JP2016206843A - Delivery management system and delivery management method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To appropriately execute the delivery of radioactive medicines using a preceding shipping system.SOLUTION: A delivery management system (100) includes: storage processing means (101) for storing the deliverer information of radioactive medicines in association with determination situation information indicating the situation of shipping propriety determination of the radioactive medicines in a first storage part (110); notification means (102) for notifying a deliverer terminal corresponding to the deliverer information of the determination situation of the radioactive medicines indicated by the determination situation information; detection means (103) for detecting the confirmation situation in the deliverer terminal of the notified determination situation; and display processing means (104) for outputting a screen for displaying the determination situation of the radioactive medicines indicated by the determination situation information and the confirmation situation of the determination situation in association to a display part (111).SELECTED DRAWING: Figure 1

Description

  The present invention relates to a technique for managing delivery of a radiopharmaceutical.

  Radiopharmaceuticals are used for diagnosis and inspection of diseases such as SPECT inspection and PET inspection, and radiotherapy. Radiopharmaceuticals have a relatively short effective period due to the half-life of the radionuclide used, and are therefore required to be stably supplied to medical institutions. Therefore, Patent Document 1 below proposes a delivery system that can deliver a radiopharmaceutical quickly and accurately to a medical site. In this delivery system, the server displays the shipping base and customer information on the shipping company terminal, stores the arrangement data including the collection date / time, delivery date / time, and the deliverer information input from the shipping company terminal, and stores it in the shipping base. Instructs the creation of an arrangement table and a delivery table. Each shipping base can reliably deliver to the medical site by collating the delivery table delivered to the arriving delivery person with the product.

  On the other hand, since radiopharmaceuticals are pharmaceuticals, it is necessary to ensure their safety sufficiently. For example, a radiopharmaceutical is required to be delivered to a medical institution after passing a predetermined quality test after production. Such a quality test after manufacture requires a certain amount of time, and further, since the effective period of the radiopharmaceutical is short as described above, the deliverable range of the radiopharmaceutical is limited. Therefore, the applicant considered to extend the delivery distance of the radiopharmaceutical by adopting the following delivery method. This delivery method does not wait for all the predetermined quality tests to be completed after manufacturing, starts transporting the product (radiopharmaceutical), and before the product is delivered to the medical institution, Complete a predetermined quality test with the extracted sample. Products that pass the quality test are delivered as they are, and products that fail are returned without being delivered.

  Hereinafter, such a delivery method is referred to as a preceding transport method. Patent Document 2 listed below proposes an electronic lock that is used in the preceding transport method. This electronic lock is used to lock a box for carrying a radiopharmaceutical and prevents the box from being opened until the quality test of the sample is completed.

JP 2007-280022 A JP 2012-67515 A

  In order for the advance transportation system to be implemented appropriately, it is necessary that the product is delivered to the medical institution without the quality test being completed, and that the product that has failed the quality test is delivered to the medical institution. It is necessary to prevent.

  This invention is made | formed in view of such a situation, and provides the technique for providing the radiopharmaceutical by which safety | security was ensured to a wider range of medical institutions.

  Each aspect of the present invention employs the following configurations in order to solve the above-described problems.

  The first aspect relates to a delivery management system. The delivery management system according to the first aspect relates to storage processing means for storing the radiopharmaceutical deliverer information in association with determination status information indicating the status of whether or not the radiopharmaceutical can be shipped in a first storage unit, Notification means for notifying the determination status of the radiopharmaceutical indicated by the determination status information to the delivery terminal corresponding to the delivery information, and detection means for detecting the confirmation status of the notified determination status at the delivery terminal. And a display processing means for outputting a screen for associating and displaying the determination status of the radiopharmaceutical indicated by the determination status information and the confirmation status of the determination status to the display unit.

  The second aspect relates to a delivery management method executed by at least one computer. In the delivery management method according to the second aspect, the radiopharmaceutical drug delivery person information is stored in the first storage unit in association with the judgment status information indicating the status of the radiopharmaceutical shipping availability judgment, Notifying the corresponding deliverer terminal of the determination status of the radiopharmaceutical indicated by the determination status information, detecting the confirmation status of the notified determination status at the deliverer terminal, and indicating the determination status information Outputting a screen that displays the determination status of the radiopharmaceutical and the confirmation status of the determination status in association with each other.

  Another aspect of the present invention is a program that causes at least one computer to execute the method according to the second aspect, or a computer-readable recording medium that records such a program. This recording medium includes a non-transitory tangible medium.

  According to each said aspect, the radiopharmaceutical in which safety | security was ensured can be provided with respect to a wider range of medical institutions.

It is a figure which shows notionally the process structural example of the delivery management system in 1st embodiment. It is a figure which shows the example of the output screen in 1st embodiment. It is a flowchart which shows the operation example of the delivery management system in 1st embodiment. It is an image figure of the delivery management method in 1st embodiment. It is a figure which shows notionally the system configuration example of the delivery management system in 2nd embodiment. It is a figure which shows notionally the process structural example of the delivery management server in 2nd embodiment. It is a figure which shows the example of a delivery information table. It is a figure which shows the example of a delivery person information table. It is a figure which shows the example of a determiner information table. It is a figure which shows the example of a delivery information management screen. It is a figure which shows the example of a shipment management screen. It is a figure which shows the example of the email used for the notification of a judgment condition. It is a flowchart which shows the operation example of the delivery management server in 2nd embodiment (when setting a delivery person to delivery information). It is a flowchart which shows the operation example of the delivery management server in 2nd embodiment (when a judgment person judges shipment propriety). It is a flowchart which shows the operation example of the delivery management server in 2nd embodiment (when detecting the confirmation condition with respect to a determination condition). It is a figure which shows notionally the process structural example of the delivery management server in a modification.

  Embodiments of the present invention will be described below. In addition, each embodiment given below is an illustration, respectively, and this invention is not limited to the structure of each following embodiment.

[First embodiment]
[Processing configuration]
FIG. 1 is a diagram conceptually illustrating a processing configuration example of the delivery management system 100 in the first embodiment. As illustrated in FIG. 1, the delivery management system 100 includes a storage processing unit 101, a notification unit 102, a detection unit 103, and a display processing unit 104. The storage unit 110 and the display unit 111 will be described later. The delivery management system 100 manages the delivery of radiopharmaceuticals using the advance transportation method. The pre-transport method means that the product (radiopharmaceutical) starts to be transported without waiting for all the predetermined quality tests to be completed after manufacturing, and before the product is delivered to the medical institution. In this method, a predetermined quality test is completed with a sample extracted from the sample. In this method, products that pass the quality test are delivered as they are, and products that fail are returned without being delivered. The radiopharmaceuticals referred to in the present invention are short-lived nuclides (single photon nuclides ( ¹²³ I, ^99m Tc, etc.) and positron nuclides ( ¹¹ C, ¹⁸ F, etc.), preferably used in nuclear medicine examinations such as SPECT and PET. Is a short-lived radiopharmaceutical using ¹⁸ F).

  The storage processing unit 101 stores the radiopharmaceutical distributor information in the storage unit 110 in association with the determination status information indicating the status of the radiopharmaceutical shipping availability determination. The delivery person information is information for specifying a delivery person who is a person in charge of delivering the radiopharmaceutical from the delivery source to the delivery destination or a delivery person terminal used by the delivery person. For example, the deliverer information may be the mail address or user ID of the relevant deliverer, or the address of the relevant deliverer terminal itself, or identification data that can identify them. In addition to the information for specifying the deliverer or the deliverer terminal, the deliverer information may include other information related to the deliverer.

  As described above, the determination status information indicates the status of the radiopharmaceutical shipping availability determination. Whether or not a radiopharmaceutical can be shipped is determined by a person in charge (hereinafter referred to as a determiner) having a determination authority at the shipping source of the radiopharmaceutical. The determination authority is given to a limited number of employees at the shipping source. For example, the determiner determines whether the radiopharmaceutical contained in the lot can be shipped based on whether a sample extracted from one manufactured radiopharmaceutical lot passes a predetermined quality test. . However, since the radiopharmaceutical subject to the quality test is usually being transported at the time of the determination in the advance transportation method, the determination is the same as the determination as to whether or not the radiopharmaceutical can be delivered. This determination is described as “shipment availability determination”. The unit of determination by the determiner may be a radiopharmaceutical within the same production lot, or a group of radiopharmaceuticals that are transported from one shipping source at a time and delivered to one delivery destination at a time. The determination status information indicates at least whether shipment is possible or not possible. However, the judgment status information may indicate other situations, for example, a test in progress.

  The notification unit 102 notifies the delivery terminal corresponding to the delivery information about the determination status of the radiopharmaceutical indicated by the determination status information. Here, “notify the deliverer terminal” means that the deliverer indicated by the deliverer information can receive the notice. The specific method of notification by the notification unit 102 is not limited. For example, the notification unit 102 may notify the e-mail addressed to the mail address of the deliverer specified by the deliverer information. In addition, the notification unit 102 may perform a push-type notification with the user account of the deliverer specified by the deliverer information as a destination. The notification unit 102 can use all notification methods such as notification functions such as e-mail and SNS (Social Networking Service), messages, bulletin boards, and chats.

  The detection unit 103 detects the confirmation status of the determination status notified by the notification unit 102 at the delivery terminal. The specific detection method of the confirmation status is not limited. For example, the detection unit 103 can detect the confirmation status based on whether or not an e-mail from the delivery person has been received. Further, the detection unit 103 can detect the confirmation status based on whether or not a predetermined operation (for example, pressing of a confirmation button) is performed in the transmitted screen data (for example, WEB page). The confirmation status detected by the detection unit 103 indicates an unconfirmed state or a confirmed state.

The display processing unit 104 outputs, to the display unit 111, a screen that displays the determination status of the radiopharmaceutical indicated by the determination status information and the confirmation status of the determination status in association with each other.
FIG. 2 is a diagram illustrating an example of an output screen in the first embodiment. In the example of FIG. 2, the determination status and the confirmation status are displayed on the same line, thereby indicating the relationship between the two. However, the display method of the relationship between the determination status and the confirmation status is not limited to the example of FIG. For example, the area for displaying the determination status and the area for displaying the confirmation status may be connected by an arrow or a solid line.

[Hardware configuration]
The delivery management system 100 is realized by one computer or a plurality of computers. Each computer that implements the delivery management system 100 has, for example, the same hardware configuration as the delivery management server 10 in the second embodiment to be described later. The storage processing unit 101, the notification unit 102, the detection unit 103, and the display processing unit 104 each execute a program stored in the memory of one or more computers by a CPU (Central Processing Unit) of the one or more computers. Realized. When the delivery management system 100 is realized by a plurality of computers, it is arbitrary which computer the storage processing unit 101, the notification unit 102, the detection unit 103, and the display processing unit 104 are realized by. For example, the notification unit 102 and the detection unit 103 are realized on a mail server device, and the storage processing unit 101 and the display processing unit 104 are realized on a WEB server device.

  The storage unit 110 is realized on a memory. The display unit 111 is a device that displays a screen corresponding to drawing data, such as an LCD (Liquid Crystal Display) or a CRT (Cathode Ray Tube) display. The storage unit 110 and the display unit 111 may be provided by a device included in the delivery management system 100 or may be provided by a device outside the delivery management system 100. For example, the display unit 111 is provided in a user terminal such as a maker terminal, a delivery company terminal, or a deliverer terminal described later. In this case, the display processing unit 104 transmits drawing data to the user terminal so that the above-described screen is displayed on the display unit 111 of the user terminal.

[Operation example / Delivery management method]
FIG. 3 is a flowchart showing an operation example of the delivery management system 100 in the first embodiment. The delivery management method in the first embodiment is executed by at least one computer that implements the delivery management system 100, as shown in FIG. Each step shown in the figure is the same as the processing content of each processing module described above that the delivery management system 100 has, and therefore details of each step are omitted as appropriate.

  FIG. 4 is an image diagram of a delivery management method in the first embodiment. Hereinafter, the delivery management method in the first embodiment will be described with reference to FIGS. 3 and 4. The delivery management method in this embodiment includes (S101), (S102), (S103), and (S104).

  In (S101), the delivery management method stores the radiopharmaceutical deliverer information in the storage unit 110 in association with determination status information indicating the status of the radiopharmaceutical shipping availability determination. The storage unit 110 may be included in a computer that is an execution subject of the delivery management method, or may be included in another computer. The specific content of (S101) is the same as the processing content of the storage processing unit 101. As shown in FIG. 4, the determiner JG confirms the result of the quality test at the shipping source, and determines whether or not to ship based on this result. The determination status information indicating the determination status is associated with the radiopharmaceutical deliverer information. At this time, the manufactured radiopharmaceutical is already transported from the shipping source to the delivery destination.

  In (S102), the delivery management method notifies the delivery terminal corresponding to the delivery person information of the radiopharmaceutical determination status indicated by the determination status information. The specific content of (S102) is the same as the processing content of the notification unit 102. Thereby, as shown in FIG. 4, the delivery management system 100 notifies the delivery terminal CR of the determination status. In the normal flow, the deliverer using the deliverer terminal CR confirms the notification.

  In (S103), the delivery management method detects the confirmation status at the delivery terminal of the determination status notified in (S102). The specific content of (S103) is the same as the processing content of the detection unit 103. Here, the delivery management system 100 detects that the determination status has been confirmed at the deliverer terminal CR or has not been confirmed.

  In (S <b> 104), the delivery management method outputs to the display unit 111 a screen that displays the radiopharmaceutical determination status indicated by the determination status information and the determination status confirmation status in association with each other. The display unit 111 may be included in a computer that is an execution subject of the delivery management method, or may be included in another computer. The specific content of (S104) is the same as the processing content of the display processing unit 104. For example, the output screen is output to a terminal used by a logistics officer, a delivery manager, or the like.

[Operation and Effect in First Embodiment]
As described above, in the first embodiment, the radiopharmaceutical drug deliverer information is stored in association with the determination status information indicating the status of the radiopharmaceutical shipping availability determination. Based on the association information, the delivery terminal is notified of the determination status of the radiopharmaceutical. With this notification, the delivery person can immediately grasp the status of the radiopharmaceuticals he / she is transporting, and whether or not it should be delivered as it is or whether it should be returned to the shipper. Future actions can be decided quickly. In addition, since the destination of the notification does not need to be confirmed with the person in charge of managing the deliverer and can be derived from the deliverer information associated with the determination status information, the time and labor required for notification of the determination status are reduced. can do.

  Furthermore, in the first embodiment, the confirmation status of the notified determination status at the delivery terminal is detected, and a display screen in which the determination status of the radiopharmaceutical and the confirmation status are associated is output. According to this display screen, the person in charge of logistics or the administrator of the delivery person can immediately grasp whether or not the delivery person has confirmed the determination result of the availability of shipment. As a result, it is possible to take immediate action such as separately contacting the delivery person who is in an unconfirmed state. As a result, it is possible to prevent the product from being delivered to the delivery destination in a state where the quality test has not been completed and the product that has failed the quality test from being delivered to the delivery destination. Radiopharmaceuticals can be delivered properly.

  Hereinafter, further details of the above-described first embodiment will be described as a second embodiment. In the following, a delivery model in which a radiopharmaceutical manufacturer delivers a radiopharmaceutical to a medical institution that is a delivery destination using the transportation means of the delivery company is exemplified. The shipper is the factory of the radiopharmaceutical manufacturer. However, application of the following second embodiment is not limited only to such a delivery model. The transportation means of the delivery company may not be used, and the delivery destination may not be a medical institution.

[Second Embodiment]
〔System configuration〕
FIG. 5 is a diagram conceptually showing a system configuration example of the delivery management system 1 in the second embodiment. As shown in FIG. 5, the delivery management system 1 includes a delivery management server 10, a manufacturer terminal 5, a delivery company terminal 7, a deliverer terminal 8, and the like, and manages the delivery of radiopharmaceuticals by the preceding transport method. Hereinafter, a radiopharmaceutical may be referred to as a product.

  The delivery management server 10 is a so-called computer and includes a CPU (Central Processing Unit) 11, a memory 12, an input / output interface (I / F) 13, a communication unit 14 and the like as shown in FIG. In addition to a general CPU, the CPU 11 includes an application specific integrated circuit (ASIC), a DSP (Digital Signal Processor), a GPU (Graphics Processing Unit), and the like. The memory 12 is a RAM (Random Access Memory), a ROM (Read Only Memory), or an auxiliary storage device (such as a hard disk).

The input / output I / F 13 can be connected to user interface devices such as the display device 15 and the input device 16. The display device 15 is a device that displays a screen corresponding to drawing data processed by the CPU 11 or the like, such as an LCD or a CRT display. The input device 16 is a device that receives an input of a user operation such as a keyboard and a mouse. The display device 15 and the input device 16 may be integrated and realized as a touch panel.
The communication unit 14 communicates with other computers via the communication network 2 and exchanges signals with other devices. A portable recording medium or the like can be connected to the communication unit 14.

  The hardware configuration of the delivery management server 10 is not limited to the example of FIG. The delivery management server 10 may include other hardware elements not shown. Further, the number of hardware elements is not limited to the example of FIG. For example, the delivery management system 1 may have a plurality of delivery management servers 10, and the delivery management server 10 may have a plurality of CPUs 11.

  The delivery management server 10 is communicably connected to the communication network 2 via the communication unit 14. The delivery management server 10 can communicate with other computers such as the manufacturer terminal 5, the distribution server 6, the delivery company terminal 7, and the deliverer terminal 8 via the communication network 2. The communication network 2 is formed by a combination of Wi-Fi (Wireless Fidelity) line network, Internet communication network, dedicated line network, LAN (Local Area Network), WAN (Wide Area Network) and the like. However, in the second embodiment, the communication form between computers via the communication network 2 is not limited.

  The manufacturer terminal 5, the delivery company terminal 7, and the deliverer terminal 8 are portable or stationary general computers. Each terminal 5, 7, and 8 has a CPU 11, a memory 12, an input / output I / F 13, a communication unit 14, a display device 15, an input device 16, and the like as hardware elements. Each of these terminals is not limited in hardware configuration as long as it can communicate with the delivery management server 10, display a screen, detect a user operation on the displayed screen, and the like. Hereinafter, the terminals 5, 7, and 8 may be collectively referred to as user terminals.

  In the second embodiment, the user of each user terminal is assumed as follows for convenience of explanation. The user of the maker terminal 5 is a person in charge of the logistics department and the above-described determiner. The user of the delivery company terminal 7 is a manager in charge of managing deliverers in the delivery company. The user of the delivery terminal 8 is a delivery person who transports the radiopharmaceutical. However, the users of the terminals 5, 7, and 8 are not limited.

  The manufacturer terminal 5, the delivery company terminal 7, and the delivery person terminal 8 only need to have general functions of the general-purpose computer, and their processing configurations are arbitrary. For example, in this embodiment, since the notification of the determination status of whether or not shipment is possible is performed by e-mail, client software for e-mail is installed in the deliverer terminal 8. In addition, client software (WEB browser, application, etc.) for displaying various screens by data provided from the delivery management server 10 is installed in these user terminals.

[Processing configuration]
FIG. 6 is a diagram conceptually illustrating a processing configuration example of the delivery management server 10 in the second embodiment. As shown in FIG. 6, the delivery management server 10 includes an information storage unit 20, a capture processing unit 21, an access control unit 22, a storage processing unit 23, a display processing unit 24, a detection unit 25, a notification unit 26, and delivery acquisition. Unit 27, output processing unit 28, and the like. Each of these processing modules is realized, for example, by executing a program stored in the memory 12 by the CPU 11. The program may be installed via a communication unit 14 from a portable recording medium such as a CD (Compact Disc) or a memory card or another computer, and may be stored in the memory 12.

  The information storage unit 20 includes a delivery information table, a deliverer information table, a determiner information table, and the like. FIG. 7 is a diagram illustrating an example of a delivery information table, FIG. 8 is a diagram illustrating an example of a deliverer information table, and FIG. 9 is a diagram illustrating an example of a determiner information table. The information storage unit 20 includes other tables. For example, the information storage unit 20 further includes a factory information table, a product information table, a medical institution information table, a delivery company information table, and the like. The factory information table stores a factory ID and a factory name for each factory. The product information table stores a product ID and a product name for each product type of radiopharmaceutical. The medical institution information table stores a medical institution ID and a medical institution name for each medical institution. The delivery company information table stores a delivery company ID and a delivery company name for each delivery company.

  The delivery information table is a specific example of the storage unit 110 in the first embodiment. The delivery information table is a specific example of the first storage unit and the third storage unit of the present invention. The delivery information table stores, as one data record, delivery information of “delivery units” in which manufactured radiopharmaceuticals are delivered from one shipping source to one delivery destination at a time. Each data record of the delivery information table includes a plurality of data items. The delivery information table in the example of FIG. 7 includes a delivery ID, a factory ID, a medical institution ID, an examination date, a shipment date, a shipment time branch number, a product ID, a delivery company ID, a delivery charge branch number, a deliverer ID, an arrangement number, It has a plurality of data items of original document number, shipping judgment status, expected date / time, judgment person ID, judgment date / time, notification date / time, confirmation status, response date / time, and delivery date / time.

  The delivery ID is identification information of a record stored in the delivery information table. That is, the delivery ID is ID data for identifying a “delivery unit” in which the manufactured radiopharmaceutical is delivered from one shipping source to one delivery destination at a time. By using this delivery ID, one record in the delivery information table can be specified. The factory ID is identification information of a factory that is a shipping source. The medical institution ID is identification information of a medical institution that is a delivery destination. The date and time of certification indicates the point in time when the product should have the radioactivity presented. The shipping date and time indicates the time when the product is shipped. The date of verification and the date of shipment may be indicated by date, or may be indicated by date and time. The shipping time branch number is a number uniquely assigned to the shipping timing. That is, different numbers are assigned to the shipping time branch numbers of the delivery information (records) having different shipping dates and times. However, different numbers may be assigned to the shipping time branch numbers of the delivery information for which the same shipping date and time is set. This is because there is a limit on the number of people who can perform the shipping work at the same timing, so strictly speaking, even if the same shipping date and time is set, the timing of the shipping work may be mixed. . In such a case, the order of shipping operations at the same timing can be expressed by assigning different numbers to the shipping time branch numbers.

  The product ID is identification information of the type of radiopharmaceutical to be shipped. The delivery company ID is identification information of a company in charge of product delivery. The delivery branch number is information indicating the allocation of the deliverer to each delivery unit indicated by each delivery information (each record). The delivery person ID is delivery person identification information. According to the delivery person ID, each delivery person can be identified. On the other hand, according to the delivery charge branch number, it is not possible to identify individual deliverers, but it is possible to determine whether or not the same deliverer is responsible for each delivery unit. The arrangement number is identification information of arrangement information of the delivery company. The original document number is a unique number assigned to a medical institution that is a delivery destination by a delivery company. The determination status corresponds to the above-described determination status information, and indicates the status of shipping availability determination. In the present embodiment, the determination status is set to one of shipment possible, shipment impossible, and testing. The predicted date and time is information set when the determination status indicates that the test is in progress, and indicates an expected time point when it is determined whether shipment is possible or impossible. The determiner ID is identification information of the determiner who performed the determination indicated by the determination status. The determination date and time indicates the time when the determination indicated by the determination status is performed. For example, information indicating the time when the determination status is updated is set as the determination date. The notification date and time indicates a point in time when the determination status is notified to the deliverer terminal 8. The confirmation status is information indicating whether or not the determination status notified by the deliverer terminal 8 has been confirmed. The response date and time indicates a point in time when the determination status is confirmed. In the present embodiment, the determination status confirmation status is determined by the presence or absence of a predetermined operation on the screen data (WEB page) provided from the delivery management server 10. Therefore, the time when the predetermined operation is detected is set as the response date and time. The delivery date and time indicates the time when the product is delivered. The expected date / time, determination date / time, notification date / time, response date / time, and delivery date / time may be indicated by a date, or may be indicated by a date and time.

  However, the above-described data items included in the delivery information table in FIG. 7 are examples. The delivery information table may include other data items, and some of the data items described above may be omitted. For example, the arrangement number and the original document number may be omitted. Also, the delivery ID may be omitted. This is because the “delivery unit” can be identified by a combination of product ID, factory ID, verification date / time, shipping date / time, and shipping time branch number. In addition, the delivery date and time, delivery company name, etc. to the delivery destination may be included. In addition, each data item (such as shipping date and time) that stores date information may be divided into a date item and a time item.

  The delivery person information table stores destination information for notification of determination status for each delivery person. In the example of FIG. 8, the delivery information table stores one delivery person information as one data record. The delivery information table includes a plurality of data items such as a delivery company ID, a deliverer ID, a deliverer name, and an email address. The delivery company ID is identification information of the delivery company to which the delivery person belongs, and is also set in the delivery information table. The delivery person ID is identification information of the delivery person and is also set in the delivery information table. The name of the deliverer indicates the name of the deliverer, and the mail address is the destination information for notification of the determination status. In this embodiment, since the notification of the determination status is performed by electronic mail, the mail address of the delivery person is set as the destination information.

  The determiner information table stores, for each determiner who determines whether or not a radiopharmaceutical can be shipped, information on a shipping source in charge of the determiner. The determiner information table is a specific example of the second storage unit of the present invention. In the example of FIG. 9, the determiner information table stores information of one determiner as one data record. The determiner information table includes a plurality of data items such as a factory ID, a determiner ID, a determiner name, and a password. The factory ID is identification information of a factory for which the determiner is in charge of determination, and is also set in the delivery information table. The determiner ID is identification information of the determiner and is also set in the delivery information table. The judge name indicates the name of the judge. The password is authentication information of the judge.

  The above-described data items included in the deliverer information table and the determiner information table are examples. The delivery person information table and the determiner information table may include other data items, and some of the above-described data items may be omitted.

  The take-in processing unit 21 obtains shipment details data from a host system (not shown). In the host system, shipping order data is generated by processing order information and the like. As a result, the shipping specification data acquired by the capture processing unit 21 includes, for each delivery unit, the factory ID that is the shipping source, the ID of the medical institution that is the delivery destination, the verification date, the shipping date, the product ID, and the like. included. The capture processing unit 21 generates a data record to be stored in the delivery information table of the information storage unit 20 based on the acquired shipping specification data, and stores the generated data record in the delivery information table.

  The access control unit 22 controls access from each user terminal using the user ID sent from each user terminal. Specifically, the access control unit 22 specifies an access level corresponding to the user ID acquired from the accessing user terminal, and notifies the display processing unit 24 of the access level. For example, the access control unit 22 holds correspondence information between user IDs and belonging groups (distribution charge group, shipping charge group, delivery company group, etc.) and correspondence information between belonging groups and access levels. Using the information, an access level corresponding to the acquired user ID is specified. Further, the access control unit 22 may hold correspondence information between the user ID and the access level. Depending on the identified access level, access (display) to a certain screen and whether data can be changed on that screen are controlled. The access control unit 22 can also confirm the legitimacy of the user based on the user ID sent from each user terminal. For confirmation of validity, PIN (Personal Identification Number) authentication such as a password may be performed, or biometric authentication may be performed.

  By the way, the determiner is a limited person in charge who is given the authority to determine whether shipment is possible among the employees of the manufacturer. Then, there is a screen that allows access only to the determiner, such as a shipping management screen (see FIG. 11) described later. Therefore, the information of each determiner is managed by the above-described determiner information table, and the access control unit 22 authenticates the determiner using authentication information (such as a password) stored in the determiner information table. For example, the access control unit 22 collates input data acquired by the display processing unit 24 described later with data stored in the determiner information table, so that the user who inputs the input data is the determiner. Confirm whether or not. However, the access authority of the determiner may be controlled using an access level corresponding to the above-mentioned group. In this case, a determiner group to which the determiner belongs is provided.

  In this embodiment, users belonging to the logistics group, shipping group, and delivery company group are allowed to access a delivery information management screen (see FIG. 10) that displays information stored in the delivery information table. Users belonging to the delivery company group are permitted to access a delivery person management screen (not shown) that displays information stored in the delivery person information table. Further, the determiner user is permitted to access a later-described shipping management screen (see FIG. 11) and a determiner management screen (not shown) for displaying information stored in the determiner information table.

  The storage processing unit 23 acquires the arrangement data input by the delivery company terminal 7, and based on the arrangement data, stores the delivery company ID and the delivery charge branch number in the record stored in the delivery information table of the information storage unit 20. The arrangement number and the original document number are stored. Further, the storage processing unit 23 acquires a deliverer ID obtained by user input on a delivery information management screen (see FIG. 10) described later, and sets the deliverer ID in the corresponding record. The storage processing unit 23 can specify the corresponding record to be set using the delivery ID acquired together with the delivery person ID. This user input is performed by a logistics person or a delivery company manager. The storage processing unit 23 corresponds to the storage processing unit 101 in the first embodiment.

  The storage processing unit 23 acquires determination status information, determination date / time information, expected date / time information, and the like obtained by user input on a later-described shipping management screen (see FIG. 11) from the display processing unit 24 together with the delivery ID and the determiner ID. The acquired information is set in the record specified by the delivery ID in the delivery information table. Further, the storage processing unit 23 acquires the transmission time and delivery ID of the e-mail from the notification unit 26 described later, and sets the transmission time to the notification date and time of the record specified by the delivery ID in the delivery information table.

  Further, the storage processing unit 23 stores information indicating the confirmation status detected by the detection unit 25 described later in a corresponding record of the delivery information table. When the detected confirmation status indicates confirmed, the storage processing unit 23 obtains the response date and time information together with the confirmation status from the detection unit 25, and stores the response date and time information in the corresponding record. At this time, the storage processing unit 23 also acquires a delivery ID or a deliverer ID from the detection unit 25 in order to specify a record that is a storage destination of the delivery information table. Furthermore, when the determination status is notified to the deliverer terminal 8, the storage processing unit 23 acquires the notification date information and the delivery ID from the notification unit 26, and stores the information in the data record corresponding to the delivery ID in the delivery information table. Set the acquired notification date and time information.

  Further, when the determination status is notified to the deliverer terminal 8, the storage processing unit 23 stores it in the delivery information table of the information storage unit 20 in association with the determination status information indicating the determination status other than whether shipment is possible or not. Change the information indicating the confirmed status from the confirmed status to the unconfirmed status. The change timing of the confirmation status may be a timing at which the changed determination status information or the changed expected date / time information is reflected in the target data record of the delivery information table, or the determination status is notified to the deliverer terminal 8. May be the timing. Here, in the present embodiment, the determination status other than the availability of shipment and the rejection of shipment is “under test”. Therefore, the storage processing unit 23 changes the confirmation status set to the confirmed status associated with the determination status indicating “under test” to the unconfirmed status. However, in the case where a determination status other than “Shipable”, “No shipment”, and “Under test” is provided, the storage processing unit 23 sets the confirmation status associated with the determination status to an unconfirmed status. change. This process resets (initializes) the confirmation status that has already been set to the confirmed status, and therefore prevents the confirmation status from showing the wrong judgment status even when the judgment status is notified multiple times. Can do. By the way, in this embodiment, as will be described later, after the determination status indicating whether shipping is possible or not is notified to the deliverer terminal 8, the shipping management screen is controlled so that the notified determination status cannot be changed. (Display processing unit 24). It is difficult to think of a scene in which the judgment person overturns the judgment on whether the shipment has already been made or the shipment has been rejected. It will be confusing. Therefore, as a result, the storage processing unit 23 does not perform the confirmation status changing process described above for the confirmation status associated with the determination status of shipment availability and shipment rejection.

  The storage processing unit 23 stores the delivery date information acquired by the delivery acquisition unit 27 in the delivery information table.

  The display processing unit 24 displays various screens on each user terminal in response to a request from each user terminal. At this time, the display processing unit 24 controls whether or not to display various screens and whether or not user operations can be performed on the various screens based on the access level of each user specified by the access control unit 22. The interface between the delivery management server 10 and each user terminal for displaying the screen on the user terminal is not limited. For example, when a WEB system is used as the interface, the display processing unit 24 transmits WEB page data (text data, HTML (HyperText Markup Language) data, image data, programs, etc.) corresponding to the request to the user terminal. . Further, the display processing unit 24 transmits content data to be used by an application activated on each user terminal.

  The display processing unit 24 displays a delivery information management screen on the user terminal. The delivery information management screen includes a determination status of the radiopharmaceutical, a determination status of the determination status, and a delivery person information in a delivery unit in which a kind of radiopharmaceutical is delivered from one shipping source to one delivery destination at a time. It is a screen which displays a plurality of delivery information. The display processing unit 24 displays a record stored in the delivery information table of the information storage unit 20 as delivery information. The delivery information management screen is a specific example of the output screen (see FIG. 2) in the first embodiment and the first list screen of the present invention. The display processing unit 24 corresponds to the display processing unit 104 in the first embodiment. In this case, the display unit 111 in the first embodiment corresponds to the display device 15 included in the user terminal.

  FIG. 10 is a diagram illustrating an example of a delivery information management screen. The delivery information management screen is formed by a screen component DC1 for search, a delivery information list DC2, a plurality of operation buttons, and the like. When a user operation on the search button DC11 is detected, the display processing unit 24 searches the delivery information table in the information storage unit 20 using the data item specified in the screen component DC1 as a search condition. To instruct. The display processing unit 24 displays the list DC2 based on the record extracted from the delivery information table by the information extraction unit 29. However, the delivery information management screen is not limited to the example of FIG.

  For example, the display processing unit 24 displays a drop-down list for inputting a delivery company and a factory in the screen component DC1. This drop-down list is generated based on information stored in the delivery company information table and the factory information table. Thereby, the user can designate a search condition by the delivery company name and the factory name, and the display processing unit 24 can acquire the delivery company ID and the factory ID as the search conditions. Further, in the screen component DC1, the shipping date and time in the delivery information table can be specified separately for the date (shipping date) and the time (shipping time).

  In the list DC2, one data record of the delivery information table is displayed on one line. That is, a delivery unit in which a kind of radiopharmaceutical is delivered from one shipping source to one delivery destination at a time is displayed in one line. In the product name column, the product name associated with the product ID of the delivery information table and stored in the product information table is displayed. In the medical institution name column, the name of the medical institution associated with the medical institution ID of the delivery information table and stored in the medical institution information table is displayed. In the confirmation status column, “confirmed” is displayed as a black square, and “unconfirmed” is displayed as a white square.

  The display processing unit 24 displays the deliverer name field in the list DC2 so that input is possible. The display processing unit 24 can also display so that fields other than the delivery name column cannot be input. The display processing unit 24 displays a drop-down list for inputting in the delivery name column. This drop-down list is generated based on information stored in the deliverer information table of the information storage unit 20. As a result, the user can input the delivery name by selecting the delivery name, and the display processing unit 24 can acquire the delivery ID as input information. At this time, the display processing unit 24 can specify the line in the list DC2 that is selected by the user operation together with the shipper name column, and can specify the delivery ID corresponding to the line. The acquired delivery person ID is sent to the storage processing unit 23 together with the delivery ID, and is set in the corresponding record of the delivery information table as described above.

  The display processing unit 24 displays on the user terminal a shipping management screen for the determiner to manage the status of the shipping availability determination. In the shipping management screen, each judgment status changes, including multiple delivery information, each including the judgment status of the radiopharmaceuticals shipped from the factory (shipping source) that the judge is responsible for to multiple medical institutions (delivery destinations) It is a screen to be displayed so that it can be done. The shipment management screen is a specific example of the second list screen of the present invention.

  The display processing unit 24 controls the shipping management screen to be displayed only on the user terminal used by the determiner based on the determination result of the determiner by the access control unit 22. For example, when the display of the shipment management screen is requested from the user terminal, the display processing unit 24 displays a screen for inputting the determiner ID and the password on the user terminal. The display processing unit 24 can obtain the authentication result of the determiner by passing the data input to the screen to the access control unit 22.

  When the access control unit 22 confirms that the display processing unit 24 is a determiner, the display processing unit 24 displays a shipment management screen as follows. For example, the display processing unit 24 instructs the information extraction unit 29 to perform a search using the determiner ID confirmed to be the determiner as a key, and is extracted from the determiner information table by the information extraction unit 29. The factory ID corresponding to the determiner ID (shipping source information corresponding to the login user) is acquired. Further, the display processing unit 24 instructs the information extracting unit 29 to extract delivery information shipped from the factory (shipping source) indicated by the acquired factory ID. The display processing unit 24 displays a shipping management screen using the information extracted from the delivery information table by the information extracting unit 29.

  FIG. 11 is a diagram illustrating an example of a shipment management screen. The shipment management screen is formed by a screen component DC5 for search and a delivery information list DC6, a plurality of operation buttons (including an update button DC7 and a transmission button DC8), and the like. When a user operation on the search button DC51 is detected, the display processing unit 24 searches the delivery information table in the information storage unit 20 using the data item specified in the screen component DC5 as a search condition. To instruct. The display processing unit 24 displays the list DC6 based on the record extracted from the delivery information table by the information extraction unit 29. In the example of FIG. 11, the factory and the product name are always specified in the screen part DC5. However, the shipment management screen is not limited to the example of FIG.

  For example, the display processing unit 24 displays a drop-down list for inputting a factory and a product name in the screen component DC5. This drop-down list is generated based on information stored in the factory information table and the product information table. Thereby, the user can designate a search condition by the factory name and the product name, and the display processing unit 24 can acquire the factory ID and the product ID as the search condition. However, the display processing unit 24 may set the factory ID corresponding to the user's determiner ID as an initial value in the factory field in the screen component DC5, and may perform control so that the factory field cannot be input. This is because the determiner may not have the authority to determine a product shipped from a factory that he / she is not in charge of.

  In the list DC6, one data record of the delivery information table is displayed on one line. That is, a delivery unit in which a kind of radiopharmaceutical is delivered from one shipping source to one delivery destination at a time is displayed in one line. Each line included in the list DC6 can also be described as delivery information or shipment information. The display processing unit 24 displays the determination item column, the determination expected time column, and the transmission target column in the list DC6 so that they can be input. The display processing unit 24 can also display so that fields other than the determination item field, the estimated predicted time field, and the transmission target field cannot be input.

  The display processing unit 24 displays a drop-down list in the determination item column for input of whether or not shipment is possible. This drop-down list displays “available to ship”, “not available to ship”, and “during testing” as selection status choices. The display processing unit 24 holds the determination status options selected from the drop-down list as determination status information. The display processing unit 24 also holds the predicted date / time information input in the estimated predicted time column. At this time, the display processing unit 24 identifies the line in the list DC6 that is selected by the user operation together with the determination item field or the estimated predicted time field, and also holds the delivery ID corresponding to the line.

  Incidentally, products manufactured in the same lot may be shipped to a plurality of medical institutions. In this case, the delivery information table includes a plurality of data records having the same verification date and product ID, and a plurality of rows corresponding to the plurality of data records exist in the list DC6 of the shipment management screen. Further, the determiner may collectively determine whether or not to ship products manufactured in the same lot. In such a case, the same determination status is collectively determined for a plurality of delivery information indicated by a plurality of lines in the list DC6. In such a case, the display processing unit 24 determines another row indicating delivery of a product manufactured in the same lot when a certain row in the list DC6 is selected and input to the determination item column. The entered judgment status is also automatically set in the item column. As a result, the judge does not need to repeatedly set the same judgment status for a plurality of deliveries when batch judgment is made for products manufactured in the same lot without setting the same judgment status. Labor can be reduced. Note that the determiner ID has already been acquired in the determination of the determiner by the access control unit 22.

  When a user operation on the update button DC7 is detected, the display processing unit 24 sends the information held as described above to the storage processing unit 23, thereby reflecting the information in the delivery information table. For example, when the determination status information is held, the display processing unit 24 determines the time when the user operation for the update button DC7 is detected as the determination date information, and the determination date information and the held determination status information are The data is delivered to the storage processing unit 23 together with the delivery ID and the judge ID. When the predicted date / time information is held, the display processing unit 24 passes the predicted date / time information to the storage processing unit 23 together with the delivery ID and the determiner ID.

  The display processing unit 24 displays an operation component for designating a line in the list DC6 in the transmission target column. When the display processing unit 24 detects a user operation on the transmission button DC8, the display processing unit 24 identifies the delivery ID corresponding to the row designated as the transmission target, and the notification unit 26 together with the determination status information set in the row. To pass. In addition, the display processing unit 24 passes the predicted date / time information input in the predicted predicted time column to the notification unit 26 together with the determination status information indicating that the test is being performed and the delivery ID. As a result, determination status information or determination status information and expected date and time information are notified to the deliverer terminal 8 of the deliverer corresponding to the delivery ID designated as the transmission target.

  The display processing unit 24 controls the shipping management screen so that the notified determination status cannot be changed after the determination status indicating whether shipment is possible or not is notified to the deliverer terminal 8. For example, the display processing unit 24 sets a location for displaying the notified determination status to an inoperable (inactive) state. In addition, when an operation is performed on the location, the display processing unit 24 can display a message indicating that the change cannot be made and control the determination status not to be changed. In the example of FIG. 11, the display processing unit 24 controls the shipment management screen so that the determination status indicating whether shipment is possible or not notified to the deliverer terminal 8 in the determination item column cannot be changed. As a result, it is possible to prevent the delivery person from being confused by erroneously changing the judgment situation in which the judgment person has already determined that the shipment is possible or not, to another situation.

  In the present embodiment, the display processing unit 24 displays a confirmation screen on the deliverer terminal 8 for informing the delivery management server 10 from the deliverer terminal 8 that the determination status has been confirmed. In addition, the display processing unit 24 has a delivery person management screen (not shown) that can update information stored in the delivery person information table, and a determiner management screen that can update information stored in the determiner information table (not shown). Other screens such as (not shown) can also be displayed. The carrier management screen and the determiner management screen may be general screens that display the information stored in the deliverer information table and the determiner information table in a changeable manner.

  The notification unit 26 notifies the delivery terminal 8 of the determination status. The notification unit 26 corresponds to the notification unit 102 in the first embodiment. The notification method by the notification unit 26 is not limited. The notification unit 26 can use all notification methods such as notification functions such as e-mail and SNS (Social Networking Service), messages, bulletin boards, and chats. In the present embodiment, the notification unit 26 notifies the delivery terminal 8 of the determination status using electronic mail. Specifically, the notification unit 26 obtains a delivery ID and determination status information corresponding to a line designated as a transmission target on the shipment management screen from the display processing unit 24, and extracts a search using this delivery ID as a key. The unit 29 is instructed. The notification unit 26 acquires a delivery person ID corresponding to the delivery ID extracted from the delivery information table by the information extraction unit 29. Further, the notification unit 26 instructs the information extraction unit 29 to perform a search using the delivery person ID as a key, and acquires the mail address corresponding to the delivery person ID extracted from the delivery person information table by the information extraction unit 29. To do. The notification unit 26 creates an e-mail including the acquired determination status information as a destination, and transmits the e-mail. Further, when the determination status indicates that the test is being performed, the notification unit 26 acquires the expected date and time information from the display processing unit 24 together with the delivery ID and the determination status information, and includes the acquired determination status information and the predicted date and time information in the content. Create an email. When a plurality of lines are designated as transmission targets on the shipping management screen, the notification unit 26 can simultaneously transmit a plurality of e-mails each including determination status information to the plurality of deliverer terminals 8.

  The notification unit 26 holds in advance text data corresponding to each of shipment availability, shipment rejection, and testing, and uses them to create an e-mail that includes determination status information and expected date and time information. it can. In addition to the determination status information and the expected date / time information, the notification unit 26 may include information on the product being delivered (for example, verification date / time information, factory name of the shipping source, etc.) in the e-mail.

  FIG. 12 is a diagram illustrating an example of an e-mail used for notification of the determination status. FIG. 12 shows an image of an e-mail received by the deliverer terminal 8. In the example of FIG. 12, a confirmation screen for notifying the delivery management server 10 from the delivery terminal 8 that the product verification date / time information (DR1), the determination status information (DR2), and the determination status are confirmed in the body of the e-mail. Information (DR5) (URL) for calling. The notification unit 26 selects a notification sentence corresponding to the determination status information to be notified from the notification sentence (DR2) that can be shipped, the notification sentence (DR3) that cannot be shipped, and the notification sentence (DR4) that is being tested. Set in the body of the email. The notification unit 26 further sets the expected date / time information in the notification sentence (DR4) under test.

  When the information (DR5) is operated on the deliverer terminal 8, the display processing unit 24 displays a confirmation screen on the deliverer terminal 8 as described above. In the URL (DR5), a delivery ID or a delivery person ID of a confirmed delivery person may be included as a parameter in order to specify delivery information whose decision status is confirmed. However, the content of the e-mail used for notification of the determination status is not limited to the example of FIG.

  After the e-mail is transmitted, the notification unit 26 passes the e-mail transmission time to the storage processing unit 23 in order to store the e-mail transmission time as notification date / time information in the delivery information table. At this time, the notification unit 26 also passes the delivery ID acquired when creating the electronic mail to the storage processing unit 23.

  The detection unit 25 detects the confirmation status at the deliverer terminal 8 of the determination status notified by the notification unit 26. The detection unit 25 corresponds to the detection unit 103 in the first embodiment. The detection method of the confirmation status by the detection unit 25 is not limited. In the present embodiment, the detection unit 25 detects the presence / absence of the user's confirmation operation on the confirmation screen provided by the display processing unit 24 as the confirmation state. Specifically, when detecting the confirmation operation, the detection unit 25 determines that the confirmation is completed, and sets the detection time as response date information. On the other hand, the detection part 25 determines with unconfirmed, when confirmation operation is not detected. The detection unit 25 passes the detected confirmation status and response date information to the storage processing unit 23, and reflects the confirmation status and response date information in the delivery information table. At this time, the detection unit 25 can specify a delivery ID or a delivery person ID as information for specifying a storage destination record in the delivery information table in cooperation with the notification unit 26 and the display processing unit 24. The detection unit 25 passes the identified delivery ID or delivery person ID to the storage processing unit 23 together with the confirmation status and response date / time information.

  The detection unit 25 can also detect the presence / absence of a reply mail transmitted from the deliverer terminal 8 by the user's confirmation operation on the confirmation screen as the confirmation status. In this case, in response to the user's confirmation operation, an e-mail reply mail (replacement of destination and sender address) is generated for notification of the determination status, and the reply mail is transmitted from the deliverer terminal 8. A confirmation screen is generated.

  The delivery acquisition unit 27 acquires delivery information in units of delivery as described above from a delivery company system (not shown) or the delivery company terminal 7. As long as the acquired delivery information is information indicating that the delivery has been completed, the specific content is not limited. The delivery acquisition unit 27 acquires delivery date and time as delivery information, for example. Also, the delivery information acquisition method is not limited. For example, delivery information may be input from the delivery company terminal 7 to the delivery information management screen. Further, the delivery information may be automatically acquired from the delivery company system together with the delivery person ID and the delivery company ID. The delivery acquisition unit 27 passes the acquired delivery date / time information together with the delivery person ID or the delivery ID to the storage processing unit 23 to store the delivery date / time information in the corresponding record of the delivery information table.

  The output processing unit 28 warns when delivery information is acquired by the delivery acquisition unit 27 regarding a delivery unit indicating a determination status indicating shipment possible and a confirmation unit indicating unconfirmed status or a delivery unit indicating a determination status other than shipment possible. Output information. Warning information has been delivered even though it has not been confirmed by the shipper that the shipment has been confirmed, or it has been determined that the shipment is not possible or is being tested, that is, it should not be delivered yet. It is information to warn. The output method is not limited. The output processing unit 28 displays warning information on the delivery company terminal 7 that has input the delivery information. Further, the output processing unit 28 transmits the warning information to the system of the delivery company that is the transmission source of the delivery information. The output processing unit 28 may display the warning information on the maker terminal 5 or may output a warning voice or print to the maker terminal 5.

  In addition, the output processing unit 28 may not detect that the determination status is confirmed even after a predetermined time has elapsed after the notification unit 26 is notified of the determination status indicating whether shipment is possible or not. The delivery person information associated with the determination status information indicating the determination status may be output. In other words, the output processing unit 28 outputs the delivery information when the unconfirmed status continues even after a predetermined time has passed after the notification unit 26 is notified of the determination status indicating whether shipment is possible or not. To do. For example, the name of the deliverer is output as the deliverer information. The method for outputting the deliverer information is not limited. For example, the output processing unit 28 displays the name of the delivery person on the delivery company terminal 7 of the delivery company to which the delivery person belongs. As a result, the manager in charge of the delivery company who sees the output can immediately take measures such as contacting the delivery person indicated by the output.

  The information extraction unit 29 applies to each table (a delivery information table, a determiner information table, a deliverer information table, etc.) in the information storage unit 20 according to instructions from the access control unit 22, the display processing unit 24, the notification unit 26, and the like. Search and return the data records extracted from the target table. The combination of the display processing unit 24 and the information extraction unit 29 can be called a display processing unit, and the combination of the notification unit 26 and the information extraction unit 29 can be called a notification unit. The information extraction unit 29 corresponds to the information acquisition unit of the present invention.

[Operation example / Delivery management method]
Hereinafter, the delivery management method in the second embodiment will be described with reference to FIGS. 13, 14, and 15. FIGS. 13, 14 and 15 are flowcharts showing an operation example of the delivery management server 10 in the second embodiment. As shown in the figure, the delivery management method in the second embodiment is executed by at least one computer such as the delivery management server 10. For example, each process shown in the figure is executed by each processing module described above that the delivery management server 10 has. Since each process is the same as the processing content of each processing module described above that the delivery management server 10 has, the details of each process are omitted as appropriate.

The flowchart of FIG. 13 shows a flow for setting a delivery person as delivery information.
A logistics person in charge of the radiopharmaceutical manufacturer or a manager in charge of the delivery company operates the manufacturer terminal 5 or the delivery company terminal 7 to access the delivery management server 10. The delivery management server 10 acquires the user ID of the user terminal that has accessed, and specifies the access level corresponding to the user ID. At this time. The delivery management server 10 may confirm the legitimacy of the user based on the user ID.

  The delivery management server 10 has a delivery information management screen (see FIG. 10) that is permitted at each access level because the logistics person belongs to the logistics person group and the management person of the delivery company belongs to the delivery company group. It is displayed on the terminal 5 or the delivery company terminal 7 (S131).

  On the displayed delivery information management screen, the user inputs a desired data item in the screen component DC1 and operates the search button DC11. When a user operation on the search button DC11 is detected, the delivery management server 10 searches the delivery information table of the information storage unit 20 using the data item specified in the screen component DC1 as a search condition, and extracts the extracted record. Based on this, the list DC2 is displayed. In this list DC2, a delivery unit in which a kind of radiopharmaceutical is delivered from one shipping source to one delivery destination at a time is displayed in one line as one delivery information. This one delivery information includes a product name, shipping time, shipping time branch number, delivery branch number, delivery person name, medical institution name, arrangement number, original document number, determination status, confirmation status, and the like. The delivery management server 10 displays the deliverer name field in the list DC2 so that it can be input.

  A logistics person in charge of the radiopharmaceutical manufacturer or a manager in charge of the delivery company operates the manufacturer terminal 5 or the delivery company terminal 7 to input the name of the delivery person of each delivery information in the list DC2 on the delivery information management screen. At this time, the delivery management server 10 displays a drop-down list for inputting the deliverer name column based on the information stored in the deliverer information table of the information storage unit 20. The user selects a shipper name from the drop-down list when inputting the shipper name field. As a result, the delivery management server 10 acquires the delivery person ID as input information, further specifies the line in the list DC2 selected by the user operation together with the delivery person name field, and the delivery ID corresponding to the line. Is identified. The delivery management server 10 sets the deliverer ID acquired as the input information in a record corresponding to the specified delivery ID in the delivery information table (S132).

The flowchart in FIG. 14 shows a flow when the determiner determines whether or not shipment is possible.
The determiner operates the maker terminal 5 to access the delivery management server 10 and requests display of the shipment management screen (see FIG. 11).
The delivery management server 10 displays a screen for inputting the determiner ID and password on the maker terminal 5, and acquires data (determiner ID and password) input to the screen (S141).

  The delivery management server 10 checks whether or not the user of the manufacturer terminal 5 is the determiner by comparing the input data with the data stored in the determiner information table. When the delivery management server 10 confirms that the user is a determiner, the delivery management server 10 displays a shipment management screen (see FIG. 11) on the manufacturer terminal 5 (S142). At this time, the delivery management server 10 specifies the factory ID corresponding to the determiner ID acquired in (S141) in the determiner information table, and extracts the record including the factory ID from the delivery information table. The display contents of the shipping management screen are generated based on the recorded records. The judgment person who sees this shipment management screen can easily grasp the products that are shipped from the factory that he / she is in charge of, and the products that should be judged as available for shipment and the products that have already been judged.

  On the displayed shipping management screen, the user inputs a desired data item in the screen component DC5 (the factory and the product name are specified), and operates the search button DC51. When a user operation on the search button DC51 is detected, the delivery management server 10 searches the delivery information table in the information storage unit 20 using the data item specified in the screen component DC5 as a search condition, and extracts the extracted record. Based on this, the list DC6 is displayed. In this list DC6, a delivery unit in which a kind of radiopharmaceutical is delivered from one shipping source to one delivery destination at a time is displayed in one line as one delivery information. This one delivery information includes a verification time, a shipping time, a shipping time branch number, a determination item, an estimated determination time, and the like. The delivery management server 10 displays the determination item column, the determination estimated time column, and the transmission target column in the list DC6 so as to allow input.

  Further, when the delivery information displayed on the shipment management screen includes a judgment status indicating whether the shipment is possible or not, and having been notified to the deliverer terminal 8, the delivery management server 10 ships so that the judgment status cannot be changed. Control the management screen. As a result, it is possible to prevent the delivery person from being confused by erroneously changing the judgment situation in which the judgment person has already determined that the shipment is possible or not, to another situation.

  The delivery management server 10 detects a user input operation on the shipment management screen displayed in (S142) (S143). When the input operation is detected (S143; YES), the delivery management server 10 holds the data input by the input operation (S144). For example, the determiner operates the maker terminal 5 and inputs the determination items for each piece of delivery information in the list DC6 on the shipment management screen. At this time, the delivery management server 10 displays a drop-down list that displays “available to ship”, “not ready to ship”, and “during testing” as options for the determination status, and holds the determination status options selected by the user as determination status information. Further, the delivery management server 10 also holds the predicted date / time information input in the estimated predicted time column. The delivery management server 10 identifies the line in the list DC6 selected by the input operation, and also holds the delivery ID corresponding to the line.

  The delivery management server 10 detects a user operation on the update button DC7 on the shipment management screen displayed in (S142) (S145). When the operation of the update button DC7 is detected (S145; YES), the delivery management server 10 reflects the input data held in (S144) in the delivery information table (S146). For example, when the determination status information is retained (S144), the delivery management server 10 determines the time when the user operation for the update button DC7 is detected as the determination date information, and the determination date information and the retained determination status. The information and the determiner ID acquired in (S141) are set in the record including the delivery ID similarly held in the delivery information table. Further, when the expected date / time information is held (S144), the delivery management server 10 sets the expected date / time information and the determiner ID in the record including the similarly held delivery ID in the delivery information table. Before reflecting the input data in the delivery information table, the delivery management server 10 may display a screen for confirming the update to the user.

  As described above, the delivery management server 10 controls the shipment management screen so that the judgment status indicating whether shipment is possible or not, and already notified to the deliverer terminal 8 cannot be changed. Therefore, the determination status information held in (S144) indicates “shipping allowed” or “shipping rejected” changed from “under test” which is the initial value. Therefore, when reflecting the determination status information in the target record of the delivery information table in (S146), the delivery management server 10 changes the information indicating the confirmation status included in the target record from the confirmed state to the unconfirmed state. Similarly, the delivery management server 10 also changes the confirmation status when the expected date / time information is held in (S144) and the expected date / time information is reflected in the target record of the delivery information table in (S146). Process. Specifically, the confirmation status change process is executed in the following scene. In each scene, it is a premise that the determination status indicating “under test” and the estimated determination time are already notified to the delivery person, and the confirmation status is set to confirmed. Under this premise, the determination process is executed by the determiner when the determination status is changed from “under test” to “shipping possible” or “shipping rejected”, and the determination status is notified to the delivery person. Also, based on the above assumptions, the determination is performed by the determiner in the same manner, and the determination is also similarly performed when the changed estimated prediction time and the determination status indicating “under test” are notified to the delivery person.

  The delivery management server 10 detects a user operation on the send button DC8 on the shipment management screen displayed in (S142) (S147). When the operation of the transmission button DC8 is detected (S147; YES), the delivery management server 10 identifies the delivery ID and determination status information corresponding to the line designated as the transmission target in the transmission target column, and the determination status information Is sent to the mail address of the delivery person corresponding to the delivery ID (S148). The delivery management server 10 extracts a delivery person ID corresponding to the delivery ID from the delivery information table, and extracts an e-mail address corresponding to the delivery person ID from the delivery person information table. The method for creating an e-mail is as described above.

  The flowchart of FIG. 15 shows a flow when detecting the confirmation status with respect to the determination status. In (S 148) of FIG. 14, the deliverer to whom the e-mail is sent from the delivery management server 10 reads the determination status information indicated in the e-mail at the deliverer terminal 8. In the present embodiment, as shown in FIG. 12, information (URL) for calling a confirmation screen for notifying the delivery management server 10 from the deliverer terminal 8 that the determination status has been confirmed is included in the e-mail. It is. This information includes the corresponding delivery ID or deliverer ID as a parameter. When the delivery person confirms the determination status, the delivery person terminal 8 selects the URL.

  The delivery management server 10 displays a confirmation screen on the delivery person terminal 8 by the access from the delivery person terminal 8 (S151). At this time, the delivery management server 10 can acquire a delivery ID or a deliverer ID sent as a parameter in the access. This confirmation screen includes a confirmation button notifying that the delivery status has been confirmed.

  The delivery management server 10 detects whether or not the confirmation button on the confirmation screen has been pressed (S152). When the delivery management server 10 detects pressing of the confirmation button (S152; YES), the delivery management server 10 determines that the confirmation has been made, and sets the detection time as response date information (S153). On the other hand, when the pressing of the confirmation button is not detected (S152; NO), the delivery management server 10 determines that the confirmation has not been made (S154).

  The delivery management server 10 reflects the determined confirmation status in the delivery information table (S155). Specifically, when it is determined that the confirmation has been made, the delivery management server 10 specifies a record including the delivery ID or the delivery person ID acquired as described above in the delivery information table, and the confirmation status ( Confirmed) and response date / time information. If it is determined as unconfirmed, the delivery management server 10 sets a confirmation status (unconfirmed) in the record specified as described above in the delivery information table.

  In FIG. 13, FIG. 14 and FIG. 15, a plurality of steps (processes) are shown in order, but the steps executed in the second embodiment and the execution order of the steps are only in the examples shown in each figure. It is not limited. For example, the order of determination in (S143), (S145), and (S147) in FIG. 14 may be switched.

[Operation and Effect in Second Embodiment]
As described above, in the second embodiment, a plurality of delivery information retrieved from the delivery information table of the information storage unit 20 using the delivery company, factory (shipping source), shipping date, and the like are displayed for each delivery unit. A delivery information management screen is displayed on the user terminal. Each delivery information includes product name, shipping time, delivery name, medical institution name (delivery destination), shipping judgment status, confirmation status, delivery time, etc., and is displayed in one line in the list DC2 on the delivery information management screen. Is done. The person in charge of distribution can immediately grasp the determination status of whether or not shipment is possible and the confirmation status of the determination status for each delivery by this screen display. As a result, the logistics person in charge has a problem with the preceding transport method, such as a delivery that has been judged to be shippable but the decision has not been confirmed by the shipper, or a delivery that takes time to determine whether or not to ship. Can quickly find a delivery that is likely to occur and take immediate action. Moreover, according to the delivery information management screen, the person in charge of the delivery company can immediately grasp the delivery person information, the judgment status of whether or not to ship, and the confirmation status of the judgment status for each delivery that the company is in charge of. it can. As a result, the person in charge of the delivery company can take measures such as grasping the delivery person who has been confirmed whether or not the shipment is possible but has not confirmed the decision and contacting the delivery person.

  Further, delivery date / time information indicating that the delivery has been completed is acquired in the delivery unit, and the delivery date / time is displayed on the delivery information management screen together with the determination status and the confirmation status. Therefore, the logistic person in charge confirms for each delivery whether or not the rule of the preceding transportation method of delivering the product is strictly adhered to after confirming whether the shipment is possible by confirming that the shipment is possible. Can do. The second embodiment outputs warning information when delivery date / time information is acquired for a delivery unit indicating a determination status indicating shipment possible and a confirmation unit indicating unconfirmed status or a delivery unit indicating a determination status other than shipment possible. You can also. In this way, the person in charge of logistics can immediately grasp the delivery that has been delivered without observing the rules of the preceding transport method, and contact the person in charge at the medical institution that is the delivery destination as soon as possible. You can take action.

  Further, in the second embodiment, the determiner information table of the information storage unit 20 stores the determiner ID, password, ID of the factory in charge, etc. for each determiner who has the authority to determine whether or not to ship. Based on the above, it is confirmed whether or not the user of the maker terminal 5 is the determiner. The manufacturer terminal 5 used by the determiner displays a shipping management screen including a list of delivery information shipped from the factory in charge of the determiner. With this screen, the determiner can confirm a list of products that should be determined as to whether or not the product can be shipped, and can input a determination result on the screen.

  In addition, the shipping management screen includes an operation component for designating the determination status transmission target for each delivery, and when a user operation on the transmission button is detected, the delivery determination status designated as the transmission target is displayed. Each delivery person is automatically notified. Thereby, each delivery person can grasp | ascertain immediately the condition of the decision | availability of the shipment about the product which he delivers, and can reduce the labor of a logistics person and a delivery company.

  In the shipping management screen, a drop-down list is displayed in the judgment item column, and any one of shipping enabled, shipping rejected, and testing is selectable. In the second embodiment, for the delivery determined as being tested on the shipping management screen, the determination person is also notified of the predicted determination time together with the determination status indicating that the test is being performed. Thereby, each delivery person can know the expected time when the determination is made for a product that has not yet been determined to be shippable or unshipped, making it easier to take a future response.

[Modification]
In each of the above-described embodiments, control may be executed to positively prevent delivery even though the situation should not be delivered yet.
FIG. 16 is a diagram conceptually illustrating a processing configuration example of the delivery management server 10 in the modified example. As shown in FIG. 16, the delivery management server 10 in the modified example further includes a delivery control unit 30. The delivery control unit 30 is also realized in the same manner as other processing modules.

  The delivery control unit 30 controls the delivery so that the delivery is not completed with respect to the delivery indicating the determination status indicating that the shipment is possible and the delivery indicating the confirmation status indicating the unconfirmed state or the determination status other than the shipment possible. A specific control method by the delivery control unit 30 is not limited. For example, in the delivery information table, the delivery control unit 30 specifies a data record indicating a delivery indicating a determination status indicating that the shipment is possible and a confirmation status indicating an unconfirmed state, or a delivery indicating a determination status other than shipment possible. The delivery control unit 30 provides information (for example, delivery ID, product ID, and test date / time of the delivery company system (not shown)) that identifies delivery of the product that should not be delivered as indicated by the specified data record. Pair or delivery person information) is notified, so that delivery is not indicated by the delivery indicated by the identification information. Based on this notification, the system of the delivery company can control the delivery terminal to be unable to perform delivery processing on the terminal possessed by the relevant delivery person.

  According to this modification, it is possible to prevent the product from being delivered even though it should not be delivered.

  Further, the delivery management server 10 described above may not include the information storage unit 20, and another computer may include the information storage unit 20. in this case. The delivery management server 10 can refer to and update the information storage unit 20 by accessing the other computer.

  Moreover, each above-mentioned embodiment and each modification can be combined in the range with which the content does not conflict. A part or all of each of the above-described embodiments and modifications may be specified as follows. However, each embodiment and each modification are not limited to the following description.

1. A storage processing means for storing the radiopharmaceutical deliverer information in association with the determination status information indicating the status of whether or not the radiopharmaceutical can be shipped, and storing it in the first storage unit;
Notifying means for notifying the determination status of the radiopharmaceutical indicated by the determination status information to a deliverer terminal corresponding to the deliverer information;
Detecting means for detecting a confirmation status at the delivery terminal of the notified determination status;
Display processing means for outputting a screen for displaying the radiopharmaceutical determination status indicated by the determination status information and a confirmation status of the determination status in association with each other; and
A delivery management system comprising:
2. The display processing means includes a determination status of the radiopharmaceutical, a determination status of the determination status, and delivery person information in a delivery unit in which the radiopharmaceutical is delivered from one shipping source to one delivery destination at a time. Outputting a first list screen displaying the delivery information of
1. The delivery management system described in 1.
3. For each judge who determines whether or not the radiopharmaceutical can be shipped, the shipper information corresponding to the logged-in user is acquired by referring to the second storage unit that stores the shipper information handled by the judge. Information acquisition means,
Further comprising
The display processing means can change a plurality of delivery statuses, each including a judgment status of the radiopharmaceuticals shipped from a shipping source indicated by the acquired information to a plurality of delivery destinations. A second list screen to be displayed is output to the display unit;
1. Or 2. The delivery management system described in 1.
4). The notification means extracts a plurality of deliverer information corresponding to a plurality of delivery information selected as a notification target on the second list screen from the first storage unit, and corresponds to the extracted plurality of deliverer information. Notifying a plurality of deliverer terminals of the determination status changed on the second list screen,
3. The delivery management system described in 1.
5. The display processing means controls the second list screen so that the notified determination status cannot be changed after the determination status indicating whether shipment is possible or not is notified to the deliverer terminal.
3. Or 4. The delivery management system described in 1.
6). The storage processing means includes
In association with the determination status information, information indicating the detected confirmation status regarding the determination status indicated by the determination status information is stored in a third storage unit,
Information indicating the confirmation status stored in the third storage unit in association with the determination status information indicating the determination status other than whether shipment is possible or not, when the determination status of the radiopharmaceutical is notified to the delivery terminal. Change from a confirmed state to an unconfirmed state,
1. To 5. The delivery management system according to any one of the above.
7). A delivery acquisition means for acquiring delivery information in a delivery unit in which the radiopharmaceutical is delivered from one shipping source to one delivery destination at a time;
A delivery control means for controlling delivery so as not to be completed with respect to delivery indicating a determination status indicating shipment possible and delivery indicating a confirmation status indicating unconfirmed status or delivery indicating a determination status other than shipment possible;
1 is further provided. To 6. The delivery management system according to any one of the above.
8). A delivery acquisition means for acquiring delivery information in a delivery unit in which the radiopharmaceutical is delivered from one shipping source to one delivery destination at a time;
An output processing means for outputting warning information when the delivery information is acquired with respect to a delivery unit indicating a determination status indicating shipping possible and a confirmation status indicating unconfirmed status or a delivery unit indicating a determination status other than shipping possible; and
1 is further provided. To 7. The delivery management system according to any one of the above.
9. If it is not detected that the determination status has been confirmed even after a predetermined time has passed after notification of the determination status indicating whether shipment is possible or not, delivery information associated with the determination status information indicating the determination status is output. Output processing means,
1 is further provided. To 8. The delivery management system according to any one of the above.

10. In a delivery management method executed by at least one computer,
The radiopharmaceutical distributor information is stored in the first storage unit in association with the determination status information indicating the status of the radiopharmaceutical shipping availability determination,
Notifying the delivery terminal corresponding to the delivery information to the determination status of the radiopharmaceutical indicated by the determination status information,
Detecting the confirmation status at the delivery terminal of the notified determination status;
Output a screen that displays the determination status of the radiopharmaceutical indicated by the determination status information and the confirmation status of the determination status in association with each other on the display unit,
A delivery management method.
11. The output step includes a determination status of the radiopharmaceutical, a determination status of the determination status, and delivery person information in a delivery unit in which the radiopharmaceutical is delivered from one shipping source to one delivery destination at a time. Outputting a first list screen displaying the delivery information of
Including. The delivery management method described in 1.
12 For each determiner who determines whether or not the radiopharmaceutical can be shipped, by referring to the second storage unit that stores the information of the shipping source that the determiner is responsible for, information on the shipping source corresponding to the login user is acquired. ,
A second list that displays a plurality of delivery information, each including a judgment status of the radiopharmaceutical shipped from a shipping source indicated by the acquired information to a plurality of delivery destinations, so that each judgment status can be changed. Outputting the screen to the display unit;
Further includes: Or 11. The delivery management method described in 1.
13. The notification step includes:
Extracting a plurality of deliverer information corresponding to a plurality of delivery information selected for notification on the second list screen from the first storage unit;
Notifying each of the plurality of deliverer terminals corresponding to the extracted plurality of deliverer information of the determination status changed on the second list screen,
Further includes: The delivery management method described in 1.
14 Controlling the second list screen so that the notified determination status cannot be changed after the determination status indicating whether shipment is possible or not is notified to the deliverer terminal;
Further includes: Or 13. The delivery management method described in 1.
15. In association with the determination status information, information indicating the detected confirmation status regarding the determination status indicated by the determination status information is stored in a third storage unit,
Information indicating the confirmation status stored in the third storage unit in association with the determination status information indicating the determination status other than whether shipment is possible or not, when the determination status of the radiopharmaceutical is notified to the delivery terminal. Change from a confirmed state to an unconfirmed state,
Further includes: To 14. The delivery management method according to any one of the above.
16. In the delivery unit in which the radiopharmaceutical is delivered from one shipping source to one delivery destination at a time, obtaining delivery information,
Control delivery so that delivery is not completed with respect to delivery indicating a determination status indicating shipment possible and confirmation status indicating unconfirmed status or delivery indicating a determination status other than shipment possible.
Further includes: To 15. The delivery management method according to any one of the above.
17. In the delivery unit in which the radiopharmaceutical is delivered from one shipping source to one delivery destination at a time, obtaining delivery information,
When the delivery information is acquired for a delivery unit indicating a determination status indicating shipment possible and a confirmation status indicating unconfirmed state or a delivery unit indicating a determination status other than shipment possible, warning information is output.
Further includes: To 16. The delivery management method according to any one of the above.
18. If it is not detected that the determination status has been confirmed even after a predetermined time has passed after notification of the determination status indicating whether shipment is possible or not, delivery information associated with the determination status information indicating the determination status is output. To
Further includes: To 17. The delivery management method according to any one of the above.

19. 10. To 18. A program for causing at least one computer to execute the delivery management method according to any one of the above.

DESCRIPTION OF SYMBOLS 1,100 Delivery management system 5 Manufacturer terminal 7 Delivery company terminal 8 Delivery person terminal 10 Delivery management server 11 CPU
DESCRIPTION OF SYMBOLS 12 Memory 20 Information storage part 21 Acquisition process part 22 Access control part 23,101 Storage process part 24,104 Display process part 25,103 Detection part 26,102 Notification part 27 Delivery acquisition part 28 Output process part 28
29 Information Extraction Unit 30 Delivery Control Unit

Claims (10)

A storage processing means for storing the radiopharmaceutical deliverer information in association with the determination status information indicating the status of whether or not the radiopharmaceutical can be shipped, and storing it in the first storage unit;
Notifying means for notifying the determination status of the radiopharmaceutical indicated by the determination status information to a deliverer terminal corresponding to the deliverer information;
Detecting means for detecting a confirmation status at the delivery terminal of the notified determination status;
Display processing means for outputting a screen for displaying the radiopharmaceutical determination status indicated by the determination status information and a confirmation status of the determination status in association with each other; and
A delivery management system comprising: The display processing means includes a determination status of the radiopharmaceutical, a determination status of the determination status, and delivery person information in a delivery unit in which the radiopharmaceutical is delivered from one shipping source to one delivery destination at a time. Outputting a first list screen displaying the delivery information of
The delivery management system according to claim 1. For each judge who determines whether or not the radiopharmaceutical can be shipped, the shipper information corresponding to the logged-in user is acquired by referring to the second storage unit that stores the shipper information handled by the judge. Information acquisition means,
Further comprising
The display processing means can change a plurality of delivery statuses, each including a judgment status of the radiopharmaceuticals shipped from a shipping source indicated by the acquired information to a plurality of delivery destinations. A second list screen to be displayed is output to the display unit;
The delivery management system according to claim 1 or 2. The notification means extracts a plurality of deliverer information corresponding to a plurality of delivery information selected as a notification target on the second list screen from the first storage unit, and corresponds to the extracted plurality of deliverer information. Notifying a plurality of deliverer terminals of the determination status changed on the second list screen,
The delivery management system according to claim 3. The display processing means controls the second list screen so that the notified determination status cannot be changed after the determination status indicating whether shipment is possible or not is notified to the deliverer terminal.
The delivery management system according to claim 3 or 4. The storage processing means includes
In association with the determination status information, information indicating the detected confirmation status regarding the determination status indicated by the determination status information is stored in a third storage unit,
Information indicating the confirmation status stored in the third storage unit in association with the determination status information indicating the determination status other than whether shipment is possible or not, when the determination status of the radiopharmaceutical is notified to the delivery terminal. Change from a confirmed state to an unconfirmed state,
The delivery management system according to any one of claims 1 to 5. A delivery acquisition means for acquiring delivery information in a delivery unit in which the radiopharmaceutical is delivered from one shipping source to one delivery destination at a time;
A delivery control means for controlling delivery so as not to be completed with respect to delivery indicating a determination status indicating shipment possible and delivery indicating a confirmation status indicating unconfirmed status or delivery indicating a determination status other than shipment possible;
The delivery management system according to any one of claims 1 to 6, further comprising: A delivery acquisition means for acquiring delivery information in a delivery unit in which the radiopharmaceutical is delivered from one shipping source to one delivery destination at a time;
An output processing means for outputting warning information when the delivery information is acquired with respect to a delivery unit indicating a determination status indicating shipping possible and a confirmation status indicating unconfirmed status or a delivery unit indicating a determination status other than shipping possible; and
The delivery management system according to any one of claims 1 to 7, further comprising: If it is not detected that the determination status has been confirmed even after a predetermined time has passed after notification of the determination status indicating whether shipment is possible or not, delivery information associated with the determination status information indicating the determination status is output. Output processing means,
The delivery management system according to any one of claims 1 to 8, further comprising: In a delivery management method executed by at least one computer,
The radiopharmaceutical distributor information is stored in the first storage unit in association with the determination status information indicating the status of the radiopharmaceutical shipping availability determination,
Notifying the delivery terminal corresponding to the delivery information to the determination status of the radiopharmaceutical indicated by the determination status information,
Detecting the confirmation status at the delivery terminal of the notified determination status;
Output a screen that displays the determination status of the radiopharmaceutical indicated by the determination status information and the confirmation status of the determination status in association with each other on the display unit,
A delivery management method.

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