することができる。 <24th Aspect>
The program of this aspect causes a processor to execute each step in the marketing method of the twenty-third aspect.
According to this aspect, each step in the marketing method can be executed by a processor.
Therefore, it is possible to extract and provide medical facility names, drug quantities, and applicable disease names corresponding to drug names from a database of drugs ordered by medical staff to administer to patients.
１…マーケティングシステム、５…医薬情報担当者端末、７…受注管理装置、７ａ…カレンダ画面データ生成部、７ｂ…第１通信部、７ｃ…記憶制御部、７ｄ…患者コード生成部、７ｅ…検索部、７ｆ…検索画面データ生成部、７ｇ…第２通信部、７ｈ…ヒストグラム生成部、７ｉ…表示データ生成部、９…フロントエンドサーバ、１１…受注管理サーバ、１３…データベース、１５…物流管理サーバ、１７…配送用ユニット、２０…主制御部、２０ａ…ＣＰＵ、２０ｂ…ＲＯＭ、２０ｃ…ＲＡＭ、２０ｄ…タイマ、２２…表示制御部、２４…表示部、２６…操作部、２８…通信制御部、３３…倉庫管理サーバ、ＨＤ３０…ハードディスク、ＨＤ３２…ハードディスク、Ｎ１…通信ネットワーク、Ｎ２…通信ネットワーク DESCRIPTION OF SYMBOLS 1... Marketing system, 5... Medical information staff terminal, 7... Order management apparatus, 7a... Calendar screen data generation part, 7b... First communication part, 7c... Storage control part, 7d... Patient code generation part, 7e... Search Part 7f Search screen data generation unit 7g Second communication unit 7h Histogram generation unit 7i Display data generation unit 9 Front end server 11 Order management server 13 Database 15 Logistics management Server 17 Delivery unit 20 Main control unit 20a CPU 20b ROM 20c RAM 20d Timer 22 Display control unit 24 Display unit 26 Operation unit 28 Communication control Part 33: Warehouse management server, HD30: Hard disk, HD32: Hard disk, N1: Communication network, N2: Communication network

Claims (24)

  1. 　医療従事者端末から通信ネットワークを介して薬剤に係る患者別の受注データを受信してデータベースに記憶するマーケティング装置であって、
    　月毎に複数の日付領域が配置された患者別のカレンダ画面データを生成するカレンダ画面データ生成部と、
    　前記患者別のカレンダ画面データを前記医療従事者端末に配信するとともに、前記患者別のカレンダ画面データに指定された医療施設名、薬剤名、薬剤の数量、適応疾患名を前記医療従事者端末から受信する第１通信部と、
    　前記医療従事者端末から受信した、医療施設名、薬剤名、薬剤の数量、適応疾患名の組み合わせを患者毎に関連付けして前記データベースに記憶する記憶制御部と、
    　薬剤名をキーとして、前記データベースを検索して、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を出力する検索部と、を備えたことを特徴とするマーケティング装置。     A marketing device that receives drug order data for each patient from a medical staff terminal via a communication network and stores the data in a database,
    a calendar screen data generation unit that generates calendar screen data for each patient in which a plurality of date areas are arranged for each month;
    Distributing the patient-specific calendar screen data to the medical staff terminal, and transmitting the medical facility name, drug name, drug quantity, and applicable disease name specified in the patient-specific calendar screen data from the medical staff terminal a first communication unit for receiving;
    a storage control unit that associates a combination of medical facility name, drug name, drug quantity, and applicable disease name received from the medical staff terminal with each patient and stores the combination in the database;
    A marketing device, comprising: a search unit for searching the database using a drug name as a key and outputting a medical facility name, drug quantity, and applicable disease name corresponding to the drug name.
  2. 　前記記憶制御部は、前記医療従事者端末から受信した医療施設名、薬剤名、適応疾患名に基づいて、患者コードを生成する患者コード生成部を備え、
    　前記記憶制御部は、医療施設名、薬剤名、薬剤の数量に前記患者コードを関連付けして前記データベースに記憶することを特徴とする請求項１記載のマーケティング装置。     The memory control unit includes a patient code generation unit that generates a patient code based on the medical facility name, drug name, and applicable disease name received from the medical staff terminal,
    2. The marketing device according to claim 1, wherein the storage control unit associates the patient code with a medical facility name, a drug name, and a drug quantity, and stores them in the database.
  3. 　前記記憶制御部は、医療施設名と当該医療施設の所在地とを関連付けて前記データベースに記憶しておき、
    　前記医療従事者端末から受信した医療施設名に基づいて、前記データベースから当該医療施設の所在地を検索し、
    　前記検索した所在地を、医療施設名、薬剤名、薬剤の数量とともに前記患者コードを関連付けして前記データベースに記憶することを特徴とする請求項２記載のマーケティング装置。     The storage control unit associates the name of the medical facility with the location of the medical facility and stores it in the database,
    searching for the location of the medical facility from the database based on the medical facility name received from the medical staff terminal;
    3. The marketing device according to claim 2, wherein the searched location is stored in the database in association with the patient code together with the name of the medical facility, the name of the drug, and the quantity of the drug.
  4. 　前記検索部は、薬剤名をキーとして、前記データベースを検索して、薬剤の数量、患者数、少なくとも１つ以上の適応疾患名を出力することを特徴とする請求項１記載のマーケティング装置。 The marketing device according to claim 1, wherein the search unit searches the database using a drug name as a key, and outputs the quantity of drug, the number of patients, and at least one or more applicable disease names.
  5. 　前記データベースは、所在地と地域名とを関連付けて記憶し、
    　前記検索部は、薬剤名、及び地域名をキーとして、前記データベースを検索して、薬剤名、及び地域名に対応する医療施設名、薬剤の数量、患者数、適応疾患名を出力することを特徴とする請求項３記載のマーケティング装置。     The database associates and stores locations and area names,
    The search unit searches the database using drug names and region names as keys, and outputs medical facility names, drug quantities, number of patients, and applicable disease names corresponding to the drug names and region names. 4. A marketing device according to claim 3.
  6. 　前記記憶制御部は、前記第１通信部を介して前記患者コード生成部により生成された患者コードを前記医療従事者端末に配信し、前記医療従事者端末に表示されている前記患者別のカレンダ画面内に当該患者コードを表示させることを特徴とする請求項２記載のマーケティング装置。 The storage control unit distributes the patient code generated by the patient code generation unit to the medical staff terminal via the first communication unit, and displays the calendar for each patient displayed on the medical staff terminal. 3. The marketing device according to claim 2, wherein the patient code is displayed on the screen.
  7. 　薬剤名を指定して入力可能とする検索画面データを生成する検索画面データ生成部と、
    　前記検索画面データを医薬情報担当者端末に配信するとともに、前記医薬情報担当者端末から指定された薬剤名を受信する第２通信部と、を備え、
    　前記検索部は、前記医薬情報担当者端末から受信した薬剤名をキーとして、前記データベースを検索することを特徴とする請求項１記載のマーケティング装置。     a search screen data generation unit that generates search screen data that enables input by designating a drug name;
    a second communication unit that delivers the search screen data to the terminal of the person in charge of medical information and receives the drug name specified from the terminal of the person in charge of medical information;
    2. The marketing device according to claim 1, wherein the search unit searches the database using the drug name received from the medical information staff terminal as a key.
  8. 　薬剤名、及び地域名を指定して入力可能とする検索画面データを生成する検索画面データ生成部と、
    　前記検索画面データを医薬情報担当者端末に配信するとともに、前記医薬情報担当者端末から指定された薬剤名、及び地域名を受信する第２通信部と、を備え、
    　前記検索部は、前記医薬情報担当者端末から受信した薬剤名、及び地域名をキーとして、前記データベースを検索することを特徴とする請求項１記載のマーケティング装置。     a search screen data generation unit that generates search screen data that enables input by designating a drug name and a region name;
    a second communication unit that delivers the search screen data to the medical information staff terminal and receives the drug name and area name specified from the medical information staff terminal;
    2. The marketing device according to claim 1, wherein the search unit searches the database using drug names and area names received from the medical information staff terminal as keys.
  9. 　前記検索部により出力された検索結果に基づいて、薬剤名に対応した地域毎の薬剤の数量をヒストグラムとして生成するヒストグラム生成部を備え、
    　前記第２通信部は、前記ヒストグラム生成部により生成されたヒストグラムを医薬情報担当者端末に配信することを特徴とする請求項７又は８記載のマーケティング装置。     A histogram generation unit that generates a histogram of the quantity of drugs for each region corresponding to the drug name based on the search results output by the search unit,
    9. The marketing device according to claim 7, wherein the second communication unit distributes the histogram generated by the histogram generation unit to a medical information staff terminal.
  10. 　前記ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に現在治療中の患者数、及び投薬完了患者数をヒストグラムとして生成することを特徴とする請求項９記載のマーケティング装置。 10. The marketing device according to claim 9, wherein the histogram generation unit generates a histogram of the number of patients currently undergoing treatment and the number of patients who have completed medication for each facility with respect to the specified drug name and region name. .
  11. 　前記ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に総投薬数、及び総患者数をヒストグラムとして生成することを特徴とする請求項９記載のマーケティング装置。 The marketing device according to claim 9, wherein the histogram generation unit generates histograms of the total number of medications and the total number of patients for each facility with respect to the specified drug name and region name.
  12. 　前記ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬予定数をヒストグラムとして生成することを特徴とする請求項９記載のマーケティング装置。 The marketing device according to claim 9, wherein the histogram generation unit generates a histogram of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name.
  13. 　前記ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬予定数をヒストグラムとして生成することを特徴とする請求項９記載のマーケティング装置。 The marketing device according to claim 9, wherein the histogram generation unit generates a histogram of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name.
  14. 　前記ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に疾患毎の投薬数をヒストグラムとして生成することを特徴とする請求項９記載のマーケティング装置。 The marketing device according to claim 9, wherein the histogram generation unit generates a histogram of the number of medications for each disease for each facility with respect to the specified drug name and region name.
  15. 　前記ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に総投薬数における疾患毎の内訳数をヒストグラムとして生成することを特徴とする請求項９記載のマーケティング装置。 The marketing device according to claim 9, wherein the histogram generation unit generates a histogram of the number of breakdowns for each disease in the total number of medications for each facility for the specified drug name and region name.
  16. 　前記ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に投薬実績数、及び投薬予定数をヒストグラムとして生成することを特徴とする請求項９記載のマーケティング装置。 The marketing device according to claim 9, wherein the histogram generation unit generates a histogram of the actual number of medications and the planned number of medications for each facility with respect to the specified drug name and area name.
  17. 　前記ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に総投薬数における患者の割合をヒストグラムとして生成することを特徴とする請求項９記載のマーケティング装置。 The marketing device according to claim 9, wherein the histogram generation unit generates a histogram of the percentage of patients in the total number of medications for each facility for the specified drug name and region name.
  18. 　前記ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に投薬実績、及び予定数をヒストグラムとして生成することを特徴とする請求項９記載のマーケティング装置。 The marketing device according to claim 9, wherein the histogram generation unit generates a histogram of the drug administration record and the planned number of drugs for each facility with respect to the specified drug name and region name.
  19. 　前記ヒストグラム生成部は、指定された薬剤名及び地域名に対して、施設毎に疾患毎の投薬実績数、及び予定数をヒストグラムとして生成することを特徴とする請求項９記載のマーケティング装置。 The marketing device according to claim 9, wherein the histogram generation unit generates histograms of the actual number of medications and the planned number of medications for each disease for each facility with respect to the specified drug name and area name.
  20. 　前記ヒストグラムを地図データ上のそれぞれの地域に重ねて配置した表示データを生成する表示データ生成部を備え、
    　前記第２通信部は、前記表示データ生成部により生成された表示データを前記医薬情報担当者端末に配信することを特徴とする請求項１０乃至１９の何れか一項に記載のマーケティング装置。     A display data generation unit that generates display data in which the histograms are superimposed on each region on the map data,
    The marketing device according to any one of claims 10 to 19, wherein the second communication unit distributes the display data generated by the display data generation unit to the medical information staff terminal.
  21. 　前記第１通信部は、前記医療従事者端末から患者コード、及び薬剤名に関連付けられた投薬完了日を受信し、
    　前記記憶制御部は、前記医療従事者端末から既に受信した患者コード、及び薬剤名に前記投薬完了日を関連付けして前記データベースに記憶し、
    　前記検索部は、薬剤名をキーとして、前記データベースを検索し、現在までに当該薬剤名を用いた治療が完了した患者数を出力し、或いは当該薬剤名を用いて治療中である患者数を出力することを特徴とする請求項５記載のマーケティング装置。     The first communication unit receives a patient code and a medication completion date associated with a drug name from the medical staff terminal,
    The storage control unit associates the patient code and drug name already received from the medical staff terminal with the medication completion date and stores them in the database;
    The search unit searches the database using the drug name as a key, and outputs the number of patients who have completed treatment using the drug name so far, or the number of patients who are undergoing treatment using the drug name. 6. The marketing device according to claim 5, which outputs.
  22. 　請求項１乃至２１の何れか一項に記載のマーケティング装置と、
    　医療従事者端末と、
    　医薬情報担当者端末と、を備えることを特徴とするマーケティングシステム。     a marketing device according to any one of claims 1 to 21;
    a medical worker terminal;
    A marketing system comprising: a medical information representative terminal;
  23. 　医療従事者端末から通信ネットワークを介して薬剤に係る患者別の受注データを受信してデータベースに記憶するマーケティング装置によるマーケティング方法であって、
    　月毎に複数の日付領域が配置された患者別のカレンダ画面データを生成するカレンダ画面データ生成ステップと、
    　前記患者別のカレンダ画面データを前記医療従事者端末に配信するとともに、前記患者別のカレンダ画面データに指定された医療施設名、薬剤名、薬剤の数量、適応疾患名を前記医療従事者端末から受信する第１通信ステップと、
    　前記医療従事者端末から受信した、医療施設名、薬剤名、薬剤の数量、適応疾患名の組み合わせを患者毎に関連付けして前記データベースに記憶する記憶制御ステップと、
    　薬剤名をキーとして、前記データベースを検索して、薬剤名に対応する医療施設名、薬剤の数量、適応疾患名を出力する検索ステップと、を備えたことを特徴とするマーケティング方法。     A marketing method using a marketing device that receives drug order data for each patient from a medical staff terminal via a communication network and stores the data in a database,
    a calendar screen data generating step for generating patient-specific calendar screen data in which a plurality of date areas are arranged for each month;
    Distributing the patient-specific calendar screen data to the medical staff terminal, and transmitting the medical facility name, drug name, drug quantity, and applicable disease name specified in the patient-specific calendar screen data from the medical staff terminal a first communication step of receiving;
    a storage control step of associating a combination of medical facility name, drug name, drug quantity, and applicable disease name received from the medical staff terminal with each patient and storing the combination in the database;
    A marketing method, comprising: a search step of searching the database using a drug name as a key, and outputting a medical facility name, drug quantity, and applicable disease name corresponding to the drug name.
  24. 　請求項２３記載のマーケティング方法における各ステップをプロセッサに実行させることを特徴とするプログラム。 A program characterized by causing a processor to execute each step in the marketing method according to claim 23.
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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2006155070A (en) * 2004-11-26 2006-06-15 Toshiba Sumiden Medical Information Systems Corp Electronic chart pharmacotherapy instruction execution system
JP2018081529A (en) * 2016-11-17 2018-05-24 きりんカルテシステム株式会社 Search server and search system

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2006155070A (en) * 2004-11-26 2006-06-15 Toshiba Sumiden Medical Information Systems Corp Electronic chart pharmacotherapy instruction execution system
JP2018081529A (en) * 2016-11-17 2018-05-24 きりんカルテシステム株式会社 Search server and search system

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