JP6914895B2 - Drug collection support terminal, drug collection support device, drug collection support system, drug collection support method and program - Google Patents

Description

The present invention relates to terminals, devices, systems, methods and programs that support drug collection.

The development of information processing technology has spread widely to medical institutions such as pharmacies that dispense and provide drugs, and is increasing convenience. For example, in medical institutions, computers such as receipt computers that support the creation of receipts (statement of medical fees) have been known for some time, and it is possible to create receipts without the need for advanced specialized knowledge or complicated calculations. ing. Further, in recent years, a system for electronically managing patient information such as drug history has become widespread.

In the past, the receipt computer and the drug history management system were hardware-independent computers. Therefore, for example, Patent Document 1 describes both functions in a pharmacy computer having a receipt computer function and a drug history management function. A computer for a pharmacy that is effectively linked is disclosed.

Japanese Unexamined Patent Publication No. 2011-118535

By the way, the drug providing business is composed of a large number of tasks, and one of the tasks is the task of designing and collecting the drug to be delivered. In such work, the person in charge cannot perform the work quickly and accurately unless he / she knows what kind of drug is in stock in the pharmacy, how much, and where, but the person in charge delivers such work. It was difficult to keep track of drug information.

Therefore, an object of the present invention is to easily grasp the information of the drug to be delivered.

In order to achieve the above object, the drug collection support terminal of one aspect of the present invention superimposes drug information for each drug based on display data against the background of a landscape including stock locations of a plurality of drugs visually recognized by the wearer. When it has a display unit capable of displaying and a position information acquisition unit that acquires position information for specifying the position of the terminal, and the display data displays drug information for each drug on the display unit. The data includes data on the display position for each drug information, and the data is data generated based on the position information acquired by the position information acquisition unit and the stock locations of the plurality of drugs.

In order to achieve the above object, the drug collection support device of one aspect of the present invention is a device that supports drug collection, and is a drug information generation means that generates drug information including drug inventory location information, and drug collection. It is characterized by including a drug information transmitting means for transmitting drug information to a support terminal.

In order to achieve the above object, the drug collection support system of one aspect of the present invention is a system that supports drug collection, and includes a device and a terminal, and the device includes drug information including drug stock location information. The terminal includes a drug information generating means for generating the drug information and a drug information transmitting means for transmitting the drug information to the terminal, and the terminal displays data on the display data against the background of a landscape including stock locations of a plurality of drugs visually recognized by the wearer. It has a display unit capable of superimposing and displaying drug information for each drug based on the above, and a position information acquisition unit for acquiring position information for specifying the position of the terminal, and the display data is the display. The unit includes data on the display position for each drug information when displaying the drug information for each drug, and the data is data generated based on the position information acquired by the position information acquisition unit and the stock locations of the plurality of drugs. It is characterized by being.

In order to achieve the above object, the drug collection support method of one aspect of the present invention is a method of supporting drug collection, in which a computer is made to perform a step of generating display data, and the computer is used by the wearer. A display unit that can superimpose and display drug information for each drug based on display data against a background of a landscape including the stock locations of multiple drugs to be visually recognized, and a position for acquiring position information that specifies the position of a computer. It has an information acquisition unit, and the display data includes data regarding a display position for each drug information when displaying drug information for each drug on the display unit, and the data is acquired by the position information acquisition unit. The data is generated based on the position information and the stock locations of the plurality of drugs.

In order to achieve the above object, the drug collection support method of one aspect of the present invention is a method of supporting drug collection, in which a step of generating drug information including drug inventory location information on a computer and drug collection are performed. It is characterized by executing a step of transmitting drug information to a support terminal.

In order to achieve the above object, the program of one aspect of the present invention is a program for supporting the collection of a drug, in which a computer is made to perform a step of generating display data, and the computer is visually recognized by a plurality of wearers. A display unit that can superimpose and display drug information for each drug based on display data against a background of a landscape including a drug stock location, and a position information acquisition unit that acquires position information that identifies the position of a computer. And, the display data includes data regarding the display position for each drug information when displaying the drug information for each drug on the display unit, and the data includes the position information acquired by the position information acquisition unit. The data is generated based on the stock locations of the plurality of drugs.

In order to achieve the above object, the program of one aspect of the present invention is a program for supporting the collection of a drug, which is a computer, a step of generating drug information including inventory location information of the drug, and a drug collection support terminal. It is characterized by executing a step of transmitting drug information.

According to the present invention, information on a drug to be delivered can be easily grasped.

It is a figure which shows the outline of the drug providing business. It is a figure which shows the outline of the drug collection support system. It is a figure which shows the structure of the drug collection support terminal. It is a figure which shows the functional block diagram of the drug collection support system. It is a figure which shows the prescription database of the storage part. It is a figure which shows the drug database of a storage part. It is a figure which shows the inventory database of the storage part. It is a flowchart which shows the processing flow of the drug collection support system. It is a flowchart which shows the processing flow of the drug collection support system. It is a figure which shows an example of the data of the display screen generated by a drug collection support system. It is a figure which shows an example of the data of the display screen generated by a drug collection support system. It is a figure which shows an example of the display of the drug collection support terminal. It is a figure which shows an example of the display of the drug collection support terminal.

[First Embodiment]
Hereinafter, embodiments of the present invention will be described with reference to the drawings.

[Explanation of drug provision business]
The drug providing business in the pharmacy including the work to which the drug collecting function of the drug collecting support system 100 of the present invention is applied will be described with reference to FIG.
FIG. 1 is a conceptual diagram showing a drug providing business in a pharmacy. FIG. 1 (1) shows the flow of each work, and FIG. 1 (2) shows the contents of each work.
With reference to FIG. 1 (1), the drug delivery business receives a prescription from the patient at the counter, then dispenses the drug according to the prescription, and when the final audit confirms that the dispensing is appropriate, the patient at the counter. It is composed of a series of flows such as providing the drug to the patient. As an example, such drug provision operations are shown in FIG. 1 (2), that is, "reception", "drug history confirmation", "prescription audit", "patient information collection", "dispensing design", "explanation of medication", and "dispensing decision". It can be composed of "dispensing", "final audit", and "drug delivery accounting". Some of these tasks can proceed independently of each other.

In the present embodiment, the drug collection support function of the drug collection support system 100 is mainly applied during the work of "dispensing design" and "dispensing". "Dispensing design" is the work of designing a drug to be delivered by judging the necessity of dispensing contents from prescription audit and patient's drug history. For example, the drug described in the prescription is converted into an inexpensive drug having the same ingredients. It is a task of designing an appropriate delivery drug by judging changes and processing to make it easier to swallow according to the patient's age and pathological condition. "Dispensing" is the work of collecting and processing drugs that have "dispensed" the contents of "dispensing design". It is work such as processing chemicals in this way.

In the work of "dispensing design", the drug collection support system 100 displays on the drug collection support terminal 20 a related drug which is a drug that can replace the drug described in the prescription, as will be described later. In the work of "dispensing", the drug collection support system 100 displays a display for specifying the position of the drug to be collected, as will be described later, together with the drug collection order.

[Configuration of drug collection support system 100]
The system configuration of the drug collection support system 100 will be described with reference to FIG.
FIG. 2 is a schematic diagram showing the system configuration of the drug collection support system 100. The drug collection support system 100 of the present invention includes a drug collection support device 10 and a drug collection support terminal 20. The drug collection support device 10 generates drug information for displaying information about the drug on the drug collection support terminal 20. The drug collection support terminal 20 displays display data based on the drug information generated by the drug collection support device 10. In the drug collection support system 100, the drug collection support device 10 and the drug collection support terminal 20 are connected via a wired or wireless communication line to transmit and receive drug information.

In such a drug collection support system 100, the drug collection support device 10 receives prescription information by inputting from the input unit by the receptionist of the pharmacy. The drug collection support device 10 identifies the drug information of the drug included in the received prescription information and the drug information of the related drug related to the drug included in the prescription information. The drug collection support device 10 transmits the specified drug information to the drug collection support terminal 20. The drug collection support terminal 20 that has received the drug information displays the drug information on the display unit 24, and when the person in charge wearing the drug collection support terminal 20 looks at the drug rack 30 or the like, the drug in the drug rack 30 Drug information is displayed around a certain position. The displayed drug information may be displayed differently in the work of "dispensing design" and "dispensing", and the person in charge designs the drug to be delivered while referring to the drug information displayed at the time of the work. Or collect drugs.

In the drug collection support system 100, the drug collection support device 10 executes a drug information generation process for generating drug information for displaying information related to the drug. Further, in the drug collection support system 100, the drug collection support terminal 20 executes a drug information display process for displaying drug information. Then, in the drug collection support system 100, the drug collection support device 10 executes the drug information generation process, and the drug collection support terminal 20 executes the drug information display process, thereby supporting the drug collection by the person in charge of the pharmacy. It has a collection support function.

Here, the drug information is information for displaying information on the drug that the person in charge of the pharmacy can refer to when performing the work of "dispensing design" or "dispensing" by superimposing it on the scenery, and "dispensing". In the "design" work, it is information indicating a drug that can be delivered in place of the drug described in the prescription, and in the "dispensing" work, it is information indicating how the drug to be delivered should be collected. The drug information includes, for example, package insert information, inventory location information, relevance information, order information, and the like. The package insert information is information such as the efficacy and effect described in the package insert of the drug. The inventory location information is information indicating where the drug is stored in the pharmacy, for example, information for specifying the storage location of the drug rack in the pharmacy (identification number indicating the storage location and coordinates of the storage location). (X, y, z)). The relevance information is information indicating how a drug that can be delivered in place of the drug described in the prescription has a relationship with the drug included in the prescription information. For example, a generic drug of the drug included in the prescription information. It is information such as. The order information is information indicating the collection order of a plurality of drugs when there are a plurality of drugs to be delivered, and is information indicating in what order the drugs can be collected and delivered in a short time.

[Configuration of drug collection support device 10]
In the present embodiment, the drug collection support device 10 includes a control unit 11 that performs various arithmetic processes, a storage unit 12 that stores various information, an input unit 13 realized by a keyboard, a touch panel, or the like, and a display unit by a display (FIG. (Not shown), a general-purpose personal computer equipped with a communication unit (not shown) for transmitting and receiving information by wireless communication.
Various programs are installed in such a drug collection support device 10, and the control unit 11 operates according to these programs to execute the drug information generation process.
In the present embodiment, the drug collection support device 10 performs input / output / management / calculation of medical information / health information necessary for creating a receipt and managing drug history, in addition to the drug information generation function. It may have a target receipt creation function and drug history management function. The drug history management function assists each work of the drug providing business, and includes, for example, a process of receiving and storing the contents of the dispensing design.

[Configuration of drug collection support terminal 20]
The configuration of the drug collection support terminal 20 will be described with reference to FIG.
FIG. 3A is a schematic diagram showing the configuration of the drug collection support terminal 20. The drug collection support terminal 20 includes glasses 21, a small computer 22, a camera 23, and a display unit 24.
The eyeglass 21 is composed of a front frame 21a, a temple 21b, and a lens L. The small computer 22 is provided so as to be in contact with the front frame 21a of the eyeglasses 21 to the central portion of the temple 21b, and is provided so as to project the front frame 21a. The camera 23 is provided at the end of the small computer 22 and is configured to be capable of capturing the viewing direction of the wearer. The display unit 24 is provided so that the small computer 22 is in contact with a portion protruding from the front frame 21a. The display unit 24 is arranged from the small computer 22 toward the center of the spectacles 21 so as to overlap the lens L. The display unit 24 can display drug information as an image in a transparent display area so that the wearer does not block the field of view except in the display area where the image is displayed. When the small computer 22 of the drug collection support terminal 20 displays information on the display unit 24, the wearer wearing the drug collection support terminal 20 can see the information displayed on the display unit 24 through the display unit 24. You can see them overlapping each other.

The small computer 22 of the drug collection support terminal 20 has a control unit 25 that performs various arithmetic processes, a storage unit (not shown) that stores various information, and a camera 23 that acquires the above-mentioned still image or moving image. It is equipped with a microphone (not shown) for receiving voice and a communication unit (not shown) for transmitting and receiving information by wireless communication. Further, the small computer 22 of the drug collection support terminal 20 is provided with various sensors 26, and the position information of the drug collection support terminal 20 can be acquired from the sensor 26.
In such a drug collection support terminal 20, various programs are installed in the storage unit, and the control unit 25 operates according to these programs to execute the drug information display process.

Here, the position information is information for grasping the positional relationship with the drug such as the position, direction, and inclination of the drug collection support terminal 20, and in the present embodiment, the position information acquired from the sensor 26 is. This is information including the position coordinates (X, Y, Z) and the rotating coordinates (θx, θy, θz) of the drug collection support terminal 20.
In the present embodiment, in order to acquire position information, the sensor 26 acquires an acceleration sensor capable of detecting front-back, left-right, and up-down, a geomagnetic sensor capable of detecting north, south, east, and west, and a position (latitude / longitude). It is configured to include GPS that can be used. As a result, the sensor 26 can acquire the position coordinates (X, Y, Z) and the rotation coordinates (θx, θy, θz).

In the present embodiment, the sensor 26 functions to acquire the position information, but the device is not limited to the sensor 26 as long as it is a device capable of acquiring the position information. For example, it will be described later in the second embodiment. As described above, the camera 23 may specify the position information based on the acquired image.
In the present specification, a device for acquiring position information including a camera 23 and a sensor 26 may be expressed as a position information acquisition unit.

[Functional configuration of drug collection support system 100]
Subsequently, the functional configuration of the drug collection support system 100 for exerting the drug collection support function will be described with reference to FIG.
FIG. 4 is a schematic diagram showing the functional configuration of the drug collection support system 100. Since the drug collection support device 10 of the drug collection support system 100 executes the drug information generation process, the control unit 11 of the drug collection support device 10 includes a prescription reception unit 111, a related drug identification unit 112, and an inventory position reading unit. The 113, the collection order determination unit 114, the drug information generation unit 115, and the drug information transmission unit 116 function. Further, the storage unit 12 of the drug collection support device 10 is provided with a prescription database 121, a drug database 122, and an inventory database 123. Further, since the drug collection support terminal 20 of the drug collection support system 100 executes the drug information display process, the control unit 25 of the drug collection support terminal 20 includes the drug information receiving unit 251 and the drug position specifying unit 252, and the drug. The information display generation unit 253 and the drug information display control unit 254 function.

Here, the prescription database 121 will be described with reference to FIG.
FIG. 5 is a schematic diagram illustrating the stored contents of the prescription database 121. The prescription database 121 is a database that stores information on received prescriptions, and is referred to when the prescription reception unit 111 described later stores prescription information or the collection order determination unit 114 described later determines the collection order. Or
The prescription database 121 contains a prescription ID that identifies the prescription, patient identification information that identifies the patient, a reception date that indicates the date and time when the prescription was received, a prescription drug that indicates the drug described in the prescription, and a delivered drug. The processing indicating the content of the processing performed on the above, the delivered drug indicating the actually delivered drug, and the required time indicating the time required from the determination of dispensing to the delivery of the drug are memorized.

The drug database 122 will be described with reference to FIG.
FIG. 6 is a schematic diagram illustrating the data stored in the drug database 122. The drug database 122 is a database for storing information on a drug, and is mainly composed of information derived from a package insert issued by a drug provider. The drug database 122 is referred to when the related drug identification unit 112 described later determines a drug for which drug information should be displayed, or when the drug information transmitting unit 116 described later generates drug information to be transmitted.
The drug database 122 contains a drug ID that identifies a drug, a brand name that indicates the brand name of the drug, a generic name that indicates a general name related to a component of the drug, and a drug that indicates the dosage form of the drug. The type, the drug efficacy classification name indicating what kind of drug effect the drug has, and the efficacy / effect indicating what kind of disease the drug is effective for are memorized.

The inventory database 123 will be described with reference to FIG.
FIG. 7 is a schematic diagram illustrating the data stored in the inventory database 123. The inventory database 123 is a database that stores information about drugs in stock at a pharmacy, and stores how much and where the drugs are in stock.
The inventory database 123 shows the drug ID that identifies the drug, the brand name that indicates the brand name of the drug, the number of stocks that indicate how much the drug is in stock at the pharmacy, and where the pharmacy stocks the drug. Stores including the indicated inventory location information. The inventory location information is configured to include an identification number and inventory coordinates. The identification number included in the inventory location is an identification number assigned to the storage location in stock, for example, is assigned to each drawer of the medicine rack. The inventory coordinates included in the inventory location information are information expressing the position in the pharmacy in the horizontal, vertical, and height directions. Further, although not particularly shown, the inventory database 123 includes a consumption amount indicating how much the drug is delivered by the pharmacy in a predetermined period and a delivery price indicating how much the drug is delivered by the pharmacy. You may memorize it with.

Returning to FIG. 4, the prescription reception unit 111 of the drug collection support device 10 receives the prescription information by inputting the content described in the prescription from the input unit 13 by the receptionist of the pharmacy. The prescription reception unit 111 stores the received prescription information in the prescription database 121.
Specifically, in the prescription reception unit 111, the receptionist of the pharmacy, who is in charge of the counter, receives the prescription from the patient, inputs the contents of the prescription from the input unit 13, and receives the prescription information. The prescription reception unit 111 stores the received prescription information in the prescription database 121 in association with the reception date and time and the information for identifying the patient.
The reception of prescription information may have various modes. For example, a prescription image may be acquired from a scanner and the prescription information may be accepted based on the acquired image, or a wired or wireless communication line may be received. It may be accepted by receiving the prescription information via.

The related drug identification unit 112 of the drug collection support device 10 identifies the drug-related drug included in the prescription information received by the prescription reception unit 111.
Here, the related drug refers to a drug described in a prescription and a drug that can be delivered in place of the drug described in the prescription. The related drug is, for example, a drug containing a generic drug, which is delivered by a pharmacist in place of the drug described in the prescription after the drug having the same component as the drug described in the prescription is confirmed by the patient. In addition, the related drug is, for example, a drug containing a drug having a different dosage form from the drug described in the prescription, which is delivered in place of the drug described in the prescription after the pharmacist confirms with the doctor according to the patient's request. Is.

Specifically, the related drug identification unit 112 refers to the prescription database 121 or the drug database 122 to identify the related drug related to the drug included in the prescription information.
That is, the related drug identification unit 112 refers to the prescription drug and the delivered drug stored in the prescription database 121, and when the delivered drug different from the prescription drug is delivered, the prescription drug and the delivered drug are used. Is identified as a related drug. For example, referring to FIG. 5, the related drug identification unit 112 uses the prescription drug “D (tablet)” and the delivered drug “D (orally disintegrating tablet)” as related drugs in the line where the prescription ID is “001001”. Identify.

In addition, the related drug identification unit 112 identifies drugs having the same general name, drug efficacy classification name, or efficacy and effect as related drugs in the drug database 122. For example, with reference to FIG. 6, the related drug identification unit 112 identifies the trade names “A”, “B”, and “C” having the generic name “a” as related drugs. In addition, the related drug identification unit 112 specifies the dosage form "tablet" having the generic name "d" and the dosage form "tablet" having the brand name "D" and the dosage form "orally disintegrating tablet" having the brand name "D" as related drugs. In addition, the related drug identification unit 112 specifies the brand name “D” and the brand name “E”, which have different generic names but have a drug efficacy classification name of “postprandial hyperglycemic improving agent”, as related drugs. In addition, the related drug identification unit 112 specifies the brand name “D” and the brand name “F”, which have different generic names and drug efficacy classification names but have an efficacy / effect of “diabetes”, as related drugs.

The related drug identification unit 112 may calculate the degree of relevance indicating the degree of relevance when specifying as a related drug.
The degree of relevance calculated by the related drug identification unit 112 may be calculated based on the number specified as the related drug in the prescription database 121. In addition, the degree of relevance calculated by the related drug identification unit 112 is the content specified as a related drug in the drug database 122 (for example, the general drug has a high degree of relevance, the drug efficacy classification name has a medium degree of relevance, and the indication / effect has a degree of relevance. It may be calculated based on (low).

Here, the related drug identification unit 112 explains the necessity of identifying the related drug.
At pharmacies, pharmacists deliver drugs based on prescriptions issued by doctors. However, the drug to be delivered does not always deliver the drug itself described in the prescription.
That is, if the pharmacist checks the prescription or hears from the patient and decides that it is not preferable to deliver the drug described in the prescription to the patient, the pharmacist confirms with the doctor before prescribing. The drugs listed in may be changed and delivered. In addition, when the drug described in the prescription contains an inexpensive drug having the same ingredient, the pharmacist may confirm with the patient and then change the drug described in the prescription to an inexpensive drug having the same ingredient and deliver it.
In this way, the pharmacist may change the drug described in the prescription and deliver it, but if the pharmacy does not have the drug to be changed, it may not be possible to deliver it immediately. In addition, when there are multiple drug candidates to be changed, it may be better for pharmacy management to deliver a drug that has a large inventory or a low delivery price.
Therefore, the related drug identification unit 112 identifies the related drug so that the pharmacist can easily grasp the drug in stock.

Returning to FIG. 4, the inventory position reading unit 113 extracts inventory location information regarding drugs that may be collected. Specifically, the inventory position reading unit 113 refers to the inventory database 123 for the drug included in the prescription information received by the prescription receiving unit 111 and the related drug specified by the related drug specifying unit 112, and each drug. Extracts inventory location information in which is in stock.

The collection order determination unit 114 of the drug collection support device 10 receives the information on the dispensing decision, estimates the time required for delivery based on the information on the dispensing decision, determines the order in which the drugs are collected, and determines the order. Generate order information based on the order.
Specifically, when the received dispensing decision information includes a drug to be processed, the collection order determination unit 114 estimates the required time based on the processing content and determines the order in which the drugs are collected. , Generate order information based on the determined order.

For example, the collection order determination unit 114 uses the prescription database 121 shown in FIG. 5 when the received dispensing decision information includes a drug that is processed as a sachet that packages the drug on the powder for each dose. Refer to it to estimate the required time. The reference to the prescription database refers to the drug with the prescription ID "001002" that has been processed (separated) in the past and the drug with the prescription ID "001003" that is the same as the processed drug but has not been processed. refer. The collection order determination unit 114 may set the required time as 2 minutes, which is the difference between the required times referred to.

In addition, in order for the collection order determination unit 114 to estimate the required time, the time is not limited to this, and for example, the required time may be set in advance for each processing content.

Here, the necessity for the collection order determination unit 114 to determine the collection order of the drugs will be described.
A pharmacy representative may process the collected drug after collecting the drug. The processing of the drug may be, for example, breaking a tablet, crushing the tablet, or packaging a plurality of drugs in a single package. In addition to the processing of such chemicals by the person in charge, there are cases where a device that automatically processes the chemicals is used. That is, there are cases where the person in charge of collecting the processing of the drug does not perform the processing by himself / herself, such as by using a device that automatically performs the processing.
When the person in charge of collecting the processing of the drug does not perform the processing by himself / herself in this way, rather than processing the drug after collecting all the drugs, the drug to be processed is collected and processed while collecting other drugs. The drug can be delivered in a shorter time.
Therefore, the collection order determination unit 114 determines the collection order so that the delivery of the drug can be shortened.

The drug information generation unit 115 of the drug collection support device 10 generates drug information for transmission to the drug collection support terminal 20.
Specifically, in the work of "dispensing design", the drug information generation unit 115 generates drug information about the drug included in the prescription information received by the prescription reception unit 111 and the related drug specified by the related drug identification unit 112. do. The drug information to be generated is drug information necessary for the work of "dispensing design" including package insert information, inventory location information, relevance information, and the like.
Further, in the work of "dispensing", the drug information generation unit 115 is "dispensing decision" when "dispensing decision" is made so as to deliver a drug different from the drug information generated at the time of "dispensing design". Update to the drug information of the drug. Then, the drug information generation unit 115 generates drug information about the drug determined to be dispensed. The drug information to be generated is the drug information necessary for the work of "dispensing" including the package insert information, the stock location information and the order information.

In addition, in the work of "dispensing design", when the degree of relevance of the related drug is low, it is not necessary to include the drug information of the related drug. For example, the drug information generation unit 115 may not include the drug E and the drug F, which are related drugs of the drug D, in the drug information to be generated because the degree of relevance is low.

The drug information transmission unit 116 of the drug collection support device 10 transmits the generated drug information to the drug collection support terminal 20.

The drug information receiving unit 251 of the drug collection support terminal 20 receives drug information from the drug collection support device 10.

The drug position specifying unit 252 of the drug collection support terminal 20 identifies the display position based on the position information and the inventory location information acquired from the position information acquisition unit.
Here, the display position is information that specifies a display area of the display unit 24 that displays drug information for each drug based on the positional relationship between the drug collection support terminal 20 and the inventory location of the drug.

Specifically, the drug position specifying unit 252 acquires the position information of the drug collection support terminal 20 from the sensor 26. The drug position specifying unit 252 calculates a vector (x, y, z) from the drug collection support terminal 20 to the drug inventory location based on the position coordinates included in the position information and the inventory coordinates included in the inventory location information. .. The drug position specifying unit 252 specifies the display position for each drug based on the calculated vector and the rotating coordinates included in the position information.

The drug information display generation unit 253 of the drug collection support terminal 20 generates display data based on the display position specified by the drug position specifying unit 252.
Here, the display data is data including the display position and the drug information, and is the data in which the drug information is arranged so that the drug information for each drug is superimposed and displayed on the scenery of the inventory place of the drug.

The drug information display control unit 254 of the drug collection support terminal 20 displays drug information on the display unit 24 based on the generated display data.

[Processing of drug collection support system 100]
Subsequently, the drug collection support process of the drug collection support system 100 will be described with reference to FIGS. 8 and 9.
FIG. 8 is a schematic diagram showing a flow of drug information generation processing of the drug collection support device 10 of the drug collection support system 100. The processing of the drug collection support device 10 is started when the receptionist at the pharmacy receives a predetermined operation for starting the processing. When the process is started, the drug collection support device 10 receives the prescription information by the prescription reception unit 111 of the drug collection support device 10 by inputting the prescription information from the input unit 13 by the receptionist of the pharmacy. (Step S1). The prescription reception unit 111 stores the received prescription information in the prescription database 121 (step S2).

Subsequently, the related drug identification unit 112 of the drug collection support device 10 identifies the related drug with reference to the prescription database 121 and the drug database 122 (step S3).

Subsequently, the inventory position reading unit 113 of the drug collection support device 10 refers to the inventory database 123 for the drug included in the prescription information received by the prescription receiving unit 111 and the related drug specified by the related drug specifying unit 112. , The inventory location information is extracted (step S4).

Subsequently, the drug information generation unit 115 of the drug collection support device 10 describes the attached document information for each drug with respect to the drug included in the prescription information received by the prescription reception unit 111 and the related drug specified by the related drug identification unit 112. Generate drug information necessary for the work of "dispensing design" including stock location information and relevance information (step S5). The drug information transmission unit 116 of the drug collection support device 10 transmits the drug information required for the “dispensing design” generated by the drug information generation unit 115 to the drug collection support terminal 20 (step S6).

Subsequently, the drug information generation unit 115 of the drug collection support device 10 receives information on the dispensing decision from the person in charge of the pharmacy (step S7). The drug information generation unit 115 confirms whether the drug “dispensing determined” is different from the drug information of the drug created in the “dispensing design” (step S8). If the results of the confirmation do not differ, the drug information generation unit 115 proceeds to the process in step S10. If they are different, the information is updated to the drug information of the drug that has been "dispensed" (step S9).

The collection order determination unit 114 estimates the time required for delivery of the drug that has been determined to be dispensed based on the dispensing content of the drug, and determines the order in which the drugs are collected (step S10).

Subsequently, the drug information generation unit 115 of the drug collection support device 10 generates drug information necessary for the “dispensing” work including the package insert information, inventory location information, order information, and the like for each drug (step S11). The drug information transmission unit 116 of the drug collection support device 10 transmits the drug information generated by the drug information generation unit 115, which is necessary for the work of “dispensing”, to the drug collection support terminal 20 (step S12).

FIG. 9 is a schematic diagram showing a flow of drug information display processing of the drug collection support terminal 20 of the drug collection support system 100. The processing of the drug collection support terminal 20 is started when the wearer of the drug collection support terminal 20 receives a predetermined operation for starting the processing. In addition, the drug collection support terminal 20 interrupts and ends the process by accepting the end operation.

Subsequently, the drug information receiving unit 251 of the drug collection support terminal 20 confirms whether or not there is drug information received from the drug collection support device 10 (step S21). If the drug information receiving unit 251 has drug information in the drug collection support terminal 20, the drug information receiving unit 251 proceeds to step S22. If there is no drug information in the drug collection support terminal 20, the drug information receiving unit 251 proceeds to step S21 and waits for the reception of the drug information.

Subsequently, the drug position specifying unit 252 of the drug collection support terminal 20 acquires the position information of the drug collection support terminal 20 from the sensor 26 of the drug collection support terminal 20 (step S22).

Subsequently, the drug information display generation unit 253 of the drug collection support terminal 20 displays the drug information superimposed on the drug on the display unit 24 based on the inventory coordinates and the position information of the stock location information included in the received drug information. Display data is generated so as to be performed (step S23).

Here, the display data generated by the drug information display generation unit 253 will be described with reference to FIGS. 10 and 11.
FIG. 10 is a conceptual diagram showing display data based on the drug information transmitted by the drug collection support device 10 in step S6. The drug information transmitted in step S6 is drug information to be displayed in the work of "dispensing design", and FIG. 10 shows display data to be displayed in the work of "dispensing design".
Illustrated, the display data is a conceptual diagram when information on a prescription including a prescription for the A drug and the D drug (tablet) is received. In the data on the drug information display screen, the related drug identification unit 112 identifies the drug related to drug A as drug B and drug C, and the drug related to drug D (tablet) as drug D (orally disintegrating tablet). Informed.
V1a is a display for indicating the inventory location of the drug A, and V1b is a display for indicating the description of the drug A and the inventory amount. Further, V2a and V3a are indications for indicating the stock locations of the B medicine and the C medicine which are related medicines of the A medicine, and V2b and V3b indicate the description and the stock amount of the respective medicines. Further, V4a is a display for indicating the stock location of the D drug (tablet), and V4b is a display for indicating the description of the D drug and the stock amount. Further, V5a is a display for indicating the stock location of the D drug (orally disintegrating tablet), which is a related drug of the D drug (tablet), and V5b is an explanation and an inventory amount of the D drug (orally disintegrating tablet). Has been done.
In addition, V1a, V2a and V3a, V4a and V5a are displayed in different colors in order to make it easy to distinguish whether the drug is the drug described in the prescription or the related drug.

FIG. 11 is a conceptual diagram showing drug information display screen data based on the drug information transmitted by the drug collection support device 10 in step S9. The drug information transmitted in step S9 is drug information to be displayed in the work of "dispensing", and FIG. 11 shows drug information display screen data to be displayed in the work of "dispensing".
The drug to be delivered is determined by the dispensing work / dispensing determination work, and the indications other than V3a, V3b, V5a and V5b are excluded from the indications in FIG. In addition, based on the dispensing order included in the drug information, the C drug whose inventory location is indicated by V3a should be collected first, and the D drug (orally disintegrating tablet) whose inventory location is indicated by V5a should be collected later. The order is clarified by V3c and V5b to show the difference.

The drug information display control unit 254 displays drug information on the display unit 24 based on the display data generated by the drug information display generation unit 253 (step S24).

Here, the drug information display screen displayed by the drug information display control unit 254 will be described with reference to FIGS. 12 and 13.
FIG. 12 shows the display and drug collection of the display unit 24 of the drug collection support terminal 20 based on the display data (for example, the display data shown in FIG. 10) based on the drug information transmitted by the drug collection support device 10 in step S6. It is a conceptual diagram which shows the situation that the scenery in a pharmacy which is transmitted through the support terminal 20 is superposed and viewed.
The drug information display control unit 254 displays the drug information display screen so as to match the inventory position of the drug based on the acquired position information and the generated drug information display screen data, and the display of V1a to V5a is the drug. It is displayed so that it overlaps with the stock location of.

FIG. 13 shows the display and drug collection of the display unit 24 of the drug collection support terminal 20 based on the display data (for example, the display data shown in FIG. 11) based on the drug information transmitted by the drug collection support device 10 in step S9. It is a conceptual diagram which shows the situation that the scenery in a pharmacy which is transmitted through the support terminal 20 is superposed and viewed.
The drug information display control unit 254 displays the drug information display screen so as to match the inventory position of the drug based on the acquired position information and the generated drug information display screen data, and the display of V3a and V5a is the drug. It is displayed so that it overlaps with the stock location of.

Subsequently, the drug information display control unit 254 acquires the position information from the sensor 26 of the drug collection support terminal 20 by the drug position specifying unit 252, and confirms whether or not the previously acquired position information has changed (step S25). ). When the acquired position information changes, the drug information display control unit 254 returns to step S22 in order to cause the drug information display generation unit 253 to generate new display data. When the position information acquired by the drug position specifying unit 252 has not changed, the drug information display control unit 254 does not need to generate new display data, and therefore proceeds to step S26.

Subsequently, the drug information display control unit 254 confirms whether the drug information receiving unit 251 has newly received the drug information (whether the drug information has been updated) (step S26). When the drug information receiving unit 251 newly receives the drug information, the drug information display control unit 254 causes the drug position specifying unit 252 to acquire the position information and generates the display data in the drug information display generating unit 253. The process returns to step S21. The drug information display control unit 254 returns to step S25 because it is not necessary to generate the data on the drug information display screen again when the drug information receiving unit 251 has not newly received the drug information.

The present embodiment has been described above. According to such a drug collection support system 100, the drug information is displayed on the display unit 24 of the drug collection support terminal 20 so as to match the inventory position of the drug, so that the wearer of the drug collection support terminal 20 can use the drug. It becomes possible to grasp the place where the medicine is stocked, and it becomes possible to easily grasp the medicine to be delivered.

Further, according to the drug collection support system 100, the drug information of the related drug that is a candidate at the time of dispensing design is displayed on the display unit 24 of the drug collection support terminal 20, so that the wearer of the drug collection support terminal 20 can use it. It becomes possible to grasp what kind of related medicines are in stock at the pharmacy, and it becomes possible to easily grasp the medicines to be delivered.

Further, according to the drug collection support system 100, the display unit 24 of the drug collection support terminal 20 displays the order in which a plurality of drugs should be collected at the time of dispensing. It becomes possible to easily grasp the medicine to be delivered by the wearer.

[Second Embodiment]
In the first embodiment, the sensor 26 is used as the position information acquisition unit in order to acquire the position information of the drug collection support terminal 20, but in the present embodiment, in order to acquire the position information of the drug collection support terminal 20. The camera 23 is used as the position information acquisition unit.
Therefore, in the drug collection support terminal 20, the drug position specifying unit 252a functions in the control unit 25.

The drug position specifying unit 252a specifies the display position based on the position information acquired from the camera 23, which is the position information acquisition unit, and the inventory location information.
Here, it is information for grasping the positional relationship with a drug such as the position, direction, and inclination of the drug collection support terminal 20, and in the present embodiment, it is information including a still image acquired from the camera 23.

Specifically, the drug position specifying unit 252a recognizes an area such as a drug shelf in which the drug is stored in the still image acquired from the camera 23. The drug position specifying unit 252a further recognizes an area of the recognized drug shelves or the like for each storage unit such as a drawer. The drug position specifying unit 252a specifies a storage location for each drug based on the identification number included in the inventory location information, and specifies a display position for each drug.

Although the embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments. Further, the effects described in the present embodiment merely list the most preferable effects arising from the present invention, and the effects according to the present invention are not limited to those described in the present embodiment.

Further, in the present embodiment, the display unit 24 of the drug collection support terminal 20 has a transparent display area, but the present invention is not limited to this, and the drug is in a state where the drug information is superimposed on the visually recognized scenery. Any information can be displayed, for example, an image of the scenery inside the pharmacy acquired from the camera 23 and drug information superimposed on the scenery inside the pharmacy may be displayed.

Further, in the present embodiment, the drug collection support terminal 20 has the shape of eyeglasses, but the present invention is not limited to this, and the drug collection support terminal 20 has a shape that can be worn by the wearer. It suffices as long as it can be visually recognized with the drug information superimposed on the scenery to be displayed.

Further, the present invention can be applied to a terminal device having the functional configuration shown in FIG. At this time, having the functional configuration shown in FIG. 4 means that the terminal device uses the software installed on the predetermined server via the network in addition to installing the software that realizes the functional configuration on the terminal device. Including possible states. That is, the present invention can also be applied to a so-called ASP service that provides a business application to a customer via the Internet.

The series of processes described above can be executed by hardware or software.
In other words, the functional configuration of FIG. 4 is merely an example and is not particularly limited. That is, it suffices if the computer is provided with a function capable of executing the above-mentioned series of processes as a whole, and what kind of functional block is used to realize this function is not particularly limited to the example of FIG.
Further, one functional block may be configured by a single piece of hardware, a single piece of software, or a combination thereof.

When a series of processes are executed by software, the programs constituting the software are installed on a computer or the like from a network or a recording medium.
The computer may be a computer embedded in dedicated hardware. Further, the computer may be a computer capable of executing various functions by installing various programs, for example, a general-purpose personal computer.

10 Drug collection support device 111 Prescription reception unit 112 Related drug identification unit 113 Inventory position reading unit 114 Collection order determination unit 115 Drug information generation unit 116 Drug information transmission unit 121 Prescription database 122 Drug database 123 Inventory database 20 Drug collection support terminal 251 Drugs Information receiving unit 252 Drug position identification unit 253 Drug information display generation unit 254 Drug information display control unit

Claims (10)

It is a drug collection support terminal that supports drug collection.
Receives the drug information transmitted from the drug collection support device that receives input of a prescription that describes the drug to be collected and generates drug information including inventory location information related to one or more drugs described in the prescription. Drug information receiver and
A display unit capable of superimposing and displaying the drug information for each drug against a background of a landscape including inventory locations of a plurality of drugs visually recognized by the wearer.
It is confirmed whether or not the drug information of the drug is newly received, and if the drug information is newly received , the wearer visually recognizes the received drug information triggered by the reception of the drug information. A control unit that superimposes a landscape including inventory locations of a plurality of drugs on the background and displays it on the display unit.
A drug collection support terminal characterized by being equipped with. The drug delivery business includes drug design work for designing the drug to be provided and dispensing work for collecting the drug to be provided.
The control unit causes the display unit to display the drug information including information on a drug that can be provided in place of the drug described in the prescription in the drug design work, and collects a plurality of drugs in the dispensing work. The drug collection support terminal according to claim 1, wherein the drug information including information on the order is displayed on the display unit. The information regarding the collection order of the plurality of drugs includes the drugs determined to deliver the drugs in a shorter time by estimating the required time based on the processing contents of the plurality of drugs provided. The drug collection support terminal according to claim 2, wherein information on the order of collection is included. The drug collection support terminal has a spectacle-shaped shape, and the wearer wearing the drug collection support terminal can visually recognize the scenery through the display unit. The drug collection support terminal according to any one of 3 to 3. It is a drug collection support device that supports drug collection.
A drug information generation unit that generates drug information including inventory location information related to one or more drugs described in a prescription for each operation in the business of providing one or more drugs described in the prescription.
A drug information transmission unit that transmits the generated drug information of the drug to a drug collection support terminal worn by the wearer for each of the operations in the business of providing one or more drugs described in the prescription.
With
The drug information generation unit provides one or more drugs described in the prescription when an input indicating the completion of the work in the one or more drug providing services described in the prescription is performed. Generate the drug information for the next task in
The drug information transmission unit is a drug collection support device characterized by transmitting the generated drug information for the next work to the drug collection support terminal. A system that supports drug collection, including a drug collection support device and a drug collection support terminal.
The drug collection support device is
A drug information generation unit that generates drug information including inventory location information related to one or more drugs described in a prescription for each operation in the business of providing one or more drugs described in the prescription.
A drug information transmission unit that transmits the generated drug information of the drug to a drug collection support terminal worn by the wearer for each of the operations in the business of providing one or more drugs described in the prescription.
With
The drug collection support terminal is
A drug information receiving unit that receives the drug information transmitted from the drug collection support device that generates drug information including inventory location information related to one or more drugs described in the prescription.
A display unit capable of superimposing and displaying the drug information for each drug against a background of a landscape including inventory locations of a plurality of drugs visually recognized by the wearer.
A view including whether or not the drug information of the drug is newly received, and if the drug information is newly received, the received drug information is visually recognized by the wearer as a stock location of a plurality of drugs. A control unit that superimposes on the background and displays it on the display unit,
A drug collection support system characterized by being equipped with. Drug collection support equipped with a display unit capable of superimposing and displaying drug information on one or more drugs described in a prescription against the background of a landscape including inventory locations of multiple drugs visually recognized by the wearer. It is a drug collection support method that supports the collection of drugs executed by the terminal.
The drug information transmitted from the drug collection support device that receives input of the prescription describing the drug to be collected and generates drug information including inventory location information regarding one or more drugs described in the prescription. The drug information receiving step to be received and
It is confirmed whether or not the drug information of the drug is newly received, and if the drug information is newly received , the wearer visually recognizes the received drug information triggered by the reception of the drug information. A control step of superimposing a landscape including inventory locations of a plurality of drugs on the background and displaying it on the display unit,
A drug collection support method characterized by including. It is a drug collection support method that supports the collection of drugs executed by the drug collection support device.
A drug information generation step that generates drug information including inventory location information related to one or more drugs described in a prescription for each operation in the business of providing one or more drugs described in the prescription, and a drug information generation step.
A drug information transmission step of transmitting the generated drug information of the drug to the drug collection support terminal worn by the wearer for each of the operations in the business of providing one or more drugs described in the prescription.
Including
In the drug information generation step, when an input indicating the completion of the work in the one or more drug providing operations described in the prescription is performed, the one or a plurality of drug providing operations described in the prescription is performed. Generate the drug information for the next task in
The drug collection support method, characterized in that, in the drug information transmission step, the generated drug information for the next work is transmitted to the drug collection support terminal. Drug collection support equipped with a display unit capable of superimposing and displaying drug information on one or more drugs described in a prescription against the background of a landscape including inventory locations of multiple drugs visually recognized by the wearer. To the computer that controls the terminal
The drug information transmitted from the drug collection support device that receives input of the prescription describing the drug to be collected and generates drug information including inventory location information regarding one or more drugs described in the prescription. The drug information reception function to be received and
It is confirmed whether or not the drug information of the drug is newly received, and if the drug information is newly received , the wearer visually recognizes the received drug information triggered by the reception of the drug information. A control function that superimposes the scenery including the stock locations of multiple drugs on the background and displays it on the display unit.
A program characterized by being able to realize. To the computer that controls the drug collection support device that supports drug collection,
A drug information generation function that generates drug information including inventory location information related to one or more drugs described in a prescription for each operation in the business of providing one or more drugs described in the prescription.
A drug information transmission function that transmits the generated drug information of the drug to a drug collection support terminal worn by the wearer for each of the operations in the business of providing one or more drugs described in the prescription.
Realized,
The drug information generation function is a function of providing one or more drugs described in the prescription when an input indicating the completion of the work in the business of providing one or more drugs described in the prescription is performed. Generate the drug information for the next task in
The drug information transmission function is a program characterized in that the generated drug information for the next work is transmitted to the drug collection support terminal.

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