JP6925683B1 - Information processing systems, information processing devices, and programs - Google Patents

Abstract

PROBLEM TO BE SOLVED: To efficiently manage various devices used in a facility. An information processing system includes a connecting device and an information processing device. The connecting device can be connected to the equipment used in association with the bed. The information processing device can communicate with the connecting device. The connection device receives the first identification information from the device installed in the facility and transmits the first identification information, and processes the first identification information and the second identification information corresponding to the connection device. Send to the device. The information processing device includes a storage unit and a processor. The storage unit stores the first data in which the first identification information and the information about the device are associated with each other, and the second data in which the second identification information and the third identification information corresponding to the device are associated with each other. do. The processor detects information related to the device based on the first identification information and the second identification information received from the connecting device and the first data and the second data stored in the storage unit. .. [Selection diagram] Fig. 1

Description

The present invention relates to an information processing system, an information processing device, and a program for efficiently managing various devices used in a facility.

For example, in a facility such as a medical institution or a long-term care facility, a plurality of devices may be prepared for a patient or a long-term care person. The patient or care recipient can use multiple devices prepared for him / her.

Japanese Patent No. 6682034

When the manager manages a plurality of devices assigned to each patient or long-term care person collectively, the burden on the manager may increase.

The present invention has been made in view of the above circumstances, and relates to an information processing system, an information processing device, and a program for efficiently managing various devices used in a facility.

The information processing system of the present invention includes a connection device and an information processing device. The connecting device can be connected to the equipment used in association with the bed. The information processing device can communicate with the connecting device. The connection device receives the first identification information from the device installed in the facility and transmits the first identification information, and processes the first identification information and the second identification information corresponding to the connection device. Send to the device. The information processing device includes a storage unit and a processor. The storage unit stores the first data in which the first identification information and the device information related to the device are associated with each other, the second identification information and the second data in which the third identification information corresponding to the device is associated with each other. Remember. The processor detects device information related to the device based on the first identification information and the second identification information received from the connecting device and the first data and the second data stored in the storage unit. do. The device information includes the first position data. The storage unit further stores a third data in which the user identification information corresponding to the user and the second position data corresponding to the user are associated with each other. The processor detects the first position data and the user identification information related to the second position data consistent with the first position data for each device.

According to the present invention, various devices used in the facility can be efficiently managed.

The block diagram which shows the example of the information processing system which concerns on 1st Embodiment. The figure which shows the example of the 1st to 4th association data managed by the information processing system which concerns on 1st Embodiment. The flowchart which shows the example of the 1st process of the information processing system which concerns on 1st Embodiment. The flowchart which shows the example of the 2nd processing of the information processing system which concerns on 1st Embodiment. The flowchart which shows the example of the 3rd processing of the information processing system which concerns on 1st Embodiment. The block diagram which shows the example of the information processing system which concerns on 2nd Embodiment. The figure which shows the example of the relationship between the electronic medical record, the patient data, the terminal data, the replenishment position data, and the designated information which concerns on 2nd Embodiment. The flowchart which shows the example of the processing of the information processing system which concerns on 2nd Embodiment. The figure which illustrates the outline of the information processing system which concerns on 2nd Embodiment.

Hereinafter, embodiments will be described with reference to the drawings. In the drawings, the same functions and components are designated by the same reference numerals and the description thereof will be omitted, or the description will be briefly described.

(First Embodiment)
In the first embodiment, the tag ID corresponding to the RFID (Radio Frequency Identifier) tag, the outlet ID corresponding to the outlet to which the RFID tag is attached, the position data of the outlet, and the device corresponding to at least one device. An information processing system that manages an ID, a connection device ID corresponding to a connection device to which at least one device is connected, and association data in which the user ID and the user's position data are associated with each other will be described.

In the first embodiment, the outlet ID may be omitted. In this case, the position data of the RFID tag and the RFID tag may be used instead of the outlet ID and the position data of the outlet. In the first embodiment, the ID means identification information or an identifier.

The information processing system according to the first embodiment detects the user, position, and usage state of at least one device connected to the connecting device based on the association data.

The information processing system according to the first embodiment will be described as an example when it is applied to the medical field, but it may be applied to other fields such as the nursing care field.

FIG. 1 is a block diagram showing an example of the information processing system 1 according to the first embodiment.
FIG. 2 is a diagram showing an example of the first to fourth association data D1 to D4 managed by the information processing system 1 according to the first embodiment.

The information processing system 1 includes a medical server Sa, a management server Sb, a management terminal 2, and a connection device 3. The connecting device 3 is connected to at least one device. The device is used by users such as patients using beds, medical institution staff (eg doctors, nurses, medical institution clerks, etc.). The device may be, for example, a medical device used for the patient. The device is, for example, a device used in the facility. The device may be, for example, a device used in association with a bed. In FIG. 1, a bedside terminal 4, a television 5, and a refrigerator 6 are shown as examples of the devices. The bedside terminal 4, the television 5, and the refrigerator 6 may be provided on a shelf arranged on the bedside.

The medical server Sa and the management server Sb can communicate with each other via, for example, network N1. The management server Sb and the management terminal 2 can communicate with each other via, for example, the network N2. The management server Sb and the connection device 3 can communicate with each other via, for example, the network N3. The management server Sb and the bed site terminal 4 can communicate with each other via, for example, the network N4.

Each of the networks N1 to N4 may be freely combined. Each of the networks N1 to N4 may be a network such as a dedicated line, the Internet, a LAN (Local Area Network), or a wireless LAN. In the following, in order to simplify the description, the networks N1 to N4 may be omitted.

The medical server Sa, the management server Sb, the management terminal 2, and the bedside terminal 4 are, for example, computers or information processing devices. The bedside terminal 4 may be, for example, a tablet computer.

In FIG. 1, an RFID tag 7a corresponding to the outlet 7 is associated with the outlet 7 installed in the medical institution. The RFID tag 7a may be any of various types of devices that transmit identification information. The RFID tag 7a may be, for example, an IC (Integrated Circuit) tag.

The medical server Sa includes, for example, a communication unit C1, a storage unit M1, and a processor P1.

The storage unit M1 stores, for example, the software 8 and the electronic medical record 9 including the patient information 9a.

The processor P1 realizes the functions as the editing unit 10 and the data retrieval unit 11 by executing the software 8 stored in the storage unit M1, for example. The software 8 may include, for example, an OS (operating system), application software for realizing a function as a medical information system, communication control software, and the like.

The management server Sb includes, for example, a communication unit C2, a storage unit M2, and a processor P2.

The storage unit M2 is accessed by the processor P1. The storage unit M2 stores, for example, software 46, terminal data 12, patient data 13, display data 14, and first to fourth association data D1 to D4.

The processor P2 realizes the functions as the management unit 15 and the control unit 16 by executing the software 46 stored in the storage unit M2, for example. The software 46 generates display data 14 in cooperation with, for example, an OS, application software for managing various devices connected to the connection device 3, and a medical server Sa in cooperation with the connection device 3. It may include application software, communication control software, and the like for transmitting the generated display data 14 to the bedside terminal 4.

The management terminal 2 transmits, for example, various requests and various data to the management server Sb. The management terminal 2 may be operated by, for example, a staff member of a medical institution.

The connection device 3 includes, for example, a plug 17 including a sensor 17a, a communication unit C3, a storage unit M3, a processor P3, a reception unit 18, a connection unit 19, and the like.

The storage unit M3 stores the software 20, the connection device ID 21 indicating the connection device 3, and the tag ID 22 detected by the sensor 17a and received by the reception unit 18.

The processor P3 realizes the functions as the reception processing unit 23 and the transmission processing unit 24 by executing the software 20 stored in the storage unit M3, for example. For example, the software 20 receives the tag ID 22 detected by the OS and the sensor 17a via the receiving unit 18 and stores it in the storage unit M3, and transmits the connecting device ID 21 and the tag ID 22 stored in the storage unit M3 via the communication unit C3. The application software for transmitting to the management server Sb, the application software for controlling the power supply to the device connected via the connection unit 19, the communication control software, and the like may be included.

The bedside terminal 4 is used in association with the bed. The bedside terminal 4 may be operated by the patient or by the staff of the medical institution. The bedside terminal 4 transmits, for example, various requests and various data to the management server Sb. The bedside terminal 4 displays, for example, the display data 14 received from the management server Sb.

Hereinafter, the medical server Sa, the management server Sb, and the connection device 3 will be described in order.

First, the medical server Sa will be described.

The medical server Sa is, for example, a medical information system that manages an electronic medical record 9.

The communication unit C1 receives, for example, data, information, signals, requests, commands, notifications, instructions, responses, etc. from other devices. Further, the communication unit C1 transmits, for example, data, information, signals, requests, commands, notifications, instructions, responses, etc. to other devices. Since the other communication units described below are the same as the communication unit C1, the description of the other communication units will be omitted.

The storage unit M1 includes, for example, a volatile memory and a non-volatile memory. The storage unit M1 may be a storage device such as a hard disk drive (HDD) or a solid state drive (SSD), for example. The storage unit M1 may include a main storage device, a cache memory, or a buffer memory. Since the other storage units described below are the same as the storage unit M1, the description of the other storage units will be omitted.

The software 8 realizes various functions as a medical information system by being executed by the processor P1. Functions as a medical information system include, for example, a data receiving function for an electronic medical record 9, an editing function and a management function of the electronic medical record 9, and a data transmitting function included in the electronic medical record 9.

The electronic medical record 9 is data that electronically records, for example, personal information of a patient, medical examination contents, diagnosis results, prescriptions, progress information, and the like for each patient. In the first embodiment, the electronic medical record 9 is, for example, patient identification data for identifying a patient, second position data indicating a position regarding a patient, doctor identification data for identifying a doctor in charge, for example regarding a patient. Includes medical data such as medical examination contents, diagnosis results, prescriptions, progress information, and patient information 9a associated with hospitalization / outpatient data (flag information) indicating whether the patient is hospitalized or outpatient. Here, the second position data may be, for example, data for identifying a ward / ward / bed.

The processor P1 is, for example, a CPU (Central Processing Unit), an MPU (Micro Processing Unit), a GPU (Graphics Processing Unit), or the like. The processor P1 can communicate with other devices by using the communication unit C1. The processor P1 can read various data and various software from the storage unit M1, and can write various data and various software to the storage unit M1. The other processor described below may be, for example, a CPU, an MPU, a GPU, or the like, and may be able to communicate with another device using a communication unit, similarly to the processor P1. Further, other processors described below can read data and software from the storage unit, for example, and can write various data and software to the storage unit, similarly to the processor P1.

The editorial unit 10 receives a command from another device via the communication unit C1 or from the operation reception unit or operation terminal of the medical server Sa (not shown), and according to the command, the electronic medical record stored in the storage unit M1. Registering, editing, managing, updating, or deleting data (for example, patient information 9a) for 9 is performed.

The data search unit 11 executes a data search according to a command received from another device such as the management server Sb via the communication unit C1, and transmits the searched data to the other device via the communication unit C1. Send to.

In the first embodiment, the data search unit 11 receives, for example, a search command for patient information 9a regarding a hospitalized patient from the management server Sb via the communication unit C1. Then, the data search unit 11 extracts patient data 13 including patient information 9a regarding the patient who is hospitalized based on the hospitalization / outpatient data from the electronic medical record 9, and manages the extracted patient data 13 via the communication unit C1. Send to server Sb.

Further, in the first embodiment, the data search unit 11 receives the patient identification data and the search command from, for example, the management server Sb via the communication unit C1. Then, the data search unit 11 extracts the patient data 13 including the patient information 9a related to the patient identification data from the electronic medical record 9, and transmits the extracted patient data 13 to the management server Sb via the communication unit C1.

Next, the management server Sb will be described.

The management server Sb operates in cooperation with the medical server Sa, the management terminal 2, and the bedside terminal 4. The management server Sb may be divided into a plurality of units.

The management server Sb is, for example, an information processing device that manages at least one device connected to the connection device 3 by using the connection device 3.

Further, the management server Sb receives, for example, patient data 13 including at least a part of the electronic medical record 9 from the medical server Sa, and uses the received patient data 13 to display various data on the bedside terminal 4. Is an information processing device that provides.

The management server Sb may be operated by a management company that manages bedside devices such as the bedside terminal 4.

More specifically, the management server Sb manages the first association data D1, the second association data D2, the third association data D3, and the fourth association data D4, and the first to fourth associations. Based on the data D1 to D4, it is possible to detect the position where the device is arranged, the user (patient) who is using the device, for example, the usage state such as the time when the device is in the energized state (for example, the usable state). As a result, the administrator can easily and efficiently grasp where and who the device is used and the usage status of the device, and effectively perform billing processing corresponding to the usage status of the device. Can be done.

The first association data D1 includes, for example, the connection device ID 21 of the connection device 3, the tag ID 22 of the RFID tag 7a detected by the connection device 3, and the time or time when the connection device ID 21 and the tag ID 22 are associated with each other. It is associated with the state information 47 including the time information. When the connection device 3 detects the tag ID 22 (in other words, when the outlet 7 and the plug 17 are connected), the management server Sb receives a connection notification (detection notification), a connection device ID 21, and a tag from the connection device 3. Receive ID22. Then, the management server Sb adds the state information 47 including the first time when the connection notification is received from the connection device ID 21, the tag ID 22, and the connection device 3 to the first association data D1 in the associated state. Further, when the connection device 3 finishes detecting the tag ID 22 (in other words, when the connection between the outlet 7 and the plug 17 is canceled), the management server Sb sends a release notification and the connection device ID 21 from the connection device 3. And at least one of the tag ID 22 is received. Then, the management server Sb adds the second time when the release notification is received from the connection device 3 to the state information 47 associated with at least one of the received connection device ID 21 and the tag ID 22.

The second association data D2 associates the tag ID 22 of the RFID tag 7a with the outlet ID 26 of the outlet 7 to which the RFID tag 7a is attached. The management server Sb receives, for example, a setting request for the tag ID 22 and the outlet ID 26 from the management terminal 2, the bedside terminal 4, or another device operated by the administrator. Then, the management server Sb adds the tag ID 22 and the outlet ID 26 to the second association data D2 in a state of being associated with each other according to the setting request.

The third association data D3 associates the connection device ID 21 of the connection device 3 with the device IDs 48 to 50 of the devices connected to the connection device 3. In the third association data D3, one or more device IDs can be associated with one connection device ID. The management server Sb receives, for example, a setting request for the connection device ID 21 and the device IDs 48 to 50 from the management terminal 2, the bedside terminal 4, or another device operated by the administrator. Then, the management server Sb adds the connection device ID 21 and the device IDs 48 to 50 to the third association data D3 in a state of being associated with each other according to the setting request.

The fourth association data D4 associates the outlet ID 26 of the outlet 7 with the outlet information 51 including, for example, the position data of the outlet 7. The management server Sb receives, for example, a setting request for the outlet ID 26 and the outlet information 51 from the management terminal 2, the bedside terminal 4, or another device operated by the administrator. Then, the management server Sb adds the outlet ID 26 and the outlet information 51 to the fourth association data D4 in a state of being associated with each other according to the setting request.

The first to fourth association data D1 to D4 may be combined or divided as appropriate. For example, the first to fourth association data D1 to D4 may be managed by at least one table or the like. For example, the second association data D2 and the fourth association data D4 may be combined. For example, the first association data D1 may be divided into data in which the connection device ID 21 and the tag ID 22 are associated with each other and data in which the connection device ID 21 and the state information 47 are associated with each other.

The state information 47 associated with the connection device ID 21 in the first association data D1 may be associated with the connection device ID 21 of the third association data D3. Further, the association between the connection device ID 21 and the state information 47 may be managed by other data that is neither the first association data D1 nor the third association data D3.

In the second association data D2 and the fourth association data D4, the outlet ID 26 and the outlet information may be deleted, and the tag ID 22 and the tag information including the position data of the tag 7a may be associated with each other.

The management unit 15 registers the tag ID 22 and the outlet ID 26 in the second association data D2 according to the setting request received from the management terminal 2, the bedside terminal 4, or another device via the communication unit C2.

The management unit 15 registers the connection device ID 21 and the device IDs 48 to 50 in the third association data D3 according to the setting request received from the management terminal 2, the bedside terminal 4, or another device via the communication unit C2. ..

The management unit 15 registers the outlet ID 26 and the outlet information 51 in the fourth association data D4 according to the setting request received from the management terminal 2, the bedside terminal 4, or another device via the communication unit C2.

Then, when the management unit 15 receives the connection notification, the connection device ID 21, and the tag ID 22 from the connection device 3 via the communication unit C2, the state information including the connection device ID 21, the tag ID 22, and the first time when the connection notification is received is included. With 47 associated, it is registered in the first association data D1.

When the management unit 15 receives the cancellation notification and at least one of the connection device ID 21 and the tag ID 22 from the connection device 3 via the communication unit C2, the management unit 15 receives the reception device ID 21 and the tag in the first association data D1. The status information 47 associated with at least one of the IDs 22 is updated by adding a second time when the cancellation notification is received.

The management unit 15 detects (recognizes) that the connection device ID 21, the tag ID 22, the status information 47, the outlet ID 26, the device IDs 48 to 50, and the outlet information 51 are related based on the first to fourth association data D1 to D4. )do.

Further, the management unit 15 includes the position data included in the outlet information 51, the second position data included in the patient information 9a in the patient data 13, and the patient information 9a. Detects the association with the patient identification data associated with the location data of 2.

Therefore, the management unit 15 uses the device indicated by the device IDs 48 to 50 in the state indicated by the state information 47 at the position indicated by the position data included in the outlet information 51 by the patient indicated by the patient identification data. Detects that. Then, the management unit 15 transmits the detection result data to the management terminal 2, the bedside terminal 4, or another device via the communication unit C2.

The management terminal 2, the bedside terminal 4, or another device displays the detection result data received from the management unit 15 via the communication unit C2. Thereby, for example, the manager can easily and efficiently grasp which patient is using which device at which position and in what state.

The management server Sb manages the terminal data 12 in which the first position data of the bedside terminal 4 and the terminal identification data are associated with each other.

The management server Sb receives, for example, the terminal identification data indicating the bedside terminal 4 and the first position data of the bedside terminal 4 from the management terminal 2, the bedside terminal 4, or another device. Then, the management server Sb associates the terminal identification data with the first position data of the bedside terminal 4 and registers them in the terminal data 12.

In the first embodiment, the case where the management server Sb receives the terminal identification data and the first position data of the bedside terminal 4 from the bedside terminal 4 will be described as an example. However, as the first position data of the bedside terminal 4, the position data of the bedside terminal 4 detected by the first and second association data D1 to D4 may be used.

The management server Sb is, for example, a patient related to a patient who is hospitalized periodically when the management server Sb communicates with the medical server Sa by a first communication method (for example, communication using File Transfer Protocol). The search command for information 9a is transmitted to the medical server Sa. Then, as a response, the management server Sb receives the patient data 13 including the patient information 9a regarding the hospitalized patient from the medical server Sa.

For example, when the management server Sb performs data communication with the medical server Sa by a second communication method (for example, socket communication), the management server Sb receives the patient identification data from the management terminal 2 and searches the patient identification data. The command is sent to the medical server Sa. Then, as a response, the management server Sb receives the patient data 13 including the patient information 9a regarding the patient identification data from the medical server Sa.

The management server Sb, for example, once acquires the patient data 13 using the patient identification data, and then periodically from the medical server Sa based on the patient identification data included in the patient data 13. Patient data 13 may be acquired.

The management server Sb selects patient information 9a including the second position data related to the first position data of the bedside terminal 4 from the patient data 13.

Then, the management server Sb generates the display data 14 based on the selected patient information 9a, and transmits the display data 14 to the bedside terminal 4 indicated by the terminal identification data.

In the first embodiment, the management server Sb generates display data 14 based on the terminal data 12 and patient data 13 by the control unit 16, and transfers the generated display data 14 to the bedside terminal 4 via the communication unit C2. A detailed description of the transmission will be omitted. This detailed description will be given in the second embodiment.

Next, the connecting device 3 will be described.

When the plug 17 of the connecting device 3 is connected to the outlet 7, the connecting device 3 receives the tag ID 22 from the RFID tag 7a attached to the outlet 7, and receives the connection notification, the connection ID 21 of the connecting device 3, and the connection ID 21. The tag ID 22 of the RFID tag 7a is transmitted to the management server Sb.

The connecting device 3 is connected to the bedside terminal 4, the television 5, and the refrigerator 6. When the plug 17 is connected to the outlet 7, the connecting device 3 supplies the electric power supplied from the outlet 7 to the bedside terminal 4, the television 5, and the refrigerator 6.

Then, when the plug 17 of the connecting device 3 and the outlet 7 are disconnected, the connecting device 3 manages the disconnection (disconnection) notification and at least one of the connecting device ID 21 and the tag ID 22. Send to server Sb.

The sensor 17a provided on the plug 17 detects the tag ID 22 of the RFID tag 7a when the plug 17 is connected to the outlet 7.

When the plug 17 is connected to the outlet 7, the electric power received from the outlet 7 is supplied to the bedside terminal 4, the television 5, and the refrigerator 6 via the connection portion 19.

The receiving unit 18 receives the tag ID 22 from the sensor 17a.

The connection portion 19 is connected to, for example, one end of a power line drawn from the plug 17. Further, the connection unit 19 is connected to various devices such as a bedside terminal 4, a television 5, a refrigerator 6, and the like. Various devices such as the bedside terminal 4, the television 5, and the refrigerator 6 can be attached to and detached from the connection portion 19. The connection unit 19 is, for example, an outlet, and may be connectable to a plug of various devices such as a bedside terminal 4, a television 5, and a refrigerator 6.

When the reception processing unit 23 detects the connection between the outlet 7 and the plug 17 by receiving the tag ID 22 from the sensor 17a via the reception unit 18, for example, the reception processing unit 23 stores the tag ID 22 received from the sensor 17a via the reception unit 18. It is stored in the part M3.

When the transmission processing unit 24 detects the connection between the outlet 7 and the plug 17, it reads the connection device ID 21 and the tag ID 22 from the storage unit M3, and manages the connection notification, the connection device ID 21, and the tag ID 22 via the communication unit C3. Send to server Sb.

Further, when the transmission processing unit 24 detects that the outlet 7 and the plug 17 are disconnected, it reads and releases at least one of the connection device ID 21 and the tag ID 22 stored in the storage unit M3. The notification and at least one of the connection device ID 21 and the tag ID 22 are transmitted to the management server Sb via the communication unit C3.

For example, when the processor P3 receives a device usage restriction command and a device ID from the management server Sb via the communication unit C3, the processor P3 restricts the use of the device corresponding to the received device ID according to the usage restriction command. May be good. For example, the processor P3 may limit the usable time of the bedside terminal 4 and the television 5.

The process executed based on the software 20 in the connection device 3 may be realized by hardware.

FIG. 3 is a flowchart showing an example of the first processing of the information processing system 1 according to the first embodiment.

In step S301, the management server Sb receives, for example, a setting request for the second to fourth association data D2 to D4 from the management terminal 2.

In step S302, the management server Sb stores the second to fourth association data D2 to D4 in the storage unit M2 according to the setting request received from the management terminal 2.

FIG. 4 is a flowchart showing an example of the second process of the information processing system 1 according to the first embodiment.

In step S401, the plug 17 of the connecting device 3 is connected to the outlet 7.

In step S402, the connecting device 3 receives the tag ID 22 from the sensor 17a provided in the plug 17 of the connecting device 3.

In step S403, the connection device 3 transmits the connection notification, the connection device ID 21, and the tag ID 22 to the management server Sb.

In step S404, the management server Sb receives the connection notification, the connection device ID 21, and the tag ID 22 from the connection device 3.

In step S405, the management server Sb adds the received connection device ID 21, the received tag ID 22, and the state information 47 including the reception time of the connection notification to the first association data D1 in an associated state.

In step S406, the management server Sb includes the first to fourth association data D1 to D4 stored in the storage unit M2, the patient identification data and the first patient identification data included in the patient information 9a stored in the storage unit M2. Based on the position data of 2, the device connected to the connecting device 3, the patient using the device, the position of the device connected to the connecting device 3, the start time and the usage time of the device in use, etc. are detected. do. Then, the management server Sb transmits the detection result data to the management terminal 2, the bedside terminal 4, or another device. The management terminal 2, the bedside terminal 4, or another device displays the detection result data received from the management server Sb.

FIG. 5 is a flowchart showing an example of a third process of the information processing system 1 according to the first embodiment.

In step S501, the plug 17 of the connecting device 3 and the outlet 7 are disconnected.

In step S502, the connection device 3 transmits a release notification, at least one of the connection device ID 21 and the tag ID 22 to the management server Sb.

In step S503, the management server Sb receives the release notification, at least one of the connection device ID 21 and the tag ID 22 from the connection device 3.

In step S504, the management server Sb updates the state information 47 associated with at least one of the received connection device ID 21 and the tag ID 22. For example, the management server Sb adds the time information when the cancellation notification is received to the status information 47.

In step S505, the management server Sb includes the first to fourth association data D1 to D4 stored in the storage unit M2, the patient identification data and the first patient identification data included in the patient information 9a stored in the storage unit M2. Based on the position data of 2, the device usage (rental) history for each patient, the cumulative usage time of the device for each patient (cumulative energization time), and the like are detected. Further, the management server Sb may execute the billing process of the device usage fee for each patient. Then, the management server Sb transmits the detection result data and the billing processing result data to the management terminal 2, the bedside terminal 4, or another device. The management terminal 2, the bedside terminal 4, or another device displays the detection result data and the billing processing result data received from the management server Sb.

In the first embodiment described above, the storage unit M2 of the management server Sb has a tag ID (first identification information) 22 corresponding to the RFIC tag 7a installed in the facility and information related to the RFIC tag 7a (for example,). The second and fourth association data (first data) D2 and D4 associated with the outlet information 51) are stored.

In the first embodiment, the outlet information 51 includes position data (first position data).

Further, the storage unit M2 of the management server Sb has a third association data (second data) in which the connection device ID (second identification information) 21 and the device ID (third identification information) 48 to 50 are associated with each other. ) Memorize D3.

Further, the storage unit M2 of the management server Sb stores the patient information (third data) 9a in which the patient identification data corresponding to the patient and the position data (second position data) corresponding to the patient are associated with each other.

The connection device 3 receives the tag ID 22 from the RFIC tag 7a installed in the facility, and transmits the tag ID 22 and the connection device ID 21 to the management server Sb.

The processor P2 receives the tag ID 22 and the connecting device ID 21 from the connecting device 3. Then, the processor P2 connects the tag ID 22 and the connecting device ID 21 received from the connecting device 3, the second to fourth association data D2 to D4 stored in the storage unit M2, and the patient information 9a. Information related to the device connected to the device 3 is detected, and position data, patient identification data, and state information 47 are detected for each device.

In the first embodiment described above, by attaching the plug 17 of the connecting device 3 to the outlet 7, the device connected to the connecting device 3 and its state (for example, user, position, usage time, energized state). Whether or not) can be managed collectively.

Specifically, in the first embodiment, for example, the administrator can easily and efficiently grasp which patient is using which device, which device, and in what state. be able to. In addition, it is possible to automatically perform billing processing such as equipment usage (rental) fees.

In the information processing system 1 according to the first embodiment, it is possible to reduce the labor of managing the device by the administrator. In the information processing system 1 according to the first embodiment, the use of various devices can be permitted or prohibited depending on the patient. For example, the content of the content that can be displayed on the bedside terminal 4 and the television 5, whether or not the use of the device is permitted, and the like can be restricted according to the age, time, cumulative usage time, and the like of the patient.

In the information processing system 1 according to the first embodiment, the position of the device can be grasped by linking with the position of the outlet 7 in the facility.

In the first embodiment, the case where the RFID tag 7a is attached to the outlet 7 is described as an example, but the RFID tag 7a can be installed in various places where the position is to be detected in the facility. Is. For example, the RFID tag 7a may be installed on a bed, wall, floor, ceiling, or the like.

In the first embodiment, the case where the sensor 17a is provided in the plug 17 is described as an example, but the sensor 17a may be provided in a place other than the plug 17 of the connecting device 3.

The function of the connecting device 3 may be provided in the bedside terminal 4.

(Second Embodiment)
In the second embodiment, the details of the process of generating the display data 14 in the information processing system 1 according to the first embodiment and displaying the generated display data 14 on the bedside terminal 4 will be described. In the example of the second embodiment, the patient data 13 and the terminal data 12 are associated with each other by the position data of the bedside terminal 4. In the second embodiment, the matters already explained in the first embodiment may be omitted.

FIG. 6 is a block diagram showing an example of the information processing system 1 according to the second embodiment.

The storage unit M2 of the management server Sb stores, for example, software 46, terminal data 12, patient identification data PID 1, replenishment position data 25, designated information 25a, patient data 13, pictogram data 52, and display data 14.

The processor P2 of the management server Sb, for example, executes the software 46 stored in the storage unit M2 to execute the editing unit 27, the acquisition unit 28, the position replenishment unit 29, the selection unit 30, the generation unit 31, and the transmission unit 32. To realize the function as.

The bedside terminal 4 includes, for example, a communication unit C4, an operation reception unit R1, a display unit DP1, a storage unit M4, a processor P4, and the like. The bedside terminal 4 may be another type of terminal that is not arranged on the bedside.

The storage unit M4 of the bedside terminal 4 stores, for example, the software 33, the first position data 34a of the bedside terminal 4, and the display data 14.

The processor P4 of the bedside terminal 4 realizes functions as a reception unit 35, a transmission unit 36, a reception unit 37, and a display control unit 38 by executing software 33 stored in the storage unit M4, for example. The software 33 may include, for example, an OS, a browser, communication control software, and the like.

The management terminal 2 includes, for example, a communication unit C5, an operation reception unit R2, a display unit DP2, a storage unit M5, a processor P5, and the like.

The storage unit M5 of the management terminal 2 stores, for example, software 39, patient identification data PID 1, supplementary position data 25, and designated information 25a.

The processor P5 of the management terminal 2 realizes the functions as the reception unit 40 and the transmission unit 41 by executing the software 39 stored in the storage unit M5, for example. The software 39 may include, for example, an OS, a browser, communication control software, and the like.

Hereinafter, the management server Sb, the bedside terminal 4, and the management terminal 2 will be described in order.

First, the management server Sb will be described.

In the second embodiment, the management server Sb manages the terminal data 12 in which the first position data 34a of the bedside terminal 4 and the terminal identification data are associated with each other.

As described in the first embodiment, the management server Sb receives the terminal identification data indicating the bedside terminal 4 and the first position data 34a of the bedside terminal 4 from the bedside terminal 4, and the terminal The identification data and the first position data 334a of the bedside terminal 4 are associated with each other and registered in the terminal data 12. The management server Sb selects patient information 9a including the second position data related to the first position data 34a of the bedside terminal 4 from the patient data 13. Then, the management server Sb generates the display data 14 based on the selected patient information 9a, and transmits the display data 14 to the bedside terminal 4 indicated by the terminal identification data.

The software 46 is executed by the processor P2 to cooperate with the medical server Sa to generate display data 14, and various functions for transmitting the display data 14 to the bedside terminal 4 (for example, the first implementation described above). The function as the control unit 16 in the form) is realized.

The terminal data 12 is data that records information on the bedside terminal 4. The terminal data 12 associates the terminal identification data indicating the bedside terminal 4 with the first position data 34a of the bedside terminal 4.

The terminal data 12 includes the device ID 48 in the third association data D3 indirectly associated with each other using the first to fourth association data D1 to D4, and the outlet information 51 in the fourth association data D4. It can be substituted by the position data of. The management server Sb indicates that the device ID 48 and the outlet information 51 are associated with each other by the third association data D3, the first association data D1, the second association data D2, and the fourth association data D4. It can be detected by referring to in the order of.

Further, the management server Sb generates terminal data 12 based on the third association data D3, the first association data D1, the second association data D2, and the fourth association data D4, and generates the generated terminal data 12. It may be stored in the storage unit M2.

In the second embodiment, the patient identification data PID 1 is transmitted from the bedside terminal 4 or a computer other than the bedside terminal 4, such as the management terminal 2, to the management server Sb.

The supplementary position data 25 is the second position data when there is insufficient information in the second position data in matching the first position data 34a of the terminal data 12 and the second position data of the patient data 13. Data used to replenish.

The designation information 25a designates the second position data that is the replenishment destination (embedding destination) of the replenishment position data 25 in the patient data 13.

The pictogram data 52 includes a pictogram used to generate display data 14 transmitted to the bedside terminal 4.

The display data 14 is generated based on, for example, patient information 9a including second position data consistent with the first position data 34a of the bedside terminal 4 included in the terminal data 12 and pictogram data 52. , Data for screen display transmitted to the bedside terminal 4.

The editorial unit 27 receives a command from another device via the communication unit C2, and registers, edits, manages, updates, or deletes data for the terminal data 12 of the storage unit M2 according to the command.

The editorial unit 27 receives, for example, the terminal identification data of the bedside terminal 4 and the first position data 34a from the bedside terminal 4 via the communication unit C2, and the received terminal identification data of the bedside terminal 4 and the first position. Is registered in the terminal data 12 in association with the position data 34a of.

When the processor P2 of the management server Sb and the communication unit C2 perform data communication with the medical server Sa by the first communication method, the acquisition unit 28 periodically performs a search command for patient information 9a regarding the hospitalized patient. , Sends to the medical server Sa via the communication unit C2. As a response to the search command for the patient information 9a regarding the hospitalized patient, the acquisition unit 28 communicates the patient data 13 including the patient information 9a regarding the hospitalized patient included in the electronic medical record 9 from the medical server Sa. Received via unit C2. Then, the acquisition unit 28 writes the patient data 13 to the storage unit M2.

When the processor P2 and the communication unit C2 of the management server Sb perform data communication with the medical server Sa by the second communication method, the acquisition unit 28 may, for example, from the management terminal 2 other than the bedside terminal 4 via the communication unit C2. The patient identification data PID1 is received. Further, the acquisition unit 28 transmits the patient identification data PID1 and the search command to the medical server Sa via the communication unit C2. The management server Sb receives the patient data 13 including the patient information 9a indicating the patient indicated by the patient identification data PID1 from the medical server Sa via the communication unit C2 as a response to the patient identification data PID1 and the search command. Then, the acquisition unit 28 writes the patient data 13 to the storage unit M2. After that, the acquisition unit 28 may periodically transmit the patient identification data PID1 and the search command included in the patient data 13 to the medical server Sa via the communication unit C2, and repeat the same process.

In the second embodiment, the second position data included in the patient data 13 may be a part of the first position data 34a of the bedside terminal 4 included in the terminal data 12.

For example, the second position data included in the patient data 13 may include ward and room identification data, but may not include bed identification data.

As described above, when there is a lack of information in the second position data in the matching between the first position data 34a and the second position data, the position replenishment unit 29 may, for example, use at least a part of the patient data 13 and the terminal. At least a part of the data 12 is transmitted to the management terminal 2 via the communication unit C2. The management terminal 2 receives and displays at least a part of the patient data 13 and at least a part of the terminal data 12 from the management server Sb. The management terminal 2 serves as a replenishment position data 25 for replenishing information (for example, bed identification data) lacking in matching using the first position data 34a according to an operation by the administrator M, and a replenishment destination. It accepts the designated information 25a that specifies the second position data. The management terminal 2 transmits the replenishment position data 25 and the designated information 25a to the management server Sb. The position replenishment unit 29 receives the replenishment position data 25 and the designated information 25a from the management terminal 2 via the communication unit C2.

Then, the position replenishment unit 29 incorporates the replenishment position data 25 into the second position data included in the patient data 13 and designated by the designated information 25a.

This makes it possible to match the first position data 34a with the second position data.

Based on the terminal data 12 and the patient data 13 stored in the storage unit M2, the selection unit 30 selects the first position data of the bedside terminal 4 included in the terminal data 12 from the patient data 13. Select patient information 9a that includes second location data consistent with 34a.

The generation unit 31 generates display data 14 related to the patient information 9a based on the patient information 9a selected by the selection unit 30 and the pictogram data 52 stored in the storage unit M2, and writes the display data 14 to the storage unit M2. ..

The transmission unit 32 reads the display data 14 from the storage unit M2. Then, the transmission unit 32 displays the data 14 displayed on the bed site terminal 4 indicated by the terminal identification data associated with the first position data 34a in the terminal data 12 stored in the storage unit M2 via the communication unit C2. To send.

Next, the bedside terminal 4 will be described.

The reception unit 35 receives the first position data 34a of the bedside terminal 4 from the user U of the bedside terminal 4 via the operation reception unit R1. Then, the reception unit 35 writes the first position data 34a of the bedside terminal 4 to the storage unit M4.

The transmission unit 36 reads the bedside first position data 34a from the storage unit M4, and transmits the terminal identification data and the bedside first position data 34a to the management server Sb via the communication unit C3.

Here, the terminal identification data may be included (set) in the software 33. Further, the reception unit 35 may acquire the terminal identification data from the user U via the operation reception unit R1.

The receiving unit 37 receives the display data 14 from the management server Sb via the communication unit C4, and writes the display data 14 to the storage unit M4.

The display control unit 38 reads the display data 14 from the storage unit M4 and executes control for displaying the display data 14 on the display unit DP1.

Next, the management terminal 2 will be described.

The management terminal 2 is operated by the administrator M. The management terminal 2 is a device different from the bedside terminal 4. The management terminal 2 may be, for example, a computer for operating the electronic medical record 9 managed by the medical server Sa.

The reception unit 40 receives the patient identification data PID1 from the administrator M via the operation reception unit R2 when the processor P5 of the management server Sb and the communication unit C5 perform data communication with the medical server Sa by the second communication method. .. Then, the reception unit 40 writes the patient identification data PID1 to the storage unit M5.

When the reception unit 40 has insufficient information in the second position data in matching the first position data 34a of the terminal data 12 and the second position data of the patient data 13, for example, from the management server Sb At least a part of the patient data 13 and at least a part of the terminal data 12 are received via the communication unit C5. The reception unit 40 displays at least a part of the patient data 13 and at least a part of the terminal data 12 received from the management server Sb on the display unit DP2. The reception unit 40 receives the replenishment position data 25 and the designated information 25a via the operation reception unit R2 operated by the administrator M. Then, the reception unit 40 writes the replenishment position data 25 and the designated information 25a to the storage unit M5.

The reception unit 40 receives, for example, at least a part of the settings of the second to fourth association data D2 to D4 via the operation reception unit R2 operated by the administrator M.

When the processor P2 and the communication unit C2 of the management server Sb perform data communication with the medical server Sa by the second communication method, the transmission unit 41 reads the patient identification data PID1 from the storage unit M5 and obtains the patient identification data PID1. It is transmitted to the management server Sb via the communication unit C5.

When the transmission unit 41 has insufficient information in the second position data in matching the first position data 34a of the terminal data 12 and the second position data of the patient data 3, the supplementary position data 25 and the designated information 25a is read from the storage unit M5, and the replenishment position data 25 and the designated information 25a are transmitted to the management server Sb via the communication unit C5.

For example, when the reception unit 40 accepts at least a part of the settings of the second to fourth association data D2 to D4, the transmission unit 41 makes a setting request corresponding to the accepted settings to the communication unit C5. It is transmitted to the management server Sb via.

FIG. 7 is a diagram showing an example of the relationship between the electronic medical record 9, the patient data 8, the terminal data 12, the supplementary position data 25, and the designated information 25a.

The electronic medical record 9 includes, for example, patient information associated with patient identification data, second position data, doctor identification data, medical care data, and hospitalization / outpatient data for each patient. In the example of FIG. 7, the electronic medical record 9 includes the patient identification data PID1 regarding the patient, the second position data 34b, the doctor identification data 42, the medical care data 43, and the patient information 9a associated with the hospitalization / outpatient data 44.

The patient data 13 may be, for example, data obtained by extracting patient information 9a including hospitalization / outpatient data 44 indicating that a patient is hospitalized from an electronic medical record 9.

Alternatively, the patient data 13 may be, for example, data obtained by extracting patient information 9a including the designated patient identification data PID1 from the electronic medical record 9.

The supplementary position data 25 is incorporated into the second position data 34b designated by the designated information 25a in the patient data 13.

In the terminal data 12, the terminal identification data 45 and the first position data 34a of the bedside terminal 4 are associated with each other.

In the second embodiment, the second position data 34b included in the patient data 13 and the first position data 34a included in the terminal data 12 can be matched. Therefore, the management server Sb can acquire the terminal identification data 45 which is the destination for transmitting the display data 14 generated based on the patient information 9a of the patient data 13.

FIG. 8 is a flowchart showing an example of processing of the information processing system 1 according to the second embodiment.

In step S801a, the medical server Sa registers the patient information 9a including the patient identification data PID1, the second position data 34b, the doctor identification data 42, the medical care data 43, the hospitalization / outpatient data 44, and the like in the electronic medical record 9.

In step S801b, the management server Sb acquires patient data 13 which is at least a part of the electronic medical record 9 and includes patient information 9a.

In step S801b, the management server Sb receives the patient identification data PID1 from the bedside terminal 4 or a device other than the bedside terminal 4, and includes the patient information 9a related to the patient identification data PID1 from the medical server Sa. Data 13 may be acquired.

In step S801b, the management server Sb adds to the second position data 34b included in the patient data 13 and designated by the designated information 25a based on the supplementary position data 25 and the designated information 25a received from the management terminal 2. The replenishment position data 25 may be replenished.

In step S802, the management server Sb receives the terminal identification data 45 and the first position data 34a of the bedside terminal 4 from the bedside terminal 4, and the terminal data 12 includes the terminal identification data 45 and the bedside terminal 4. The first position data 34a is registered.

Note that step S802 may be executed before step S801a or after it. Further, the step 802 may be executed before the step S801b or may be executed after the step S801b.

In step S803, the management server Sb includes patient information including the patient data 13 to the second position data 34b when the second position data 34b of the patient data 13 matches the first position data 34a of the terminal data 12. Select 9a.

In step S804, the management server Sb generates display data 14 to be displayed on the bedside terminal 4 based on the selected patient information 9a and pictogram data 52.

In step S805, the management server Sb transmits the display data 14 to the bed site terminal 4 based on the terminal identification data 45.

In step S806, the bedside terminal 4 receives the display data 14 from the management server Sb.

In step S807, the bedside terminal 4 displays the display data 14 received from the management server Sb.

FIG. 9 is a diagram illustrating an outline of the information processing system 1 according to the second embodiment.

The bedside terminal 4 receives the first position data 34a of the bedside terminal 4 from the user U, and transmits the terminal identification data 45 and the first position data 34a of the bedside terminal 4 to the management server Sb.

The management server Sb receives the terminal identification data 45 and the first position data 34a of the bedside terminal 4 from the bedside terminal 4, and terminals the terminal identification data 45 and the first position data 34a of the bedside terminal 4. Register in data 12.

For example, the management server Sb transmits a search command for patient information 9a regarding the hospitalized patient to the medical server Sa, and as a response, patient data including the patient information 9a regarding the hospitalized patient extracted from the electronic medical record 9. 13 is received from the medical server Sa, and patient data 13 is stored.

The management terminal 2 other than the bedside terminal 4 may receive the patient identification data PID1 from the manager M. In this case, the management terminal 2 transmits the patient identification data PID1 to the management server Sb. When the management server Sb receives the patient identification data PID1 from the management terminal 2, it transmits the patient identification data PID1 and the search command or search request to the medical server Sa. Then, as a response, the management server Sb receives the patient data 13 including the patient information 9a corresponding to the patient identification data PID1 extracted from the electronic medical record 9 from the medical server Sa, and stores the patient data 13.

The management terminal 2 may receive the replenishment position data 25 and the designated information 25a from the administrator M. In this case, the management terminal 2 transmits the replenishment position data 25 and the designated information 25a to the management server Sb. The management server Sb incorporates the supplementary position data 25 into the second position data 34b of the patient information 9a in the patient data 13 based on the designated information 25a.

The management server Sb selects the patient information 9a including the second position data 34b that matches the first position data 34a of the terminal data 12 in the patient data 13, and combines the selected patient information 9a with the pictogram data 52. Based on this, the display data 14 is generated.

The management server Sb transmits the display data 14 to the bedside terminal 4 indicated by the terminal identification data 45 associated with the first position data 34a in the terminal data 12.

The bedside terminal 4 receives the display data 14 from the management server Sb and displays the display data 14.

In the second embodiment described above, the first position data 34a of the bedside terminal 4 is input to the bedside terminal 4 instead of the patient identification data PID1. The first position data 34a of the bedside terminal 4 is easier for the staff of the medical institution to confirm than the patient identification data PID1.

Therefore, even when the staff of the medical institution and the patient do not store the patient identification data PID1, the bedside terminal 4 can be set quickly.

The number of bed repositioning changes is less than the number of bed changes for patients using the bed. In the second embodiment, even if the patient who uses the bed changes, it is not necessary to input a new setting to the bedside terminal 4 as long as the position of the bedside terminal 4 is not changed. Therefore, in the second embodiment, the number of setting inputs to the bedside terminal 4 can be reduced, and the occurrence of setting input errors can be suppressed. Further, in the second embodiment, it is possible to reduce the work of operating an electronic device such as the bedside terminal 4 in a hospital room or the like.

In the second embodiment, it is possible to prevent an increase in the working labor and working time of the staff of the medical institution.

In the second embodiment, since it is not necessary to input the patient identification data PID1 which is personal information to the bedside terminal 4, the management of personal information can be tightened.

In the second embodiment, the acquisition process of the patient data 13 from the electronic medical record 9 can be switched according to the data communication method between the medical server Sa and the management server Sb. Therefore, the patient data 13 can be appropriately collected.

The second position data 34b included in the patient data 13 may be a part of the first position data 34a of the bedside terminal 4 included in the terminal data 12. For example, the second position data 34b included in the patient data 13 may include ward and room identification data, but may not include bed identification data. Even in such a case, in the second embodiment, the second position data 34b included in the patient data 13 is supplemented by the supplementary position data 25 and the designated information 25a.

As a result, in the second embodiment, the display data 14 can be displayed on the bedside terminal 4 even when the second position data 34b included in the patient data 13 has insufficient information. can.

In the second embodiment, the bedside terminal 4 receives the first position data 34a of the bedside terminal 4 from the user U. However, the bedside terminal 4 is, for example, a device that receives the first position data 34a by wireless communication, a bar code or two-dimensional code reading device that indicates the first position data 34a, and the first position data from the RFIC tag. The first position data 34a of the bedside terminal 4 may be acquired by using a device or the like that receives 34a.

In each of the above embodiments, when the information processing system 1 is applied to the long-term care field (long-term care facility), the patient is a long-term care recipient, and the staff is a long-term care staff or the like.

The invention of the present application is not limited to each of the above-described embodiments as it is, and at the implementation stage, the components can be modified and embodied within a range that does not deviate from the gist thereof. In addition, various inventions can be formed by appropriately combining the plurality of components disclosed in each of the above embodiments. For example, some components may be reduced from all the components shown in each embodiment. Further, the components of different embodiments may be combined as appropriate.

1 ... Information processing system, Sa ... Medical server, Sb ... Management server, 2 ... Management terminal, 3 ... Connection device, 4 ... Bedside terminal, 7 ... Outlet, 7a ... RFIC tag, C1 to C5 ... Communication unit, M1 to M5 ... Storage unit, P1 to P5 ... Processor, 8,20,33,39,46 ... Software, 9 ... Electronic chart, 9a ... Patient information, 10,27 ... Editorial department, 11 ... Data search unit, 12 ... Terminal data , 13 ... patient data, 14 ... display data, D1 ... first association data, D2 ... second association data, D3 ... third association data, D4 ... fourth association data, 15 ... management unit, 16 ... Control unit, 17 ... plug, 17a ... sensor, 18 ... receiver unit, 19 ... connection unit, 21 ... connection device ID, 22 ... tag ID, 23 ... reception processing unit, 24 ... transmission processing unit, 47 ... status information, 26 ... Outlet ID, 48-50 ... Device ID, 51 ... Outlet information, PID1 ... Patient identification data, 28 ... Acquisition unit, 29 ... Position replenishment unit, 30 ... Selection unit, 31 ... Generation unit, 32 ... Transmission unit, 34a ... First position data, 34b ... Second position data, 25 ... Supplementary position data, 25a ... Designated information, 45 ... Terminal identification data

Claims (6)

Connecting devices that can be connected to the equipment used in association with the bed,
An information processing device capable of communicating with the connection device and
Equipped with
The connecting device is
The first identification information is received from a device installed in the facility and transmitting the first identification information, and the first identification information and the second identification information corresponding to the connection device are processed into the information processing. Send to the device,
The information processing device
The first data in which the first identification information and the device information related to the device are associated with each other, and the second data in which the second identification information and the third identification information corresponding to the device are associated with each other. A memory unit to memorize and
Based on the first identification information and the second identification information received from the connection device, and the first data and the second data stored in the storage unit, the device is related to the device. A processor that detects the device information and
Equipped with
The device information includes the first position data.
The storage unit further stores a third data in which the user identification information corresponding to the user and the second position data corresponding to the user are associated with each other.
The processor detects the first position data and the user identification information related to the second position data consistent with the first position data for each device .
Information processing system. The processor receives the first identification information and the second identification information from the connection device when the connection device detects the first identification information.
The information processing system of claim 1. The device is associated with an outlet and
The connecting device further includes a sensor that detects the first identification information transmitted from the device, and a plug that includes the sensor.
The information processing system according to claim 1 or 2. The device information includes outlet information about the outlet associated with the device.
The first data associates the first identification information, the fourth identification information corresponding to the outlet, and the outlet information regarding the outlet.
The information processing system of claim 3. A processor that can communicate with a connecting device that can connect to the equipment used in association with the bed,
A storage unit accessible by the processor
Equipped with
The storage unit
The first identification information corresponding to the device installed in the facility, the first data in which the device information related to the device is associated with each other, the second identification information corresponding to the connecting device, and the device corresponding to the device. Stores the second data associated with the third identification information,
The processor
Based on the first identification information and the second identification information received from the connection device, and the first data and the second data stored in the storage unit, the device is related to the device. The device information is detected and
The device information includes the first position data.
The storage unit further stores a third data in which the user identification information corresponding to the user and the second position data corresponding to the user are associated with each other.
The processor detects the first position data and the user identification information related to the second position data consistent with the first position data for each device .
Information processing device. On the computer
The first identification information corresponding to the device installed in the facility, the first data in which the device information related to the device is associated with each other, and the connection device corresponding to the device used in association with the bed and the connectable device can be connected. A first function of storing the second data in which the second identification information and the third identification information corresponding to the device are associated with each other in the storage unit, and
Based on the first identification information and the second identification information received from the connection device, and the first data and the second data stored in the storage unit, the device is related to the device. The second function of detecting the device information and
Realized ,
The device information includes the first position data.
The first function further stores the third data in which the user identification information corresponding to the user and the second position data corresponding to the user are associated with each other in the storage unit.
The second function further detects the first position data and the user identification information related to the second position data consistent with the first position data for each device.
Program for.

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