JP6937949B1 - Dispensing system, information processing device, program and dispensing method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a dispensing system or the like capable of automatically dispensing. SOLUTION: A dispensing system is composed of a data acquisition unit 10 for acquiring prescription information, a dispensing material preparation unit 20 for preparing a dispensing material based on the prescription information acquired by the data acquisition unit 10, and a dispensing material preparation unit 20. It has a dispensing unit 30 that performs dispensing using the prepared dispensing material, and a shipping preparation unit 60 that prepares for shipping the drug dispensed by the dispensing unit 30. [Selection diagram] Fig. 1

Description

The present invention relates to a dispensing system, an information processing device, a program and a dispensing method.

Conventionally, it has been known that dispensing is performed according to a prescription issued by a doctor. In addition, it has been decided that electronic prescriptions will be introduced, and it is expected that information will be exchanged using electronic prescriptions in the future. In Patent Document 1, a receiving means for receiving authentication information for authenticating a user and information indicating an electronic prescription from a user during one session, and a patient included in the user information and electronic prescription corresponding to the received authentication information. Execution of drug sales processing according to the electronic prescription during the session according to the prescription confirmation means that executes the process for confirming whether or not the information in A prescription drug sales system including a control means for controlling the prescription and a means for storing information indicating the progress of drug sales according to the electronic prescription in association with the electronic prescription has been proposed.

Patent No. 5801015

Although it is assumed that electronic prescriptions will be introduced in this way, it is assumed that the dispensing itself will be performed by a pharmacist.

The present invention provides a dispensing system or the like that enables automatic dispensing, unlike conventional methods.

The dispensing system according to the present invention
Data acquisition department to acquire prescription information and
The Dispensing Material Preparation Department, which prepares the dispensing material based on the prescription information acquired by the data acquisition department,
A dispensing section that performs dispensing using the dispensing material prepared by the dispensing material preparation section, and a dispensing section that performs dispensing using the dispensing material.
The shipping preparation department, which prepares for shipping the medicines dispensed by the dispensing department,
May be provided.

The dispensing system according to the present invention
A first verification unit may be provided to verify the accuracy of the dispensed drug from the weight of the drug based on the prescription information and the weight of the dispensed drug.

The dispensing system according to the present invention
A first verification unit may be provided to verify the accuracy of the dispensed drug by comparing the weight of the drug with the weight of the dispensing material of the drug.

In the dispensing system according to the present invention
The weight of the dispensing material may be calculated from the difference between the dispensing material in the temporary storage before dispensing and the dispensing material in the temporary storage after dispensing.

In the dispensing system according to the present invention
The shipping preparation department verifies the accuracy of the drug to the shipping destination by comparing the prescription information linked to the user identification information with the information related to the drug to be delivered linked to the user identification information. (Ii) It may have a verification unit.

In the dispensing system according to the present invention
The second verification unit may verify that all the drugs described as the prescription information are available.

The dispensing system according to the present invention
A guessing unit for estimating the size of packing the drug may be provided based on the prescription information acquired by the data acquisition unit.

In the dispensing system according to the present invention
The dispensing section may be provided in a highly clean dispensing room.

The dispensing system according to the present invention
A control unit may be provided for controlling the lot number, temperature, or expiration date of the dispensing material.

The dispensing system according to the present invention
An ordering unit may be provided for ordering dispensing materials based on a demand forecast.

The dispensing system according to the present invention
When the data acquisition unit acquires information on drug reservation, a management unit that reduces the number of drugs in stock may be provided.

The information processing device according to the present invention
Data acquisition department to acquire prescription information and
Based on the prescription information acquired by the data acquisition unit, the dispensing material preparation department prepares the dispensing material, the dispensing department prepares the dispensing material using the dispensing material prepared by the dispensing material preparation department, and the shipping preparation department prepares the dispensing material. A control unit that prepares the dispensing of the medicines dispensed in the dispensing department, and
May be provided.

The program according to the present invention
A program installed in an information processing device
The information processing device in which the program is installed
Data acquisition function to acquire prescription information and
Based on the prescription information acquired by the data acquisition unit, the dispensing material preparation department prepares the dispensing material, the dispensing department prepares the dispensing material using the dispensing material prepared by the dispensing material preparation department, and the shipping preparation department prepares the dispensing material. A control function that prepares the dispensing drug for shipping at the dispensing department,
May be realized.

The dispensing method according to the present invention
The process of acquiring prescription information from the user terminal or server by the data acquisition unit,
The process of automatically preparing the dispensing material based on the prescription information acquired by the data acquisition department by the dispensing material preparation department, and
The process of automatically performing dispensing using the dispensing material prepared by the dispensing material preparation section by the dispensing section, and
The process of automatically preparing for the shipment of the drug dispensed by the dispensing department by the shipping preparation department, and
May be provided.

The dispensing method according to the present invention
A step of automatically estimating the size of the drug to be packed by the estimation unit based on the prescription information acquired by the data acquisition unit, and a step of automatically estimating the size of the drug to be packed.
A process in which the dispensing material is automatically transported from the dispensing material preparation section to the dispensing section by the transport section, and
A process of automatically verifying the accuracy of the dispensed drug by the first verification unit by comparing the weight of the drug with the weight of the dispensing material of the drug.
A process in which the transfer unit automatically performs transportation from the dispensing unit to the shipping preparation unit, and
By comparing the prescription information linked to the user identification information with the information related to the drug to be delivered linked to the user identification information, the accuracy of the drug for the shipping destination is automatically verified by the second verification unit. And the process to do
May be provided.

According to the present invention, it is possible to provide a dispensing system or the like capable of automatically dispensing.

FIG. 1 is a block diagram of a dispensing system according to an embodiment of the present invention. FIG. 2 is a schematic view showing a flow of a dispensing material and a drug in a dispensing system according to an embodiment of the present invention. FIG. 3 is a diagram showing a flow including warehousing, dispensing, dispensing audit, medication guidance, and delivery / delivery in the dispensing system according to the embodiment of the present invention. FIG. 4 is a diagram for explaining traceability in a dispensing system according to an embodiment of the present invention.

Embodiments Hereinafter, embodiments of the dispensing system according to the present invention will be described. In the present embodiment, an automatic dispensing method and an information processing method using a dispensing system, a program installed for operating as a dispensing system, and a storage medium including a USB, a DVD, etc. that stores the program are also in the present embodiment. Provided by. In addition, programs installed on various user terminals 500 such as personal computers, smartphones, tablets, and mobile phones are also provided.

In this embodiment, "or" is a concept including "and", and the term A or B means either A, B, or both A and B. In this embodiment, the user includes a patient, a pharmacist and a doctor, and the user terminal 500 includes a patient terminal, a pharmacy terminal and a hospital terminal. Further, the exchange of information between the dispensing system and the user may be performed via the server 200, which is a kind of external device, or may be performed by sending the information to the e-mail address specified by the user. .. In the following, a mode in which information is exchanged between the dispensing system and the user via the server 200, which is a kind of external device, will be mainly described. The server 200 may be a public server managed by the national government, a local public body, or the like, or may be a server managed privately by a business entity such as a company. As an example, prescription information such as an electronic prescription is uploaded from an electronic medical record to a server 200 such as a public server (via a receipt computer), and the pharmacy or the like can view the prescription information on the server 200 with the consent of the patient on the pharmacy terminal or the like. May be.

As shown in FIG. 1, the dispensing system of the present embodiment uses a data acquisition unit 10 for acquiring prescription information transmitted by an electronic prescription or the like, and a dispensing material based on the prescription information acquired by the data acquisition unit 10. A dispensing material preparation unit 20 to be prepared, a dispensing unit 30 to perform dispensing using the dispensing material prepared by the dispensing material preparation unit 20, a storage unit 150 to store various information, and a control unit 50 to perform various controls. , May have. Further, the dispensing system of the present embodiment may have a shipping preparation unit 60 that prepares for shipping the medicines dispensed by the dispensing unit 30. In addition, in this embodiment, the dispensing means that two or more kinds of dispensing materials are blended or a drug is prepared by using one kind of dispensing material according to a certain prescription. The drug may have various aspects such as powder, liquid, ointment and the like. The prescription information may be input based on a paper prescription instead of an electronic prescription. The dispensing material preparation unit 20 may have a forklift, an unloading device, or the like that moves automatically.

The dispensing unit 30 may be provided in a highly clean dispensing room 39 (see FIG. 2). A clean room may be used as the dispensing room 39. The drug may be repackaged in the dispensing room 39. "High cleanliness" means that the ISO cleanliness code is class 10 or lower, and may be class 9 or lower. The cleanliness may be the same as that of the drug manufacturing process at the drug manufacturing manufacturer. By adopting such an embodiment, dispensing can be performed in an environment with high cleanliness (the drug-exposed area can be managed with high cleanliness), and the reliability of the drug can be enhanced. The dispensing unit 30 may include an opening picking device 31 for opening the drug, a supply / cutting device 32 for supplying and cutting out the drug, and the like (see FIG. 3).

A control unit 110 may be provided for controlling the temperature, humidity, or expiration date of the dispensing material during storage, dispensing, and the like. By adopting such an embodiment, it is possible to manage each of a plurality of existing dispensing materials. Therefore, the quality of the medicine to be dispensed can be improved.

The management unit 110 may make a trace for each of the plurality of drugs and the plurality of dispensing materials. At this time, lot management and expiration date management may be performed for each of the plurality of drugs and the plurality of dispensing materials. In addition, the management unit 110 may also trace the manufactured drug (see FIG. 4). Even if it is possible to manage which drug was distributed to which user, which drug the user's number changed from, etc., from the lot number of the drug sent to the user such as a patient, a pharmacy, or a hospital. good. Further, by knowing the lot number and the like in this way, for example, the expiration date of the leftover drug may be confirmed by the user logging in to his / her own management site using an application or the like. In general, since the prescribed drug is provided on the premise that it is completely consumed, the expiration date and the like cannot be grasped, but according to this embodiment, such an expiration date and the like can be confirmed.

By reading the delivery note OCR data by the reading unit 111 when the dispensing material is received, the management unit 110 may manage the type and number of the dispensing material including the delivered drug or the like. The reading unit 111 may acquire information by reading code information such as a barcode or ID information such as an RFID tag. The code information may include an expiration date, a lot number, and a product identification code (GTIN). It is indicated by.). Further, the management unit 110 may instruct the temporary storage 180 or the storage location for the dispensing material from the type and number of the dispensing materials. When such an instruction is given, the warehousing unit 70 may automatically carry out the warehousing. The transport unit 70 may include a transport box, a belt conveyor, or the like that is automatically transported along the rail.

According to a command from the control unit 50, the dispensing material composed of the delivered drug or the like may be automatically filled from the temporary storage 180 into the dispensing device. By accepting prescription information from a patient, a pharmacy, a hospital, or the like, a command to start dispensing may be automatically issued from the control unit 50. The command from the control unit 50 may be issued based on the information that the dispensing material for dispensing in the dispensing unit 30 is exhausted or the information about the prediction that the dispensing material will be exhausted. This information may be issued from the dispensing unit 30. The dispensing unit 30 may issue such information based on information on the drug being dispensed or the drug scheduled to be dispensed. The dispensing unit 30 may automatically read identification information such as a product identification code (GTIN) of the individual packaging box, automatically open the individual packaging box, and automatically fill the dispensing equipment cassette with the dispensing material. By reading the GTIN, it becomes possible to use the dispensing material without error and to manage the information of the used dispensing material.

When there are a plurality of dispensing units 30, an appropriate dispensing unit 30 may be selected so that the control unit 50 issues a dispensing start command. Further, if necessary, the control unit 50 may issue a command to perform manual dispensing (manual dispensing).

The prescription information transmitted or input from the plurality of user terminals 500 may be accumulated in the server 200, and the dispensing system may acquire the prescription information by accessing the server 200. The prescription information may be input by the patient through a patient terminal such as a smartphone, or may be input through a hospital terminal of a hospital or a pharmacy terminal of a pharmacy. The mode is not limited to this, and the mode in which the information input by the user is transmitted to the data acquisition unit 10 may be adopted.

A rough part of the prescription information may be recorded by a doctor or the like. On the other hand, when selecting generic products and original products, selecting standards such as 20 5g tubes or 1 100g jar, or a combination of tubes and jars, and selecting flavors such as milk and coffee for nutritional supplements, patients can use smartphones, etc. It may be input through the patient terminal. The data acquisition unit 10 may acquire the information input by the doctor, the patient, or the like to automatically start the dispensing.

An ordering unit 80 may be provided to place an order for the dispensing material based on the demand forecast. By providing such an ordering unit 80, it becomes possible to automatically order the dispensing material at an appropriate timing. The ordering unit 80 may automatically place an order for the dispensing material even when the dispensing material is actually exhausted.

The ordering unit 80 has an artificial intelligence function, and the demand for the dispensing material may be predicted from the past results. In this case, the ordering unit 80 may predict the demand for the target product by using the explanatory variables generated from the past actual data and the coefficients for the explanatory variables. These explanatory variables and coefficients may be determined by machine learning. The explanatory variables may include the dispensing amount of the drug, the previous ordering time of the dispensing material, the previous ordering amount of the dispensing material, calendar information including the date and day of the week and seasonal fluctuations, weather information including temperature and weather, and the like. It is useful to use calendar information because it is possible that the amount of demand will change depending on the time of year, such as the time of pollinosis or the time of influenza epidemic. It should be noted that the model for making such a demand forecast may be created based on past results or the like without using artificial intelligence. The model for performing the demand forecast may be stored in the storage unit 150.

By comparing the weight of the drug with the weight of the dispensing material of the drug, the accuracy of the dispensed drug may be verified, and the first verification unit 130 may be provided to perform an auxiliary function of the dispensing audit (Fig.). 2). When there are a plurality of dispensing materials, the first verification unit 130 verifies the accuracy of the dispensed drug by comparing the total value of the plurality of dispensing materials deducted from the inventory with the total value of the dispensed drugs. You may do so. For example, the first verification unit 130 compares the weight A of the dispensing material (the total A of a plurality of dispensing materials, if any) with the weight B of the dispensed drug, and the difference is within an allowable range. For example, the first verification unit 130 may determine that the drug is accurate. The first verification unit 130 may verify the accuracy of the dispensed drug from the difference in inventory weight before and after the withdrawal from the temporary storage 180 and the weight of the dispensed drug. In this case, the weight of the "certain dispensing material" used for dispensing should be calculated from the difference between the "certain dispensing material" in the temporary storage before withdrawal and the "certain dispensing material" in the temporary storage after withdrawal. It may be. The calculation of the weight difference of the dispensing material may be performed by the first verification unit 130 acquiring the information from the weight scale 185 installed in the temporary storage 180. By adopting such an embodiment, the weight of the dispensing material can be obtained at the timing of dispensing instead of measuring the weight of the dispensing material at the time of dispensing in the dispensing unit 30, and the weight of the dispensing material can be reduced. It can be obtained automatically and accurately. When this aspect is used, it is traced which drug the dispensed dispensing material was used for dispensing. Such tracing may be performed by the control unit 50.

By comparing the dispensing material with the drug obtained by using the dispensing material in this way, the accuracy of the drug can be verified and the occurrence of errors can be prevented. As described above, if the permissible range is predetermined and the difference between the weight of the drug and the weight of the dispensing material of the drug is within the permissible range, the first verification unit 130 determines that there is no problem. You may do so. Further, in the case of PTP heat, since the weight including the dispensing material such as a drug per sheet is known, the first verification unit 130 may determine from the weight whether the number of sheets is correct. Further, in the case of tablets, the first verification unit 130 may be managed by comparing the weights, but may also be managed by comparing the number of tablets. Similarly, in the case of PTP heat, the first verification unit 130 may manage by comparing the number of PTP heats. In addition, the first verification unit 130 may verify the accuracy of the dispensed drug from the weight of the drug linked to the prescription information and the weight of the dispensed drug. By adopting such an embodiment, the accuracy of the dispensed drug can be confirmed.

The dispensed drug may be photographed and the data of the photograph may be stored in the storage unit 150. In addition, data on the dispensing audit may also be stored in the storage unit 150. The data regarding these photographs and dispensing audits may be stored in the storage unit 150 in association with the prescription information and / or the user identification information. Information such as photographs stored in the storage unit 150 may be confirmed by the user on the user terminal 500. For example, the appropriate number and mode of delivered drugs may be confirmed by the user logging in to his / her own management site using an application or the like. In general, since the dispensed drug is provided on the premise that it is handed over, it is not possible to retroactively grasp the appropriate number and mode of the drug, but according to this embodiment, the appropriate number of such drug is appropriate. You will be able to check the number and mode.

The shipping preparation unit 60 verifies the accuracy of the drug to the shipping destination by comparing the prescription information linked to the user identification information with the information related to the drug to be delivered linked to the user identification information. (Ii) It may have a verification unit 140 (see FIG. 2). In this case, the user identification information becomes the key information, and the prescription information and the information about the drug to be delivered are compared. Based on the user identification information including the patient identification information, the pharmacy identification information, the hospital identification information, etc. stored in the storage unit 150, whether all the medicines described in the prescription are available (for example, three kinds of medicines are scheduled to be sent). If this is the case, it may be confirmed by the second verification unit 140 (whether all the three types of drugs are available). In this case, it may be confirmed by using GTIN, or it may be confirmed by reading the code information such as a barcode or the ID information such as an RFID tag by the reading unit 116 included in the shipping preparation unit 60. The user identification information and the drug information to be shipped to the user based on the user identification information are stored in the storage unit 150, and the drug information to be shipped linked with the user identification information and the drug information to be actually shipped are the first. (Ii) By comparing with the verification unit 140, it may be automatically verified whether all the drugs described in the prescription are available.

The invoice may be automatically issued by the printing unit 117 included in the shipping preparation unit 60. Further, reading by the reading unit 116 of the delivery destination may be automatically performed. The shipping preparation unit 60 may include a prescription aligning device 61 that aligns the drugs described in the prescription (see FIG. 3). The prescription aligning device 61 is a device for confirming whether the drug described in the prescription matches the drug to be shipped by reading the code information and the ID information by the reading unit 116. For example, when it is stated in the prescription that five kinds of drugs are to be prepared, it can be confirmed that the five kinds of drugs are prepared by reading the code information and the ID information by the reading unit 116.

Delivery to the delivery company and acquisition of information on the delivery status from the delivery company may be performed by the management unit 110. These pieces of information may be stored in the storage unit 150 and can be confirmed by the user or the like by logging in from the user terminal 500 or the like.

Based on data such as information on prescriptions acquired by the data acquisition unit 10, an estimation unit 90 may be provided to estimate the size of the drug to be dispensed or the drug existing in stock (see FIG. 1). When such an aspect is adopted, it becomes possible to grasp the shipping fee, the space required for delivery preparation, etc. from the packing size. Further, the guessing unit 90 may calculate the shipping fee based on the size of packing the drug. When such an aspect is adopted, the shipping fee can be calculated automatically. For example, when a user requests dispensing of a drug using a mobile terminal such as a smartphone, the delivery fee can be grasped in advance, which can be useful in determining whether or not to request dispensing. The guessing unit 90 may estimate the size to be packed by analyzing the volume associated with the GTIN. The volume associated with GTIN is stored in the storage unit 150, and the size to be packed may be estimated from the volume and the number of drugs. Further, the management unit 110 may manage the correctness of the drug based on GTIN.

The management unit may manage the inventory based on the identification information such as GTIN of the drug. In this case, the management unit 110 may reduce the number of drugs in stock when a reservation for the drug is made. Further, when the data acquisition unit 10 acquires the prescription information, the management unit 110 may reduce the number of prescription drugs in stock described in the prescription information. When the number of stocks becomes negative due to such a reduction, the control unit 50 may issue a command to start dispensing the drug. By providing such a management unit 110, it is possible to change the inventory number of drugs at the stage when a reservation is made, and it becomes possible to grasp the actually required inventory quantity at an early stage. In addition, it is possible to reserve the drug by appointment. When a reservation for a drug is made and the dispensing material is insufficient, the ordering unit 80 may place an order.

The management unit 110 may increase the number of stocks of the drug at the stage when the drug is dispensed or when the drug is started to be dispensed. When dispensing more than the amount of the drug sent to the user, or when dispensing in a situation where the user has not requested, the number of stocks will increase as in this embodiment. When the mode of increasing the inventory number of the drug is adopted at the stage when the dispensing of the drug is started, the planned inventory quantity can be grasped at an early stage. The number of drugs managed by the management unit 110 may be disclosed to users such as patients, pharmacies, and hospitals. When a user logs in to his / her own management site using an application or the like, he / she may be able to grasp the inventory status of the drug he / she is taking. Further, the user may input the prescription information so that the inventory status of the target drug can be grasped in real time. Further, from such real-time inventory information, the user may be able to grasp the scheduled shipping date and the scheduled receiving date. As mentioned above, a rough part of the prescription information is recorded by a doctor, etc., and selection of generic products and original products, selection of standards such as 20 5g tubes or 1 100g jar, or a combination of tubes and jars, nutritional supplements, etc. The selection of tastes such as milk and coffee may be input by the patient through a patient terminal such as a smartphone.

The request for dispensing may be made directly from the user, or may be made from a pharmacy, a hospital, or the like. The dispensing request may be made from a user terminal 500 such as a smartphone, a tablet, a mobile phone, or a personal computer. The user terminal 500, which is a terminal operated by the user, may be generated by installing a predetermined application (program for the user terminal). Requests from pharmacies may be made at the pharmacy terminal, and requests from the hospital may be made at the hospital terminal. The server 200 may be a cloud (cloud computing).

When the doctor or the like inputs the prescription information, the control unit 50 may assist the pharmacist's audit work such as confirmation of the dose, interaction, and side effect history from the prescription information and registration data ( See also dispensing audit in Figure 3). For example, the control unit 50 may automatically determine whether or not to drink and the amount of the drink, and if there is a problem, the doctor or the like may be notified to that effect.

Information on the drug associated with the patient may be displayed on the patient terminal, and medication information may be displayed as one of the information on the drug. The drug and the user may be associated with the server 200 using the patient identification information as key information. As the medication information, it may be possible to provide medication guidance using a plurality of still images or videos for a specific drug (see FIG. 3). If such a mode is adopted, the instructional video of inhaled medicine etc. can be viewed as many times as necessary after returning home, and how to apply insulin, apply poultice, how to use eye drops, etc. can be viewed as many times as necessary. Can be viewed. In addition, it may be possible to provide a plurality of still images and videos on how to give medicine to a child (how to take powdered medicine, oblate, how to use "drinking medicine", etc.).

The user's health record information or medication information related to medication may be stored in the server 200 in association with the patient identification information. In addition to basic information such as height, weight, age, and gender, the health record information may include blood pressure, the presence or absence of allergies, the presence or absence of side effects due to medication, and the like. The patient identification information may include a health insurance number, an ID number, an e-mail address, a name, and the like, and any one or more of these may be used as a key. The medication information may include the type and amount of the drug being taken, the number of times the drug is taken, whether the drug is taken at an appropriate time, and the like.

A pharmacist or the like may be able to remotely provide medication guidance (remote medication guidance) according to the ordered drug or the drug to be shipped, and the health condition or medication information of the user. Such remote medication instruction may be given via the patient terminal. At this time, the instruction may be given by a call on the patient terminal, or may be given by a video call displayed on the patient terminal.

The user terminal 500 may be able to perform an evaluation such as a rating for each pharmacist. The results may be aggregated and stored in the storage unit 150 so that other users can check them. In addition, pharmacists may be able to register their specialties and specialties. The result may also be visible to other users.

The data acquisition unit 10, the management unit 110, the control unit 50, the ordering unit 80, the guessing unit 90, and the like in the present embodiment may be realized by one unit (control unit) or may be realized by different units. good. The functions of a plurality of "parts" may be integrated and realized in one unit (control unit). Further, the data acquisition unit 10, the management unit 110, the control unit 50, the ordering unit 80, the guessing unit 90, and the like may be realized by a circuit configuration.

An example of the method using the dispensing system of the present embodiment will be described.

When the dispensing material is received, the reading unit 111 of the management unit 110 automatically reads the code information such as GTIN in the dispensing material and starts lot management. The dispensing material is stored in the temporary storage 180. The temperature and humidity of the temporary storage 180 are controlled by the management unit 110.

After a user such as a patient receives online medical treatment or normal medical treatment, prescription information is transmitted from a user terminal 500 such as a patient terminal, a pharmacy terminal, or a hospital terminal to a server 200.

When the prescription information is received in this way, the server 200 stores the information. The information stored in the server 200 is periodically acquired by the data acquisition unit 10, and the prescription information is also acquired by the data acquisition unit 10. At this time, the prescription information input from the plurality of user terminals 500 and stored in the server 200 is acquired by the data acquisition unit 10. However, the present invention is not limited to this aspect, and the data acquisition unit 10 may acquire the prescription information from the user terminal 500.

Based on the information acquired by the data acquisition unit 10, the control unit 50 determines the dispensing material required for producing the drug. Based on the data acquired by the data acquisition unit 10, the size of packing the medicine dispensed by the estimation unit 90 is estimated. When the packing size is estimated in this way, the estimation unit 90 determines the shipping fee and updates the information to the server 200. When the shipping fee is updated in this way, a user such as a patient can decide whether to request dispensing based on the shipping fee. In addition, when this aspect is adopted, the prescription information is in the state of provisional reservation, and when the user notifies the decision to request dispensing, the reservation is made and the process proceeds to the next process.

Based on the data acquired by the data acquisition unit 10, the dispensing material preparation unit 20 prepares the dispensing material based on the command issued by the control unit 50. Specifically, when the dispensing material does not exist or is insufficient in the dispensing unit 30, the dispensing material preparation unit 20 dispenses the dispensing material from the temporary storage 180, and the dispensed material is automatically dispensed. It is conveyed to the dispensing unit 30 by the conveying unit 70.

After the dispensing materials are prepared, the dispensing unit 30 automatically starts dispensing. Dispensing is performed in a highly clean dispensing room 39. When the dispensing in the dispensing unit 30 is completed, the first verification unit 130 verifies the accuracy of the drug by comparing the weight of the drug with the weight of the dispensing material of the drug. If there is no problem with the accuracy of the drug, proceed to the next step. On the other hand, if there is a problem with the accuracy of the drug, the notification unit 160 notifies the fact and the person in charge confirms it.

When the dispensing in the dispensing unit 30 and the verification in the first verification unit 130 are completed, the dispensed drug is automatically transported to the shipping preparation unit 60 by the transport unit 70.

The shipping preparation unit 60 automatically distributes drugs to shipping destinations such as patients, pharmacies, and hospitals. In addition, the second verification unit 140 verifies the accuracy of the drug with respect to the delivery destination. For example, based on the user identification information including the patient identification information, the pharmacy identification information, and the hospital identification information stored in the storage unit 150, it is confirmed by the second verification unit 140 whether all the drugs described in the prescription are available. NS.

The series of steps described above assumes that there is a shortage of the drug, but if the drug is already in stock, the drug will be taken out of the temporary storage 180. When a reservation for a drug is made from the user terminal 500, the number of the drug in stock is reduced.

If the drug is in stock, the time to ship the drug will be shorter. On the other hand, when the drug is out of stock, it takes a long time to ship the drug. Based on the presence or absence of such inventory, the control unit 50 may calculate the expected delivery date or the expected delivery date and time and update the server 200. Based on the information updated to the server 200, the user can grasp the expected delivery date or the expected delivery date and time. Information distribution from the dispensing system to the user may not be performed by updating to the server 200 in this way, but may be performed by transmitting the information to the e-mail address specified by the user.

The description of the embodiment and the disclosure of the drawings described above are merely examples for explaining the invention described in the claims, and are described in the claims by the description of the above-described embodiments or disclosure of the drawings. The inventions made are not limited. Further, the description of the claims at the time of filing is only an example, and the description of the claims may be changed as appropriate based on the description of the description, drawings and the like.

10 Data acquisition department 20 Dispensing material preparation department 30 Dispensing department 39 Dispensing room 60 Shipping preparation department 80 Ordering department 90 Guessing department 110 Management department 130 First verification department 140 Second verification department

Claims (12)

Data acquisition department to acquire prescription information and
The Dispensing Material Preparation Department, which prepares the dispensing material based on the prescription information acquired by the data acquisition department,
Compare the weight of the dispensing material calculated from the difference between the weight of the temporary storage before dispensing the dispensing material and the weight of the temporary storage after dispensing the dispensing material with the weight of the drug dispensed using the dispensing material. By doing so, the first verification department, which verifies the accuracy of the dispensed drug,
A dispensing section that performs dispensing using the dispensing material prepared by the dispensing material preparation section, and a dispensing section that performs dispensing using the dispensing material.
Dispensing system with. Data acquisition department to acquire prescription information and
The Dispensing Material Preparation Department, which prepares the dispensing material based on the prescription information acquired by the data acquisition department,
A dispensing section that performs dispensing using the dispensing material prepared by the dispensing material preparation section, and a dispensing section that performs dispensing using the dispensing material.
Based on the prescription information acquired by the data acquisition unit, an estimation unit that estimates the size of the dispensed drug to be packed and determines the delivery fee, and the estimation unit.
Dispensing system comprising a. The type of drug in the prescription information tied to the user identification information, and the type of drugs that will be delivered and tied to the user identification information, to compare the user identification information as a key information, is described as the prescription information dispensing system according to claim 1 or 2, which agent comprises a second verifying unit for verifying whether everything. The dispensing system according to any one of claims 1 to 3 , wherein the dispensing unit is provided in a highly clean dispensing room. The dispensing system according to any one of claims 1 to 4 , further comprising an ordering unit for ordering dispensing materials based on a demand forecast. The dispensing system according to any one of claims 1 to 5 , further comprising a management unit that reduces the number of drugs in stock when the data acquisition unit receives prescription information. Data acquisition department to acquire prescription information and
Based on the prescription information acquired by the data acquisition unit, the dispensing material preparation department prepares the dispensing material, and the difference between the weight of the temporary storage before the dispensing material is discharged and the weight of the temporary storage after the dispensing material is discharged. By comparing the weight of the dispensing material calculated from the above with the weight of the drug dispensed using the dispensing material, the accuracy of the dispensed drug is verified by the first verification section, and the dispensing section prepares the dispensing material. a control unit for Ru to perform the preparation using a preparation material prepared in part,
Information processing device equipped with. A program installed in an information processing device
The information processing device in which the program is installed
Data acquisition function to acquire prescription information and
Based on the prescription information acquired by the data acquisition function, the dispensing material preparation department prepares the dispensing material, and the difference between the weight of the temporary storage before the dispensing material is discharged and the weight of the temporary storage after the dispensing material is discharged. By comparing the weight of the dispensing material calculated from the above with the weight of the drug dispensed using the dispensing material, the accuracy of the dispensed drug is verified by the first verification section, and the dispensing section prepares the dispensing material. and allowed Ru control function performed dispensing using dispensing material prepared in part,
A program that realizes. The process of acquiring prescription information from the user terminal or server by the data acquisition unit,
The process of automatically preparing the dispensing material based on the prescription information acquired by the data acquisition department by the dispensing material preparation department, and
The first verification department used the dispensing material to dispense the weight of the dispensing material calculated from the difference between the weight of the temporary storage before the dispensing material was discharged and the weight of the temporary storage after the dispensing material was discharged. The process of verifying the accuracy of the dispensed drug by comparing it with the weight of the drug,
The process of automatically performing dispensing using the dispensing material prepared by the dispensing material preparation section by the dispensing section, and
Methods of pharmacy with a. Data acquisition department to acquire prescription information and
Based on the prescription information acquired by the data acquisition unit, the dispensing material preparation unit prepares the dispensing material, the dispensing department prepares the dispensing material using the dispensing material prepared by the dispensing material preparation unit, and the data acquisition unit prepares the dispensing material. Based on the acquired prescription information, a control unit that estimates the size of the dispensed drug to be packed and determines the delivery fee by the estimation unit, and a control unit.
Information processing device equipped with. A program installed in an information processing device
The information processing device in which the program is installed
Data acquisition function to acquire prescription information and
Based on the obtained prescription information by the data acquisition function is prepared dispensing material by dispensing material preparation unit, to perform the preparation using a preparation material prepared in the pharmacy material preparation unit by pharmacy, in the data acquisition function Based on the acquired prescription information, a control function that estimates the size of the dispensed drug to be packed and causes the estimation unit to determine the delivery fee,
A program that realizes. The process of acquiring prescription information from the user terminal or server by the data acquisition unit,
The process of automatically preparing the dispensing material based on the prescription information acquired by the data acquisition department by the dispensing material preparation department, and
The process of automatically performing dispensing using the dispensing material prepared by the dispensing material preparation section by the dispensing section, and
Based on the prescription information acquired by the data acquisition unit, the guessing unit estimates the size of the dispensed drug to be packed and determines the shipping fee.
Information processing method comprising a.

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