JP2005334056A - Dispensing support system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a dispensing support system capable of easily and surely checking whether or not a plurality of medicines arranged for each time of a prescription for each patient are prescribed medicines, easily confirming an appropriate preparation procedure and eliminating dispensing errors as much as possible or the like by using portable terminal equipment. <P>SOLUTION: The information of the plurality of prescribed medicines for each patient is received, made to correspond to medicine codes and stored in a memory by a PC 2, and a transfusion label with a two-dimensional bar code for each patient to be used for the prescription is prepared by a label preparation device 5. In the portable terminal equipment 3, the plurality of prescribed medicines and the quantity indicated by the bar code read from the transfusion label with the two-dimensional bar code are displayed at a display part, and every time of reading the bar code displayed on the container of the plurality of medicines arranged for each time of the prescription for each patient, whether or not the medicine is the prescribed medicine is checked on the basis of medicine information indicated by the bar code and the information of the plurality of prescribed medicines stored in a data storage part. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a dispensing support system that supports dispensing prescription drugs prescribed to a plurality of patients.

  Conventionally, a prescription drug dispensing operation performed by a pharmacist based on each prescription (injection prescription) in a hospital is basically as follows. First, look at the prescription and prepare a number of prescription drugs. Next, a plurality of prepared drugs are brought into a clean room, and in particular, when an anticancer drug is included in a prescription drug, it is put in a clean bench. Then, we prepare (dispense) a plurality of prepared chemicals by weighing, dissolving, mixing injection, etc. by an appropriate procedure.

  In addition, in order to prevent dispensing errors, before drug preparation, check whether or not multiple prepared drugs are prescription drugs by checking the labels and prescriptions of those drugs. Check whether each drug has been used in the prescribed amount by checking the label of these drugs, the remaining amount of the drug remaining in those containers, and the amount of the prepared drug. Usually, audit work such as checking whether or not there is a problem is also performed.

  By the way, dispensing errors include lack of knowledge and experience necessary for pharmacist dispensing, lack of attention due to poor pharmacist physical condition, specifically, misreading of similar drug names, mistakes in preparation procedures such as measurement errors, etc. Often caused by various human error. Even if the above auditing work is performed, it is impossible to eliminate dispensing errors. Therefore, several systems that support dispensing work have been put into practical use so as to eliminate the occurrence of dispensing errors as much as possible. .

  For example, in the injection preparation confirmation system of Patent Document 1, medicines are prepared based on prescription information and stored in a tray, and a check label on which a barcode including patient ID information as check information is attached is attached to the medicine. wear. Before dispensing, the mobile terminal reads the barcode on the collation label of the medicine, automatically matches the read information with the doctor's injection prescription information read from the host computer, and mixes the medicine based on the collation result. Do work.

Here, the prescription information (injection medicine, prescription content) corresponding to the patient ID of the read barcode can be displayed on the portable terminal. Patient ID is used as verification information. In addition, a tray identification number, date and order, product ID may be included, and a verification label in which the patient ID and prescription information are printed with a two-dimensional barcode is attached to the medicine. Is also described.
JP 2002-92165 A

  In conventional audit work, the pharmacist simply checks the label and prescription of the drugs to check whether or not the prepared drugs are prescription drugs. It is difficult to ensure, for example, misreading of similar drug names, there is a risk that a wrongly prepared medicine that is not a prescription medicine cannot be found and overlooked and dispensed. In order to eliminate as much as possible the dispensing errors resulting from these human errors, it is a predecessor to pay attention to lack of attention due to poor physical condition, lack of knowledge and experience necessary for dispensing, but as you think It is difficult to reduce dispensing errors.

  In addition, even if it is checked that a plurality of prepared medicines are prescription drugs, the prepared plurality of medicines must be prepared by weighing, dissolving, co-injecting, etc. according to an appropriate procedure. In this case, the pharmacist basically performs the preparation work based on knowledge and experience, but if it relies solely on it, even a veteran pharmacist may make a mistake in the preparation procedure such as a measurement error, a dissolution work error, or a mixed injection work error. May occur. In order to prevent this, it is sufficient to ask other pharmacists for the preparation procedure or to read and confirm the manual, but the burden on the pharmacist increases and the dispensing operation does not progress.

  On the other hand, in the injection preparation confirmation system of Patent Document 1, before the drug mixture injection, the barcode on the collation label of the drug is read in the portable terminal, and the read information is automatically combined with the doctor's injection prescription information read from the host computer. However, when it is necessary to construct a communication network for transferring injection prescription information from the host computer to the portable terminal, it is disadvantageous in terms of equipment cost. In this case, wireless radio wave communication using a portable terminal is not desirable because it may adversely affect medical devices.

  An object of the present invention is to easily and reliably check whether or not a plurality of medicines prepared for each prescription for each patient is a prescription drug in a dispensing support system using a portable terminal. Appropriate preparation procedures (chemical preparation order, solution instructions, fraction handling, single mixing instructions, etc.) can be easily confirmed, dispensing errors are minimized, dispensing workload is reduced, and special communications Making this system configurable without building a network, reducing equipment costs, etc.

  The dispensing support system according to claim 1 is a dispensing support system that supports dispensing of prescription drugs prescribed to a plurality of patients, and is a barcode indicating drug information of each of a plurality of types of drugs and containing the drugs. A bar code displayed on each container, a drug master file that stores master data including drug codes for multiple types of drugs, and information on multiple prescription drugs for each patient and associated with drug codes And data processing means for creating printing information capable of barcode printing the information of the plurality of prescription drugs, and receiving the printing information of the plurality of prescription drugs created by the data processing means and using them for prescription A form creation means for creating a patient-specific barcode-added form; a portable terminal having a display section, an operation section, a barcode reading means, and a data storage section; The machine stores a plurality of prescription drugs and their quantities indicated by the barcode read from the barcode-added form by the barcode reading means in the data storage unit and displays them on the display unit, and for each prescription for each patient. Each time the barcode displayed on the plurality of medicine containers prepared in the above is read by the barcode reading means, the medicine information indicated by the barcode and the information on the plurality of prescription medicines stored in the data storage unit are used. It is characterized by checking whether or not the drug is a prescription drug.

  For each of the plurality of types of drugs, a barcode indicating the drug information is displayed on a container for storing the drugs, and in the drug master file, master data including drug codes for the plurality of types of drugs is stored. For example, the medicine information indicated by the barcode displayed on each medicine container includes a medicine code or information corresponding to the medicine code, and the medicine code is set by the dispensing support system. In addition to the drug code, each master data stored in the drug master file includes, for example, drug name, abbreviation name, standard amount, preferential mixing, single mixing, liquid amount, dispensing unit, drug classification, anticancer agent, cold blood drying Contains data on chemicals, solution, amount dissolved, and pH. In addition, you may record the manufacturer and date of manufacture of the chemical | medical agent on the barcode displayed on the container of each chemical | medical agent.

  The data processing means receives information on a plurality of prescription drugs for each patient, stores them in a memory in association with a drug code, creates print information that can be barcode printed on the information on the plurality of prescription drugs, and creates a form The means receives printing information of a plurality of prescription drugs created by the data processing means, and creates a patient-attached bar-coded form used for prescription. This form includes an injection prescription, a medicine bag containing a plurality of medicines prepared for each prescription for each patient, an infusion label to be attached to a medicine container as an infusion. Here, the medicine master file can be configured by providing the medicine master file in at least one of the portable terminal and the data processing means. However, it is desirable to provide the medicine master file in both the portable terminal and the data processing means.

  The portable terminal has a display unit, an operation unit, a barcode reading means, and a data storage unit, and when dispensing a plurality of medicines prepared for each prescription for each patient using this portable terminal, It can be checked whether these drugs are prescription drugs. In this case, first, when the barcode is read from the barcode-added form by the barcode reading means, a plurality of prescription drugs and the quantity indicated by the barcode are stored in the data storage unit and displayed on the display unit, and the display is viewed. You can check the prescription drugs and their quantity. Here, based on the medicine master data stored in the medicine master file of the portable terminal corresponding to the plurality of prescription medicines, various information of these prescription medicines (medicines) can be displayed on the display unit. .

  Next, the barcode displayed on the plurality of prepared chemical containers is read one by one by the barcode reading means. By providing a medicine master file, information on a plurality of prescription drugs stored in the data storage unit is associated with a medicine code, and each time the barcode barcode of the medicine is read by the barcode reading means, Based on the drug information indicated by the code and the information on the multiple prescription drugs stored in the data storage unit, it is possible to check whether or not the drug is a prescription drug, and the display unit displays the contents related to the prescription drug. It can be displayed and confirmed. The check result can be notified by the portable terminal, and the notification form is displayed on the display unit, the speaker is provided to sound the sound, the lamp is provided for lighting, the vibrator function is provided, and the like is vibrated. It is good also as a form.

Next, a preferred embodiment of the invention of claim 1 will be described.
The data processing means creates print information capable of barcode printing patient basic information in association with information on a plurality of prescription drugs for each patient, and the form creation means is a patient basic created by the data processing means. Upon receipt of the information printing information, a patient-specific barcode-added form used for prescription is created, and the portable terminal stores basic patient information indicated by the barcode read from the barcode-added form by the barcode reading means. It memorize | stores in a memory | storage part and displays on a display part (Claim 2).

The barcode is a two-dimensional barcode (Claim 3).
The medicine master file is provided in a portable terminal (claim 4).
The form is an infusion label affixed to a chemical container that is an infusion (Claim 5).

  The master data includes medicine classification data indicating a medicine classification, priority mixing data indicating whether or not to give priority to the medicine, and pH data indicating the pH of the medicine. Based on the information on multiple prescription drugs indicated by the barcode read from the barcode-added form by the reading means and the master data of the medicine corresponding to the prescription drug, the chemical preparation is arranged on the display unit in the order of preparation. It has order display means (claim 6).

  The master data of the chemicals that need to be dissolved by the dissolving liquid includes the dissolving liquid data indicating the dissolving liquid and the dissolving liquid amount data indicating the amount of the dissolving liquid, and the portable terminal displays the drug in the container that requires the dissolving. When the bar code is read by the bar code reading means, there is provided a solution instructing means for displaying the solution and the amount of the solution on the display section based on the master data of the medicine.

  When the mobile terminal includes information on a plurality of prescription medicines for each patient and the prescription medicine contains a fraction of medicine that is less than the standard amount, When the bar code displayed on the fraction medicine container is read by the bar code reading means, an alarm is provided and the fraction indicating means for displaying the usage amount of the medicine on the display unit is provided. ).

When it is necessary to dissolve the fraction of chemicals, the fraction indicating means displays the dissolved solution and the amount of the dissolved solution on the display unit (claim 9).
The portable terminal has at least an image data storage unit for storing medicine image data whose barcode is not displayed on the container, and a medicine image on the display unit based on the image data stored in the image data storage unit. It has an image inspection means that makes it possible to check whether or not it is a prescription drug (claim 10).

  The master data includes single mixing data indicating whether or not it is necessary to singly mix the medicine into the infusion solution, and the portable terminal reads the barcode displayed on the container of the medicine that needs to be singly mixed. When it is read by the means, it has a single mixing instruction means for displaying on the display section that the single mixing is necessary based on the master data of the medicine (claim 11).

  The dispensing support system according to claim 12 is an dispensing chip support system for assisting in dispensing a medicine prescribed to a plurality of patients, and is an IC chip storing medicine information for each of a plurality of kinds of medicines, and contains the medicine. An IC chip with a wireless communication function attached to the container to be stored, a medicine master file storing master data including medicine codes of a plurality of kinds of medicines, and a medicine code by receiving information on a plurality of prescription medicines for each patient. Corresponding storage in a memory, data processing means for creating write information for writing the prescription information to the IC chip, and receiving prescription drug information of a plurality of prescription drugs created by the data processing means, for prescription A portable terminal having a form creation means for writing on an IC chip of a form with an IC chip for each patient, a display unit, an operation unit, an IC chip reading unit, and a data storage unit The portable terminal stores a plurality of prescription drugs indicated by prescription drug information read from the IC chip-attached form by the IC chip reading unit and the quantity thereof in a data storage unit and displays them on a display unit. In addition, each time the IC chip reading unit reads the drug information of the IC chip of the plurality of drug containers prepared for each prescription for each patient, the read drug information and a plurality of data stored in the data storage unit are stored. Based on the prescription information, it is checked whether or not the medicine is a prescription medicine.

  According to the dispensing support system of claim 1, a bar code indicating the drug information is displayed on each container of the plurality of types of drugs, and master data including codes of the plurality of types of drugs is stored in the drug master file. Therefore, the data processing means receives information on a plurality of prescription drugs for each patient, stores them in a memory in association with a drug code, and creates print information capable of barcode printing the information on the plurality of prescription drugs. The form creation means can receive the printing information of a plurality of prescription drugs created by the data processing means and create a patient-attached bar-coded form used for prescription. In the portable terminal, first, a plurality of prescription drugs and their quantities indicated by the barcode read from the barcode-added form by the barcode reading means are stored in the data storage unit and displayed on the display unit. The drug and its quantity can be easily checked, and each time the barcode displayed on the multiple medicine containers prepared for each patient's prescription is read by the barcode reading means, the barcode It is possible to check whether or not the medicine is a prescription medicine based on the medicine information indicated by and information on a plurality of prescription medicines stored in the data storage unit.

  Thus, by providing the barcode, medicine master file, data processing means, form creation means, and portable terminal, a plurality of medicines prepared for each prescription for each patient can be obtained using the portable terminal. When dispensing, it is possible to easily and surely check whether or not these drugs are prescription drugs, so that it is possible to eliminate as much as possible the dispensing errors caused by human error. In addition, since the portable terminal is small, portable and easy to operate, it is possible to remarkably reduce the burden of dispensing work performed by the pharmacist and speed up the dispensing work. In addition, the dispensing support system can be configured without constructing a special communication network, so that the equipment cost can be suppressed, and there is no possibility of adversely affecting medical devices because no communication radio waves are generated.

  In particular, it is highly necessary to use a clean bench for the preparation of injections such as anticancer agents. However, by always deploying the mobile terminal in the clean bench, the aseptic environment of the clean room and the mobile terminal can be maintained. It becomes hygienic and preferable. In addition, since it is not necessary to construct a special communication network, it becomes possible to easily use this dispensing support system in preparation work at dispersed locations. Then, it is possible to provide a dispensing support system that is extremely useful for supporting the dispensing of prescription drugs prescribed to a plurality of patients and promoting the proper use of drugs.

  According to the dispensing support system of claim 2, the data processing means creates print information that can barcode the patient basic information in association with information of a plurality of prescription drugs for each patient, and the form creation means includes: Receiving the printing information of the patient basic information created by the data processing means, creating a patient-attached bar code form for prescription, and the portable terminal machine read from the bar code form by the bar code reading means Since the patient basic information indicated by the barcode is stored in the data storage unit and displayed on the display unit, it is possible to easily confirm the patient basic information of the patient to which the prescription drug is applied together with a plurality of prescription drugs and their quantities. it can.

  According to the dispensing support system of claim 3, since the barcode is a two-dimensional barcode, in particular, by adopting a two-dimensional barcode as the barcode of the form, a plurality of prescriptions are added to the two-dimensional barcode. Drug information can be surely recorded, as well as information on a plurality of prescription drugs, as well as basic patient information of patients to whom these prescription drugs are applied.

  According to the dispensing support system of claim 4, since the medicine master file is provided in the portable terminal, the amount of information recorded in the barcode of the form and the information recorded in the barcode of the medicine can be reduced and portable. By reading this bar code with the bar code reading means in the terminal, various processes (for example, claims 6 to 11) using the master data of the corresponding medicine can be realized.

  According to the dispensing support system of claim 5, since the form is an infusion label to be attached to a container of medicine as an infusion, the infusion label is carried along with a plurality of prepared medicines. The bar code reading means of the portable terminal is used to prevent the loss of the infusion label as much as possible, and since the prepared drug is also stored in the infusion container, the bar of the infusion label affixed to this container When the code is read by the barcode reading means of the portable terminal and the prepared drug is administered to the patient, the contents of the drug can be easily confirmed.

  According to the dispensing support system of claim 6, the master data includes medicine classification data indicating the medicine classification, priority mixing data indicating whether or not the medicine is preferentially mixed, and pH data indicating the pH of the medicine. Including the information on the plurality of prescription drugs indicated by the barcode read from the barcode-added form by the barcode reading means and the master data of the medicine corresponding to the prescription drug by the medicine preparation order display means of the portable terminal. A plurality of prescription drugs can be arranged in the order of preparation and displayed on the display unit. That is, it is possible to confirm the order of preparation of a plurality of prescription drugs by looking at the display, and it is possible to perform a plurality of medicine dispensing operations according to the order.

  According to the dispensing support system of claim 7, the master data of the medicine that needs to be dissolved by the dissolving liquid includes the dissolving liquid data indicating the dissolving liquid and the dissolving liquid amount data indicating the amount of the dissolving liquid. When the barcode displayed on the container of the medicine that needs to be dissolved is read by the barcode reading means by the solution instruction means, the display section displays the solution and the amount of the solution based on the master data of the medicine. Can be displayed. That is, by looking at the display, it is possible to confirm the solution of the drug that needs to be dissolved and the amount of the solution, and the work of dissolving the drug that needs to be dissolved can be performed reliably.

  According to the dispensing support system of claim 8, based on information on a plurality of prescription drugs for each patient by the fraction instruction means of the mobile terminal, the fraction used in the prescription drugs is less than the standard amount. When the bar code displayed on the chemical container for that fraction is read by the barcode reading means, an alarm is given and the amount of chemical used for that fraction is displayed on the display. Can be displayed. That is, it is possible to pay attention when checking and dispensing fractional medicines, confirming the amount of medicine used for fractions by checking the display, and reliably dispensing chemicals for fractions.

  According to the dispensing support system of the ninth aspect, when it is necessary to dissolve a fraction of chemicals, the fraction indicating means of the portable terminal can display the solution and the amount of the solution on the display unit. That is, it is possible to confirm the fraction of chemical solution that needs to be dissolved and the amount of the dissolved solution by looking at the display, and to reliably perform the fractional chemical solution that needs to be dissolved.

  According to the dispensing support system of the tenth aspect, at least image data of a medicine whose barcode is not displayed on the container is stored in the image data storage means of the portable terminal, and the image inspection means stores the image data in the image data storage means. Based on the stored image data, an image of a medicine can be displayed on the display unit so that it can be checked whether it is a prescription medicine. That is, for example, it is possible to display an image of a medicine corresponding to the instructed prescription medicine on the display section among a plurality of prescription medicines displayed on the display section and check whether or not the medicine is a prescription medicine. it can. In particular, it is possible to reliably check whether or not a medicine whose bar code is not displayed on the container is a prescription medicine.

  According to the dispensing support system of claim 11, the master data includes single mixing data indicating whether or not the medicine needs to be mixed into the infusion solution, and single mixing is required by the single mixing instruction unit of the portable terminal. When a bar code displayed on a container of a chemical is read by the bar code reading means, it is possible to display on the display section that single mixing is necessary based on the master data of the chemical. That is, it is possible to confirm the chemicals that need to be individually mixed with the infusion by looking at the display, and to perform the single mixing operation of the chemicals into the infusion.

  According to the dispensing support system of claim 12, an IC chip storing the drug information is attached to each container of the plurality of types of drugs, and master data including codes of the plurality of types of drugs is stored in the drug master file. The data processing means receives information on a plurality of prescription drugs for each patient, stores them in a memory in association with a drug code, creates write information for writing the prescription information into an IC chip, and provides a drug master file. Therefore, the form creation means can receive prescription information of a plurality of prescription drugs created by the data processing means, and can create a form with IC chip for each patient used for prescription. A plurality of prescription drugs indicated by the prescription information read from the IC chip form by the IC chip reading unit and the quantity thereof are stored in the data storage unit and displayed on the display unit. The prescription drug and its quantity can be easily confirmed by looking at it, and then every time the IC chip reading means reads the drug information of the IC chip of a plurality of drug containers prepared for each patient's prescription, Based on the read medicine information and information on a plurality of prescription drugs stored in the data storage unit, it can be checked whether or not the medicine is a prescription drug. In addition, there are basically the same effects as in the first aspect.

  The dispensing support system of the present invention displays a barcode indicating drug information on each container of a plurality of kinds of medicines, stores master data including a plurality of kinds of medicine codes in a medicine master file, and performs data processing. Means for receiving information on a plurality of prescription drugs for each patient, storing them in a memory in association with a drug code, creating print information capable of barcode printing the information on the plurality of prescription drugs, In response to the printing information of a plurality of prescription drugs created by the data processing means, a form with a barcode for each patient to be used for prescription is created and read from the form with a barcode by the barcode reading means in the portable terminal. The multiple prescription drugs indicated by the barcode and their quantities are stored in the data storage unit, displayed on the display unit, and displayed on the multiple medicine containers prepared for each prescription for each patient. Each time the barcode is read by the barcode reading means, whether or not the medicine is a prescription medicine based on the medicine information indicated by the barcode and information on a plurality of prescription medicines stored in the data storage unit. It is a system to check.

Embodiments of the present invention will be described below with reference to the drawings.
As shown in FIG. 1, the dispensing support system 1 includes a computer 2 (for example, a personal computer, hereinafter referred to as a PC 2), a portable terminal 3, a prescription creation device 4, and a label creation device 5. Although not shown in FIG. 1, the dispensing support system 1 can be provided with a plurality of portable terminals 3. The mobile terminal 3 is normally separated from the PC 2, but can be connected to the PC 2 via a cable when transmitting / receiving data to / from the PC 2. The prescription creation device 4 is a device for creating an injection prescription 30 with a two-dimensional barcode (see FIG. 9), and the label creation device 5 is for creating an infusion label 35 with a two-dimensional barcode (see FIG. 10). The prescription creation device 4 and the label creation device 5 are connected to the PC 2 via a cable.

  As shown in FIG. 2, the PC 2 is provided with a medicine master file 6 storing master data of a plurality of kinds of medicines in its information storage unit (for example, hard disk), and the portable terminal 3 stores the data storage. A medicine master file 6A similar to the medicine master file 6 is provided in the section 13 (for example, EEPROM). Each master data includes data of drug code, raw drug code, abbreviation name, priority mixing, single mixing, standard volume, liquid volume, dispensing unit, drug category, anticancer drug, lyophilized drug, dissolved liquid, dissolved liquid volume, and pH. Contains.

  The drug code is a code set by the dispensing support system 1, and the raw drug code is a code set by the drug manufacturer. It should be noted that the dispensing support system 1 can be operated by omitting one of the drug code and the raw drug code. The priority mixing data is data indicating whether or not the medicine is prioritized and mixed, and the single mixing data is data indicating whether or not the medicine is mixed into the infusion solution and is determined by a flag. is there.

  The medicine classification data is data indicating the classification of the medicine (for example, any of infusion (replacement fluid), vial, ampoule, etc.), and the dispensing unit data is the unit of medicine (for example, [V] for a vial, ampoule) In the case of [A], etc.). The anticancer drug data is data indicating whether or not the drug is an anticancer drug, and the freeze-dried drug data is data indicating whether or not the drug requires freeze-drying, and is data determined by a flag. The dissolved solution data is data indicating the (dissolved name) of a chemical that needs to be dissolved, and the dissolved solution amount data is data indicating the dissolved solution amount of the dissolved solution. The chemical name data, abbreviation name data, standard amount data, liquid amount data, and pH data are data indicating the chemical name, abbreviation name, standard amount, liquid amount, and pH of the chemical.

  As shown in FIG. 3, the PC 2 is provided with an image data file 7 storing image data of a plurality of types of medicine in association with a medicine code of a plurality of types of medicine in the information storage unit, and a portable terminal. In the machine 3, an image data file 7A similar to the image data file 7 is provided in the data storage unit 13 (corresponding to the image data storage means). Each image data is data for displaying an image of the medicine viewed from the front on the display unit 14 of the portable terminal 3, and may be provided for all medicines, but at least a two-dimensional barcode 8 is displayed on the container. It is provided for chemicals that are not used.

  The PC 2 receives information on a plurality of prescription drugs for each patient, stores them in a memory (for example, a hard disk or a RAM) in association with a drug code, and corresponds to the information on the prescription drugs together with the information on the plurality of prescription drugs. In addition, it corresponds to a data processing means for creating printing information capable of barcode printing the basic patient information. The prescription creation device 4 and the label creation device 5 are a plurality of prescription drugs and basic patient information created by the PC 2. In response to the print information, a patient-specific two-dimensional barcode-attached form (injection prescription 30 with a two-dimensional barcode in FIG. 9, infusion label 35 with two-dimensional barcode in FIG. 10) for each patient is created. This corresponds to the creation means.

  For example, prescription information based on a prescription including information on a plurality of prescription drugs for each prescription for each patient received by the PC 2 can be directly input using an operation unit such as a touch panel, a keyboard, or a mouse of the PC 2. It is also possible to receive from another PC connected to the PC 2 so as to be able to perform data communication. For example, the information on a plurality of prescription drugs for each prescription for each patient received by PC2 includes a plurality of prescription drugs (names) and data of the prescription amounts. Based on the medicine master file 6, medicine codes of medicines corresponding to the plurality of prescription medicines are searched. For example, as shown in FIG. 4, the memory of the PC 2 stores the patient basic information for each prescription of each patient. Information such as patient ID, name, date of birth, and gender data, clinical department and doctor data as incidental information of patient basic information, implementation date and procedure data, information on multiple prescription drugs, multiple prescription drugs ( Data), drug codes corresponding to a plurality of prescription drugs, and quantities (prescription amounts) of these drugs are stored. Hereinafter, these data are referred to as prescription-related information.

  Next, the PC 2 creates prescription-related information, that is, print information capable of barcode printing of information on a plurality of prescription drugs for each patient, basic patient information, and accompanying information. The PC 2 stores driving software for the prescription creation device 4 and the label creation device 5, and prescription-related information printing information created by the PC 2 is created by performing a predetermined operation using the operation unit of the PC 2. The device 4 and the label creating device 5 are supplied, and the prescription creating device 4 creates an injection prescription 30 with a two-dimensional barcode shown in FIG. 9, and the label creating device 5 gives an infusion label with a two-dimensional barcode shown in FIG. 35 is created.

In addition, “V-2 set” in FIG. 4 is a chemical group in which vitamedin (500 mL) is 1A, flavitan is 1A, and ascorbic acid is 1A. As the master data of the medicine group, the medicine code (or medicine name) of the individual medicine of the medicine group is stored, and the master data of the individual medicine is also stored.
Further, in the PC 2, by performing a predetermined operation using the operation unit, for example, as shown in FIG. 5, the master data of a plurality of kinds of medicines stored in the medicine master file 6 is displayed on the display. Furthermore, while displaying the master data, the master data stored in the medicine master file 6 can be newly input or changed and registered. This registration can be efficiently performed in cooperation with the portable terminal 3.

  Next, as shown in FIGS. 6 to 8, the dispensing support system 1 is a two-dimensional barcode 8 indicating drug information for each of a plurality of types of drugs, and is displayed on each container for storing the drugs. A two-dimensional barcode 8 is provided. Here, FIG. 6 shows the infusion, FIG. 7 shows the vial, and FIG. 8 shows the two-dimensional barcode 8 displayed on the container of the ampoule. The drug information indicated by the two-dimensional barcode 8 is the raw drug code ( Or drug code or drug name data). When only drug information is stored in the two-dimensional barcode 8, a one-dimensional barcode can be used instead of the two-dimensional barcode 8. However, by using a two-dimensional barcode, information about the manufacturer and date of manufacture of the medicine can be recorded in the two-dimensional barcode 8.

Next, the mobile terminal 3 will be described.
As shown in FIGS. 11 and 12, the mobile terminal 3 includes a two-dimensional bar code reader 10 (bar code reading means), a speaker 11, a data processing unit 12, a data storage unit 13, a display unit 14 including a display, and an input. An operation unit 15 is provided, and these are connected by a bus or the like. Regarding the configuration of the data processing unit 12 and the data storage unit 13, as shown in FIG. 13, the data processing unit 12 includes a medicine preparation order display means 20, a medicine check means 21, a solution instruction means 22, a fraction indication means 23, An image inspection unit 24 and a single mixing instruction unit 25 are provided, and a medicine master file 6A and an image data file 7A are provided in the data storage unit 13.

Next, the function of each means 20-25 provided in the data processor 12 and the data processor 12 will be described, and then a series of processes executed by each means 20-25 will be described based on a flowchart.
The data processing unit 12 includes a plurality of prescription drugs indicated by the two-dimensional barcode 31 or 36 read from the two-dimensional barcode-added form 30 or 35 by the two-dimensional barcode reader 10, their quantity, and prescription related information including patient basic information. Is stored in the data storage unit 13 and displayed on the display unit 14.

  At that time, the medicine preparation order display means 20 displays information on a plurality of prescription drugs indicated by the two-dimensional barcode 31 or 36 read from the form 30 or 35 with the two-dimensional barcode by the two-dimensional barcode reader 10 and the prescription medicine. Based on the master data (priority mixture, medicine classification, pH data) of the corresponding medicine, for example, as shown in FIG. 14, a plurality of prescription medicines are arranged from the upper side in the order of preparation and displayed on the display unit 14. Regarding this preparation order, specifically, based on the medicine classification data, the medicine whose medicine classification is a replacement liquid (infusion solution) is preferentially ranked higher than other medicines, and then the preferential mixing data. Based on the pH, the drug with the flag of the preferential mixture data is set in the following order, the order determined in this way is fixed, and finally, based on the pH data, a plurality of values are set so that the higher pH is higher. The order of preparation of the prescription drugs is determined.

  Here, as the prescription-related information, for example, as shown in FIG. 4, when there is information on a set prescription drug group (V2-set), based on the prescription drug group information and the medicine master file 6A. Then, the prescription drug group is disassembled and individual prescription drugs are displayed on the display unit 14, and at this time, the medicine preparation order display means 20 is based on the master data of the medicines corresponding to the individual prescription drugs. The prescription drugs are arranged in the order of preparation and displayed on the display unit 14. In addition, by performing a predetermined operation using the input operation unit 15, any one of a plurality of displayed prescription drugs can be specified, and the master data of the medicine corresponding to the prescription drug can be displayed on the display unit 14. it can.

  Further, while displaying the master data, the master data stored in the medicine master file 6A can be newly input or changed and registered. About the registered master data, the portable terminal 3 can be connected to the PC 2 so that data communication is possible, and the master data can be registered in the medicine master file 6 of the PC 2. Here, for the newly added medicine, first, since the original medicine code can be easily read by the two-dimensional barcode reader 10 of the portable terminal 3, the master data registration work to the medicine master files 6 and 6A is performed. It can be simplified.

  Each time the two-dimensional barcode 8 displayed on the plurality of medicine containers prepared for each prescription for each patient is read by the two-dimensional barcode reader 10, the medicine check means 21 indicates the two-dimensional barcode 8. Based on the medicine information and information on a plurality of prescription drugs stored in the data storage unit 13, it is checked whether or not the medicine is a prescription medicine. For example, after the display shown in FIG. 14 is performed on the display unit 14, as shown in FIG. 15, the two-dimensional barcode 8 of the medicine (Solitah T3 Note (500 mL)) as a prescription drug is read and collated. Then, a beep sound is heard and the medicine (Solitah T3 Note (500 mL)) is highlighted on the display unit 14.

  On the other hand, for example, when the two-dimensional bar code reader 10 reads a two-dimensional bar code 8 of a medicine that is not a prescription drug, an alarm sound “Bee” sounds, and the display unit 14 indicates that (“drug mismatch!”). Is displayed. Here, the display unit 14 displays a fraction on the right side of the prescription drug, the denominator of the fraction indicates the prescription amount of the prescription drug, and the quantity of the medicine collated that the numerator is the prescription drug. For example, when the two-dimensional bar code reader 8 of the Solita T3 note is not read, “0 / 1V” is displayed on the right side of the Solita T3 note on the display unit 14, and the two-dimensional bar code of the Solita T3 note is displayed. When the reader 8 is read, “1/1 V” is displayed.

  When the two-dimensional barcode 8 displayed on the container of the medicine that needs to be dissolved is read by the two-dimensional barcode reader 10, the dissolving liquid instruction means 22 reads the master data of the medicine (dissolved liquid and dissolved liquid amount data). ) To display the solution (name) and the amount of the solution on the display unit 14. For example, after the display shown in FIG. 14 is performed on the display unit 14, as shown in FIG. 16, when a two-dimensional barcode 8 of a medicine that is a prescription drug and needs to be dissolved (vitamedin injection) is read, “ A beeping sound is heard and the medicine (vitamedin injection) is displayed in reverse on the display unit 14 and the solution (Solitah T3 Note (500 mL)) and the amount of solution (10 mL) are displayed. . From the display of FIG. 14, it can be seen that 10 mL of Solita T3 injection (500 mL) is extracted and mixed and dissolved in a Vitamedin injection container in which the drug classification is a vial.

  If the fraction instruction means 23 includes information on a plurality of prescription drugs for each patient and the prescription medicine contains a fraction of medicine whose amount is less than the standard amount, the fraction When the two-dimensional barcode 8 displayed on the medicine container is read by the two-dimensional barcode reader 10, the operator is warned and the amount of medicine used for the fraction is displayed on the display unit 14. Further, when it is necessary to dissolve a fraction of chemicals, the fraction indicating means 23 causes the display unit 14 to display the solution (name) and the amount of the solution.

  For example, as shown in FIG. 17, when the prescription amount of a Linderon injection whose drug is a drug category is 2.5 A, three Linderon injections are prepared, one of which is a fraction of the drug. Become. In this case, when the first two two-dimensional barcodes 8 of Linderon injection are read, each is confirmed to be a prescription drug and a beep sounds. When the code 8 is read, a warning sound “bibi” sounds and the display unit 14 displays the amount of Linderon injection (0.25 mL) for that fraction. This amount used (0.25 mL) is calculated using the liquid volume data in the master data of fractional chemicals (Linderon injection). From the display of FIG. 17, it can be seen that 0.25 mL of fractional Linderon injection is used.

  Also, for example, as shown in FIG. 18, when the prescription amount of vancomycin hydrochloride in which the medicine is a vial is 1.6 V, two vancomycin hydrochloride infusions are prepared, one of which is a fraction. It becomes a chemical for a minute. In this case, when the first one-dimensional two-dimensional barcode 8 of vancomycin hydrochloride is read, it is confirmed that the medicine is a prescription drug and a beep sounds. When the code 8 is read, a warning sound “bibi” sounds, and the display unit 14 displays the fraction of vancomycin hydrochloride used (800 mg), the dissolved solution (distilled water for injection), and the dissolved solution. The amount (10 mL) and the amount (600 mL) of the mixed solution after dissolution are displayed on the display unit 14.

  The amount used (800 mg) is calculated using the standard amount data in the master data of fractional chemicals (vancomycin hydrochloride injection). The solution (distilled water for injection) and the amount of solution (10 mL) are obtained from the solution and amount data in the master data. The amount of the mixed solution used after dissolution (6 mL) is calculated using the dissolution amount data in the master data. From the display in FIG. 18, 800 mg of vancomycin hydrochloride is used, and in order to take out 800 mg of vancomycin hydrochloride, 10 mL of distilled water for injection is mixed and dissolved in the container of vancomycin hydrochloride, and 6 mL of the mixture is used. You can see that

  Based on the image data of the image data file 7A stored in the data storage unit 13, the image inspection unit 24 displays an image of the medicine on the display unit 14 to check whether it is a prescription medicine. This is an effective means for checking whether or not a medicine whose dimension bar code 8 is not displayed on the container is a prescription medicine. However, when the medicine check means 21 checks whether or not the medicine is a prescription medicine, if the medicine image data exists, the medicine image may be displayed on the display unit 14.

  For example, as shown in FIG. 19, when a medicine without a two-dimensional barcode (Bilbon injection) is designated, the appearance image of the medicine (Bilbon injection) is compared on the display unit 14 based on the image data of the medicine. Is displayed larger. Further, the icon “OK” is displayed on the lower side of the medicine image on the display unit 14, and when the displayed medicine matches the actually prepared medicine, when “OK” is indicated, When it is confirmed that it is a prescription drug, a beep sounds, Bilbon Note is highlighted, and the fraction display on the right also changes to “1 / 1A”.

  When the two-dimensional barcode 8 displayed on the container of the medicine that needs to be mixed is read by the two-dimensional barcode reader 10, the single mixing instruction means 25 requires the single mixing based on the master data of the medicine. Is displayed on the display unit 14. For example, as shown in FIG. 20, when a two-dimensional barcode 8 of a chemical requiring a single mixing; LASIX Note (20 mg) is read, it is based on the single mixing data in the master data of the LASIX Note (20 mg). For example, “Lashix injection (20 mg) using a single syringe” is displayed on the display unit 14, and from this display, it can be understood that the Lasix injection (20 mg) is mixed and mixed.

  Next, a series of processes executed by the medicine preparation order display means 20, the medicine check means 21, the solution instruction means 22, the fraction instruction means 23, the image inspection means 24, and the single mixing instruction means 25 are shown in the flowchart of FIG. A description will be given based on Si (i = 1, 2, 3,... Indicates each step).

  This process is started when the portable terminal 3 is turned on and, for example, switched to the medicine check mode. After the initial setting, each patient form; injection prescription 30 with a two-dimensional barcode or two-dimensional barcode When the two-dimensional barcode 31 or 36 of the attached infusion label 35 is read by the two-dimensional barcode reader 10 (S1; Yes), prescription related information (information on a plurality of prescription drugs, which is indicated by the two-dimensional barcode 31 or 36) The patient basic information and the accompanying information are stored in the data storage unit 13 (S2). Next, the master data of the medicine corresponding to the plurality of prescription medicines is read from the medicine master file 6A, and prescription related information is displayed on the display unit 14. At this time, the medicine classification data in the master data of the medicine and Based on the priority mixture data and the pH data, a plurality of prescription drugs are arranged in the order of preparation and displayed on the display unit 14 (S4).

  Next, when the two-dimensional barcode 8 of the medicine prepared for prescription is read by the two-dimensional barcode reader 10 (S5; Yes), based on the medicine information and prescription related information indicated by the two-dimensional barcode 8 Then, it is automatically checked whether or not the prepared medicine is a prescription medicine (S6). If the two-dimensional barcode 8 is not read by the two-dimensional barcode reader 10, and the next medicine to be checked is a medicine without the two-dimensional barcode 8 (S7; Yes), an image of the medicine Data is read from the image data file 7A, an image of the medicine is displayed on the display unit 14 (S8), and it can be manually checked whether or not the prepared medicine is a prescription medicine (S9). If the medicine is not a prescription medicine, a message indicating that the medicine is inconsistent is displayed, voice, lamp, etc. (S10), and after error processing (S11), the process returns to S5.

  On the other hand, if the medicine is a prescription medicine, a notification that the medicine matches is displayed (S12), and if there is solution data in the master data of the medicine (S13; Yes), a warning sound is generated. The sound (S14) is displayed, and based on the dissolved solution data and the dissolved solution amount data in the master data of the medicine, the display unit 14 displays the dissolved solution and the dissolved solution amount (S15). Subsequently, when this medicine is a fraction of medicine (S16; Yes), the usage amount and the amount extracted from the mixed solution by dissolution are calculated and displayed on the display unit 14 (S17). On the other hand, when there is no solution data in the master data of the medicine (S13; No), it is determined whether or not a flag is set as the single mixing data of the master data of the medicine (S18).

  Therefore, when the flag is set (S18; Yes), a caution sound is generated (S19), the fact that the mixture is single is displayed on the display unit 14 (S20), the process proceeds to S16, and the flag is set. If not (S18; No), the process proceeds directly to S16. Thereafter, in S21, it is determined whether or not the two-dimensional barcode 8 of all medicines for prescription has been read. If the two-dimensional barcode 8 of all medicines has been read (S21; Yes), this processing is completed. If the two-dimensional barcode 8 of all the drugs has not been read (S21; Yes), the process returns to S5.

Next, the operation and effect of the dispensing support system 1 will be described.
Since the barcode 8 indicating the drug information is displayed on each container of the plurality of kinds of medicines, and the master data including the codes of the plurality of kinds of medicines is stored in the medicine master file 6A, the PC 2 stores the data for each patient. It is possible to receive information on a plurality of prescription drugs, store them in a memory in association with a drug code, and create print information capable of barcode printing the information on the plurality of prescription drugs. 5 receives the printing information of a plurality of prescription drugs created by the PC 2 and uses a patient-specific two-dimensional barcode-added form (injection prescription 30 with a two-dimensional barcode, two-dimensional barcode-added infusion label 35) ) Can be created.

  In the mobile terminal 3, first, the data storage unit 13 stores a plurality of prescription drugs and their quantities indicated by the two-dimensional barcodes 31 and 36 read from the two-dimensional barcode-added forms 30 and 35 by the two-dimensional barcode reader 10. Can be stored on the display unit 14 and displayed on the display unit 14, and the prescription medicine and its quantity can be easily confirmed by looking at the display, and then displayed on a plurality of medicine containers prepared for each prescription for each patient. Each time the two-dimensional barcode 8 is read by the two-dimensional barcode reader 10, based on the drug information indicated by the two-dimensional barcode 8 and information on a plurality of prescription drugs stored in the data storage unit 13, Whether or not the drug is a prescription drug can be easily and reliably checked.

  The PC 2 creates printing information capable of barcode printing the patient basic information in association with information on a plurality of prescription drugs for each patient. The prescription preparation device 4 and the label creation device 5 are the patient basics created by the PC 2. Upon receipt of the information printing information, the patient-specific two-dimensional barcode-added forms 30 and 35 used for prescription are created, and the portable terminal 3 uses the two-dimensional barcode reader 10 to form the two-dimensional barcode-added forms 30 and 35. Since the patient basic information indicated by the two-dimensional barcodes 31 and 36 read from the data is stored in the data storage unit 13 and displayed on the display unit 14, a plurality of prescription drugs and their quantities together with the prescription drug application target Patient basic information can be easily confirmed.

  Since a two-dimensional barcode is adopted instead of a one-dimensional barcode, information on a plurality of prescription drugs is surely provided in the two-dimensional barcodes 31 and 36 of the forms 30 and 35 with the two-dimensional barcode, Not only the information of a plurality of prescription drugs but also the patient basic information of the patient who is the application target of these prescription drugs, and the accompanying information can be reliably recorded. Since the medicine master file 6A is provided in the portable terminal 3, the information recorded in the two-dimensional barcodes 31 and 36 of the forms 30 and 35 with the two-dimensional barcode, and the information recorded in the medicine two-dimensional barcode 8 By reading the two-dimensional barcodes 31, 36, and 8 with the two-dimensional barcode reader 10 in the portable terminal 3 while suppressing the amount, the above-described various processes using the master data of the corresponding medicine can be realized. Can be.

  Here, by using the infusion label 35 with a two-dimensional barcode attached to a container of medicine as an infusion as the form, the infusion label 35 with the two-dimensional barcode can be carried together with a plurality of prepared medicines. Therefore, when the two-dimensional barcode 36 of the two-dimensional barcode-added infusion label 35 is read by the two-dimensional barcode reader 10 of the portable terminal 3, the loss of the infusion label 35 is prevented as much as possible. Since it is stored in the container, the two-dimensional barcode 36 of the infusion label 35 with the two-dimensional barcode attached to the container is read by the two-dimensional barcode reader 10 of the portable terminal 3 and the prepared drug is administered to the patient. The contents of the drug can be easily confirmed when performing the operation.

  The master data includes medicine classification data indicating the medicine classification, priority mixing data indicating whether or not to prioritize the medicine, and pH data indicating the pH of the medicine. By means 20, the information of a plurality of prescription medicines indicated by the two-dimensional barcodes 31 and 36 read from the two-dimensional barcode-added forms 30 and 35 by the two-dimensional barcode reader 10 and the master data of the medicines corresponding to the prescription medicines. Based on this, a plurality of prescription drugs can be arranged in the order of preparation and displayed on the display unit 14. That is, it is possible to confirm the order of preparation of a plurality of prescription drugs by looking at the display, and it is possible to perform a plurality of medicine dispensing operations according to the order.

  The master data of the chemical that needs to be dissolved by the dissolving solution includes the dissolving solution data indicating the dissolving solution and the dissolving solution amount data indicating the amount of the dissolving solution. The dissolving data is required to be dissolved by the dissolving instruction unit 22 of the portable terminal 3. When the two-dimensional barcode 8 displayed on the container of the chemical is read by the two-dimensional barcode reader 10, the display unit 14 displays the solution and the amount of the solution based on the master data of the medicine. be able to. That is, by looking at the display, it is possible to confirm the solution of the drug that needs to be dissolved and the amount of the solution, and the work of dissolving the drug that needs to be dissolved can be performed reliably.

  When the fraction instruction means 23 of the mobile terminal 3 includes information on a plurality of prescription drugs for each patient and the prescription medicine contains fractional medicines that do not satisfy the standard amount. When the two-dimensional barcode 8 displayed on the fraction medicine container is read by the two-dimensional barcode reader 10, an alarm is given and the fraction medicine usage is displayed on the display unit 14. Can do. That is, it is possible to pay attention when checking and dispensing fractional medicines, confirming the amount of medicine used for fractions by checking the display, and reliably dispensing chemicals for fractions. If it is necessary to dissolve a fraction of chemicals, the fraction indicating means 23 of the portable terminal 3 can display the dissolved solution and the amount of the dissolved solution on the display unit 14. That is, it is possible to confirm the fraction of chemical solution that needs to be dissolved and the amount of the dissolved solution by looking at the display, and to reliably perform the fractional chemical solution that needs to be dissolved.

  In the data storage unit 13 of the portable terminal 3, at least image data of a medicine whose barcode is not displayed on the container is stored, and the medicine is based on the image data stored in the data storage unit 13 by the image inspection unit 24. These images can be displayed on the display unit 14 so that it is possible to check whether or not the medicine is a prescription drug. That is, for example, among the plurality of prescription drugs displayed on the display unit 14, an image of a medicine corresponding to the instructed prescription drug can be displayed on the display unit 14 to check whether or not the medicine is a prescription drug. In particular, it is possible to reliably check whether or not a medicine for which the two-dimensional barcode 8 is not displayed on the container is a prescription medicine.

  The master data includes single mixing data indicating whether or not it is necessary to separately mix the drug into the infusion, and is displayed on the container of the drug that needs to be mixed by the single mixing instruction means 25 of the portable terminal 3 2. When the two-dimensional barcode reader 10 reads the two-dimensional barcode 8, it can be displayed on the display unit 14 that single mixing is necessary based on the master data of the medicine. That is, it is possible to confirm the chemicals that need to be individually mixed with the infusion by looking at the display, and to perform the single mixing operation of the chemicals into the infusion.

  In this way, it is possible to eliminate as much as possible dispensing errors caused by human error. In addition, since the portable terminal 3 is small in size and easy to carry, the operation of the dispensing operation performed by the pharmacist can be significantly reduced, and the dispensing operation can be speeded up. In addition, the dispensing support system 1 can be configured without constructing a special communication network. Therefore, the equipment cost can be reduced, and no radio waves for communication are generated, so there is no possibility of adversely affecting medical devices.

  In particular, it is highly necessary to use a clean bench for the preparation of injections such as anticancer agents. However, the aseptic environment of the clean room and the mobile terminal 3 is maintained by always deploying the mobile terminal 3 in the clean bench. Can be very hygienic. In addition, since it is not necessary to construct a special communication network, the dispensing support system 1 can be easily used in preparation work at distributed locations. Then, it is possible to provide a dispensing support system 1 that is extremely useful for assisting in dispensing prescription drugs prescribed to a plurality of patients and promoting proper use of drugs.

You may change the dispensing assistance system 1 of this Example 1 partially as follows.
1] As a barcode displayed on a medicine container, when only a medicine code (or a raw medicine code) is recorded on the barcode, a one-dimensional barcode may be adopted.
2] As the form creation means, only one of the prescription creation device 4 and the label creation device 5 may be provided. Alternatively, a form creation device other than the prescription creation device 4 and the label creation device 5; for example, a medicine bag creation device for creating a medicine bag with a two-dimensional barcode for storing a plurality of medicines arranged for each prescription for each patient is provided. May be.
3] The medicine master file 6 provided in the PC 2 can be omitted.

  The dispensing support system according to the second embodiment is a dispensing support system that supports dispensing of medicines prescribed to a plurality of patients, and is an IC chip that stores medicine information of each of a plurality of kinds of medicines and stores the medicines. An IC chip with a wireless communication function attached to the container to be stored, a medicine master file storing master data including medicine codes of a plurality of kinds of medicine, a medicine code receiving information on a plurality of prescription medicines for each patient Data processing means (for example, a personal computer) for creating write information for writing the prescription information into the IC chip in association with each other and receiving prescription drug information of a plurality of prescription drugs created by the data processing means. A form creation means for writing on an IC chip of a patient-specific IC chip with a prescription used for prescription (for example, prescription creation device 4, label creation 5), a display unit, an operation unit, an IC chip reading unit (IC reader), and a portable terminal device having a data storage unit. The portable terminal device reads the form with the IC chip by the IC chip reading unit. A plurality of prescription drugs indicated by the prescription drug information and their quantities are stored in the data storage unit and displayed on the display unit, and the drug information of the IC chip of the plurality of drug containers prepared for each prescription for each patient is integrated with the IC. Each time it is read by the chip reading unit, it is configured to check whether or not the drug is a prescription drug based on the read drug information and a plurality of prescription information stored in the data storage unit.

  According to this dispensing support system, there are basically the same operations and effects as the dispensing support system 1. Further, in this dispensing support system, the data processing means writes the basic patient information to the IC chip in association with the information of a plurality of prescription drugs for each patient so as to have almost the same function as the dispensing support system 1. The form creation means receives the patient basic information (writing information) created by the data processing means, creates a form with IC chip for each patient used for prescription, The patient basic information read from the IC chip-attached form by the IC chip reading unit may be stored in the data storage unit and displayed on the display unit.

  Alternatively, an infusion label that is provided on the portable terminal 3 and is pasted on a container of a medicine that is an infusion may be adopted as a form. Furthermore, it is preferable to provide means corresponding to the medicine preparation order display means 20, the medicine check means 21, the solution instruction means 22, the fraction instruction means 23, the image inspection means 24, and the single mixing instruction means 25 of the dispensing support system 1. .

It is a block diagram of the dispensing assistance system which concerns on the Example of this invention. It is a figure which shows each master data of a chemical | medical agent master file. It is a figure which shows each image data of an image data file. It is a figure which shows prescription relevant information. It is the chemical | medical agent master screen displayed on the display part. It is a front view of the infusion with a two-dimensional barcode displayed on the container. It is a front view of the vial with which the two-dimensional barcode was displayed on the container. It is a front view of the ampoule which displayed the two-dimensional barcode on the container. It is an injection prescription with a two-dimensional barcode. It is an infusion label with a two-dimensional barcode. It is a front view of a portable terminal. It is an internal block diagram of a portable terminal. It is a detailed internal block diagram of a portable terminal. It is a prescription conversion information display screen. It is a medicine check screen. It is a solution information display screen. It is a fraction instruction screen. It is a fraction instruction screen. It is an image audit screen. It is a single mixed injection instruction screen. It is a flowchart of the process which a data processing part performs.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Dispensing support system 2 Personal computer 3 Portable terminal 4 Prescription preparation apparatus 5 Label production apparatus 6, 6A Chemical master file 8, 31, 36 Two-dimensional barcode 10 Two-dimensional barcode reader 12 Data processing part 14 Display part 20 Chemical preparation Order display means 21 Drug check means 22 Dissolved liquid instruction means 23 Fractions instruction means 24 Image inspection means 25 Single mixing instruction means 30 Injection prescription with two-dimensional barcode 35 Infusion label with two-dimensional barcode

Claims (12)

In a dispensing support system that assists in dispensing prescription drugs prescribed to multiple patients,
A bar code indicating the drug information for each of a plurality of types of drugs and displayed on a container for storing the drug,
A drug master file that stores master data including drug codes for multiple types of drugs;
Data processing means for receiving information on a plurality of prescription drugs for each patient, storing them in a memory in association with a drug code, and creating print information capable of barcode printing the information on the plurality of prescription drugs;
Receiving printing information of a plurality of prescription drugs created by the data processing means, a form creation means for creating a patient-specific barcoded form used for prescription,
A portable terminal having a display unit, an operation unit, a barcode reading means, and a data storage unit;
The portable terminal is
A plurality of prescription drugs indicated by the barcode read from the barcode-added form by the barcode reading means and the quantity thereof are stored in the data storage unit and displayed on the display unit, and arranged for each prescription for each patient. Each time a barcode displayed on a plurality of medicine containers is read by the barcode reading means, the medicine is indicated based on medicine information indicated by the barcode and information on a plurality of prescription medicines stored in the data storage unit. A dispensing support system characterized by checking whether or not is a prescription drug. The data processing means creates printing information capable of barcode printing patient basic information in association with information on a plurality of prescription drugs for each patient,
The form creation means receives the printing information of the patient basic information created by the data processing means, creates a form with a barcode for each patient used for prescription,
The dispensing according to claim 1, wherein the portable terminal stores the basic patient information indicated by the barcode read from the barcode-added form by the barcode reading unit in the data storage unit and displays the information on the display unit. Support system.   The dispensing support system according to claim 1 or 2, wherein the barcode is a two-dimensional barcode.   The dispensing support system according to any one of claims 1 to 3, wherein the medicine master file is provided in a portable terminal.   The dispensing support system according to any one of claims 1 to 4, wherein the form is an infusion label that is attached to a container of a medicine that is an infusion. The master data includes chemical classification data indicating a chemical classification, preferential mixing data indicating whether or not to preferentially mix the chemical, and pH data indicating the pH of the chemical,
The mobile terminal is configured to prepare a plurality of prescription drugs in the order of preparation based on information on a plurality of prescription drugs indicated by the barcode read from the barcode-added form by the barcode reading unit and master data of the medicine corresponding to the prescription drug. The dispensing support system according to claim 4, further comprising a medicine preparation order display unit that displays the display side by side on the display unit. The master data of the chemicals that need to be dissolved by the dissolving solution includes the dissolving solution data indicating the dissolving solution and the dissolving solution amount data indicating the amount of the dissolving solution,
When the mobile terminal reads the barcode displayed on the container of the medicine that needs to be dissolved by the barcode reading means, the display unit displays the solution and the amount of the solution based on the master data of the medicine. The dispensing support system according to claim 4, further comprising a solution instructing unit that displays the information.   Based on the information on the plurality of prescription drugs for each patient, the mobile terminal includes a fraction of medicines that use less than the standard amount in the prescription drugs. When the barcode displayed on the fraction medicine container is read by the barcode reading means, it has a fraction indicating means for alarming and displaying the amount of medicine used for the fraction on the display unit. The dispensing support system according to claim 4.   The dispensing support system according to claim 8, wherein when it is necessary to dissolve the fraction of chemicals, the fraction indication unit displays a solution and the amount of the solution on a display unit.   The portable terminal has at least an image data storage unit for storing image data of a medicine whose barcode is not displayed on the container, and an image of the medicine based on the image data stored in the image data storage unit. The dispensing support system according to claim 4, further comprising an image inspection unit that can display and check whether the medicine is a prescription drug. The master data includes single mixing data indicating whether or not it is necessary to mix the drug into the infusion solution alone,
When the mobile terminal reads the barcode displayed on the container of the medicine that needs to be mixed with the barcode reading means, the display unit indicates that the mixing is necessary based on the master data of the medicine. The dispensing support system according to claim 4, further comprising a single mixing instruction unit for displaying. In a dispensing support system that assists in dispensing medications prescribed to multiple patients,
An IC chip that stores the drug information for each of a plurality of types of drugs and that has a wireless communication function attached to a container that stores the drugs;
A drug master file that stores master data including drug codes for multiple types of drugs;
Data processing means for receiving information on a plurality of prescription drugs for each patient, storing them in a memory in association with drug codes, and writing information for writing the prescription information into an IC chip;
A form creation means for receiving prescription drug information of a plurality of prescription drugs created by the data processing means and writing it on the IC chip of the patient-specific IC chip with which the prescription is used,
A portable terminal having a display unit, an operation unit, an IC chip reading unit, and a data storage unit;
The portable terminal is
A plurality of prescription drugs indicated by the prescription drug information read from the IC chip-attached form by the IC chip reading unit and the quantity thereof are stored in the data storage unit and displayed on the display unit, and arranged for each prescription for each patient. Each time the IC chip reading unit reads the drug information of the IC chip of the plurality of drug containers, the drug is determined based on the read drug information and the plurality of prescription information stored in the data storage unit. A dispensing support system characterized by checking whether or not