JP2014106944A - Medicine preparation support system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To properly use a group display and an individual display in a different way by adopting both of them.SOLUTION: When displaying work contents as a list in a display device 14 on the basis of a prescription instruction inputted by a prescription information input device 16, display control means of an information processor 13 selects whether to perform a group display for collectively displaying even a plurality of medicines in one display field in the case of the same medicine or an individual display for displaying one medicine in one display field on the basis of the setting of priority display selection and the presence/absence of excess filling. During the group display, distributed display is performed according to the presence/absence of the mixture of a supply container unit and a capacity unit, a group upper limit number, and a puncture allowable frequency. Further, if a dissolution transfusion amount is set in a medicine prescribed together with transfusion, the total amount is calculated and displayed, and a frequency obtained by subtracting one from the puncture allowable frequency is substituted when performing processing using the puncture allowable frequency.

Description

  The present invention relates to a dispensing support system for supporting a dispenser who manually dispenses a medicine, and more particularly to a dispensing support system that lists and displays work contents based on prescription instructions.

  Even though the automation of dispensing has progressed, there is no loss of manual dispensing that dispenses drugs manually, and mixed dispensing work that mixes injections and dispensing work that is performed in small-scale pharmacies still do not dispense manually. Mainstream. For such manual dispensing, a dispensing support system is provided that guides and displays the work content for the dispenser, instead of automating the work itself. Specifically, for example (see, for example, Patent Document 1), in order to reduce the work burden on the dispenser and prevent or reduce dispensing errors, the work content is determined based on the prescription content specified by the prescription or the dispensing instruction sheet. The determined work contents are listed and displayed on the display device.

  The content of the prescription instruction is support target prescription information obtained by extracting a support target portion from prescription information included in a prescription, a dispensing instruction form, or electronic data thereof, and the prescription information is a host computer or (for example, Patent Document 1). Reference), a prescription acceptance device (see, for example, Patent Document 2), a prescription order entry system (see, for example, Patent Document 3), and the like, are acquired by communication or the like. The work content is often determined in application units (RP units). In that case, for one or a plurality of drugs included in the support target prescription information of the application unit, drug codes and drugs for each of the various drugs By searching a drug master database that stores drug data such as name, specific gravity, and other characteristics, data that can be listed and displayed is determined and displayed on a screen such as a flat display panel of a display device. It has become.

  The work contents are enumerated and displayed in accordance with the prescriptions. For example, the display screen is divided into a plurality of vertical columns, and then the top is aligned, that is, the agents are sequentially displayed from the upper display column to the lower display column. Displayed for each species. For example, when 5 injection ampoules and 1 infusion bag are prescribed for one application, work instructions relating to the dispensing of 5 injection ampoules are displayed in the first display column, and the infusion bag is dispensed. Work instructions are displayed in the next display column. In this case, a method of displaying a plurality of the same medicines in one display column collectively is called collective display for convenience. The dispenser looks at such display columns one by one, and the work contents are guided in order, so even if mixed dispensing work or other dispensing work is performed manually, the dispensing work is accurately performed. It can be performed and the workload is light.

JP 2004-208842 A JP 2006-120020 A JP 2006-247150 A Japanese Patent Application No. 2012-134401 Japanese Patent Application No. 2012-134531

  In addition, in the supply container that contains the medicine to be dispensed, it means the amount of medicine that is actually contained in the supply container in addition to the one that contains the specified amount of medicine that means the nominal value of the medicine to be dispensed. Although the actual filling amount is larger than the specified amount, there are some overfilling agents that exceed the standard allowable range such as ± 5% or ± 10% based on the specified amount. When the total amount of the medicine contained in each supply container is dispensed with respect to the prescription in the supply container unit when the overfilling agent is prescribed in the supply container unit instead of the capacity unit, the final dispensing is performed. Dispensing support system that provides guidance to help prevent or control undesired situations where the amount may be out of the standard tolerance range or one or more supply containers may be different. Have been developed (see Patent Documents 4 and 5).

  Specifically, for liquid medicine (medicine) whose actual filling amount of medicine contained in the supply container is different from the prescribed amount, when the actual filling amount is held in the medicine master in addition to the prescribed amount, prescription is given in units of volume However, when a prescription is specified for each supply container, the prescribed amount is adopted as the target amount, and the actual filling amount is used for drugs such as overfilling agents whose actual filling amount is different from the prescribed amount. Based on caution display and tolerance check. In addition to the check and display performed for each supply container, the work content list display mode has also been revised, using a plurality of display fields if there are a plurality of the same medicines instead of the summary display described above. One drug is displayed in one display column. The way of displaying the medicine in one supply container in one display column for different medicines or the same medicine is referred to as individual display for convenience.

As described above, along with the improvement of the dispensing support system, the enumeration display of the work contents corresponding to the prescription instruction is changed from the collective display to the individual display, but both displays have advantages and disadvantages.
Specifically, the summary display often has a small number of display columns and good visibility, whereas the individual display has a one-to-one correspondence between the number of display columns and the number of supply container handling operations. Therefore, sequential confirmation of work progress can be performed easily and accurately.
In addition, for prescription instructions in volume units, the summary display is more suitable for the work content and easier to work, whereas for prescription instructions in supply container units, the individual display is more suitable for the work content. Are often easy to work with.

  In addition, liquid vials that contain injections that become liquid upon dissolution of liquid injections or powders from the beginning, are used for dissolution or dilution, and are used for injection injections or infusions. For infusion bags that contain normal saline solution, a mark indicating the site of insertion of the injection needle is marked, and the maximum number of punctures that allow the insertion and removal of the injection needle is permitted. However, for liquid medications, which are often prescribed in a prescription unit for each supply container, individual labeling is appropriate, whereas solutions for extraction or mixed injection are suitable. For infusion bags that tend to increase the number of insertions and removals of the injection needle due to injection, etc., the collective display is more suitable because the work is naturally summarized and the number of operations and thus the number of insertion and removal of the injection needle is reduced. It can be said that.

As described above, the summary display and the individual display have a contrasting characteristic in which the other party's weaknesses are their own advantages, but the summary display has been used in the past, and recently the individual display has begun to be used.
However, since the summary display and the individual display have the above-mentioned contrasting characteristics, a dispensing support system that can be satisfactorily satisfied cannot be achieved only by adopting one of the display methods.
Therefore, it is a technical problem to realize a dispensing support system that can adopt both the collective display and the individual display and use them appropriately.

The dispensing support system of the present invention (Solution 1) was created in order to solve such a problem,
Display related to the contents of work of the dispenser based on the drug master that holds information including the drug name and the prescribed amount for various drugs, the support target prescription information obtained by extracting the support target part from the prescription information, and the drug master An information processing apparatus comprising display control means for creating data;
A flat display unit capable of securing a plurality of display columns capable of displaying the display data, and a display device provided integrally or separately with the information processing device;
Provided integrally with or separately from the information processing apparatus and provided separately or separately from the display apparatus, and obtains one or both of the prescription information and the support target prescription information And an input device used for information processing of the information processing device;
In the dispensing support system with
Priority that can be set to give priority to collective display that displays a plurality of drugs in the same display column or individual display that displays one drug in one display column Display selection data is held in either or both of an individual aspect corresponding to each medicine in the medicine master and a common aspect common to each medicine in the medicine master,
The display control means displays the display data on the display device after creating the display data, and the display selection based on the priority display selection data is performed based on the summary display or the individual display. It is designed to be performed.

  Further, the dispensing support system of the present invention is (Solution means 2), which is the dispensing support system of the above solution means 1, wherein the priority display selection data is retained in both the individual mode and the common mode. When the display control means performs the display selection, the display related to the medicine for which the priority display selection data is set in the individual mode is retained in the individual mode in the priority display selection data. The display selection is performed based on data, and the display related to the medicine for which the priority display selection data is not set in the individual mode is based on the data held in the common mode among the priority display selection data. The display selection is performed.

  Furthermore, the dispensing support system of the present invention is (Solution means 3), which is the dispensing support system of the solving means 1 and 2 above, and supplies the same medicine when the display control means adopts the summary display. About what is displayed by a container unit and what is displayed by a capacity | capacitance unit, both are divided and displayed on another display column, It is characterized by the above-mentioned.

Further, the dispensing support system of the present invention is (Solution means 4), the dispensing support system of the above solution means 1-3,
The upper limit number data that can set the upper limit number of sums indicating the upper limit of the number of medicines displayed in units of supply containers in one display column at the time of the summarization display corresponds to each medicine in the medicine master. Data is held in either or both of the individual mode and the common mode common to each drug in the drug master,
When the display control means adopts the summary display, and when the number of medicines to be displayed in units of supply containers in one display column exceeds the maximum number of summaries, it is displayed in a plurality of display columns. The number of medicines displayed in one display field is suppressed to be equal to or less than the total upper limit number.

  Further, the dispensing support system of the present invention is (Solution means 5), which is the dispensing support system of the above solution means 1 to 4, wherein the drug master is information that indicates whether or not various drugs are overfilling agents. It is possible to hold data, and when the display control unit performs the display selection, the over-filling agent is adapted to adopt the individual display regardless of the priority display selection data. Features.

Further, the dispensing support system of the present invention is (Solution means 6), the dispensing support system of the above solution means 1-5,
Permissible puncture number data for setting the number of puncture permissible times indicating how many times the insertion and removal of the injection needle is permitted with respect to the supply container containing the medicine is set in each medicine master. Data is held in an individual manner corresponding to each drug,
When the display control means obtains the puncture allowable number of times related to the infusion based on the puncture allowable number data when the display selection is performed for the medicine prescribed to be prescribed together with the infusion, the summary display is displayed. Further, it is characterized in that it is adopted and further dispersed in the number of display columns equal to or less than the allowable number of punctures.

Further, the dispensing support system of the present invention (Solution means 7) is an independent part of the solution means 6, specifically,
Display related to the contents of work of the dispenser based on the drug master that holds information including the drug name and the prescribed amount for various drugs, the support target prescription information obtained by extracting the support target part from the prescription information, and the drug master An information processing apparatus comprising display control means for creating data;
A flat display unit capable of securing a plurality of display columns capable of displaying the display data, and a display device provided integrally or separately with the information processing device;
Provided integrally with or separately from the information processing apparatus and provided separately or separately from the display apparatus, and obtains one or both of the prescription information and the support target prescription information And an input device used for information processing of the information processing device;
In the dispensing support system with
Permissible puncture number data for setting the number of puncture permissible times indicating how many times the insertion and removal of the injection needle is permitted with respect to the supply container containing the medicine is set in each medicine master. Data is held in an individual manner corresponding to each drug,
When the display control means determines the permissible number of punctures related to the infusion based on the permissible number of times of puncture data when creating the display data for the medicine prescribed to be prescribed together with the infusion, one display is displayed. In the case of the same medicine in the column, a collective display in which a plurality of drugs are collectively displayed is adopted and further dispersed in the display column of the number equal to or less than the allowable number of punctures.

  The dispensing support system of the present invention is (Dissolution means 8), the dispensing support system of the above solution means 6 and 7, wherein the puncture allowable frequency data sets the puncture allowable frequency related to the supply container independently. Single data that can be stored, data that can set the number of puncture sites, which is the number of sites where injection needles are allowed to be inserted into and removed from the supply container, and the number of times needles can be inserted and removed for each site Data that can set the permissible number for each part, data that can set the number of puncture parts, data that can set the permissible number of parts, and the supply container It includes either the number of administration sites, which is the number of administration-only sites, or the data that can set the presence / absence of administration-only sites, of each site that can be inserted and removed. , Characterized in that.

Moreover, the dispensing support system of the present invention is (Solution means 9), the dispensing support system of the above solution means 6-8,
Dissolved infusion volume data that can set a dissolved infusion volume that is the amount of infusion used at the time of dissolution for a drug that uses infusion as a dissolution agent is retained in an individual manner corresponding to each drug in the drug master. And
When the display control unit creates the display data for the medicine prescribed with the infusion, if the dissolved infusion amount is set for any medicine, the total amount is calculated and displayed on the display device. When performing the processing using the allowable number of punctures, the number obtained by subtracting one from the allowable number of punctures is used instead of the allowable number of punctures.

In such a dispensing support system of the present invention (Solution 1), it is set in advance in the priority display selection data whether priority is given to the summary display or the individual display for the display related to the work contents of the dispenser. In this case, work guidance is performed in a display format corresponding to the setting, so that the dispenser can easily select any appropriate display format and can receive work support with the appropriate display.
Therefore, according to the present invention, it is possible to realize a dispensing support system that employs both the collective display and the individual display and can be used appropriately and appropriately.

  In the dispensing support system of the present invention (solution 2), it is troublesome to set the priority display selection data in a common mode in which the number is small and easy to set, and in the case where the number is large and all are set. In addition to using the individual mode that can be set finely for each drug, and setting the individual mode when the display is selected, the priority is given to it. The two trade-offs between the two are the trade-offs that are automatically determined according to the progress of the data setting in the individual mode, and are compatible with each other. Easy.

  Further, (Solution 3) If the prescription instruction is given for both the supply container unit and the volume unit for the same medicine, or even if the prescription instruction is for only the supply container unit, not only an integer but also a fraction is attached. For prescriptions in units of supply containers, the work contents can be performed and confirmed using the supply container as a basic unit, and it is easier to do this, but for prescriptions in capacity units and fractional supply containers, capacity is measured, etc. In the dispensing support system of the present invention (Solution means 3), the guidance display suitable for such characteristics is performed in the dispensing support system of the present invention. The effect of support is high.

  In the dispensing support system of the present invention (solution 4), if the upper limit number of summarization is set, the excessive summarization display that displays the number exceeding the upper limit number of summarization is distributed display, that is, summarization display. Even if it is not simple, it can be replaced with an improved display that can be divided into multiple display fields by dividing it appropriately and the number related to the drug displayed in one display field can be suppressed. By doing so, it is possible to easily avoid excessive collective display.

  In addition, for the overfilling agent, it is desirable to proceed with the work while confirming the capacity for each individual supply container by measurement or the like. In the dispensing support system of the present invention (Solution 5), Since the individual display suitable for it is made to be performed preferentially, the support effect is high also for the preparation containing an excessive amount of filler.

  Further, in the dispensing support system of the present invention (solution means 6 and 7), when the permissible number of times of puncture of an infusion bag or the like is obtained for a medicine prescribed with infusion, the summary display is not simple but an improved dispersion If the pharmacist performs the work of storing the medicine in the syringe or syringe by looking at the display, the number of syringes or syringes will naturally be less than the allowable number of punctures. Occurrence of an undesired situation in which the number of insertion / removal of the injection needle with respect to the infusion bag or the like exceeds the allowable number of punctures when the medicine is mixedly injected into the bag or the like can be avoided without difficulty.

  In the dispensing support system of the present invention (solution 8), the data holding mode of the allowable number of punctures is embodied.

  Further, (Solution 9) When preparing a drug using the infusion solution of the mixed injection destination as a dissolving agent, it is necessary to perform the work of extracting the infusion solution used for dissolution from the infusion bag or the like and storing it in a syringe or syringe prior to the mixed injection. However, in the dispensing support system of the present invention (solution 9), if the total amount of dissolved infusion can be calculated, it will be displayed, so that the dispenser can see the display and remove the infusion with a syringe or syringe. In this way, the entire amount of the necessary solubilizer can be prepared by a single extraction operation, in other words, by simply inserting and removing the injection needle with respect to the infusion bag or the like. In addition, since the one time is accurately reflected in the process of limiting the number of insertions / removals based on the allowable number of punctures, the support effect is high also for the work of co-injecting the medicine using the infusion solution of the co-infusion destination.

Example 1 of the present invention shows the structure of a dispensing support system, (a) is a front view of the dispensing support system installed on a dispensing table, (b) is a schematic block diagram of hardware, and (c) is software (D) is an image diagram of data held in a common mode, and (e) is an image diagram of a data structure related to a medicine master holding data in an individual mode. The operation example of the dispensing assistance system of this invention is shown, (a) is a data structure image figure of a dispensing instruction | indication, (b) is an example of setting data, (c) is a screen display example of display data. The operation example of the dispensing assistance system of this invention is shown, (a) is a data structure image figure of a dispensing instruction | indication, (b) is an example of setting data, (c) is a screen display example of display data. The operation example of the dispensing assistance system of this invention is shown, (a) is a data structure image figure of a dispensing instruction | indication, (b) is an example of setting data, (c) is a screen display example of display data. The operation example of the dispensing assistance system of this invention is shown, (a) is a data structure image figure of a dispensing instruction | indication, (b) is an example of setting data, (c) is a screen display example of display data. The operation example of the dispensing assistance system of this invention is shown, (a) is the data structure image figure of a dispensing instruction | indication, (b) is an example of setting data, (c) relates to the chemical | medical agent used after melt | dissolving in a supply container The image figure before and behind melt | dissolution, (d) is a schematic diagram of an infusion bag, (e) is an enlarged view of the injection needle puncture surface of an infusion bag. (A) is the example of a screen display of the display data which makes the supply container which is not a container for administration the object of infusion extraction, (b) is the example of the screen display of the display data which makes the supply container which is also an administration container the object of infusion extraction. The operation example of the dispensing assistance system of this invention is shown, (a) is a data structure image figure of a dispensing instruction | indication, (b) is an example of setting data, (c) is a screen display example of display data.

About the dispensing assistance system of such this invention, the specific form for implementing this is demonstrated by the following Example 1. FIG.
The first embodiment shown in FIGS. 1 to 8 embodies all the above-described solving means 1 to 9 (claims 1 to 9 as originally filed).
In the illustration, for the sake of simplicity, detailed mechanical drawings and electronic circuit diagrams are omitted, and block diagrams and image diagrams are used frequently.

  A specific configuration of the dispensing support system according to the first embodiment of the present invention will be described with reference to the drawings. 1A is a front view of the dispensing support system 10 installed on the dispensing table 4, FIG. 1B is a schematic block diagram of hardware, FIG. 1C is a functional block diagram of software, and FIG. The image figure of the data hold | maintained with the aspect, (e) is the data structure image figure which concerns on the chemical | medical agent master which hold | maintains data with an individual aspect. FIG. 2A is a data structure image diagram of the dispensing instruction. Further, FIG. 7A is a screen display example of display data in which a supply container that is not an administration container is an infusion extraction target, and FIG. 7B is a display data screen in which a supply container that is also an administration container is an infusion extraction target. It is a display example.

The dispensing support system 10 (see FIGS. 1A and 1B) includes a programmable information processing device 13, a reader 11 connected to the information processing device 13 as an input device of the information processing device 13 with a signal cable and the like. A scale 12, an operation input device 15, a prescription information input device 16, and a display device 14 connected to the information processing device 13 by a signal cable or the like as an output device of the information processing device 13 are provided. All are equipped on the dispensing table 4.
Here, a case where assistance is provided for a dispensing operation in which a required amount of liquid medicine (medicine) is extracted or mixedly injected from a supply container 6 described later using a manual inhaler 8 is illustrated.

  The dispensing table 4 is a work table in which a dispensing person performs a dispensing operation for extracting the liquid agent from the supply container 6 containing the liquid agent with the manual inhaler 8, and the dispensing support system 10 can be installed to perform the dispensing operation. For example, it may be a simple flat table, a dispensing shelf with a work board, equipment that can be installed independently, equipment that is attached to other equipment, and is often installed in hospitals (for example, patents) It may be installed in other places, may be under atmospheric pressure, may be placed in a positive or negative pressure environment, and placed inside or outside a clean section such as a clean room or clean bench. May be.

A reader 11 and an electronic balance 12 are constantly placed on the work surface of the dispensing table 4, and a supply container 6 and a manual inhaler 8 are also placed during the dispensing operation.
In addition, a display device 14 is installed in a part of the dispensing table 4 that is easy for the dispenser to visually recognize, and an operation input device 15 is installed in a part of the dispensing table 4 that is easy for the dispenser to operate.
In this example, the information processing device 13 is also installed on the dispensing table 4. However, the information processing device 13 and the prescription information input device 16 that are not directly perceived and operated by the dispenser are different from the dispensing table 4. It may be installed in the place.

The supply container 6 is a container sealed with a liquid medicine, and typical examples include a vial, a bottle, an ampoule, and a bag. Liquid drugs are typically injections, but dilute solutions that dilute injections, tablets and powders that are liquefied before application, dissolution agents used for liquefaction, and infusions for infusions consisting of physiological saline are also applicable. To do. In addition, when supporting the dispensing operation | work which handles chemical | medical agents other than a liquid agent, such as a tablet and a boxed medicine, the supply container 6 may not be sealed.
The manual inhalation device 8 is a device that can be manually operated to extract the liquid medicine from the supply container 6 and inhale it into the internal space. As a typical example, a syringe equipped with an injection needle or a syringe without an injection needle attached Is mentioned. In handling other than liquid medicine, there are also measuring cups.

The reader 11 is a device that reads the identification information attached to the supply container 6 or the manual inhaler 8 and transmits it to the information processing device 13, and examples thereof include a barcode reader, a color bit code reader, and an OCR (for example, (See Patent Documents 1 and 3).
The electronic balance 12 is a precise scale capable of accurately measuring the weight of the supply container 6 containing the liquid medicine or the manual inhaler 8 that has inhaled the liquid medicine, and the measured weight, that is, the weight value of the measurement result is obtained. It transmits to the information processing apparatus 13 (for example, refer patent document 1).

The operation input device 15 is for inputting desired information to the information processing device 13 by human operation, and a touch panel, a mouse, and a keyboard operated by fingers are typical examples (see, for example, Patent Document 1). ), Or a foot switch operated with a foot.
The display device 14 is for presenting information to a dispensing person who is performing a dispensing operation for extracting the liquid medicine from the supply container 6 containing the liquid medicine by the manual inhaler 8, such as a liquid crystal panel display. A display device is typical (see, for example, Patent Document 1). However, if the display device includes a flat display unit that can secure a plurality of display fields that can display display data related to the work contents of the dispenser, other displays are possible. A device may be used.
The illustrated touch panel is an integrated display device 14 and operation input device 15.

The prescription information input device 16 includes, for example, a wired LAN interface built in the information processing device 13 and / or a wireless communication device externally attached to the information processing device 13, and the external prescription acceptance device and prescription order entry described above. The content of the prescription instruction already described, that is, prescription data (prescription information of prescription electronic data) and dispensing instruction data (support target prescription information) is acquired from the system or the like and used for data processing of the information processing device 13. Yes. In addition, since the prescription content and the dispensing instruction can be input to the information processing device 13 using the operation input device 15, the operation input device 15 is also a kind of prescription information input device.
The prescription information input device 16, the operation input device 15, the display device 14, and the information processing device 13 that will be described in detail below may be integrated with each other or may be separate.

  The information processing device 13 (see FIGS. 1B and 1C) includes programmable general-purpose hardware such as a consumer personal computer and an industrial microprocessor system, and programs and data installed therein. (For example, refer to Patent Document 1). Dispensing instruction data, drug master, and common mode data are the main data, and these data are held in a storage device such as an internal memory or external hard disk, but the drug master is composed of a database suitable for key search etc. The dispensing instruction data is configured in a queue format or a table format suitable for first-in first-out processing, and the common mode data is configured by simple individual data. Further, the program is composed of appropriate program modules and subroutines, and embodies prescription information input means, measured weight input means, and display control means.

  The common mode data (see FIG. 1D) is data common to the support processing related to all medicines, and is provided with priority display selection data and summary upper limit number data. Among the priority display selection data, priority is given to a collective display in which a plurality of the same medicines are displayed in one display field among several display fields arranged in the plane display area of the display device 14. For example, the flag “collective display” is set, and in the one display column, for example, the flag “individual display” is set to give priority to individual display for displaying one medicine, that is, one medicine for each supply container. Is prioritized or undecided, for example, a flag “-” is set. In addition, in the collective upper limit number data, when the collective upper limit number indicating the upper limit of the number of medicines to be displayed in units of supply containers is determined in one display column in the collective display, a positive integer indicating the value is set, For example, the flag “-” is set even when the upper limit number is not yet determined or not used.

  The medicine master (see FIG. 1 (e)) holds individual mode data corresponding to each medicine, and for each medicine, in addition to the medicine code and medicine name described above, the capacity unit and the supply container Data on the type, the specified amount of the supply container, the actual filling amount of the supply container, the presence or absence of overfilling, the priority display selection, the total number of puncture sites, the number of puncture sites, the number of administration sites, the permissible frequency for each site, and the dissolved infusion volume Data items for retention are reserved. Among them, in the data item of the capacity unit, the unit of the specified amount and the actual filling amount of the supply container is set, “ml” is frequently used for the volume, and “mg” is frequently used for the weight. For example, “A” or “V” is set in the data item of the type of supply container for ampoules and vials frequently used for injections, and “book” or “bag” is used for infusions in which bottles or bags are frequently used. "Is set.

  As described above, the nominal value / notation value of the amount of drug contained in the supply container is set in the specified quantity data item, and the actual filling quantity data is actually stored in the supply container as described above. In the data item of presence / absence of overfill, the flag “Yes” is set for the above-mentioned overfill, and the flag “No” is set for the drug that is not the overfill. A flag “-” is set. In addition, if the data item of presence / absence of overfilling is provided in the medicine master, it is clearly shown whether or not it is an overfilling agent for various drugs, but it is a data item of presence / absence of overfilling Even if it is not provided in the medicine master, it can also be determined from the ratio between the actual filling amount and the specified amount. It can be said that the information indicating is included.

  The data items for the priority display selection and the data items for the combined upper limit number are set to the same data as the corresponding data of the common mode data described above, but can be set for each medicine because they are individual modes. As for priority display selection, the number of collective upper limits may be set in both the common mode and the individual mode, only the common mode may be set, only the individual mode may be set, or neither may be set good. As will be described later, in the display control means, if there is a setting of the individual mode, it is preferentially adopted, if there is no setting of the individual mode and there is a setting of the common mode, if there is no setting, Appropriate default values are adopted or ignored.

  In the data item of the number of puncture sites, the number of puncture sites, which is the number of sites where the insertion and removal of the injection needle is allowed with respect to the supply container, is set. The permissible number for each part, which is the number of times that insertion / removal is allowed, is set, and the number of administration sites, which is the number of administration-specific sites among the sites, is set in the data item of the number of administration sites. The number of puncture sites and the number of administration sites can be found by counting marks formed or printed on the injection needle puncture surface such as the lid of the supply container. The permissible number of sites is determined by operational rules, etc. Multiplying the number obtained by subtracting the number of administration sites from the number of times allowed per site, that is, calculating the formula [(number of puncture sites−number of administration sites) × permissible times per site] In order to set the number of puncture sites, the number of administration sites, and the number of times allowed per site, since the number of punctures can be determined as to how many times the dispensing needle can be inserted and removed from the container during dispensing operations. These three data items are puncture allowable frequency data in which information indicating the allowable puncture frequency can be set.

  In the dissolution infusion volume data item, when the corresponding drug is a drug that uses the infusion solution as a dissolution agent, it is possible to set the dissolution infusion volume that is the amount of the infusion solution that is used when dissolving the drug. ing. For example, “-” is set for a drug whose corresponding drug does not use infusion as a solubilizer. For other setting data, “−” is shown when nothing is set or when it is a meaningless value even if it is set.

  Dispensing instruction data (see FIG. 2 (a)) is obtained by extracting a portion to be supported by the dispensing support system 10 during dispensing operation from prescription data of each patient. ) And includes one or a plurality of RP unit data. Such dispensation instruction data includes a medicine name and a prescription amount, and the medicine name includes one or more names of liquid medicines that are support target medicines in this example. In addition, the prescribed amount may be indicated in the above-mentioned volume unit such as mL or mg, or may be indicated in a supply container unit such as the number or number. Other data items are only illustrated in the figure.

  The prescription information input means (see FIG. 1 (c)) immediately inputs the dispensing instruction data from the operation input device 15 or the prescription information input device 16, or the prescription data (from the operation input device 15 or the prescription information input device 16). Prescription information) is input, and the support target part is extracted from the prescription data to obtain dispensing instruction data (support target prescription information). The obtained dispensing instruction data is successively buffered data. It is stored and accumulated in the area. When supporting a dispensing operation such as extraction or mixed injection of liquid medicine, in addition to injections, data relating to infusion solutions and solubilizers is the support target part. Also. If the data included in the acquired prescription data is only one unit of data in RP units (application units) and it is a dispensing support target, the prescription data becomes the dispensing instruction data as it is, but the data exceeding it Is included in the prescription data, in this example, subdivision of creating one dispensing instruction data from a part of the prescription data is also performed, and one or a plurality of dispensing instruction data is created from the one prescription data .

  The measured weight input means performs weight measurement using the electronic balance 12, and when the measurement result is transmitted from the electronic balance 12 accordingly, the measured weight is input and the display described in detail below is input. It is designed to be handed over to the control means.

  The display control means presents the list on the display device 14 if there is at least one dispensation instruction data (supported prescription information) acquired and accumulated by the dispensation instruction data acquisition means described above. And waiting for one of them to be selected by operating the operation input device 15 and waiting for the reader 11 to read the code, the code read by the reader 11 is one of the dispensing instruction data in the list. If the medicine code matches that, the dispensation instruction data is selected. Then, when the dispensing instruction data is selected, by searching the medicine master for each medicine contained in the dispensing instruction data, display data relating to the work contents of the dispensing person is created and displayed on the display device It is made to display in each display column of 14 plane display parts.

Specifically, display data for displaying the drug name, the prescription amount, and the prescribed amount at the medicine item, the preparation amount item, and the target amount item in the display column of the display device 14, respectively, is created. When the display data is created, the display control means selects whether to perform individual display, collective display, or distributed display according to the setting data.
More specifically, the display control means first examines the priority display selection data among the setting data. As described above, the data is held in the two modes of the common mode and the individual mode. If there is a setting, that is, if individual display or collective display is set in the priority display selection data of the corresponding medicine in the medicine master (see FIG. 1D), the setting content is adopted, and setting of the individual mode If there is no common mode setting (see FIG. 1 (c)), the setting content is adopted, and if there is no setting, an appropriate default value, for example, a collective display is used for prescription instructions in volume units. Individual indication is adopted for prescription instructions in container units.

  Next, when the display control means adopts the collective display based on the priority display selection data, the same medicine is basically displayed in one display column even if there are many supply containers, Not only that, but when a prescription is given for a prescription amount (preparation amount) that is not only an integer but also a fraction, even if it is the same drug, it is easier to work with the whole number part dispensed in units of supply containers. It is assumed that it is displayed in units of supply containers, and the fractional part is displayed in units of volume because it is easier to work by dispensing in units of volume, and both are displayed separately in separate display fields. Specifically, the integer part is collectively displayed in one display field in units of supply containers, and the other part is used to display the fractional part in the capacity unit.

  Further, when the display control means adopts the summary display, the display control means also confirms the maximum number of summaries in the setting data and selects the distributed display depending on the value. As described above, the data on the upper limit number of collective data is also held in two modes, the common mode and the individual mode. Therefore, if there is an individual mode setting, that is, the upper limit number data of the corresponding drug in the drug master is set. If it is set (see FIG. 1 (d)), the setting content is adopted, and if there is no setting of the individual mode and the setting of the common mode is set (see FIG. 1 (c)), the setting content is adopted. ing. If there is no setting, the distributed display based on the upper limit number is not selected. However, when the upper limit number is set and adopted, the integer part of the prescription amount (preparation amount) instructed A distributed display based on the upper limit number is selected.

  In the distributed display based on the maximum number of collectives, when the number of medicines displayed in units of supply containers in one display column exceeds the maximum number of collectives, it is displayed in one display column by dividing it into multiple display columns. The numbers related to the drugs to be used are collectively reduced to the upper limit number or less. For example, if there is no distributed display based on the maximum number of groups, the integer part of the prescription amount (preparation amount) that will be displayed together in one display column is divided by the maximum number of groups, and the upper limit of the total amount is prepared. The display column for displaying the number is used for the number of quotients, and if there is a remainder, another display column is also used to display the remainder for the amount of preparation.

  In addition, the display control means displays an infusion display column when an injection (medicine) and an infusion (physiological saline) are prescribed together in the dispensing instruction data (prescription instruction) of one RP unit (application unit). And the display column of the injection medicine are displayed on the display device 14 at that time, and when the display selection of the individual display or the collective display is performed at the time of creating the display data of the injection medicine, the allowable number of punctures Distributed display based on is tried. That is, first of all, the puncture allowable frequency data set in the drug master for the infusion for the injectable drug and the infusion to be displayed are examined, and if the puncture allowable frequency is set in the data, the data can be obtained. Since the number of punctures permissible for infusion is obtained by performing the calculation of the above-mentioned calculation formula based on the above, when it is obtained, the injectable drug and the infusion to be displayed, When the individual display is compulsory, the collective display is adopted as much as possible, and then distributed to the display columns of the number of puncture allowable times or less.

  In this distributed display based on the allowable number of punctures, for example, when the allowable number of punctures is “1”, there is no room for division in the first place. For injection drugs, a collective display using only one display column is performed. If the number of times is “2” or more, in order to perform dispersion display using two or more display fields, division is performed by dividing the prescription amount (preparation amount) of the injection by the allowable number of punctures. And when it is divisible, the display column for displaying the value of the quotient in the item of the preparation amount is used by the number of allowable punctures. On the other hand, when the prescription amount (preparation amount) of the injection is divided by the allowable number of punctures and cannot be divided, the prescription amount (preparation amount) of the injection is again divided by (permissible number of punctures-1), and the quotient Is used for the number of (puncture allowable number -1), and another display column for displaying the remainder in the item of the preparation amount is used.

  Further, the display control means determines whether the infusion solution (medicine) and the infusion solution (physiological saline) are prescribed together in the dispensing instruction data (prescription instruction) of one RP unit (application unit). When creating display data for listing and displaying the display field and the display field of the injection drug on the display device 14, if the dissolved infusion volume is set in the drug master for any of the injection drugs, the dissolved infusion volume is set. Calculate the total amount of the dissolved infusion used to dissolve the injection by extracting from the infusion bag etc. out of the infusion by summing the set values of the dissolved infusion for all of the injections that are present, and display this total amount The information is displayed in one display column of the device 14.

In addition, when the total amount is displayed, it is selected depending on whether the infusion supply container to be withdrawn is also an administration container for infusion or other non-administration containers. Therefore, the allowable number of punctures is also adjusted.
Specifically, when the infusion extraction target is a non-administration container, the dispersion display process is performed without changing the puncture allowable number determined as described above. However, when the infusion extraction target is an administration container, the dispenser In the dispensing operation according to the above, since it is assumed that the injection needle is inserted into and removed from the infusion bag once for the purpose of extracting the infusion solution for dissolution, the display control means is described above using the allowable number of punctures. When performing the distributed display processing based on the allowable number of punctures, if the allowable number of punctures is “2” or more, the number of punctures after adjustment obtained by subtracting “1” from the allowable number of punctures before adjustment is the number before adjustment. Instead of using it.

  Further, the display control means performs a three-stage discrimination process to determine whether the infusion extraction target is an administration container or a non-administration container. First, it is checked whether or not the infusion extraction target supply container data, which is common mode data similar to the priority display selection data in FIG. 1 (d), is set in the administration container. Accordingly, the infusion extraction target is provisionally determined to be either the administration container or the non-administration container. Next, when the dispenser identification information is acquired from the reader 11 or the operation input device 15, a database of a dispenser master (not shown) is also searched and secondarily determined. In the dispenser master, items such as whether the supply container subject to infusion extraction is a container for administration or non-administration are set in an individual manner for each dispenser. However, if a container for administration or a container for non-administration is set, it is preferentially adopted for this decision, and the provisional decision is ignored.

Further, the display control means displays the determination result of the infusion extraction target supply container together with the container change button in the infusion display column on the screen display of the display device 14 (see FIG. 7).
Then, every time the container change button is operated by operating the operation input device 15 or the like, the determination of whether the infusion extraction target supply container is to be an administration container or a non-administration container is changed. The adjustment of the allowable number of punctures and the display on the display device 14 are redone according to the determination change.

  In addition, the display control means sets the above-described priority display selection, the upper limit number of collections, and the allowable number of punctures for the medicines that are prescribed in the support target prescription information and are the support target and display target. Even if the presence or absence of overfilling is “present” among the data items related to the drug in the medicine master, individual display is selected. Even when individual display is selected, if there is a fraction in the prescription amount, the fraction part is displayed in another display field different from the integer part.

  Further, this display control means also serves as a determination means for checking the execution result of the dispensing work by the dispenser. When the dispenser pulls out the medicine with the manual inhalation device 8 from the supply container 6 containing the medicine displayed on the display device 14 in the collective display or the individual display, the dispenser supplies the supply container before the withdrawal. 6 is read by the reader 11, and the weight of the supply container 6 is weighed by the electronic balance 12, and then the weight of the supply container 6 is weighed by the electronic balance 12 after being extracted, the display control means The weighing value is displayed in the corresponding display column, and it is determined whether or not the difference between the two weighing values is the actual preparation amount and whether or not it is within the standard allowable range of the target amount reference. The determination result is also displayed in the corresponding display column.

  The usage mode and operation of the dispensing support system 10 of the first embodiment will be described with reference to the drawings. When dispensing instruction data (support target prescription information) is taken into the information processing apparatus 13 by the prescription information input device 16 or the prescription information input means, an enumeration display for supporting the dispensing operation related to the medicine instructed by the information is displayed. The display control means of the device 13 performs the display on the display device 14, but here, in order to explain the system operation and the like in a concrete and easy-to-understand manner, what the display state will be according to the prescription content and the setting data Here are some examples.

  2 shows an operation state when the setting value for priority display selection is individual display, FIG. 3 shows an operation state when the setting value for priority display selection is a collective display, and FIG. 4 shows a priority display. FIG. 5 shows an operation state when the set value of the selection is a collective display and the set value of the collective upper limit number is “5”. FIG. FIG. 6 and FIG. 7 show the operation state when the presence / absence setting value is “present”, and FIGS. 6 and 7 show the priority display selection setting value collectively and the puncture allowable count becomes “3” or “2”. FIG. 8 shows an operation state when priority is given to the overfilling agent over the allowable number of punctures.

  First (see FIG. 2), the dispensing instruction data (support target prescription information) instructs to prescribe that only 7.5 A medicine 20 ml is used (see FIG. 2 (a)). (See FIG. 2 (b)), it is assumed that individual display is set in the priority display selection, and there is no other setting in particular. In this case (see FIG. 2 (c)), an individual display is adopted for the integer part and a display is also added for the fractional part, so eight display fields are used for 20 ml of medicine A, one of which is displayed. Is displayed with a fraction of “0.5” and a target amount of 10 ml in volume. The other seven display columns all have an integer of “1” and the target amount in volume. A 20 ml display is made.

  Further, (see FIG. 3), the dispensing instruction data (support target prescription information) instructs the prescription that only 20 ml of medicine A is used in the same manner as described above (FIG. 3 (a)). )), The display mode setting data (see FIG. 3B) is set to collective display in the priority display selection, and there is no other setting in particular. In this case (see FIG. 3 (c)), a simple summary display with no upper limit is adopted for the integer part, and a display is also added for the fractional part, so two display fields are used for A medicine 20 ml, In one of the display columns, the amount of preparation is a fraction “0.5” and the target amount in volume units is 10 ml. In the other display column, the amount of preparation is an integer “7” in units of volume. The target amount is displayed as 140 ml.

  Further (see FIG. 4), the dispensing instruction data (support target prescription information) is the same as instructing a prescription that only 20 ml of medicine A is used (see FIG. 4 (a)). The display mode setting data (see FIG. 4 (b)) is set to “5” as the summary upper limit in addition to the summary display set as the priority display selection. It is assumed that there is no setting. In this case (see FIG. 4C), the integer portion is not simply displayed even if it is a collective display, and a distributed display based on the collective upper limit number is adopted and a display is also added to the fractional portion. Three display columns are used for 20 ml of medicine, and one of the display columns displays the amount of preparation as a fraction of “0.5” and the target amount in volume units is 10 ml, and the other display column displays the amount of preparation. Is the integer “2” and the target amount in the volume unit is 40 ml, and the last display column displays the integer “5” and the target amount in the volume unit is 100 ml.

  Moreover, the dispensation instruction data (support target prescription information) instructs the prescription that only 20 ml of medicine A is used (see FIG. 5A), and the display mode setting data. (Refer to FIG. 5 (b)), the priority display selection and the total upper limit number are set to “existence” and “over” in the display mode setting data even if “5” is set for the total display. "Is set. In this case, the individual display is prioritized regardless of the priority display selection and the setting of the collective upper limit number. Therefore, as in the above (see FIG. 2C) (see FIG. 5C), the integer portion is individually As the indication is adopted, the fractional part is also added, and eight indication columns are used for 20 ml of drug A, and one of the indication columns has a preparation amount of “0.5” and a volume unit. The target amount is displayed as 10 ml, and the other seven display fields display the preparation amount as an integer “1” and the target amount per volume as 20 ml.

  Further, (see FIG. 6), the dispensing instruction data (supported prescription information) indicates a prescription that two types of medicines, that is, 7.5 mg of B medicine 20 mg and 50 ml of infusion solution are used (FIG. 6A). The display mode setting data (see FIG. 6 (b)), for B medicine 20mg, summary display is set in the priority display selection, and "5" is set as the summary upper limit number, 2 ml is set for the dissolved infusion volume, there is no other setting, and for the infusion, “4” places are set for the number of puncture sites, and “1” places are set for the number of administration sites, It is assumed that “1” is set as the allowable number of times for each part and there is no other setting. In this case, 20 mg of B medicine (see FIG. 6C) is stored in the supply container 6 in the form of tablets or powders, and 2 ml of infusion is injected into the supply container 6 to become a liquid medicine such as an injection. 2 ml of infusion for dissolution is extracted from a bag or bottle containing 50 ml of infusion and used for dissolution (see FIG. 6 (d)), and 20 mg of B drug liquefied by infusion is infusion bag of 50 ml of infusion Etc.

Moreover, a circular mark indicating a suitable puncture site of the injection needle is provided on the injection needle puncture surface such as the lid of the supply container containing the infusion solution such as this infusion bag (see FIG. 6 (e)). Four of them are formed, one of which is printed with the letter “OUT” indicating the puncture site at the time of administration, and the other three is printed with the character “IN” indicating the puncture site at the time of injection Shall.
The setting data of the display mode described above for 50 ml of infusion solution (see FIG. 6B), the number of puncture sites and the number of administration sites are set corresponding to the injection needle puncture surface of such an infusion bag (infusion solution supply container). ing. The allowable number of times per site is set to the smallest positive integer “1” in order to prevent the generation of an undesired aerosol (drip) during drug administration as much as possible.

  In this case (see FIG. 7), the dissolution using 2 ml of the infusion solution is performed in “8” supply containers 6 obtained by rounding up the fraction of the prescription amount “7.5” for 20 mg of B medicine. Assuming that the extraction is completed once, the total amount of dissolved infusion is calculated as 2 ml × 8, display data relating to 50 ml of infusion with the value of 16 ml as a target amount is created, and the display column is one in the display. Used. In addition, whether the infusion extraction target supply container is to be an administration container or a non-administration container is determined with reference to the infusion extraction target supply container data in the common mode and the pharmacist master in the individual mode, and the determination result And a container change button are also displayed in the display column for infusion (see FIG. 7A for a non-administration container and FIG. 7B for an administration container).

  Further, for 20 mg of B drug, when the infusion extraction target supply container is a non-administration container, the calculation formula [(number of puncture sites “4” −number of administration sites “1”) × allowable frequency per site “1”] Since the allowable number of punctures “3” is obtained, the setting “5” of the combined upper limit number data is ignored, and instead, the distributed display is performed with the calculated upper limit number of punctures “3” as the combined upper limit number. (See FIG. 7 (a)). In contrast, when the infusion extraction target supply container is an administration container, the calculation formula [(number of puncture sites “4” −number of administration sites “1”) × allowable number of times per site “1” −infusion sampling frequency “1”] Since the permissible number of punctures “2” is obtained in the above, instead of setting “5” as the total upper limit number data, a distributed display is performed with the calculated maximum allowable number of punctures “2” as the upper limit number (see FIG. 7 (b)).

Whether the supply container for infusion withdrawal should be a container for administration or non-administration, if the overall operation policy is defined, it will be applied gently in the setting of the infusion withdrawal target supply container data. If a suitable person is known for each dispenser on the basis of the skill level or the like, it is preferentially applied in the setting of the dispenser master.
Furthermore, when it is desired to change the timely during the dispensing operation, it can be changed easily and quickly by operating the container change button displayed in the infusion display column, and the display content is automatically changed accordingly. Also, temporary decision changes can be made easily.

  On the other hand (see FIG. 8), in the same manner as described above, the dispensing instruction data (supported prescription information) instructs the prescription to use two kinds of medicines, 7.5 mg B medicine and 50 ml infusion. (See FIG. 8 (a)), the display mode setting data (see FIG. 8 (b)), for B medicine 20mg, the summary display is set in the priority display selection, and the maximum number of sums is “5”. “There are set,“ Yes ”is set for the presence or absence of overfilling, 2 ml is set for the dissolved infusion volume, there is no other setting, and for the infusion, the number of puncture sites is“ 4 ” It is assumed that “location” is set, “1” location is set as the number of administration sites, “1” is set as the allowable number of times per site, and there are no other settings. In this case, only “Yes” is set in the presence / absence of overfill, which is different from the above-described case (see FIG. 6), and the individual display is forcibly adopted for the overfill. Therefore (see Fig. 8 (c)), one display column is used to display 50 ml of infusion solution with a total amount of 16 ml of dissolved infusion solution as a target amount, and then eight display columns are used to individually display 20 mg of B medicine. Is done.

Thus, based on the setting data (common aspect and individual aspect) and dispensing instruction data (supported prescription information), individual display using a large number of display fields, simple summary display using only a few display fields, and their The intermediate distributed display (improved summary display) is selectively used, and the work contents based on the prescription instruction are listed and displayed on the display device 14.
Then, the dispenser who manually dispenses the medicine at the dispensing table 4 may extract the medicine from the supply container 6 containing the medicine displayed in any of the display columns, for example, with the manual inhaler 8. In this case, the reader 11 is made to read the identification information of the supply container 6 before the extraction, and the weight of the supply container 6 is weighed by the electronic balance 12, and then the weight of the supply container 6 is weighed by the electronic balance 12 after the extraction.

  Then, the dispensing support system 10 displays the two weighing values in the corresponding display fields, and calculates the actual preparation amount from the difference between the two weighing values. Since it is determined whether or not it is within the allowable range, and the determination result is also displayed in the corresponding display column, the dispenser visually confirms a series of dispensing operations for each of the listed display columns. However, the dispensing operation according to the prescription instruction can be performed easily and accurately.

[Others]
In the above embodiment, even if the allowable number of punctures is set, if the presence / absence of overfilling is “present”, the individual display is selected. However, the present invention is not limited to this. Even if “Yes” is set, if the allowable number of punctures is set, distributed display / collective display corresponding to the allowable number of punctures may be selected.
In addition, the selection of priority display may be changed according to the ratio or difference between the actual filling amount and the specified amount.For example, when the above ratio or difference is small, the selection of individual display is prioritized and the above ratio is selected. If the difference is large, priority may be given to the distribution table according to the allowable number of punctures.

  In the above-described embodiment, the triplet data of the number of puncture sites, the number of administration sites, and the permissible frequency for each site can be set as the puncture allowable frequency data. However, when the number of administration sites is not used due to operational regulations or the like If it is not necessary to be aware of the number of puncture sites and the permissible number of parts, it is only necessary to be able to set two sets of data of the number of puncture sites and the permissible number of parts as permissible puncture data, It suffices if a single data item that can set the allowable number of times of puncture associated with the supply container is secured for each medicine. In addition, when the number of administration sites is limited to “0” or “1” according to the operation regulations, a data item that can set the presence / absence of a site dedicated to administration is used instead of the data item of the number of administration sites. As long as it is secured.

In the above embodiment, the display mode setting data is set in advance as common mode data or individual mode data. However, the display mode setting data can be temporarily and dynamically set by operating the operation input device 15 or the like. In this case, it is preferable to store the temporary setting and setting contents as log data or the like so that they can be referred to and used at the time of a subsequent dispensing audit or the like.
In the above embodiment, when the allowable number of punctures is set, the total upper limit number is ignored. However, the distributed display is performed based on the smaller one of the allowable number of punctures and the upper limit number of combined punctures. You may make it do.

  In the above-described embodiment, the application to the support of the dispensing operation of the injection drug is illustrated, but the application of the present invention is not limited thereto, and the dispensing support system of the present invention is applied to the support of the dispensing operation of various drugs. be able to.

4 ... dispensing table, 6 ... supply container, 8 ... manual inhaler,
10. Dispensing support system,
11 ... Reader, 12 ... Electronic scale, 13 ... Information processing device,
14 ... display device, 15 ... operation input device, 16 ... prescription information input device

Claims (9)

Display related to the contents of work of the dispenser based on the drug master that holds information including the drug name and the prescribed amount for various drugs, the support target prescription information obtained by extracting the support target part from the prescription information, and the drug master An information processing apparatus comprising display control means for creating data;
A flat display unit capable of securing a plurality of display columns capable of displaying the display data, and a display device provided integrally or separately with the information processing device;
Provided integrally with or separately from the information processing apparatus and provided separately or separately from the display apparatus, and obtains one or both of the prescription information and the support target prescription information And an input device used for information processing of the information processing device;
In the dispensing support system with
Priority that can be set to give priority to collective display that displays a plurality of drugs in the same display column or individual display that displays one drug in one display column Display selection data is held in either or both of an individual aspect corresponding to each medicine in the medicine master and a common aspect common to each medicine in the medicine master,
The display control means displays the display data on the display device after creating the display data, and the display selection based on the priority display selection data is performed based on the summary display or the individual display. To do,
Dispensing support system characterized by that. The priority display selection data is retained in both the individual mode and the common mode,
When the display control unit performs the display selection, the display related to the medicine for which the priority display selection data is set in the individual mode is data held in the individual mode among the priority display selection data The display selection is performed based on, and the display related to the medicine for which the priority display selection data is not set in the individual mode is based on the data held in the common mode among the priority display selection data. Display selection,
The dispensing support system according to claim 1. When the display control means adopts the summary display, even if the same medicine is to be displayed in units of supply containers and those to be displayed in units of volume, both are displayed separately in separate display fields. ing,
The dispensing support system according to claim 1 or 2, characterized in that. The upper limit number data that can set the upper limit number of sums indicating the upper limit of the number of medicines displayed in units of supply containers in one display column at the time of the summarization display corresponds to each medicine in the medicine master. Data is held in either or both of the individual mode and the common mode common to each drug in the drug master,
When the display control means adopts the summary display, and when the number of medicines to be displayed in units of supply containers in one display column exceeds the maximum number of summaries, it is displayed in a plurality of display columns. , The number related to the medicine displayed in one display column is to be suppressed below the above-mentioned upper limit number,
The dispensing support system according to any one of claims 1 to 3, wherein the dispensing support system is provided. The medicine master can hold data that indicates whether or not it is an overdose filler for various drugs,
When the display control unit performs the display selection, the overload filler is adapted to adopt the individual display regardless of the priority display selection data.
The dispensing support system according to any one of claims 1 to 4, wherein the dispensing support system is provided. Permissible puncture number data for setting the number of puncture permissible times indicating how many times the insertion and removal of the injection needle is permitted with respect to the supply container containing the medicine is set in each medicine master. Data is held in an individual manner corresponding to each drug,
When the display control means obtains the puncture allowable number of times related to the infusion based on the puncture allowable number data when the display selection is performed for the medicine prescribed to be prescribed together with the infusion, the summary display is displayed. Adopted and further dispersed in the display column of the number of puncture allowable times or less,
The dispensing support system according to any one of claims 1 to 5, wherein Display related to the contents of work of the dispenser based on the drug master that holds information including the drug name and the prescribed amount for various drugs, the support target prescription information obtained by extracting the support target part from the prescription information, and the drug master An information processing apparatus comprising display control means for creating data;
A flat display unit capable of securing a plurality of display columns capable of displaying the display data, and a display device provided integrally or separately with the information processing device;
Provided integrally with or separately from the information processing apparatus and provided separately or separately from the display apparatus, and obtains one or both of the prescription information and the support target prescription information And an input device used for information processing of the information processing device;
In the dispensing support system with
Permissible puncture number data for setting the number of puncture permissible times indicating how many times the insertion and removal of the injection needle is permitted with respect to the supply container containing the medicine is set in each medicine master. Data is held in an individual manner corresponding to each drug,
When the display control means determines the permissible number of punctures related to the infusion based on the permissible number of times of puncture data when creating the display data for the medicine prescribed to be prescribed together with the infusion, one display is displayed. If it is the same medicine in the column, it is adapted to adopt a collective display that displays a plurality of items in a batch and further distribute it to the display column of the number of puncture allowable times or less,
Dispensing support system characterized by that. Single data capable of setting the permissible number of times of puncture relating to the supply container alone;
Data for setting the number of puncture sites, which is the number of sites where injection needles are allowed to be inserted into and removed from the supply container, and the allowable number of times for each site, which is the number of times the injection needles are allowed to be inserted and removed, are set for each site. Two sets of data and data that can be stored,
Data for setting the number of puncture sites, data for setting the allowable number of times for each site, and the number of sites dedicated for administration among the sites where insertion and removal of the injection needle is allowed to the supply container The puncture allowable frequency data includes any one of a triplet data and a data for setting the presence / absence of a site dedicated to administration or the presence / absence of a site dedicated to administration. 7. Dispensing support system described in 7. Dissolved infusion volume data that can set a dissolved infusion volume that is the amount of infusion used at the time of dissolution for a drug that uses infusion as a dissolution agent is retained in an individual manner corresponding to each drug in the drug master. And
When the display control unit creates the display data for the medicine prescribed with the infusion, if the dissolved infusion amount is set for any medicine, the total amount is calculated and displayed on the display device. When performing processing using the allowable number of punctures, a number obtained by subtracting one from the allowable number of punctures is used instead of the allowable number of punctures,
The dispensing support system according to any one of claims 6 to 8, wherein

Images