JP2012018560A - Medication preparation support system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a medication preparation support system capable of reducing possibility of erroneous preparation of controlled medications when preparing the controlled medications in a controlled medication container as a whole, where the delivery destination of the medications is identical and the medications are to be replenished in plural medication trays.SOLUTION: The medication preparation support system 21 comprises: a medication discharge unit 23 that carries medication trays 22 on which general medications are dispensed and controlled medication containers 24; a medication storage 25 equipped with a display 30, which stores the controlled medications; and a data management unit 26 that stores patient IDs given to each patient, information on delivery destinations, prescription information and nominal information of controlled medications which are borne on plural pieces of prescription information and which have identical delivery destination contained in the information on delivery destination, and controlled medications replenish information indicating quantity information as a whole while associating to each other. The medication storage 25 is configured to acquire a piece of information on replenishment of controlled medications associated with a container ID from the data management unit 26 and displays the same on the display 30.

Description

  The present invention relates to a drug procurement support system for preparing a drug for a patient on a drug tray.

  There is a drug procurement support system that supports the collection of drugs corresponding to prescriptions (see, for example, Patent Document 1).

  FIG. 20 shows a configuration diagram of a conventional medicine procurement support system 1. This medicine arrangement support system 1 displays prescription information on the divided screen 3 as shown in FIG. The tray 2 is divided corresponding to the display of the prescription information on the screen 3. Specifically, the prescription information is divided into nine areas displayed on the screen 3, and the tray 2 is divided into nine areas corresponding to the nine areas on the screen 3. ing.

  Explain the case of stocking drugs. First, an operator brings a medicine from a medicine shelf while observing the prescription information display on the screen 3 and installs it in the area of the tray 2 corresponding to the window area displayed on the screen 3. When an operator installs a medicine in the area of the tray 2, a tag reader (not shown) of the tray 2 reads a tag attached to a medicine bottle or the like. Based on the information of the tag, the information processing apparatus (not shown) determines whether or not the medicines installed in the tray 2 are medicines to be collected and whether or not the expiration date of the medicines has passed. Then, the determination result is displayed on the screen 3.

  In addition to the general drugs, the drugs handled by the drug procurement support system 1 include powerful drugs and management drugs that need to be kept cold. General drugs are stored in drug shelves, and managed drugs are stored in drug storage. Since the general drug and the managed drug are managed separately, in order to prepare the general drug and the managed drug in the drug assembling support system 1, the managed drug in the prescription is prepared in the managed drug container from the drug storage in advance. It is necessary to carry the managed medicine container to the vicinity of the medicine procurement support system 1.

  In addition, when there are a plurality of prescriptions, it is conceivable that the managed medicines in the plurality of prescriptions are gathered together in a managed medicine container and the managed medicine containers are transported to the medicine tray 2 in order to efficiently arrange the medicines. In that case, the operator stocks the prescription instructions on a plurality of prescription sheets, and the operator arranges the management medicine in the management medicine container.

  In a large-scale hospital facility, medicines may be collected all at once in the pharmacy department. In that case, since there are a plurality of transport destinations of the management medicine containers, the management medicine containers are divided for each transport destination, the operator looks at the plurality of prescription sheets, and the plurality of management medicines for each transport destination is used for the transport destination. Collect in the control chemical container. Then, the managed medicine containers for each delivery destination are transported to the nurse station which is the respective delivery destination, and the managed medicines are replenished from the managed medicine containers to the patient medicine tray, and the medicines are arranged.

JP 2004-70803 A

  However, there is a problem that when the management medicines having the same transport destination are collected and arranged in the management medicine container, the operator is likely to mistake the management medicines.

  This is because prescriptions are created in the same format and there are many similar drug names. For this reason, if the management medicine is arranged in the management medicine container using a plurality of prescription printing papers, one of the papers may be lost or the same paper may be read repeatedly. In such cases, management drug errors can occur.

  In addition, when there are a plurality of transport destinations, there is a possibility that another transport destination management medicine may be mixed in the management medicine container for a certain transport destination.

  SUMMARY OF THE INVENTION An object of the present invention is to provide a medicine procurement support system that solves the conventional problems and has a low possibility of wrong management medicines.

  In order to solve the above-described conventional problems, the drug procurement support system according to the present invention includes a drug dispensing machine that dispenses a general drug to a drug container according to prescription information, and a management drug that is a powerful drug and a drug that requires cooling. And a data management unit for creating management drug replenishment information in which name information and number information of management drugs included in the plurality of prescription information having the same transport destination are stored, and the data The management unit records the received container ID of the managed drug container in association with the managed drug replenishment information created from the plurality of prescription information, and the drug storage is the container of the detected managed drug container The management drug replenishment information associated with the ID is displayed on a display.

  In order to solve the above-described conventional problems, another drug procurement support system according to the present invention includes a drug dispenser that dispenses a general drug to a drug container according to prescription information, and a drug that requires powerful medicine and cold storage. Data management that associates with the destination information by creating the managed medicine replenishment information in which the name information and the number information of the managed medicine are collected from the plurality of prescription information having the same destination and the medicine storage for storing the managed medicine The medicine storage is configured to display the management medicine supplement information associated with the delivery destination information on a display when the delivery destination information is input in the medicine storage.

  As described above, according to the medicine assembling support system of the present invention, it is possible to prevent mistakes in the management medicine assortment.

Schematic configuration diagram of a drug procurement support system in Embodiment 1 of the present invention Explanatory drawing explaining basic operation | movement of the chemical | medical agent arrangement assistance system in this Embodiment 1. Flowchart of the operation of the medicine dispensing machine in the first embodiment Top view of drug tray in the first embodiment The perspective view of the management chemical | medical agent container in this Embodiment 1. The figure which shows the management table of the data management part in this Embodiment 1. Front view of drug storage in Embodiment 1 Flowchart of the operation of the medicine storage in the first embodiment The figure which shows the screen of the display of the chemical | medical agent storage in this Embodiment 1. The figure which shows the screen of the display of the chemical | medical agent storage in which the preparation of the chemical | medical agent in this Embodiment 1 was complete | finished. Schematic configuration diagram of a drug procurement support system in Embodiment 2 of the present invention Schematic configuration diagram of a drug procurement support system in Embodiment 3 of the present invention Explanatory drawing of basic operation | movement of the chemical | medical agent arrangement assistance system in Embodiment 4 of this invention. Flowchart of the operation of the medicine dispensing machine in the fourth embodiment Flowchart of the operation of the medicine storage in the fourth embodiment The figure which shows the screen of the display of the chemical | medical agent storage in this Embodiment 4. Schematic configuration diagram of a drug procurement support system in Embodiment 5 of the present invention Front view of a normal temperature medicine container which is a medicine storage in the fifth embodiment Explanatory drawing of basic operation | movement of the chemical | medical agent arrangement assistance system in this Embodiment 5. Configuration diagram of conventional drug procurement support system

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In addition, the same code | symbol is attached | subjected to the same component and description may be abbreviate | omitted. In addition, for easy understanding, the drawings schematically show each component mainly.

(Embodiment 1)
FIG. 1 is a schematic configuration diagram of a drug procurement support system according to Embodiment 1 of the present invention. FIG. 2 is an explanatory diagram for explaining the basic operation of the drug procurement support system according to the first embodiment.

  As shown in FIGS. 1 and 2, the drug procurement support system 21 according to the first embodiment includes a drug dispenser 23, a drug storage 25 having a display 30 and storing a managed drug, and a data management unit 26. And comprising.

  The medicine dispensing machine 23 is a device that holds a medicine tray (medicine container) 22 and a management medicine container 24 inside and dispenses a general medicine to the medicine tray 22 according to prescription information. The medicine tray 22 and the management medicine container 24 from which the general medicine is dispensed are carried out from the medicine dispensing machine 23.

  Further, the data management unit 26 acquires and records a patient ID, prescription information, and delivery destination information based on prescription instructions and in-hospital information for each patient. Further, the data management unit 26 creates and records management drug supplement information in which the name information and the number information of the management drug in the plurality of prescription information are collected for the same transfer destination in the transfer destination information.

  The medicine dispenser 23 receives prescription information from the data management unit 26 and dispenses a general medicine having the same transport destination to the medicine tray 22 according to the prescription information. Further, the medicine dispensing machine 23 detects the container ID of the management medicine container 24 to be carried out and transmits it to the data management unit 26.

  The data management unit 26 records the container ID received from the medicine dispensing machine 23 in association with the managed medicine replenishment information. Here, the managed medicine replenishment information is information associated with a plurality of prescription information with the same transport destination transmitted to the medicine dispensing machine 23, and at the same time, associated with the container ID by the data management unit 26. Information. When the container ID of the managed medicine container 24 is detected, the medicine storage 25 obtains the managed medicine supplement information associated with the container ID from the data management unit 26 and displays it on the display 30. As shown in FIG. 7, the medicine management store 25 includes a storage management unit 52 that displays information acquired from the data management unit 26, and a storage storage cold storage shelf unit 51 that includes a shelf for storing the management drug. It is configured. Although these are integrally illustrated in FIG. 7, the cold storage management unit 52 including the display 30 is separated from the storage cold storage shelf 51 including the shelf, and is separated from the storage cold storage shelf 51. It may be installed.

  Since the managed medicine replenishment information is displayed on the display 30 of the medicine storage 25, the managed medicine can be definitely arranged in the managed medicine container 24. Further, at this time, the management medicine to be replenished to the plurality of medicine trays 22 having the same transport destination can be definitely arranged in the management medicine container 24.

  Next, the basic operation of the medicine procurement support system 21 will be described with reference to FIG.

  The medicine dispenser 23 dispenses a general medicine to the medicine tray 22 for each patient according to the management information (patient ID, prescription information, etc.) acquired from the data management unit 26. At this time, the medicine dispensing machine 23 continues to acquire prescription information having the same transport destination. And the some medicine tray 22 with the same conveyance destination is carried out continuously. After the plurality of medicine trays 22 having the same transport destination are carried out, the managed medicine container 24 is subsequently carried out. At this time, the medicine dispenser 23 detects the tray ID of the medicine tray 22 and transmits the tray ID and the withdrawal information to the data management unit 26 in association with the patient ID. Further, the container ID of the management drug container 24 to be carried out is detected, and a plurality of patient IDs (or a plurality of tray IDs having the same transport destination) having the same container ID and transport destination are associated and transmitted to the data management unit 26. To do. In the data management unit 26, the managed medicine replenishment information and the container ID of the managed medicine container 24 are recorded in association with each other. Here, the management chemical container 24 at the time of carrying out is empty.

  When the managed medicine container 24 is carried out, the operator loads a plurality of medicine trays 22 and managed medicine containers 24 having the same transport destination on the transport cart 31.

  In this way, since a plurality of medicine trays 22 and managed medicine containers 24 having the same transport destination are continuously carried out from the medicine dispenser 23, they can be loaded together in one transport cart 31. it can. In addition, as an order to carry out, after carrying out the management chemical | medical agent container 24, you may carry out the chemical | medical agent tray 22. FIG. By arranging in this order, the size of the managed medicine container 24 can be grasped in advance, and the amount of the managed medicine in the prescription information corresponding to the plurality of medicine trays 22 to be carried out thereafter is determined as the size of the managed medicine container 24. It is also possible to justify. That is, it is possible to increase the efficiency of management of the management drug.

  The transport cart 31 is transported to a place where the medicine storage 25 is present, and the managed medicine container 24 mounted on the transport cart 31 is transported to the medicine storage 25. When the managed medicine container 24 is placed on the table 29 of the medicine storage 25, the RFID reader 29 a built in the table 29 detects the container ID from the RFID tag 47 of the managed medicine container 24. Then, the medicine storage 25 makes an inquiry to the data management unit 26, acquires the management medicine supplement information that needs to be prepared in the management medicine container 24, and displays the management medicine supplement information on the display 30. The management drug supplement information displayed on the display 30 may be displayed using the management drug supplement information acquired from the data management unit 26 in advance.

  This managed medicine replenishment information is information on the managed medicine that needs to be replenished to each of the plurality of medicine trays 22 loaded on the transport cart 31. Then, the operator arranges the managed medicines in the managed medicine container 24 according to the managed medicine supplement information.

  By arranging the medicines according to the managed medicine replenishment information, the managed medicines to be replenished to the respective medicine trays 22 having the same transport destination can be definitely arranged in the managed medicine container 24.

  Hereinafter, the details of the medicine collection using the medicine procurement support system 21 will be described. FIG. 3 is a flowchart of the operation of the medicine dispensing machine 23 of the medicine procurement support system 21 according to the first embodiment.

  First, prescription information created by a prescription creation terminal (not shown) of a medical office is transmitted to the data management unit 26 via the communication line 27 with the patient ID added. The data management unit 26 records the patient ID and prescription information of the patient in association with each other. Further, a database (not shown) of a medical office is searched based on the patient ID, and transport destination information indicating the hospitalization location of the patient is acquired and associated and recorded.

  The medicine dispenser 23 acquires the patient ID, prescription information, and the like of the same transport destination from the data management unit 26 (step S01).

  Next, the medicine dispensing machine 23 detects the tray ID of the medicine tray 22 stored (step S02). FIG. 4 is a top view of the medicine tray 22 according to the first embodiment. The medicine tray 22 has an RFID tag 41, and information on the tray ID is recorded on the RFID tag 41. Then, an RFID reader (not shown) incorporated in the medicine dispenser 23 reads the RFID tag 41 and detects the tray ID.

  Next, the medicine dispensing machine 23 dispenses the general medicine according to the prescription information to the medicine tray 22 that has detected the tray ID in step S02 (step S03).

  Then, the tray ID of the medicine tray 22 from which the general medicine has been dispensed and the withdrawal information indicating the information of the medicine dispensed to the medicine tray 22 are transmitted to the data management unit 26 together with the patient ID (step S04). The data management unit 26 receives the tray ID and the payout information together with the patient ID, and records the tray ID and the payout information in association with the patient ID.

  The medicine dispensing machine 23 determines whether or not the dispensing of the general medicine for the prescription information of the patient having the same transport destination acquired in Step S01 is completed (Step S05). If those payouts are not completed, the process returns to step S02. If those payouts are completed, the process proceeds to the next step S06.

  Then, the container ID of the managed medicine container 24 stored in the medicine dispenser 23 is detected (step S06). FIG. 5 shows a perspective view of the managed medicine container 24 in the first embodiment. The managed medicine container 24 includes a storage portion 45 having a storage space therein, a removable lid portion 46, and an RFID tag 47 embedded in the lower portion of the storage portion 45. The RFID tag 47 records the container ID assigned to each managed medicine container 24. Moreover, the management medicine container 24 is a cold storage container having a cold storage function, and includes a heat insulating material inside the storage unit 45 and the lid unit 46. The managed medicine container 24 can also keep the storage space at a low temperature by putting a cold insulating material in the storage space of the storage unit 45 and closing the opening of the storage unit 45 with the lid 46. In step S06, the medicine dispensing machine 23 reads the RFID tag 47 with an RFID reader (not shown) incorporated therein and detects the container ID.

  Next, the medicine dispensing machine 23 transmits the container ID detected from the managed medicine container 24 to the data management unit 26 (step S07). The data management unit 26 associates the container ID with a plurality of prescription information transmitted to the medicine dispensing machine 23 immediately before or the patient ID and prescription information sent from the medicine dispensing machine 23 immediately before. As a result, the data management unit 26 records the container ID of the managed medicine container 24 in association with the managed medicine replenishment information created from a plurality of prescription information with the same transport destination.

  Thereafter, the medicine dispensing machine 23 carries out the managed medicine container 24 (step S08). In this way, the medicine dispensing machine 23 completes a series of operations.

  When the unloaded medicine tray 22 and the managed medicine container 24 are taken out from the dispensing shelf 28 in FIG. 1, the medicine dispensing machine 23 receives the patient ID and prescription information of the new same transport destination from the data management unit 26. Acquire and repeat the operations from step S01 to step S08.

  FIG. 6 is a diagram showing the management table 48 of the data management unit 26 in the first embodiment.

  The data management unit 26 records the tray ID and container ID received from the medicine dispensing machine 23 in the management table 48 in association with the patient ID as shown in FIG. Furthermore, the data management unit 26 creates and records management drug supplement information in which the name information and the number information of the management drugs in the plurality of patient IDs and prescription information that are continuously discharged by the drug dispensing machine 23 are collected. Here, the managed medicine supplement information is a plurality of patient IDs and prescription information with the same transport destination. Further, since the container ID of the managed medicine container 24 received from the medicine dispenser 23 is associated with the patient ID and prescription information, the data management unit 26 records the container ID in association with the managed medicine supplement information.

  As shown in FIG. 1, in the first embodiment, when the medicine tray 22 and the management medicine container 24 are placed on the delivery shelf 28 of the medicine delivery machine 23, the medicine tray 22 and the management medicine container 24 are delivered. In this state, the medicine tray 22 and the management medicine container 24 can be taken out immediately.

  The operator loads the medicine tray 22 and the management medicine container 24 on the transport cart 31. The transport cart 31 has an RFID tag reader (not shown) in a storage unit in which the medicine tray 22 and the management medicine container 24 are mounted. The RFID tray 41 stores a medicine tray from the RFID tag 41 of the medicine tray 22 stored. 22 tray IDs are detected. Further, the RFID tag reader also detects the container ID of the stored managed medicine container 24. Then, the transport cart 31 transmits the tray ID, the container ID, and the cart ID that the transport cart 31 has individually to the data management unit 26 by wireless communication. The data management unit 26 records the tray ID, container ID, and cart ID in association with each other. The operator takes out the managed medicine container 24 from the transport cart 31 and transports it to the medicine storage 25 in order to collect the managed medicine that needs to be replenished in the medicine tray 22 in the managed medicine container 24.

  FIG. 7 shows a configuration diagram of the medicine storage 25. The medicine storage 25 includes a storage cold storage shelf 51 for storing and storing the management medicine 61 that requires cold storage therein, and a medicine storage management unit 52 for managing the medicine in the storage cold storage shelf 51. . The medicine storage management unit 52 includes a display 30 having a touch panel function.

  The storage management unit 52 is installed below the support unit 54 and a pan / tilt camera (camera that can move the camera lens vertically and horizontally) 55 installed above the support unit 54 protruding from the side surface of the display 30. It has an IC card reader 56, a barcode reader 57 and a tray camera 58 installed at the lower part of the display 30. Further, the storage management unit 52 includes an RFID reader 29 a provided inside the table 29, an electronic lock 59 that locks the door of the storage cold storage shelf 51, and a controller that records various information of the medicine storage 25. 63. Note that the controller 63 records the worker information of the workers who are permitted to stock the managed medicine 61 in the medicine storage 25.

  The IC card reader 56 reads the worker's IC card, and compares the worker information detected by the IC card reader 56 with the worker information recorded in the controller 63. If the worker information is recorded in the controller 63 and the work can be permitted, the use of the medicine storage 25 is permitted.

  The pan / tilt camera 55 captures an image of the operator's face by using the IC card reader 56 to read the IC card by the operator as a control trigger. Then, the photographed image data is recorded in the controller 63 together with the identification information of the IC card and the photographing time. As a result, an image including the worker's face is left as evidence (evidence). In order to further improve security, the controller 63 automatically checks whether or not the photographed image of the pan / tilt camera 55 includes an operator's face. The use may be prohibited and IC card authentication may be requested again.

  The barcode reader 57 is for reading a barcode printed or pasted on a managed medicine in the storage cold storage shelf 51 and detecting medicine information. Using the medicine information read by the barcode reader 57, confirmation of the management medicines to be prepared and inventory management of the management medicines in the storage cold storage shelf 51 are performed.

  The tray camera 58 is used for photographing the management medicine in the management medicine container 24 after taking the management medicine requiring cooling, in the management medicine container 24, and taking an evidence photo of the preparation medicine.

  The storage cold storage shelf 51 includes a storage shelf 60 and a plurality of electronic shelf labels 62. And the management chemical | medical agent 61 is divided for every kind, and is arranged in each arrangement | positioning area of the storage shelf 60. FIG. The electronic shelf label 62 is attached to the storage shelf 60 for each arrangement area. When the name of the management medicine 61 that needs to be arranged is displayed on the display 30, the electronic shelf label 62 in the arrangement area where the management medicines 61 displayed on the display 30 are arranged shines. For example, the medicine name and the required quantity are displayed on the electronic shelf label 62 of the management medicine that needs to be arranged. As the electronic shelf label 62 shines in this way, it is possible to reduce the possibility of an operator taking out the management medicine 61 in error.

  FIG. 8 is a flowchart of the managed medicine procurement operation using the medicine storage 25 in the first embodiment.

  First, in order to collect the managed medicine in the managed medicine container 24, the operator carries the managed medicine container 24 to the medicine storage 25. Then, the managed medicine container 24 is placed on the table 29.

  The worker holds his / her IC card over the IC card reader 56. Then, the medicine storage management unit 52 of the medicine storage 25 uses the IC card reader 56 to authenticate the worker's IC card and photograph the worker's face (step S11). The IC card reader 56 reads the worker information of the worker's IC card and compares it with the worker information registered in the controller 63. At the same time, the pan / tilt camera 55 takes a picture of the operator's face using the authentication operation of the IC card as a control trigger. IC card operator information and captured images are stored in the controller 63 as data.

  Subsequently, permission or disapproval of work is determined from the worker information of the IC card read in step S11 (step S12). Specifically, if the operator information of the IC card is registered in the controller 63, the use of the medicine storage 25 is permitted. If the worker information is not registered in the controller 63, the use of the medicine storage 25 is not permitted and a warning display is displayed on the display 30. Further, the controller 63 analyzes the captured image of the pan / tilt camera 55, and when the human face feature cannot be recognized, even if the worker information is registered, the use of the medicine storage 25 is not permitted, and again. To request card authentication.

  The medicine storage 25 detects the container ID of the managed medicine container 24 placed on the table 29 from the RFID tag 41 using the RFID reader 29a (step S13).

  The medicine storage 25 transmits the container ID of the managed medicine container 24 to the data management unit 26 (step S14).

  When the container ID is received from the medicine storage 25, the data management unit 26 searches the management table 48 (shown in FIG. 6) based on the received container ID. Then, the management medicine supplement information corresponding to the container ID and the transport destination information of the management medicine container 24 are extracted, and the extracted management agent supplement information and transport destination information are transmitted to the medicine storage 25. The medicine storage 25 receives the managed medicine supplement information and the transport destination information from the data management unit 26 (step S15).

  Then, the controller 63 of the medicine storage 25 records the received managed medicine replenishment information and transport destination information and displays them on the display 30 (step S16). FIG. 9 is a diagram showing a screen of the display 30 of the medicine storage 25 in the first embodiment. Based on the managed medicine replenishment information sent from the data management unit 26, the names of medicines (the cold medicine K and the cold medicine M) and the number of medicines that need to be replenished in the managed medicine container 24 placed on the table 29 are the medicine storage 25. Displayed on the display 30. Further, transport destination information (5F) is also displayed. The medicine storage 25 obtains information including the managed medicine supplement information and the container ID in advance from the data management unit 26, and corresponds to the container ID when the container ID of the managed medicine container 24 is detected. The managed medicine supplement information may be displayed on the display 30.

  As shown in the flowchart of FIG. 8, after the managed medicine replenishment information is displayed in step S16, the electronic lock 59 of the medicine storage 25 is unlocked (step S17). Thereby, the management chemical | medical agent 61 in the storage cold storage shelf part 51 can be taken out.

  The medicine storage 25 lights up the electronic shelf label 62 at the place where the managed medicine is arranged in the storage cold storage shelf 51 specified by the managed medicine replenishment information (step S18). That is, the electronic shelf label 62 in the arrangement area of the cold medicine K and the cold medicine M is turned on, and the medicine name and the required number of pick-ups are displayed.

  The operator takes out two cold medicines K and two cold medicines M, which are the management medicines 61 displayed on the display 30, from the storage cold storage shelf 51 and arranges them in the management medicine container 24.

  When the management medicine 61 is taken out of the storage cold storage shelf 51, the operator causes the barcode reader 57 to read the barcode of the management medicine 61 (step S19). That is, the operator takes out the management medicines 61 one by one from the storage cold storage shelf 51 and causes the barcode reader 57 to read the barcode of the management medicine 61 thus taken out. Thereby, the controller 63 of the medicine storage 25 detects the bar code of the management medicine 61 taken out.

  If the read medicine for the management medicine 61 is the cold preservation medicine K, the number of displays 30 shown in FIG. 9 is reduced from 2 to 1, and the required number of electronic shelf labels 62 to be taken out is also reduced from 2 to 1. The controller 63 increases the number of the cold medicine K from 0 to 1 as the management medicine removal information. If the read medicine medicine 61 is neither the cold medicine K nor the cold medicine M, a warning message is displayed on the display 30 that the wrong medicine medicine 61 is taken out from the storage cold storage shelf 51. Take out and detect barcodes for the management medicines you need.

  When the bar code is detected for the necessary number of management chemicals that need to be arranged, the controller 63 displays an arrangement completion screen (see FIG. 10) on the display 30. That is, when two barcodes for the cold medicine K and four for the cold medicine M are detected in the management medicine supplement information, as shown in FIG. An end button is displayed on the display 30 (step S20).

  When the management medicine 61 has been arranged in the management medicine container 24, the worker presses the touch detection area 64 of the arrangement end button displayed on the display 30. At this time, the medicine storage 25 takes an image of the management medicine 61 in the storage space of the management medicine container 24 by the tray camera 58 with the touch detection area 64 being pressed as a control trigger (step S21). The captured image information captured by the tray camera 58 is recorded in the controller 63.

  Next, the medicine storage 25 transmits the replenishment completion time when the medicines in the management medicine replenishment information are completed and the container ID of the management medicine container 24 to the data management unit 26, and the RFID tag of the management medicine container 24 In 47, the completion of the supply of the supplementary medicine is additionally recorded (step S22). The data management unit 26 records the replenishment completion time as data associated with the container ID in the management table 48 based on the received replenishment completion time and the container ID. In this way, the operation in the medicine storage 25 is finished.

  After preparing the management medicine 61 in the management medicine container 24, the operator closes the cover of the management medicine container 24 and returns the management medicine container 24 to the transport cart 31. The transport cart 31 detects the container ID from the RFID tag 47 of the managed medicine container 24 and transmits it to the data management unit 26. Then, the operator moves the transport cart 31 to the transport destination of the medicine tray 22. For example, the managed medicine container 24 is taken out from the transport cart 31 at the nurse station of the ward of the transport destination. The managed medicine 61 in the managed medicine container 24 is temporarily stored in a cold storage of the nurse station and stored at an appropriate cold temperature. Moreover, the management medicine 61 is replenished to the medicine tray 22 as necessary.

  In this way, by using the medicine procurement support system 21 according to the first embodiment, the management medicine 61 necessary for a plurality of prescription information having the same transport destination can be definitely arranged in the management medicine container 24.

  Here, the management medicine 61 and the medicine storage 25 having a cold insulation function are used. However, for the management medicine such as a powerful medicine stored at room temperature as the management medicine, the storage cold storage shelf 51 of the medicine storage 25 is used. It may be a room temperature storage shelf.

  Note that the operator is photographed using the pan / tilt camera 55 in steps S11 and S12 of the flowchart of FIG. Since it is desirable to photograph the face of the worker with certainty, it is preferable not to proceed to step S13 when the medicine storage room 25 analyzes the photographed image and the face of the worker is not shown. Also, the color, shape, etc. of the worker's clothing may be checked from the worker's image so that if the worker is not wearing a specific uniform, the process cannot proceed to step S13. In addition, since an operator may not stand in front of the pan / tilt camera 55, the position of the operator is detected by a human body detection sensor (for example, a pyroelectric sensor), and the direction of the pan / tilt camera 55 is adjusted to the detected position. By capturing the image, the operator's image can be acquired more reliably. Further, in the captured image of the pan / tilt camera 55, the face position is obtained with the arm or shoulder in the vicinity of the IC card reader 56 as a base point, and if the face position does not have a facial feature, the process does not proceed to step S13. The face photo image is taken more reliably.

(Embodiment 2)
FIG. 11 is a schematic configuration diagram of a drug procurement support system 70 according to Embodiment 2 of the present invention.

  The medicine assembling support system 70 according to the second embodiment mistakes the management medicine container 24 stocked with the management medicine by comparing the transportation destination of the management medicine container 24 and the transportation destinations of the transport carts 71 and 73. It can be prevented from being mounted on the transport cart 73 of the transport destination. For example, when the management medicines are collected in the medicine storage 25 and are loaded back onto the transport cart 71 that has carried the management medicine container 24, it is prevented from being mistakenly loaded on the transport cart 73 having a different transport destination. Since other parts are the same as those of the first embodiment, description thereof is omitted.

  As illustrated in FIG. 11, the medicine assembling support system 70 includes a transport cart that moves with a plurality of medicine trays 22 mounted thereon. When the managed medicine container 24 stocked with the managed medicine is loaded on the transport cart 71, the transport cart 71 detects the container ID of the loaded managed medicine container 24. The transport cart 71 transmits the detected container ID and the cart ID of the transport cart 71 to the data management unit 26. The data management unit 26 acquires cart transport destination information associated with the cart ID, acquires transport destination information of the managed medicine container 24 linked to the container ID, and transports the cart transport destination information and the container ID. Compare information. The data management unit 26 has a cart management table in which the cart ID and the transport destination information are associated with each other, and can obtain the cart transport destination information of the transport cart 71 from the cart ID.

  In this way, by comparing the transport destination information that is the transport destination of the managed medicine container 24 mounted on the transport cart 71 with the cart transport destination information of the transport cart 71, the managed medicine container 24 becomes the appropriate transport cart 71. It is possible to determine whether or not it is installed.

  Specifically, when the management medicine container 24 is newly loaded on the transport cart 71, the transport cart 71 detects the container ID from the RFID tag 47 of the management medicine container 24 by the RFID reader 71a. Then, the transport cart 71 transmits the detected container ID to the data management unit 26 together with the cart ID of the transport cart 71. Then, the data management unit 26 compares the transport destination information of the transport cart 71 with the transport destination information of the container ID, and determines whether or not the transport destination is the same. Then, the determination result as to whether or not the transport destination is the same is transmitted from the data management unit 26 to the transport cart 71. When the transport cart 71 receives the determination result that the transport destination is not the same (not the same), the warning light that informs the operator that the container ID mounted on the transport cart 71 is different from the transport destination of the transport cart 71 is displayed. The part 72 is blinked. At this time. If the transport destination is the same, the lighting unit 72 is turned off.

  As described above, in the medicine assembling support system 70 according to the second embodiment, when the management medicine container 24 is loaded on the transport cart 71 having a different transport destination by mistake, the lighting unit 72 blinks and the transport cart wrong for the operator is displayed. 73 Notify that the managed medicine container 24 is loaded. Therefore, it is possible to prevent an error in mounting the managed medicine container 24 on the transport cart 73 having a different transport destination.

(Embodiment 3)
FIG. 12 is a schematic configuration diagram of a drug procurement support system 80 according to Embodiment 3 of the present invention.

  The medicine procurement support system 80 can prevent an error in mounting the medicine tray 22 and the management medicine container 24 on the transport cart 83 with a combination of different transport destinations. For example, when the management medicine container 24 stocked with the management medicine in the medicine storage 25 is to be loaded back onto the transport cart 81, it is possible to prevent erroneous loading on the transport cart 83 on which the medicine trays 22 having different transport destinations are mounted. Since other parts are the same as those of the first embodiment, description thereof is omitted.

  As shown in FIG. 12, the medicine assembling support system 80 according to the third embodiment includes a transport cart 81 that can move with a plurality of medicine trays 22 mounted thereon. The medicine dispenser 23 records the tray ID of the medicine tray 22 for each patient for which the general medicine has been dispensed according to the prescription information in the data management unit 26 in association with the patient ID and prescription information. A managed medicine 61 is prepared in the managed medicine container 24 based on the managed medicine replenishment information created from a plurality of prescription information having the same transport destination. The data management unit 26 records the container ID of the managed medicine container 24 in association with the transport destination information associated with the prescription information. When the transport cart 81 detects the tray ID of the loaded medicine tray 22 and the container ID of the management medicine container 24, the detected tray ID and container ID are transmitted to the data management unit 26. The combination of the tray ID and the container ID transmitted from the transport cart 81 is compared with the combination linked between the tray ID and the container ID recorded in the data management unit 26.

  Thereby, the mistake which mounts the medicine tray 22 and the management chemical | medical agent container 24 in the conveyance cart 81 by the combination from which a conveyance destination differs can be prevented.

  Specifically, when the management medicine container 24 is newly loaded on the transport cart 81, the transport cart 81 detects the container ID from the RFID tag 47 of the management medicine container 24 by the RFID reader 81a. The transport cart 81 detects the tray ID from the RFID tag 41 of the medicine tray 22 at the time of loading. The transport cart 81 transmits the detected container ID to the data management unit 26 together with the already mounted tray ID. The data management unit 26 compares the combination of the container ID and tray ID received from the transport cart 81 with the combination of the container ID and tray ID associated in the management table 48 shown in FIG. It is determined whether or not there is. The determination result of the combination of the container ID and the tray ID is transmitted from the data management unit 26 to the transport cart 81. When the combination determination result is not the same, the transport cart 81 notifies the operator that the transport destination of the container ID mounted on the transport cart 81 and the tray ID of the transport cart 81 is different. 82 is blinking. When the combination determination result is the same, the lighting unit 82 is turned off.

  As described above, in the medicine assembling support system 80 according to the third embodiment, when the management medicine container 24 with a different transport destination is loaded on the transport cart 81, the lighting unit 82 blinks, and the management medicine container 24 is mistaken for the operator. Inform that the cart is loaded on the transport cart 81. Therefore, it is possible to prevent an error that the managed medicine container 24 is mounted on the transport cart 81 together with the medicine trays 22 having different transport destinations.

(Embodiment 4)
FIG. 13 is an explanatory diagram for explaining the basic operation of the drug procurement support system 91 according to Embodiment 4 of the present invention.

  The drug procurement support system 91 is a system that displays management drug supplement information on the display 30 by selecting a transport destination displayed on the display 30. As a result, the managed medicine container 24 can be surely stocked with the managed medicine to be replenished to the plurality of medicine trays 22 having the same transport destination. Since other parts are the same as those of the first embodiment, description thereof is omitted.

  The drug procurement support system 91 according to the fourth embodiment includes a drug dispenser 23 that holds a drug tray 22 inside and dispenses a general drug to the drug tray 22 according to prescription information for each patient, and a display 30. The medicine storage 25 for storing the management medicine and the data management unit 26 are provided.

  The data management unit 26 acquires and records a patient ID, prescription information, and delivery destination information based on prescription instructions and in-hospital information for each patient. In addition, the data management unit 26 creates and records management drug supplement information in which the name information and the number information of the management drug in the plurality of prescription information having the same transfer destination of the transfer destination information are collected. The data management unit 26 transmits the data to the medicine storage 25 by combining the managed medicine supplement information and the delivery destination information. The medicine storage 25 stores a combination of the plurality of managed medicine supplement information created by the data management unit 26 and the delivery destination information, and displays them on the display 30 in a timely manner.

  Then, the medicine dispenser 23 acquires a plurality of patient IDs and prescription information having the same transport destination from the data management unit 26 and dispenses the general medicine to the individual medicine tray 22 according to the prescription information for each patient. The medicine storage 25 is configured to display on the display 30 managed medicine replenishment information associated with the transportation destination information when the transportation destination information is input in the medicine storage 25.

  With this configuration, since the name information and the number information of the managed medicines to be replenished to the plurality of medicine trays 22 having the same transport destination are collectively displayed on the display 30 of the medicine storage 25, the operator can obtain a plurality of prescription information. It is not necessary to individually read the name and the number of managed medicines. Therefore, it is possible to prevent the management medicine container 24 from being misaligned with management medicines to be replenished to a plurality of medicine trays 22 having the same transport destination.

  Next, the basic operation of the medicine procurement support system 91 in FIG. 13 will be described.

  The medicine dispenser 23 dispenses a general medicine to the medicine tray 22 for each patient according to the management information (patient ID, prescription information, etc.) acquired from the data management unit 26. At this time, prescription information with the same transport destination is acquired together, and then the general medicine is dispensed to the medicine tray 22 for each patient according to the individual prescription information. Then, a plurality of medicine trays 22 corresponding to a plurality of prescription information having the same transport destination are continuously carried out.

  The operator mounts the medicine tray 22 having the same transportation destination on the transportation cart 31 and moves to the medicine storage 25 to replenish the transportation cart 31 with the managed medicine. The managed medicine container 24 is taken out from a container storage section (not shown) arranged in or near the medicine storage room 25 and placed on the table 29.

  The operator selects a display corresponding to the transport destination of the transport cart 31 from the transport destination information displayed on the display 30. For example, if the transport destination of the transport cart 31 is a 5F nurse station, the worker presses the touch detection area “5F” displayed on the display 30. Then, on the display 30, the managed medicine replenishment information whose destination is 5F is displayed.

  This managed medicine replenishment information is information on the managed medicines that need to be replenished to the plurality of medicine trays 22 loaded on the transport cart 31 whose transport destination is 5F. Then, the operator arranges the managed medicines in the managed medicine container 24 according to the display of the managed medicine supplement information. As described above, by arranging the medicines according to the display of the managed medicine replenishment information, the managed medicines to be replenished to the medicine tray 22 having the same transport destination can be definitely arranged in the managed medicine container 24.

  Hereinafter, the details of the medicine assembling using the medicine assembling support system 91 according to the fourth embodiment will be described. FIG. 14 is a flowchart of the operation of the medicine dispensing machine 23 of the medicine procurement support system 91 according to the fourth embodiment.

  The prescription information created by the prescription creation terminal of the medical office is transmitted to the data management unit 26 via the communication line 27 with the patient ID added. The data management unit 26 records the patient ID and prescription information of the patient in association with each other. Further, a database (not shown) of a medical office is searched based on the patient ID, and transport destination information indicating the hospitalization location of the patient is acquired and associated and recorded.

  The medicine dispenser 23 acquires the patient ID, prescription information, and the like of the same transport destination from the data management unit 26, and dispenses the general medicine to the medicine tray for each patient according to the prescription information for each patient. In addition, the operation | movement of step S21-step S25 is the same as the operation | movement of step S01-S05 shown in FIG. 3, respectively, and abbreviate | omits detailed description.

  After a plurality of medicine trays 22 having the same transport destination are carried out from the medicine dispensing machine 23, the operator loads these medicine trays on the transport cart 31. The operator moves the transport cart 31 to the medicine storage 25 in order to collect the managed medicines that need to be replenished in the medicine tray 22 of the transport cart 31.

  FIG. 15 is a flowchart of the operation of the medicine storage 25 in the fourth embodiment.

  The worker holds his / her IC card over the IC card reader 56. Then, the medicine storage 25 uses the IC card reader 56 and the pan / tilt camera 55 to read the worker's IC card and photograph the worker (step S31). The worker information of the IC card read by the IC card reader 56 is compared with the worker information registered in the controller 63. At the same time, the pan / tilt camera 55 takes an image of the worker using the authentication operation of the IC card as a control trigger. IC card worker information and captured images are stored in the controller 63 as data.

  If the operator information of the IC card read in step S31 is registered in the controller 63, the use of the medicine storage 25 is permitted. If the worker information is not registered in the controller 63, the use of the medicine storage 25 is not permitted and a warning display is displayed on the display 30 (step S32).

  When the use of the worker is permitted, the worker takes out the managed medicine container 24 from the container storage section of the medicine storage 25 and places it on the table 29 of the medicine storage 25. In addition, the container storage part of the medicine storage 25 has a cooling function, and the storage part of the management medicine container 24 is kept cold at a predetermined temperature. In addition, when the use of the worker is permitted, a plurality of pieces of transport destination information corresponding to a plurality of pieces of managed medicine supplement information created by the data management unit 26 are displayed on the display 30 of the medicine management box 25.

  FIG. 16 is a diagram showing a screen of transport destination information displayed on the display 30 of the medicine storage 25 in the fourth embodiment. As shown in FIG. 16, the transport destination where the managed medicine replenishment information created by the data management unit 26 exists is displayed on the display 30. Here, the transport destinations where the managed medicine replenishment information exists are 4F, 5F, and 6F nurse stations.

  The operator presses the character area of the transport destination where the management chemicals are prepared, and inputs the transport destination from the display 30 with the touch panel function (step S33). For example, when the operator presses the touch detection area 95 on which the characters “5F” are displayed, the medicine storage 25 detects that the touch detection area 95 is pressed, and the transport destination “5F” is input. Is detected. That is, the operator inputs the transport destination of the managed medicines to be collected to the medicine storage box 25.

  Next, the medicine storage 25 transmits the acquired transport destination information to the data management unit 26 (step S34).

  When the destination information is received from the medicine storage 25, the data management unit 26 searches the management table 48 shown in FIG. 6 based on the received destination information. Then, the management medicine supplement information having the transport destination information is transmitted to the medicine storage 25. The medicine storage 25 receives managed medicine supplement information from the data management unit 26 (step S35).

  Then, the medicine storage 25 displays the received managed medicine supplement information and the input destination information on the display 30 (step S36). The medicine storage 25 obtains in advance the combination data of the managed medicine replenishment information and the transport destination information created by the data management unit 26 and stores them in the controller 63, and the transport destination selection input is made. Sometimes, the managed medicine supplement information corresponding to the transport destination may be displayed on the display 30.

  As shown in the flowchart of FIG. 15, after the managed medicine replenishment information is displayed in step S36, the electronic lock of the storage cold storage shelf 51 is unlocked (step S37). Thereby, the management chemical | medical agent 61 in the storage cold storage shelf part 51 can be taken out.

  In the medicine storage 25, the electronic shelf label 62 in the place where the management medicine 61 is arranged in the storage cold storage shelf 51 specified by the management medicine replenishment information is turned on (step S38).

  The operator takes out the management medicine 61 displayed on the display 30 from the storage cold storage shelf 51 and arranges it in the management medicine container 24.

  When the management medicine 61 is taken out from the storage cold storage shelf 51, the operator causes the barcode reader 57 to read the barcode of the management medicine 61 (step S39). That is, the operator takes out the management medicines 61 one by one from the storage cold storage shelf 51 and causes the barcode reader 57 to read the barcode of the management medicine 61 thus taken out. Thereby, the controller 63 of the medicine storage 25 detects the bar code of the management medicine 61 taken out. Continue to remove and detect barcodes for the control medications you need.

  When the bar code is detected for the necessary number of management chemicals that need to be sorted, the controller 63 displays a sorting end screen (for example, see FIG. 10) on the display 30. That is, when all the barcodes of the managed medicines in the managed medicine replenishment information are detected, a message indicating that the managed medicines have been arranged and an arrangement end button are displayed on the display 30 (step S40).

  When the medicine arrangement for the managed medicine container 24 is completed, the operator presses the touch detection area 64 of the arrangement completion button displayed on the display 30. At this time, the medicine storage 25 takes an image of the management medicine 61 in the storage space of the management medicine container 24 by the tray camera 58 using the touch detection area 64 as a trigger (step S41). The captured image information captured by the tray camera 58 is recorded in the controller 63.

  Next, the medicine storage 25 detects the container ID of the managed medicine container 24 with the RFID tag reader (step S42).

  Next, the medicine storage 25 transmits to the data management unit 26 the replenishment completion time when the medicines in the management medicine replenishment information are completed, the container ID of the management medicine container 24, and the transport destination information, and the RFID of the management medicine container 24 is sent. The supplemental medicine arrangement completion information is additionally recorded in the tag 47 (step S43). The data management unit 26 records the container ID and the replenishment completion time as data corresponding to the transportation destination information in the management table 48 based on the received replenishment completion time, the container ID, and the transportation destination information. In this way, the operation in the medicine storage 25 is finished.

  After the management medicines are arranged in the management medicine container 24, the operator closes the lid of the management medicine container 24 and returns the management medicine container 24 to the transport cart 31. The transport cart 31 detects the container ID from the RFID tag 47 of the managed medicine container 24 and transmits it to the data management unit 26. Then, the transport operator moves the transport cart 31 to the transport destination of the medicine tray 22. The management drug container 24 is taken out from the transport cart 31 at the nurse station of the ward of the transport destination. The managed medicine 61 in the managed medicine container 24 is temporarily stored in a cold storage of the nurse station and stored at an appropriate cold temperature. Moreover, the management medicine 61 is replenished to the medicine tray 22 as necessary.

  Note that the medicine procurement support system 91 prevents the mistake of mounting the managed medicine container 24 stocked with the managed medicine on the transport cart 31 of a different transport destination, and the transport destination of the managed medicine container 24 and the transport cart 31. You may make it the structure which compares a conveyance destination.

  For this purpose, the medicine assembling support system 91 shown in FIG. 13 may include a management medicine container 24 and a transport cart 31 that moves by mounting a plurality of medicine trays 22. Then, the container ID of the managed medicine container 24 detected in association with the transport destination information in the medicine storage 25 is transmitted to the data management unit 26, and this container ID is associated with the transport destination information to the data management unit 26. To be recorded. When the transport cart 31 detects the container ID of the mounted management medicine container 24, the detected container ID and the cart ID of the transport cart 31 are transmitted to the data management unit 26. The data management unit 26 acquires the cart transport destination information from the cart ID, and compares the transport destination information linked to the container ID with the cart transport destination information.

  When the transport cart 31 receives a determination result that the transport destination is not the same from the data management unit 26, the transport cart 31 blinks a lighting unit that informs the operator that the transport destination of the transport cart 31 is different. If the transport destination is the same, the lighting unit is turned off.

  With such a configuration, the medicine assembling support system 91 can prevent the mistake of mounting the management medicine container 24 stocked with the management medicine on the transport cart 31 of a different transport destination.

  Note that the medicine procurement support system 91 includes a combination of the medicine tray 22 and the management medicine container 24 with different transport destinations and the management medicine container 24 loaded on the transport cart 31 in order to prevent an error in mounting the medicine tray 22 and the management medicine container 24 on the transport cart 31. The transport destination of the medicine tray 22 may be compared.

  To that end, the medicine assembling support system 91 shown in FIG. 13 may include a managed medicine container 24 and a transport cart 31 that moves with a plurality of medicine trays 22 mounted thereon. When the container ID of the managed medicine container 24 stocked with the managed medicine corresponding to the destination information is detected in the medicine storage 25, this container ID is associated with the destination information and recorded in the data management unit 26. . The medicine dispenser 23 dispenses a general medicine to the medicine tray 22 for each patient according to prescription information corresponding to the patient ID, detects the tray ID of the medicine tray 22, and combines the patient ID and the tray ID to a data management unit. 26. As a result, the data management unit 26 records the transport destination information associated with the patient ID in association with the tray ID. The transport cart 31 detects the tray ID of the loaded medicine tray 22 and the container ID of the management medicine container 24, and transmits the tray ID and container ID to the data management unit 26. The data management unit 26 compares the combination of the tray ID and the container ID transmitted from the transport cart 31 with the combination of the tray ID and the container ID recorded in the data management unit 26.

  When the transport cart 31 receives a determination result that the combinations are not identical from the data management unit 26, the transport cart 31 blinks a lighting unit that informs the operator that the transport destination of the transport cart 31 is different. If the transport destination is the same, the lighting unit is turned off.

  With this configuration, it is possible to prevent an error in mounting the medicine tray 22 and the management medicine container 24 on the transport cart 31 with a combination of different transport destinations.

(Embodiment 5)
FIG. 17 is a schematic configuration diagram of the drug procurement support system 101 according to Embodiment 5 of the present invention. The medicine assembling support system 101 includes a medicine cold storage 102 that is a medicine storage for cold storage and a medicine room temperature storage 103 that is a medicine storage for room temperature storage, and a plurality of medicine storage rooms with different storage conditions. Even if there is, there is no doubt that each managed medicine container can be stocked with each managed medicine to be replenished to a plurality of medicine trays having the same transport destination.

  The medicine assembling support system 101 stores a medicine dispensing machine 23, a data management unit 106, a medicine cooler 102 that stores a refrigerated management medicine as a medicine storage, and a room temperature management medicine as a medicine storage. The medicine room temperature chamber 103 is provided. Note that the medicine cooler 102 is a medicine storage that can store the controlled medicine at a temperature lower than room temperature, and has the same configuration as the medicine storage 25 shown in FIG. 7 except for the cold storage mechanism. Since other parts are the same as those of the first embodiment, description thereof is omitted.

  The data management unit 106 creates and records cold medicine supplement information and room temperature medicine supplement information as managed medicine supplement information. The cold medicine supplement information means managed medicine supplement information in which name information and number information of the cold management medicines included in the plurality of prescription information with the same transport destination are collected. Further, the room temperature medicine replenishment information means management medicine replenishment information in which name information and number information of room temperature management medicines included in a plurality of prescription information with the same transport destination. When the delivery destination information is input in the medicine cooler 102, the medicine cooler 102 displays the cold medicine supplement information generated in the data management unit 106 and associated with the delivery destination information on the display 30. When the destination information is input in the medicine room temperature chamber 103, the medicine room temperature chamber 103 displays the room temperature medicine replenishment information created in the data management unit 106 and associated with the destination information on the display 30.

  FIG. 18 is a front view of a medicine room temperature chamber 103 that is a medicine storage room that performs room temperature storage. The medicine room temperature storage 103 shown in FIG. 18 manages the storage medicine room temperature shelf portion 105 that stores the management medicine 61 that requires room temperature management on the internal shelf and stores it at room temperature, and the management medicines in the storage room room temperature shelf portion 105. And a storage management unit 52.

  The storage cabinet room temperature shelf 105 includes a storage shelf 60 and a plurality of electronic shelf labels 62. And the management chemical | medical agent 61 which carries out normal temperature management to the storage shelf 60 is divided for every kind, and is arranged in each arrangement | positioning area. The electronic shelf label 62 is attached to the storage shelf 60 for each arrangement area.

  Next, the basic operation of the medicine arrangement support system 91 will be described. FIG. 19 is an explanatory diagram for explaining the basic operation of the drug procurement support system 101 according to the fifth embodiment.

  The medicine dispenser 23 dispenses a general medicine to the medicine tray 22 for each patient according to the management information (patient ID, prescription information, etc.) acquired from the data management unit 106. At this time, prescription information with the same transport destination is acquired together, and then the general medicine is dispensed to the medicine tray 22 for each patient according to the individual prescription information. Then, a plurality of medicine trays 22 corresponding to a plurality of prescription information having the same transport destination are continuously carried out.

  The operator loads the medicine tray 22 having the same transportation destination on the transport cart 31 and moves the transport cart 31 to the medicine cooler 102 in order to replenish the managed medicine requiring the cold storage management. The managed medicine container 24 is taken out from a container storage unit (not shown) disposed in or near the medicine cooler 102 and the managed medicine container 24 is placed on the table 29.

  The operator selects a display corresponding to the transport destination of the transport cart 31 from the transport destination information displayed on the display 30. For example, if the transport destination of the transport cart 31 is 5F, the worker presses the touch detection area 95 that displays the characters “5F” displayed on the display 30. Then, the refrigerating medicine replenishment information whose transport destination is 5F is displayed on the display 30.

  This cold storage medicine replenishment information is information on cold management medicines that need to be replenished to the plurality of medicine trays 22 loaded on the transport cart 31 having a transport destination of 5F. Then, the operator arranges the management medicines in the management medicine container 24 in accordance with the display of the cold medicine supplement information. As described above, by collecting medicines according to the display of the cold medicine supplement information, it is possible to undoubtedly collect the cold medicines to be replenished in the medicine tray 24 having the same transport destination in the cold medicine management medicine container 24. it can.

  Next, the worker moves the transport cart 31 to the place of the medicine room temperature chamber 103 in order to replenish the medicine tray 22 having the same transportation destination with the management medicine requiring the room temperature management. The managed medicine container 24 is taken out from a container storage unit (not shown) disposed in or near the medicine normal temperature chamber 103, and the managed medicine container 24 is placed on the table 29.

  The operator selects a display corresponding to the transport destination of the transport cart 31 from the transport destination information displayed on the display. For example, if the transport destination of the transport cart 31 is 5F, the worker presses the touch detection area 95 that displays the characters “5F” displayed on the display 30. Then, the room temperature medicine replenishment information with the transport destination of 5F is displayed on the display 30.

  This room-temperature medicine replenishment information is information on a room-temperature managed medicine that needs to be replenished to a plurality of medicine trays 22 loaded on a transport cart 31 whose transport destination is 5F. Then, the operator arranges the management medicines in the management medicine container 24 according to the room temperature medicine replenishment information. In this way, by arranging the medicines according to the display of the room temperature medicine replenishment information, the room temperature medicine management medicine container 24 and the medicine tray 22 having the same transport destination can be surely stocked the room temperature management medicines to be replenished. Can do.

  With this configuration, the medicine assembling support system 101 includes the medicine cold storage box 102 and the medicine room temperature box 103, and even when there are a plurality of medicine storage boxes, the management medicine container 24 has a plurality of medicine trays having the same transport destination. There is no doubt that we have a range of management drugs that should be replenished.

  The above-described medicine assembling support system 101 inputs the transport destination information to the medicine cold storage 102 in order to display the cold medicine supplement information in the medicine cold storage 102, and the room temperature medicine supplementation information in the medicine cold room 103. The destination information was entered for display. However, the fifth embodiment is not limited to such a case. For example, the container ID of the management drug container 24 for cold storage and the cold storage medicine supplement information of the transport destination are associated and recorded in the data management unit, and the container ID of the management drug container 24 for normal temperature and the normal temperature medicine supplement information of the transport destination are correlated. Record in the data management unit. The medicine cool box 102 detects the container ID of the managed medicine container 24, acquires the record information of the data management unit, and displays the cold medicine supplement information corresponding to the container ID on the display. The medicine room temperature chamber 103 detects the container ID of the management medicine container 24, acquires the record information of the data management unit, and displays the room temperature medicine replenishment information corresponding to the container ID on the display. If it does in this way, the replenishment information corresponding automatically can be displayed by detecting container ID of the management chemical | medical agent container 24. FIG. It is also possible to display a warning by detecting an error in using a normal temperature management drug container in the drug cold box 102 and an error in using the cold drug management drug container in the drug room temperature chamber 103.

  For this purpose, the data management unit 106 records the transport destination information in association with the container ID of the managed medicine container 24, for example, by the method shown in the medicine procurement support system 21 of the first embodiment. Furthermore, the data management unit 106 records, as the management drug supplement information, the cold medicine supplement information that collectively shows the name information and the number information of the management medicines that require the cold management in the plurality of prescription information with the same transport destination. To do. Furthermore, room temperature medicine replenishment information that collectively shows name information and number information of management medicines that require room temperature management in a plurality of prescription information with the same transport destination is recorded. When the container ID of the managed medicine container 24 is detected by the medicine cooler 102, the cold medicine supplement information recorded in the data management unit 106 and linked to the container ID is displayed on the display of the medicine cooler 102. Further, when the container ID of the managed medicine container 24 is detected in the medicine room temperature chamber 103, the room temperature medicine replenishment information recorded in the data management unit 106 and linked to the container ID is displayed on the display 30 of the medicine room temperature chamber 103. .

  With this configuration, the medicine assembling support system includes the medicine cold storage box 102 and the medicine room temperature box 103, and even when there are a plurality of medicine storage boxes having different management temperatures, the same destination is supplied to the management medicine container 24. There is no doubt that you will be able to stock up on the multiple medicine trays that you need to replenish.

  The medicine procurement support system according to the present invention is a large scale in which a management medicine container to be replenished to a plurality of medicine trays having the same transportation destination can be surely collected in a management medicine container, and there are many nurse stations and the like as transportation destinations. This is useful in hospital facilities.

21, 70, 80, 91, 101 Drug procurement support system 22 Drug tray 23 Drug dispenser 24 Managed drug container 25 Drug storage 26, 106 Data management unit 27 Communication line 28 Dispensing shelf 29 Table 29a, 71a, 81a RFID reader 30 Display 31, 71, 73, 81, 83 Transport cart 41, 47 RFID tag 45 Storage unit 46 Cover unit 48 Management table 51 Storage cabinet cool shelf unit 52 Storage management unit 54 Support unit 55 Pan tilt camera 56 IC card reader 57 Bar Code reader 58 Tray camera 59 Electronic lock 60 Storage shelf 61 Controlled medicine 62 Electronic shelf label 63 Controller 64, 95 Touch detection area 72, 82 Lighting unit 102 Drug cold storage 103 Drug room temperature storage 105 Storage room temperature shelf

Claims (9)

A drug dispenser that dispenses general drugs to the drug container according to the prescription information;
A drug storage for storing controlled drugs, which are powerful drugs and drugs that require cold storage;
A name management information included in a plurality of the prescription information having the same transport destination, a data management unit for creating management drug replenishment information that summarizes the number information, and
The data management unit records the received container ID of the management drug container in association with the management drug replenishment information created from the plurality of prescription information,
The medicine storage support system, wherein the medicine storage unit displays on a display the management medicine replenishment information associated with the container ID of the detected management medicine container. The said medicine dispensing machine carries out the said management chemical | medical agent container after carrying out the chemical | medical agent container with the same conveyance destination, or carries out the chemical | medical agent container with the same conveyance destination after carrying out the said management chemical | medical agent container. The drug procurement support system described. A transport cart that moves by mounting a plurality of the medicine containers,
When the container ID of the managed medicine container is detected in the transport cart, the detected container ID and the cart ID of the transport cart are transmitted to the data management unit,
The data management unit acquires cart transport destination information from the cart ID, and compares the cart transport destination information with the transport destination information linked to the container ID. The drug procurement support system described. A transport cart capable of moving by mounting a plurality of the medicine containers,
In the medicine dispenser, the container ID of the medicine container from which the general medicine is dispensed according to the prescription information is recorded in the data management unit in association with the prescription information and the transport destination information,
When the container ID of the medicine container and the container ID of the management medicine container are detected by the transport cart, the container ID and the container ID are transmitted to the data management unit, and from the transport cart. The medicine combination according to claim 1 or 2, wherein the combination of the received container ID and container ID is compared with the linkage between the container ID and the container ID recorded in the data management unit. Assortment support system. As the medicine storage, a medicine cold storage for storing the cold management medicine in the cold state, and a medicine room temperature storage for storing the room temperature management medicine in the normal temperature state,
The data management unit makes the delivery destination the same as the management medicine supplement information, the name information of the cold insulation management medicine in the prescription information having the same delivery destination, and the cold insulation management medicine supplement information that summarizes the number information. Create room temperature management medicine supplement information that summarizes the name information and number information of the room temperature management medicine in the prescription information,
The medicine cold storage displays the cold storage management medicine supplement information linked to the container ID of the detected management medicine container on the display of the medicine storage,
The said medicine normal temperature chamber displays the said normal temperature management chemical replenishment information linked | related with the said container ID of the detected said management chemical | medical agent container on the display of the said chemical normal temperature warehouse. The drug procurement support system according to Item. A drug dispenser that dispenses general drugs to the drug container according to the prescription information;
A drug storage for storing controlled drugs, which are powerful drugs and drugs that require cold storage;
A data management unit that creates management drug supplement information that summarizes name information and number information of a managed drug from a plurality of the prescription information with the same transport destination and associates the information with the transport destination information;
The medicine storage support system, wherein when the transport destination information is inputted in the medicine storage, the medicine storage displays the managed medicine supplement information associated with the transport destination information on a display. A transport cart that carries a plurality of managed medicine containers and the medicine container and moves,
When the transport destination information is input in the medicine storage, the container ID of the managed medicine container detected in the vicinity of the medicine storage is recorded in association with the transport destination information,
When the container ID of the managed medicine container is detected in the transport cart, the cart transport destination information and the container ID are linked based on the detected container ID and the cart ID of the transport cart. The medicine arrangement support system according to claim 6, wherein the information is compared with the transport destination information to confirm the coincidence of the information. A transport cart that carries a plurality of managed medicine containers and the medicine container and moves,
The container ID of the medicine container from which the general medicine is dispensed according to the prescription information by the medicine dispensing machine is recorded in the data management unit in association with the prescription information, the patient information, and the transport destination information. And
The transport destination information is input in the medicine storage, the medicine storage detects a container ID of the management medicine container in the vicinity, and the container ID is recorded in the data management unit in association with the transport destination information. ,
When the container ID of the medicine container and the container ID of the management medicine container are detected in the transport cart, the combination of the detected container ID and the container ID is recorded in the data management unit. The medicine arrangement support system according to claim 6, wherein the correspondence between the container ID and the container ID is compared to confirm the match. As the medicine storage, a medicine cold storage for storing the cold management medicine in the cold state, and a medicine room temperature storage for storing the room temperature management medicine in the normal temperature state,
The data management unit includes, as the management chemical supplement information, the cold storage management chemical supplement information that summarizes the name information and the number information of the cold management chemicals, and the normal temperature management chemical supplement that summarizes the name information and the number information of the normal temperature management chemicals Record information,
When the transport destination information is input in the medicine cooler, the cold storage management medicine supplement information associated with the transport destination information recorded in the data management unit is displayed on the display of the medicine cooler,
The said normal temperature management chemical | medical agent supplement information linked | related with the said transport destination information recorded on the said data management part is displayed on the display of the said chemical | medical agent normal temperature chamber when the said delivery destination information is input in the said chemical | medical agent normal temperature store | warehouse | chamber. The medicine arrangement support system according to any one of claims 8 to 9.

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