JP2023000492A - Compounding supporting system - Google Patents

Abstract

To improve a compounding supporting system so that preparation history data and the like can be presented to a user at an application site even not through a prescription order entry system or the like.SOLUTION: At a compounding site are provided means (61, 62) for writing preparation history data held by a compounding server 60 into a short-range wireless communication tag 65. At an application site is disposed an application cart 70. Further, a controller 71 and the like are mounted on the cart 70 to acquire the data from the tag 65 using an electronic data reader 73, reacquire the latest preparation history data via a LAN on the basis of the data, and make the reacquired data be displayed on a display device 75.SELECTED DRAWING: Figure 1

Description

The present invention relates to a dispensing assistance system for assisting the preparation work of dispensing drugs based on prescription instructions and the dispensing person who performs the work. It relates to a dispensing support system extended to users such as nurses and nurses.
More specifically, it relates to a dispensing support system that supports the delivery of a dispensed drug to the site of administration on a cart (handcart) and the administration of the drug to the patient. The present invention relates to a dispensing support system capable of presenting not only the results of preparation but also the results of preparation to an applicator.

In hospitals that provide not only medical examinations and treatments but also drug dispensing (see Fig. 2(a)), most hospitals have outpatient departments on the ground floor of the ward, and upper floors such as the second and third floors. It has an inpatient department and a pharmacy department in the basement of the ward.
Then, when a medical examination is performed in the outpatient department or the inpatient department and a prescription is issued, the prescription data, which is electronic data of the prescription and its contents (prescription instruction), is sent to the pharmacy department, and the drug is dispensed (preparation work). Many of the dispensed drugs are put on a cart (handcart, see Patent Documents 1 and 2, for example) and transported from the underground drug department (dispensing site) to the outpatient department or hospital department (application site) on the ground level. , where dosing takes place where the dispensed drug is administered to the patient.

In such dispensing sites (pharmaceutical departments) and application sites (outpatient departments, inpatient departments), wired LANs and A local communication facility such as a wireless LAN (Local Area Network) is installed (see FIG. 2(a)). Dispensing equipment at the dispensing site belonging to the dispensing support system that supports dispensing based on prescription instructions and medication support equipment at the administration site belonging to the administration support system that supports dispensing based on prescription instructions are connected to the above LAN (intra-area communication equipment). ) is used to acquire the required prescription data (see Patent Documents 2 to 6, for example).

With regard to these dispensing support system and administration support system, typical examples of conventional components and the like that are the premise of the present invention will be briefly described (see the block diagram of FIG. 2(b)).
This system comprises a general-purpose computer-based prescription order entry system 10 that obtains and holds prescription data by inputting electronic data of prescription instructions, which are the contents of prescriptions, and dispensing data that directly receives the prescription data from the prescription order entry system 10. or a general-purpose computer-based dispensing server 20 that receives and holds data obtained by extracting portions related to dispensing from prescription data as dispensing data; A device 25, a medication server 30 mainly composed of a general-purpose computer that receives and holds prescription data from the prescription order entry system 10, and medication support devices (31, 32) that are installed at the administration site and operate under the umbrella of the medication server 30. I have.

Specific examples of the dispensing device 21 include a medicine packaging machine that dispenses tablets and powdered medicines, a PTP dispensing device that dispenses PTP-packaged medicines, and an injection medicine handling device that implements and supports injection medicine dispensing and weighing preparation. , are mentioned. Such a dispensing device 21 uploads the content and result of preparation to the dispensing server 20 as preparation history data, and in addition, the main part of the preparation history data is printed on a character print 41 by a character printer 22 such as a label printer. In addition to being printed, a search code related to the above-described preparation history data is printed on a printed code 42 by a code printing device 23 such as a bar code printer. These printed materials 41 and 42 are attached to a drug container 40 such as a drug solution bottle (not shown) or a drug bag (not shown).

The inspection device 25 is provided with a code reading device 26 capable of reading the code printed matter 42. When the code reading device 26 reads the code printed matter 42 attached to the prepared drug container 40, the code reading device 26 reads the code printed matter 42. Acquire the corresponding preparation history data from the dispensing server 20, perform processing such as comparing the preparation history data and the like with the measurement data and the like at the audit stage, judge the propriety of the preparation, and measure the judgment results. It is stored as audit data along with the data. If no problem is found in such an audit, the dispensed medicine is placed on a tray (tray) or cart (handcart) while being contained in the medicine container 40, transported to the application site, and delivered to the patient. is used for the administration of

Between the medication server 30 and the medication support devices (31, 32), there are also relay devices and medication support control devices that are provided for each section such as a hospital room and take charge of data transfer and processing. For simplification of explanation, a simple system in which the medication server 30 also serves as a medication support control device will be described as a specific example, omitting such a relay device, medication support control device, and the like.
In this case, the medication server 30 receives and holds prescription data transmitted from the prescription order entry system 10, and acquires read data from a code reader 31 such as a barcode reader. In addition to the code printed matter 42 on the drug container 40 , the patient tag of a wristband (not shown) wrapped around the patient's arm or the like is also read by the code reader 31 .

Then, when the medication server 30 acquires these read data, the medication server 30 extracts the prescription data of the corresponding patient from the stored prescription data of a large number of patients, and displays the extracted data on the panel of the display device 32. It is designed to be displayed on a display or the like.
For this reason, the application support system supports the user in collating and confirming the content of medication and application, such as the patient and the drug, and the display content of the display device 32, thereby preventing misidentification of the patient and incorrect administration of the drug at the site of application. It is useful for preventing or suppressing the occurrence of undesired situations.

Japanese Patent Application Laid-Open No. 2005-040373 JP 2012-130361 A JP 2013-255728 A Japanese Patent Application Laid-Open No. 2104-008322 JP 2014-106944 A JP 2015-167762 A

However, in most conventional dispensing support systems and application support systems, the developer of the dispensing server 20 and the developer of the prescription order entry system 10 and the medication server 30 are different in most cases. Although the format of the dispensing data to be passed to the dispensing server 20 is revealed to the development side of the dispensing server 20, it is difficult to disclose and cooperate with the transmission and reception of other data. The method of modifying the devices of both departments so that they can be delivered to the server 30 is a method of indirectly delivering via the prescription order entry system 10, or a method of bypassing the prescription order entry system 10 and directly delivering via LAN. However, it was difficult to realize.

Therefore, when administering medication using the medication server 30 at the administration site, the code reading device 31 reads not only the printed code 42 of the medication container 40 but also the patient tag such as the arm of the patient prior to medication work. Then, the medicine server 30 checks whether the patient and the drug container 40 match or disagree with each other. The applicator is required to perform a task of visually matching the printed content of the character printed material 41 on the drug container 40 with the print contents of the drug container 40 to confirm matching.

In addition, so-called "preparation specific data" such as preparation history data and audit data that are acquired along with the dispensing work at the dispensing site and held by the dispensing server 20 are not transferred to the medication server 30. Since it is not displayed on the display device 32, in order to refer to the preparation-specific data such as the preparation history data at the application site, the display data must be written down on paper or the data display can be photographed with a camera at the dispensing site. The off-line medium must be prepared manually, and the medium must be transported along with the drug container 40 from the dispensing site to the application site.
The work is not only time-consuming, but also mentally burdensome.

Therefore, it is desirable to expand the dispensing support system so that preparation-specific data such as preparation history data can be presented to the applicator simply and easily at the site of application without going through the prescription order entry system or medication server. It becomes a technical issue.

The dispensing support system of the present invention (Solution 1) was invented to solve such problems,
Means for acquiring dispensing data including portions related to dispensing among prescription data in which prescription instructions are converted into electronic data, means for transmitting said dispensing data to a dispensing device at a dispensing site, and the dispensing status up to that time from said dispensing device. In a dispensing support system equipped with means for acquiring such preparation history data,
Tag writing means for writing first preparation history data relating to the dispensation situation up to that time to a short-range wireless communication tag is provided at the dispensation site,
An application cart is arranged at the application site, and an intra-area communication facility is provided that has a communication range between the application site and the dispensing site,
An electronic data reader that acquires stored data from the short-range wireless communication tag, and acquires second preparation history data relating to the dispensing status up to that time via the intra-area communication facility based on the data acquired by the electronic data reader. Data acquisition means and display means for displaying the second preparation history data are mounted on the application cart.

Further, the dispensing assistance system of the present invention (solution 2) is the dispensing assistance system of the solution 1,
The dispensing site is provided with means for transmitting preparation history data relating to the dispensing status up to that time to an auditing device at the dispensing site and means for acquiring first audit data relating to the auditing status up to that time from the auditing device. and
The tag writing means writes the first audit data in addition to the first preparation history data when writing to the short-range wireless communication tag,
When the data acquisition means mounted on the application cart acquires the second preparation history data via the intra-area communication facility, it also acquires second audit data related to the audit status up to that time. and the display means mounted on the application cart displays the second inspection data in addition to the display of the second preparation history data.

Furthermore, the dispensing assistance system of the present invention (solution 3) is the dispensing assistance system of the solutions 1 and 2,
When the short-range wireless communication tag enters the electronic data readable range of the electronic data reader, the electronic data reader acquires data from the short-range wireless communication tag, and the data acquisition means acquires data from the short-range wireless communication tag. It is characterized in that data acquisition is also performed via local communication equipment.

Further, the dispensing assistance system of the present invention (solution 4) is the dispensing assistance system of the above solutions 1 to 3,
wherein, when a problem occurs in the data acquisition performed by the data acquisition means via the local communication facility, the display on the display means is performed based on the data acquired by the electronic data reader. Characterized by

In such a dispensing support system of the present invention (Solution 1), in the pharmacy department, preparation history data is created by operating a dispensing device at a dispensing site based on the dispensing data, and the electronic data, that is, the dispensing data and preparation history data is held as first preparation history data by a device at the dispensing site such as a dispensing server, and at least the first preparation history data is written to the short-range wireless communication tag at the dispensing site. . As a result, when the dispensed medicine is transported to the application site, the short-range wireless communication tag in which the first preparation history data has been written can be attached to the dispensed medicine and transported to the application site.

On the other hand, at the application site, the application cart used there is equipped with an electronic data reader for medication support, as well as equipment that embodies preparation history data acquisition means and preparation history data display means.
Then, when the dispensed medicine is placed on the dispensing cart, the first preparation history data and the like can be read out by the electronic data reading device from the short-range wireless communication tag attached to the dispensed medicine, and furthermore, the data can be read out. When the reading is performed, the second preparation history data, which is the latest preparation history data, is re-acquired from the dispensing site device such as the dispensing server based on the acquired data and the like via the intra-area communication facility. Historical data is displayed to the dispensing operator.

In this way, when the short-range wireless communication tag accompanies the dispensed medicine and enters the accessible range of the electronic data reader, and further data acquisition is performed, it is hypothesized that the dispensed medicine to which it is attached has been placed on the dispensing cart. At the same time, the latest preparation history data is re-obtained from the device at the dispensing site via the local communication facility and displayed. This allows the administering applicator to refer to current, most recent data rather than historical preparation data, which may be outdated.
Therefore, according to the present invention, by slightly expanding the function of the dispensing system, the latest preparation history data can be simply and easily presented to the applicator at the site of application without going through the prescription order entry system or medication server. will be able to

In addition, in the dispensing support system of the present invention (solution 2), even audit data in addition to preparation history data are handled in the same way as in solution 1 above at both the dispensing site and the application site. As a result, by adding a few functions to the dispensing system, it is possible to simply and easily present the latest audit data, etc. Become.

Furthermore, in the dispensing support system of the present invention (Solution 3), when the short-range wireless communication tag enters the accessible range of the electronic data reader, access is automatically made and data is read from the short-range wireless communication tag. At the same time, it is hypothesized that the dispensed drug to which the tag is attached has been placed on the dispensing cart, and the latest preparation history data and audit data are also automatically retrieved from the device at the dispensing site via the intra-regional communication equipment. Fixed and displayed.
As a result, the applicator in charge of medication can refer to the current latest data instead of the previous preparation history data without updating the preparation history data or even being conscious of it.

In addition, in the dispensing support system of the present invention (solution means 4), it is difficult to acquire the latest data (second preparation history data and second audit data) via the intra-area communication equipment due to malfunction of the intra-area communication equipment. In the event of a problem, the data stored in the short-range wireless communication tag (first preparation history data and first audit data) can be substituted for required data such as preparation history data and audit data, thereby improving the system performance. can increase the utilization rate of
The difference between the substitute data and the latest data at that time can be confirmed and obtained by inquiries from the applicator at the site of application to the dispensing worker at the dispensing site, and there are many differences. Since this is rarely the case, the increase in work load is minimal.

BRIEF DESCRIPTION OF THE DRAWINGS It is a block diagram which shows the structure of a dispensing assistance system and an application assistance system about Example 1 of this invention. 1 shows the configuration of a conventional dispensing support system, etc., where (a) is a schematic diagram of a hospital where the system is installed, and (b) is a block configuration diagram of the dispensing support system and application support system.

A specific form for carrying out such a dispensing support system of the present invention will be described in Example 1 below.
Embodiment 1 shown in FIG. 1 embodies all of the above-described solution means 1 to 4 (claims 1 to 4 as originally filed).
In the drawings, for the sake of simplification, etc., the mechanical structural diagrams and circuit diagrams of each part are omitted, and the block diagrams mainly show the parts necessary for explaining the invention and the parts related thereto.
Also, in the drawings, the same reference numerals are given to the same constituent elements as in the conventional art, so redundant description will be omitted, and the following description will focus on the differences from the conventional art.

A specific configuration of Example 1 of the dispensing assistance system of the present invention will be described with reference to the drawings.
FIG. 1 is a block diagram showing the configuration of an improved dispensing support system and administration support system.

The system shown in FIG. 1 is partially modified from the system shown in FIG. 32 and 40 to 42 follow the conventional product, so detailed descriptions that are repeated will be omitted.
Hereinafter, the functions of the dispensing server 20 are strengthened, the auditing device 61 is modified from the auditing device 25 provided at the dispensing site, and the electronic data writing device 62 added to the dispensing site and its access target are described below. A short-range wireless communication tag 65 and an application cart 70 (handbarrow) newly introduced to the application site and its mounts 71-75 will be described in detail.

First, regarding the dispensing site, in order to use the short-range wireless communication tag 65 that can be attached to the drug container 40 in the same manner as the character printed matter 41 and code printed matter 42, electronic data writing is used as tag writing means. A writing device 62 is introduced, whose writing is controlled by an auditing device 61 in this embodiment.
The electronic data writing device 62 writes the data to the short-range wireless communication tag 65 when writing data is sent from the inspection device 61 together with a writing command.

The short-range wireless communication tag 65 can read electronic data in addition to writing it by short-range wireless communication such as RFID (Radio Frequency IDentification). is formed in
The auditing device 61 is additionally provided with a data writing function for the short-range wireless communication tag 65 . Specifically, when the inspection device 61 is instructed to write data to the short-range wireless communication tag 65 by the operation of the person in charge of inspection, etc., whether the data is the same as that printed on the code printed material 42 in response to the instruction. In addition to the one-to-one correspondence search code, the preparation history data held by the dispensing server 60 (that is, the data relating to the dispensing status up to that time, the first preparation history data) and the audit data (that is, the audit status up to that time) data, first audit data) is acquired from the dispensing server 60, and the data is sent to the electronic data writing device 62 together with a write command.

The dispensing server 60 maintains the communication function of the dispensing server 20 for receiving dispensing data from the prescription order entry system 10 via an existing LAN (local area communication facility). By adopting a rule that does not interfere with communication of the prescription order entry system 10 for upper layers such as layers and limiting or specifying communication partners with known set values, the use of the LAN for the prescription order entry system 10, the medication server 30, etc. It also has a communication function capable of transmitting and receiving data to and from the control device 71 mounted on the application cart 70 without interference. Then, when preparation history data and audit data are requested from the control device 71 via the LAN, the corresponding data (that is, the second preparation history data consisting of data relating to the dispensing status up to that time, and the second preparation history data consisting of data relating to the dispensing status up to that time, A second audit data consisting of data) is sent to the requesting device (71) via the LAN.

Next, for the application site, at least one application cart 70 is introduced and placed in a location accessible to an applicator such as a nurse.
The application cart 70 is a small transport vehicle that can be easily moved by hand, and is equipped with a control device 71 mainly composed of a small computer and a battery 72 that supplies operating power to it. Further, the application cart 70 includes, as peripheral devices of the control device 71, an electronic data reader 73 that accesses the short-range wireless communication tag 65 in the same manner as the electronic data writer 62 described above, and the code reader described above. 31, a code reading device 74 such as a barcode reader capable of reading patient tags such as wristbands in addition to the code printed matter 42 of the drug container 40, and a panel display or the like similar to the display device 32 described above. A display device 75 is also mounted for screen display of preparation history data and inspection data.

The electronic data reader 73 automatically detects when the short-range wireless communication tag 65 attached to the drug container 40 enters the electronic data readable range, which is the access range of the electronic data reader 73, and detects the short-distance detection. Reading the stored data from the wireless communication tag 65, specifically reading the above-mentioned retrieval code and the corresponding preparation history data and audit data, and handing them over to the control device 71 are automatically performed. there is
The preparation history data relates to the dispensing situation up to the time when the electronic data writing device 62 writes the data, so it corresponds to the first preparation history data. It corresponds to the first audit data because it relates to the audit status up to.

Since the code reading device 74 is of a manually operated type, the reading data is transferred to the control device 71 when the user performs the reading operation manually.
When the controller 71 acquires the read data of the coded printed material 42 and the read data of the patient tag from such a code reader 74, the control device 71 determines whether the values of both data match or at least are appropriate under predetermined correspondence regulations. It is designed to check whether it is compatible with If the confirmation is negative, that fact is displayed on the display device 75 to prevent erroneous application.

In addition, when the control device 71 receives acquired data such as a search code, preparation history data, and audit data from the electronic data reading device 73 by executing a data acquisition program (data acquisition means), the control device 71 holds the acquired data, and The search code, that is, the search code acquired from the short-range wireless communication tag 65 by the electronic data reader 73 is compared with the search code acquired from the code printed matter 42 by the code reader 74, and both codes are compared. match or at least correspond appropriately. This is also displayed on the display device 75 to prevent erroneous application.

Furthermore, the control device 71 also uses the data acquisition program (data acquisition means) to use the above search code acquired from the short-range wireless communication tag 65 by the electronic data reader 73 to send data to the dispensing server 60 via the LAN. In other words, by requesting data transmission via the above-mentioned intra-area communication facility, the latest preparation history data (second preparation history data) and audit data (second audit data) are also acquired at that time, and these are also data It is designed to hold. As the actual preparation history data and audit data corresponding to the prescription data displayed on the display device 32 by the medication server 30, the data obtained via the LAN, that is, the second preparation history data and the second audit data are displayed on the display device. 75.

However, whether the cause is a failure of the LAN (local area communication facility) itself or a failure of the dispensing server 60 or the like, the control device 71 of the application cart 70 searches from the side of the dispensing server 60 via the above-described local area communication facility. When it is not possible to acquire the required data, whether it is the user code, the second preparation history data, or the second audit data, the control device 71 displays that fact on the display device 75, and then the electronic data reading device 73 The display device 75 also displays the first preparation history data and the first audit data obtained from the short-range wireless communication tag 65 at the time of inspection.

The mode of use and operation of such a dispensing assistance system of Example 1 will be described with reference to FIG. 1 described above.

As described above, when a medical examination is performed in an outpatient department or an inpatient department and a prescription is issued, the prescription data is sent to the dispensing server 60 of the pharmacy department as dispensing data, and preparation work at the dispensing site is performed. In addition, the prescription data is also sent to the medication server 30 as it is, and is also used for medication work at the application site.

First, to briefly describe the conventional part, at the dispensing site, dispensing data is delivered from the dispensing server 60 to the appropriate dispensing device 21, automatic or semi-automatic dispensing work is performed using the data, and the dispensing status is calculated. is sent to the dispensing server 60 and held therein. Then, the main part of the preparation history data is written on the character printed matter 41 by the character printing device 22, the search code for the preparation history data is written on the code printed matter 42 by the code printing device 23, and these 41 and 42 are manually printed. It is attached to a medicine container 40 such as a medicine bag or a bottle.

In the subsequent dispensing audit, the code printed matter 42 of the medicine container 40 is read by the code reading device 26, and the dispensing data and preparation history data linked by the allocation of the code are sent from the dispensing server 60 to the auditing device. 25, the suitability of the dispensing result is determined by automatic processing using the auditing device 25 or manual work, etc., and audit data describing the audit status is sent from the auditing device 61 to the dispensing server 60 and held. .

Furthermore, the following will be performed as a new matter that has not existed in the past. That is, the data (the first preparation history data and the first audit data) related to the drug container 40 subject to audit among the preparation history data or the data obtained by adding the audit data thereto is the data held in the audit device 61 at that time. If this is not enough, additional data is sent and received from the dispensing server 60 to the auditing device 61 , and then written to the short-range wireless communication tag 65 by the electronic data writing device 62 under the control of the auditing device 61 . .
The short-range wireless communication tag 65 is also attached to the drug container 40 manually, like the character printed matter 41 and code printed matter 42 . If there is no abnormality in the final inspection of the preparation, the drug containing body 40 is transported to the application site on a tray or cart, and is used for drug administration to the patient.

Next, at the site of application, the application cart 70 can be used in addition to or in place of the conventional medication support control device (medication server 30, etc.) and medication support devices (31, 32) described above, so that the application cart 70 can be used at a short distance. When dispensing prescription drugs containing drug containers 40 with wireless communication tags 65 attached, it is desirable to use a dispensing cart 70, if possible.
It is also preferable to use the medication assistance devices (31, 32) of the existing medication assistance control device and the application cart 70 together or selectively. ) and the application cart 70 are arranged close to each other for preparation work, and when the application is performed, the application cart 70 is moved closer to the patient to administer the medicine, which further enhances convenience.

When the application cart 70 is available, first, the drug containers 40 and other drugs are placed on the application cart 70 in application units. As a result, the short-range wireless communication tag 65 of the drug container 40 enters the accessible range of the electronic data reader 73 during the loading process. and inspection data (first preparation history data and first inspection data) are read by the electronic data reading device 73 and acquired by the control device 71 of the application cart 70 . Furthermore, using the search code, the latest preparation history data and audit data (second preparation history data and second audit data) are also acquired by the control device 71 via intra-area communication equipment such as LAN. retained.

Basically, the latest preparation history data and audit data (second preparation history data and second audit data) are used for subsequent processing. When the acquisition of data, etc., could not be achieved, a message to that effect is displayed on the display device 75 of the application cart 70, so that the applicator can give up referring to the preparation history data, etc. When the applicator gives an instruction to the control device 71 of the applicator cart 70 to substitute the stored data of , for the subsequent processing by the control device 71, when writing to the short-range wireless communication tag 65, the dispensing server 60 The stored preparation history data and audit data (first preparation history data and first audit data) are used.
In this way, when the drug container 40 is placed on the application cart 70 at the application site, the drug container 40 is normally automatically handled by performing a few confirmation operations even when intra-area communication via a LAN or the like is unsuccessful. Preparation history data and the like are acquired by the control device 71 mounted on the application cart 70 .

Therefore, prior to the application at the site of application, the user can read the code printed matter 42 and the patient tag by using the code reader 74 to perform substantially the same operation as the conventionally used code reader 31. Then, in addition to being able to check the appropriateness of correspondence between patients and drugs in the same way as in the past, it is also possible to display extracted data of prescription data, and in addition, code printed matter that was not available in the past 42 and the short-range wireless communication tag 65 are also checked for compatibility, and preparation history data, etc., which was not conventionally available, is also displayed.

As described above, in the hospital where the dispensing support system of the present embodiment is introduced, preparation history data and audit data acquired during the dispensing work at the dispensing site and stored in the dispensing server 60 In addition to the "preparation unique data" at the time of adjustment such as, a "search code" related to it is written to the short-range wireless communication tag 65 and attached to the drug container 40 by the short-range wireless communication tag 65. In addition, at the application site, the latest "preparation specific data" can be obtained by bypassing the prescription order entry system 10 and the medication server 30 by using the "search code". By doing so, even at the site of application, the latest "preparation-specific data" can be easily referred to, and the dosage and the like can be finely adjusted.

[others]
In the above-described embodiment, the case where the medical device used at the site of application is a pump for drip infusion has been omitted from the description. By storing drip control data such as drip speed data in the short-range wireless communication tag 65 or the like and using it to control the operation of the pump, there is no need to manually input and set data such as drip speed. , it is possible to improve work efficiency and prevent work mistakes.

In the above embodiment, the electronic data writing device 62 that writes preparation history data and inspection data to the short-range wireless communication tag 65 receives data to be written to the short-range wireless communication tag 65 from the inspection device 61. However, this is not essential, and data to be written to the short-range wireless communication tag 65 may be received from the dispensing server 60 .

In the above embodiment, the dispensing server 60 transmits the preparation history data and audit data to the control device 71 of the application cart 70 via the local area communication facility (LAN) (in FIG. (See the solid line with arrows leading to the dispensing side), which is not essential, and may be another device such as the inspection device 61 (see the broken arrowed line leading from the dispensing side to the dispensing side in FIG. 1).

In the above embodiment, the matching check between the data read from the code printed matter 42 and the data read from the short-range wireless communication tag 65 is performed immediately after the drug is loaded on the application cart 70, but this check is performed after the application. You can go any time as long as it's before.

In the above embodiment, the block diagram shows that the control device 71 and the display device 75 are separately connected by cable, but they may be integrated as in a so-called notebook computer. In addition, what is mounted on the application cart 70 is not limited to the control device 71 and other devices 72 to 75 mentioned in the above embodiment, and for example, a scanner for reading the character printed matter 41 and converting it into electronic data, a display device, and so on. A printer or the like for printing the display contents of the device 75 and other information may be installed.

In the above embodiment, the drug container 40 is a drug solution bottle or a drug bag, but the drug container 40 is not limited to a container containing only drugs. is possible.

In the above embodiment, specific examples of preparation history data and audit data were not given, but specific examples of preparation history data include the preparer, preparation date, preparation start time, preparation end time, and prescribed drug information. Specific examples of the audit data include weight audit information related to weighing in the preparation process, drug concentration information after preparation, and comparison results of drug identification information.

Although not mentioned in the above embodiment, the work process and usage data that can be grasped by the control device 71 in the application process using the application cart 70 are uploaded to the dispensing server 60 via the local area communication facility (LAN). The data may be saved by

Application of the dispensing support system of the present invention is not limited to a place where the dispensing site and the application site are vertically separated as shown in FIG. It can also be applied to complicated layouts such as intricate sites.

10 ... prescription order entry system,
20 ... Dispensing server,
21 ... Dispensing device, 22 ... Character printing device, 23 ... Code printing device (bar code),
25... Inspection device (dispensing inspection support), 26... Code reader (barcode),
30 Medication server (administration support for injection drugs, etc.),
31... code reader (barcode), 32... display device (panel display),
40... Drug container (container, bottle),
41... Character printed matter, 42... Code printed matter (barcode),
60 ... Dispensing server,
61 ... Audit device (dispensing audit support),
62... Electronic data writing device, 65... Near field wireless communication tag (electronic tag, IC tag),
70... application cart (wheelbarrow),
71...control device, 72...battery, 73...electronic data reader,
74... Code reader (barcode), 75... Display device (display)

Claims (4)

Means for acquiring dispensing data including portions related to dispensing among prescription data in which prescription instructions are converted into electronic data, means for transmitting said dispensing data to a dispensing device at a dispensing site, and the dispensing status up to that time from said dispensing device. In a dispensing support system equipped with means for acquiring such preparation history data,
Tag writing means for writing first preparation history data relating to the dispensation situation up to that time to a short-range wireless communication tag is provided at the dispensation site,
An application cart is arranged at the application site, and an intra-area communication facility is provided that has a communication range between the application site and the dispensing site,
An electronic data reader that acquires stored data from the short-range wireless communication tag, and acquires second preparation history data relating to the dispensing status up to that time via the intra-area communication facility based on the data acquired by the electronic data reader. A dispensing support system, wherein data acquisition means and display means for displaying the second preparation history data are mounted on the application cart. The dispensing site is provided with means for transmitting preparation history data relating to the dispensing status up to that time to an auditing device at the dispensing site and means for acquiring first audit data relating to the auditing status up to that time from the auditing device. and
The tag writing means writes the first audit data in addition to the first preparation history data when writing to the short-range wireless communication tag,
When the data acquisition means mounted on the application cart acquires the second preparation history data via the intra-area communication facility, it also acquires second audit data related to the audit status up to that time. and the display means mounted on the application cart displays the second inspection data in addition to the display of the second preparation history data. dispensing support system. When the short-range wireless communication tag enters the electronic data readable range of the electronic data reader, the electronic data reader acquires data from the short-range wireless communication tag, and the data acquisition means acquires data from the short-range wireless communication tag. 3. The dispensing support system according to claim 1 or 2, wherein data acquisition is also performed via an intra-area communication facility. wherein, when a problem occurs in the data acquisition performed by the data acquisition means via the local communication facility, the display on the display means is performed based on the data acquired by the electronic data reader. 4. The dispensing support system according to any one of claims 1 to 3.

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