JP2004148037A - Injection medicine preparing system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an injection medicine preparing system which performs the uniform and proper control of a medicine and the indication of preparing work with respect to medication and application control. <P>SOLUTION: In the injection medicine preparing system equipped with a means 10 for inputting injection medicine prescription data, a data processor 50 for performing the preparation processing printing data on the basis of the injection medicine prescription data and a printer 30 for printing the printing data, a work process or work indication for preparing a medicine is entered into a printed and published preparation indicating note 53. By this constitution, an indication prescription clear in work contents is published. <P>COPYRIGHT: (C)2004,JPO

Description

[0001]
TECHNICAL FIELD OF THE INVENTION
The present invention relates to an injectable drug preparation system useful for preparing an injectable drug, and more particularly, to an injectable drug preparation system for preparing a printed document for a preparation worker.
[0002]
[Prior art]
The injection medicine preparation system whose block diagram is shown in FIG. 3 (a) is an injection medicine prescription 31 (see FIG. 3 (b)) as a printed document in order to properly carry out the medicine preparation work and reduce the burden on the worker. And a dispensing instruction sheet 32 (see FIG. 3C). Therefore, this injection medicine preparation system includes an input device 10 (input means) for inputting injection medicine prescription data, an information processing apparatus 20 for performing a process of creating print information based on the injection medicine prescription data, and (Printing means) for printing on a sheet of an injection prescription 31 or a dispensing instruction 32. In addition, a large-scale injection preparation system may be provided with equipment related to preparation work such as a work table and a medicine shelf, and also with dispensing equipment such as a medicine dispensing apparatus, which may be connected or juxtaposed. Is described below.
[0003]
The information processing device 20 is composed of a general-purpose computer or the like. The information processing device 20 includes, for example, a classification table 21 indicating the correspondence between various drugs and a dispensing device or the like by two-dimensional array data and the like. An extraction routine 22 for classifying prescription data based on criteria such as dispensing time and dispensing type to extract a target portion of drug preparation from injection drug prescription data, and including the prepared drug information obtained by the extraction in print information. An issuance routine 23 for sending it to the printer 30 is installed.
[0004]
Then, when issuing the injection prescription 31, the input injection prescription data is printed as it is, and the injection prescription 31 is issued for a group of drug preparation such as co-injection work (ie, work involving mixing of injections). At this time, the target portion of the drug preparation is extracted from the prescription data of the injection drug and printed. In such an injection medicine prescription 31, a target medicine name and its order value are described as prepared medicine information. When the dispensing instruction sheet 32 is issued, the order value is converted into the dispensed amount in the dispensed unit value for each medicine, and the target medicine name and the dispensed amount are described as the prepared medicine information.
[0005]
In this way, an instruction sheet or the like describing the corresponding prepared drug information is issued and provided for use by the drug preparation worker. Although detailed explanations and illustrations have been omitted, if information processing such as confirmation of dose or confirmation of contraindications for each patient was performed to prevent inappropriate drug preparation, the results will be It is also described on instruction sheets and the like. Although these descriptions are useful for the proper execution of the drug preparation work and the reduction of the burden on the workers, they are limited only to the substance to be prepared or the result of the preparation, and directly indicate the actions to be taken by the workers in the preparation work. Not shown. In addition, it does not provide guidance on in what order the operator should proceed during the preparation operation.
[0006]
[Problems to be solved by the invention]
In such a conventional injection medicine preparation system, the preparation medicine information is described in the instruction sheet or the like, but the work instruction or work procedure is not described. For this reason, the preparation worker must estimate the specific work content from the prepared medicine information based on the knowledge and skill of the individual, etc., but the estimation varies from person to person.
However, even if there is an attending physician / nurse who is in charge of the patient, it is difficult to properly and consistently administer medication / application for the condition, and even more, the doctor / nurse will be replaced by the time zone / date. Is done as a matter of course. The purpose of the present application is to provide medicine information and preparation work instructions for uniformly and appropriately administering medicines and preparing work instructions for medication / application management.
[0007]
In addition, co-infusion work requires in-depth knowledge and advanced skills, so there is a tendency for lack of reliable workers.The purpose is to protect workers from exposure to anticancer drugs, etc., and to strengthen prevention of hospital-acquired infections. If the working place is limited to a sterile environment, etc., when the worker is confused, it is difficult to ask for specific work procedures etc. It is difficult to balance content optimization.
Therefore, it is a technical problem to improve the system so that the description on the instruction sheet or the like becomes more specific in order to reduce the burden of the work content guess work on the preparation worker.
The present invention has been made in order to solve such a problem, and an object of the present invention is to realize an injection preparation system that issues an instruction sheet or the like with clear contents of work.
[0008]
[Means for Solving the Problems]
An injectable drug preparation system invented in order to solve such a problem includes a means for inputting injectable drug prescription data to a next information processing device, as set forth in claim 1 at the time of filing, and an injectable drug prescription data An information processing device that performs a process of creating print information based on the, and an injection medicine preparation system that includes a unit that prints the print information, wherein the information processing device prepares the print information so that an injection prescription or A print issuance process for an instruction sheet or a work instruction sheet is performed. At this time, a target portion of drug preparation is extracted from the injection drug prescription data, and the prepared drug information obtained by this extraction is printed information. And the printing information includes the operation procedure for preparing the medicine or the operation instruction for preparing the medicine.
[0009]
Here, the description of the work procedure is to sequentially instruct how the worker should proceed during the preparation work, and the description of the work instruction is an action to be taken by the worker in the preparation work. Is instructed directly so as to be understood by intuition. In each case, not only drug information in a static state such as the number of drugs, but also dynamic items expressing an action of an operator regarding drug preparation are described.
[0010]
In such an injection preparation system, a work procedure or a work instruction is described on a printed document such as an instruction sheet related to preparation of an injection.
As a result, compared to estimating the work content from the prepared medicine information, the room for estimation / guesswork is narrowed or eliminated, and the worker can grasp the work content more specifically and directly. Moreover, it is appropriate and homogeneous.
Therefore, according to the present invention, it is possible to realize an injectable drug preparation system that issues an instruction sheet or the like with clear work contents. As a result, uniform and appropriate medicine management and preparation work instructions are performed for the administration of medication and application.
[0011]
BEST MODE FOR CARRYING OUT THE INVENTION
Several embodiments for implementing the injection preparation system of the present invention achieved by such a solution will be described. The above-mentioned documents such as the prescription for injections, instructions, and work instructions are hereinafter referred to as preparation instructions.
[0012]
[First Embodiment]
In the first embodiment of the present invention, the means for inputting prescription data and the processing for issuing a preparation instruction regarding drug preparation such as mixing of medicines to be performed using a sterile preparation operation device such as a clean bench include the prescription data. In an injection medicine preparation system comprising: an information processing apparatus for performing the preparation based on the prescription data, the information processing apparatus further includes: the medicine in addition to medicine information obtained by extracting a preparation target from the prescription data. An injection preparation system, wherein the preparation procedure is also described in the preparation instruction.
In this case, since a sterile environment is assumed in the work place, a remarkable effect is expected. In addition, since the operation procedure is described in the preparation instruction, it is sufficiently useful for the operation of preparing an anticancer agent involving a complicated co-infusion procedure.
[0013]
[Second embodiment]
A second embodiment of the present invention relates to an injection medicine comprising an aseptic preparation work device such as a clean bench and an information processing device for issuing a preparation instruction regarding drug preparation such as mixing of drugs performed using the same. In the preparation system, the information processing apparatus describes the operation procedure of the drug preparation in the preparation instruction, and a display device for displaying the operation procedure is attached to the aseptic preparation operation apparatus. An injection preparation system characterized by the above-mentioned.
In this case, since the working place is limited to a sterile environment, the effect of the application of the present invention is remarkable. Further, the operation procedure grasped in advance in the description of the preparation instruction can be easily confirmed on the display of the display device even during the aseptic operation.
[0014]
[Third Embodiment]
A third embodiment of the present invention is the injection medicine preparing system according to the above-described solution or embodiment, wherein the information processing apparatus is used for analysis including data indicating whether a main agent, a solubilizing agent, or a diluting solution is used for various drugs. In addition to storing and holding a table, at the time of the processing for creating the work procedure, the analysis table is accessed to determine the dissolving agent and its liquid amount and to determine the diluent and its liquid amount. It is.
In this way, the operations relating to dissolution and dilution are specifically determined up to the procedure.
[0015]
[Fourth Embodiment]
A fourth embodiment of the present invention is the injection preparation system of the third embodiment described above, wherein the analysis table indicates whether the diluent container can be used as a supply container after preparation. The information processing apparatus is configured to access the analysis table and select a supply container during the process of creating the work procedure.
Thereby, the selection of the supply container is performed accurately.
[0016]
[Fifth Embodiment]
A fifth embodiment of the present invention is the injection medicine preparing system according to the fourth embodiment described above, wherein the information processing device instructs the measurement of the weight of the selected supply container in the process of creating the work procedure. And specify the product name in the instruction.
Thereby, the work result regarding the selection of the supply container is confirmed.
[0017]
[Sixth Embodiment]
The sixth embodiment of the present invention is the injection medicine preparing system according to the fourth embodiment or the fifth embodiment described above, wherein the information processing apparatus prevents mixing into the supply container at the time of creating the work procedure. Every time an instruction for prompting is included, an instruction for measuring the weight of the supply container is also included.
Thereby, a mixed injection mistake or the like can be found at an early stage.
[0018]
[Seventh Embodiment]
A seventh embodiment of the present invention is the injection medicine preparing system according to the above-mentioned solution or embodiment, wherein the information processing apparatus or another apparatus cooperating therewith performs an audit corresponding to the medicine preparing work. In this case, the information about the medicine described in the preparation instruction by volume is presented by weight.
As a result, useful information is provided in an easy-to-use manner for an audit performed later.
[0019]
With respect to the injection preparation system of the present invention achieved by such a solution and the embodiment, specific modes for carrying out the system will be described with reference to the following first and second examples.
The first embodiment shown in FIG. 1 embodies the above-described solution, and the second embodiment shown in FIG. 2 embodies the first to seventh embodiments. is there.
In the drawings, circuit elements, wirings, frames, fasteners such as bolts, and couplings such as hinges are omitted for simplicity and the like, and are necessary and related to the description of the invention. Those are shown mainly.
[0020]
[First embodiment]
The first embodiment of the injection preparation system of the present invention will be described with reference to the drawings. FIG. 1A is a block configuration diagram thereof.
[0021]
This injection preparation system includes the input device 10, the information processing device 50, and the printer 30 as in the related art. However, the analysis table 51 and the analysis routine 52, which are not provided in the conventional information processing device 20, include information. This is different from the related art in that it is additionally installed in the processing device 50.
[0022]
The input device 10 may be a single device or a plurality of input devices as long as they can input prescription data to the information processing device 50. For example, a keyboard 11 for operation input, a reading device 12 such as an OCR capable of semi-automatic input, a high-order prescription ordering system 13 that can be automatically downloaded, and the like are applicable.
The information processing device 50 is not limited to a general-purpose computer but may be a personal computer or a microprocessor system as long as the information processing device 50 is a programmable arithmetic device and has sufficient data processing capability and storage capacity. The controller is not limited to the information processing, and may be a dual purpose, for example, a controller of an automatic dispensing device (not shown).
The printer 30 can be used in most cases as long as it can print the dispensing instruction sheet 32 and the like.
[0023]
In the extraction routine 22, the delivery destination of the prepared medicine information has been partially changed with the introduction of the analysis routine 52. That is, the prescription data may include data other than the injection medicine prescription data, and when it is extracted by the extraction routine 22, it is transferred to the issuing routine 23 as before, but the injection medicine prescription data is When it is input and extracted by the extraction routine 22, it is transferred to the analysis routine 52 before the issuance routine 23. Alternatively, all data passed from the extraction routine 22 to the issuance routine 23 once passes through the analysis routine 52.
[0024]
The analysis table 51 includes, for each drug to be analyzed for the preparation procedure, a drug name or a drug code, and information necessary for determining the procedure of the co-injection work, such as drug type data and drug form data, which are appended and followed. If there is an operation to be performed, the data of the operation and data relating to an action to be taken by the operator during the preparation operation, for example, an instruction to store the image in a cool and dark place, are stored in an easily searchable format.
[0025]
When the analysis routine 52 receives the prepared drug information from the extraction routine 22, the analysis routine 52 searches the analysis table 51 for the injection medicine, the dissolving solution, the diluting liquid, and the like contained therein, and determines a series of work procedures optimal for mixing them. The decision is made including the accompanying work, and it is added to the print information. When the search finds an action to be taken by the worker during the preparation work, the work instruction is also added to the print information.
[0026]
The usage and operation of the injection preparation system of the first embodiment will be described with reference to the drawings. FIG. 1B is a description example of the printed preparation instruction sheet 53.
[0027]
When a prescription is created by a doctor and includes an injectable drug preparation to be managed by this system, the prescription data, that is, the injectable drug prescription data is manually or automatically transmitted by online data transmission or the like according to operation rules and the like. The information is input to the information processing device 50 via the input device 10. Then, the extraction routine 22 extracts a drug preparation target portion from the injection medicine prescription data, and delivers the prepared drug information to the analysis routine 52. Then, the analysis routine 52 searches the analysis table 51 for each drug in the prepared drug information, determines the procedure of the co-injection operation according to the type of the drug, and performs the operations to be performed before and after each process. Is also selected as a work procedure. Further, when a work item that is not suitable or difficult to be associated with or entangled with any one process is found by the above-mentioned search or the like, it is selected and determined as a work instruction. All of these work procedures and work instructions are obtained as printable character string data or are finally converted to character string data.
[0028]
Then, those work procedures and work instructions are sent to the printer 30 by the issuing routine 23 together with the prepared medicine information, and the preparation instruction 53 is printed. In the preparation instruction 53, in addition to the target medicine name, the order value thereof, and the dispensed amount thereof are described as preparation medicine information, a work procedure and a work instruction are also described. Such preparation instructions 53 are injection prescriptions when focusing on the list of drug names and order values, and dispensing instructions when focusing on the list of drug names and dispensed amounts. A work instruction can be said to be focused on a single entry or a list of work instructions.
[0029]
In the work procedure column of the preparation instruction 53, a serial number is assigned to each process, that is, for each work item, so that the procedure is easy to understand, mixing work such as dissolution / dilution, confirmation work such as weight measurement, labeling, etc. Are listed in words directed to the worker. Except by chance, the order of the work procedure is different from the order of the medicine name and the dispensed amount in the column of prepared medicine information.Each item of the work procedure includes multiple medicine names, They are not included at all. Further, in the column of the work instruction of the preparation instruction 53, not only the action that the worker should take positively, but also the action that the worker should take passively is described. For example, as a typical example, an aggressive action is a straightforward action performed by an operator by moving the body, such as transporting a prepared drug to a cool and dark place and storing it. On the other hand, examples of the passive behavior include a behavior that imposes restrictions on the worker with prohibited or negative expressions, such as avoiding the use of an aluminum appliance, as a typical example.
[0030]
Since such a preparation instruction 53 is provided to the worker prior to the preparation of the injection, the worker can refer to the preparation instruction 53 almost at any time from the preparation stage of the co-infusion work to the end of the work. A series of drug preparation operations can be performed skillfully and appropriately without any guesswork or judgment.
Therefore, in hospitals and pharmacies that have introduced this injection drug preparation system, even those with advanced knowledge such as doctors and pharmacists, as well as others, can properly perform co-infusion work, which is generally considered difficult. As a result, it is possible to carry out efficiently, and as a result, it is possible to realize uniform and proper preparation work and chemical management.
[0031]
[Second embodiment]
A specific configuration of a second embodiment of the injection preparation system of the present invention will be described with reference to the drawings. Assuming application to a sterile environment in which co-injection of anticancer drugs is performed on a clean bench in a clean room, FIG. 2 (a) is a plan view of the clean room, and FIG. 2 (b) is a perspective view of the clean bench. is there.
[0032]
The difference between this injection preparation system and the first embodiment is that the information processing device 50 is connected to a clean bench 60 (a device for aseptic preparation work) in a communicable or controllable manner with a signal cable or the like. That is the point. The information processing device 50 may be installed in the clean room 40 together with the clean bench 60 as illustrated, or may be installed outside the clean room 40 although not illustrated. In the printer 30, dustless paper suitable for use in the clean room 40 is often set. In addition, in the clean room 40, a medicine shelf 41 for manual operation, a dispensing device 42 for automatically dispensing a necessary medicine, and the like may be installed in order to promptly supply a shortage of medicine or to highly automate the operation.
[0033]
The clean bench 60 includes a general clean bench in which a clean area 61 which is a clean space for manual operation is open frontward, a display 63 (display device), an electronic balance 64 (weight measuring means), and a bar. A code reader 65 (identification number reading means) and an operation panel 66 are added. The display 63 is composed of, for example, a liquid crystal display or the like capable of displaying a work procedure as a character string, and is attached to a place that is easy to see even during the co-infusion work, for example, on the inner wall surface of the clean area 61 or the like. The electronic balance 64 is provided at the inner bottom of the clean area 61 so as to facilitate weight measurement, and the barcode reader 65 and the operation panel 66 are provided on a front panel or the like.
[0034]
These additional members 63 to 66 are under the control of the information processing device 50 indirectly via the local controller of the clean bench 60 or directly without passing through the local controller. In response to the operation of the operation panel 66 or the reading of the identification number of the preparation instruction 53 by the barcode reader 65, the corresponding work procedure is displayed on the display 63, and the weight value measured by the electronic balance 64 is collected. Thus, it is provided to prepare a preparation record, preparation record data, audit information, and the like. In addition, the program of the information processing device 50 is extended to perform such control and data processing.
[0035]
Further, the information processing device 50 has the following additional functions. That is, the analysis table 51 includes data indicating whether the main agent, the solubilizing agent, or the diluent is used for each of the various drugs, and the analyzing routine 52 accesses the analyzing table 51 during the process of creating the work procedure, and the dissolving agent is prescribed. If a diluent is prescribed or if a diluent is prescribed, or if a diluent needs to be selected, determine the type or volume of the dissolving agent if necessary. It is supposed to. Further, the analysis table 51 includes data indicating whether or not the diluent container can be used as a supply container after preparation, and the analysis routine 52 accesses the analysis table 51 when creating the work procedure. In addition, appropriate selection of the supply container is made. Audit information corresponding to such a drug preparation operation is also created, and data storage and data transfer are also performed in order to present the information to an inspector later. The details thereof will be exemplified in the following operation description.
[0036]
Also in this case, when the prescription of the injection to be subjected to the drug preparation operation using the clean bench 60 is input to the information processing device 50, the preparation instruction 53 is issued as described above. The bar code printing of the identification number is also performed on the preparation instruction 53. A typical procedure analysis by the analysis routine 52 is performed as follows. That is, (1) determination of an anticancer drug, (2) determination of a solubilizer, (3) determination of a diluent, (4) determination of a supply container, (5) preparation of an instruction for measuring the weight of the supply container, (6). Instructions for dissolution of the solid anticancer drug, (7) instructions for co-injection of the liquid anticancer drug, and (8) instructions for co-injection of the dissolved solid anticancer drug are made in that order.
[0037]
More specifically, (1) when determining an anticancer drug, a distinction between a solid and a liquid, a contraindicated contraindication check at the time of prescribing a plurality of anticancer drugs, calculation of a dispensed amount, and the like are performed. (2) When determining a solubilizer, if there is a solubilizer, check whether a solid anticancer drug to be dissolved exists, check whether a combination thereof is permitted, and determine the amount of liquid used. A check is performed to determine whether the amount is sufficient, and the amount of the payout is calculated. (3) When determining the diluent, check whether it can be mixed with an anticancer drug, and if the diluent is also used as a dissolution solution, check whether the dissolution solution is sufficient, and make sure that the dilutable container has sufficient co-injectable volume. A check is performed to determine whether or not the payout amount is to be paid, and the like. (4) When determining the supply container, if there is no inconvenience, the diluent container is selected as the supply container. However, registration that the diluent cannot be used as the supply container is made by a flag or the like in the analysis table 51. If there is more than one diluent, select an infusion bag.
[0038]
Then, the character strings described in the work procedure column of the preparation instruction 53 are sequentially created. (5) When creating the instruction for measuring the weight of the supply container, a label printed with an identification number is attached to the supply container. An instruction is created, and the name of the selected supply container is specified and the weight measurement is instructed. (6) When preparing instructions for dissolving the solid anticancer drug, repeat the prescribed solid anticancer drug, measure the weight of the solid anticancer drug before dissolution, and dissolve the solid anticancer drug in the dissolving solution or diluting solution Then, the weight measurement of the solid anticancer drug after dissolution and the weight measurement of the supply container when dissolved from the supply container are instructed. (7) When preparing instructions for co-injection of a liquid anticancer drug, an instruction to repeatedly inject a liquid anticancer drug into a supply container for a prescribed liquid anticancer drug, followed by an instruction to prompt the weight measurement of the supply container. Is created. (8) In preparing an instruction regarding co-injection of a dissolved solid anticancer drug, an instruction for repeatedly injecting the dissolved solid anticancer drug into the supply container and an instruction for prompting the weight measurement of the supply container are subsequently created. .
[0039]
By referring to the prepared medicine information portion of the preparation instruction 53, the injection prescription 31, the dispensing instruction 32, and the like, necessary anticancer drugs are collected from the medicine shelf 41 or the medicine dispensing device 42, or the clean room 40 When brought into the clean room 40 from outside and transported to the clean bench 60, preparation for preparation of the anticancer drug is prepared. Then, at the start of the preparation operation, when the identification number described in the preparation instruction 53 is read by the barcode reader 65 or a key is input from the operation panel 66, the operation procedure and operation instruction described in the preparation instruction 53 are also displayed on the display 63. Is done.
[0040]
Therefore, the operator sequentially proceeds with the work of co-injection and weight measurement as instructed while watching the display and description. Then, the measurement results of the electronic balance 64 are collected and combined with the analysis results of the analysis routine 52 to create anticancer drug preparation records corresponding to actual drug preparation work and inspection information thereof. The information processing is performed by the information processing device 50 or by other cooperating devices, and is temporarily or permanently stored or stored. The audit information is displayed on a screen of the audit support apparatus at the time of the later audit. At this time, the medicine information described in the preparation instruction 53 in a volume such as “mL” is performed in the same weight as “mg” as the unit of measurement of the electronic balance 64.
Thus, even in the clean room 40, the co-injection operation is efficiently and accurately performed by using the injection preparation system.
[0041]
[Other]
In each of the above-described embodiments, the prepared medicine information, the work procedure, and the work instruction are all printed on the preparation instruction sheet 53. However, the print document is not limited to such a single leaf sheet, but may be any one. May be divided into double leaves by the combination of
The analysis table 51 does not need to be independent as described above. For example, the analysis table 51 may be integrated with the classification table 21 or may be incorporated in another medicine master table or the like.
Further, the application of the present invention has a special effect on the work in the clean bench or the clean room as in the above-described second embodiment, but is not limited thereto. It is also helpful enough.
[0042]
【The invention's effect】
As is clear from the above description, in the injectable drug preparation system of the present invention, by instructing the action of the worker, the work content becomes clear, and as a result, There is an advantageous effect that uniform and appropriate medicine management and preparation work instructions can be performed.
[Brief description of the drawings]
FIG. 1A is a block diagram of a system configuration of a first embodiment of an injection preparation system of the present invention, and FIG. 1B is a description example of a printed document.
2A is a plan view of a clean room, and FIG. 2B is a perspective view of a clean bench in a second embodiment of the injection preparation system of the present invention.
3 (a) is a block diagram of a system configuration of a conventional injection preparation system, and FIGS. 3 (b) and 3 (c) are examples of a printed document. FIG.
[Explanation of symbols]
10. Input device (input means for injection prescription data)
11 Keyboard (operation input means)
12 Reader (semi-automatic input means)
13. Prescription ordering system (fully automatic input means)
20 Information processing device (print information creation means)
21 Classification table (correspondence table between drug and dispensing device)
22 Extraction routine (means for extracting prepared drug information with co-injection)
23 Issuing routine (printing and issuing processing means for prepared medicine information, etc.)
30 Printer (printing device, printing means)
31 Injection prescription (printed document)
32 Dispensing instruction sheet (printed document)
40 clean room
41 Chemical shelf (manual device, manual equipment)
42 Drug dispensing device (automatic device, automatic equipment)
50 Information processing device (print information preparation means)
51 Analysis table (table of roles, priorities, additional work, etc. during co-injection)
52 Analysis Routine (Analysis Means for Drug Preparation Procedures with Co-Injection)
53 Preparation instructions (injection prescription, dispensing instructions, work instructions, printed documents)
60 clean bench (aseptic preparation work equipment)
61 Clean area (clean space, work space)
63 Display (display device)
64 Electronic balance (weight measuring means)
65 Barcode reader (means for reading the identification number of the preparation instruction)
66 Operation panel

Claims (2)

The injection medicine preparation system comprising: means for inputting injection medicine prescription data; an information processing apparatus for performing a process of creating print information based on the injection medicine prescription data; and means for printing the print information. The apparatus extracts a target portion of drug preparation from the injection drug prescription data, includes a work procedure or a work instruction of the drug preparation in the print information, and prints and issues a prescription for injection or a prescription or a work instruction. An injection preparation system characterized by performing the following. The injection medicine preparation system comprising: means for inputting injection medicine prescription data; an information processing apparatus for performing a process of creating print information based on the injection medicine prescription data; and means for printing the print information. The apparatus extracts the target portion of drug preparation from the injection drug prescription data, and in addition to the prepared drug information obtained, includes the work procedure or work instruction of the drug preparation in the print information, thereby injecting the drug prescription or An injectable drug preparation system for performing a print issuing process for an instruction sheet or a work instruction sheet.

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