JP6925682B1 - Information processing equipment, information processing methods, and programs - Google Patents

Abstract

PROBLEM TO BE SOLVED: To display patient information included in an electronic medical record on a terminal associated with a bed without inputting patient identification data into a terminal associated with the bed. An information processing device includes a processor capable of communicating with a terminal associated with a bed, and a storage unit controlled by the processor. The storage unit includes terminal data in which the terminal identification data corresponding to the terminal and the first position data are associated with each other, and at least a part of the electronic medical record managed by the medical information system and the second position data. Memorize patient information. The processor generates display data based on patient information including a second position data associated with the first position data, and the terminal corresponds to the terminal identification data associated with the first position data in the terminal data. , Send display data. [Selection diagram] Fig. 1

Description

The present invention relates to an information processing device, an information processing method, and a program for displaying patient information managed by, for example, a medical information system, on a terminal associated with a bed.

Medical information systems used in medical institutions manage electronic medical records. A service is provided in which patient information contained in this electronic medical record is displayed on a bedside terminal provided on the bedside.

Medical institution staff (such as doctors or nurses) enter patient identification data into bedside terminals. The bedside terminal transmits the patient identification data to the management server. The management server receives at least a part of the data of the electronic chart from the medical information system, selects the patient information related to the patient identification data from at least a part of the data, and converts the patient information into a bed corresponding to the patient identification data. Send to the side terminal. As a result, patient information is displayed on the bedside terminal.

Japanese Patent No. 6682034

Inputting patient identification data to the bedside terminal In the above information system, it is difficult to quickly input patient identification data to the bedside terminal when the staff of the medical institution and the patient do not store the patient identification data. In some cases.

Inputting patient identification data to the bedside terminal In the above information system, it is necessary to input patient identification data to the headside terminal every time the patient who uses the bed changes. In this case, the number of inputs to the bedside terminal increases, and the possibility of input errors increases.

When inputting patient identification data to a bedside terminal using, for example, a barcode, it is necessary to prepare a device such as a barcode reader, which takes time and effort to input the patient identification data, and the introduction cost of the barcode reader. Is also needed.

In medical institutions, there is a need to reduce the work of operating electronic devices such as bedside terminals in hospital rooms as much as possible.

Furthermore, patient identification data is personal information, and in recent years, stricter management of personal information has been required.

The present invention has been made in view of the above circumstances, and information that enables the patient information contained in the electronic medical record to be displayed on the terminal associated with the bed without inputting the patient identification data into the terminal associated with the bed. Regarding processing equipment, information processing methods, and programs.

The information processing device of the present invention includes a processor capable of communicating with a terminal associated with the bed, and a storage unit controlled by the processor. The storage unit includes terminal data in which the terminal identification data corresponding to the terminal and the first position data are associated with each other, and at least a part of the electronic medical record managed by the medical information system and the second position data. Memorize patient information. The processor selects patient information including the second position data related to the first position data stored in the storage unit, generates display data related to the selected patient information, and generates the display data related to the selected patient information, and the first position data in the terminal data. The display data is transmitted to the terminal corresponding to the terminal identification data associated with.

According to the present invention, the patient information contained in the electronic medical record can be displayed on the terminal associated with the bed without inputting the patient identification data on the terminal associated with the bed.

The block diagram which shows the example of the information processing system which concerns on this 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. The flowchart which shows the example of the processing of the information processing system which concerns on this embodiment. The figure which illustrates the outline of the information processing system which concerns on this 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.

In the present embodiment, an information processing system in which the electronic medical record and the terminal data are associated with the position data of the bedside terminal will be described.

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

The information processing system 1 includes a medical server Sa, a management server Sb, a bedside terminal Ta, and a management terminal Tb. The medical server Sa, the management server Sb, the bedside terminal Ta, and the management terminal Tb can communicate with other devices via a network N such as a dedicated line, the Internet, or a LAN (Local Area Network). Is. In the following, in order to simplify the description, the network N may be omitted.

Specifically, in the information processing system 1, the management server Sb can communicate with the medical server Sa, the bedside terminal Ta, and the management terminal Tb.

The medical server Sa, the management server Sb, the bedside terminal Ta, and the management terminal Tb are, for example, a computer or an information processing device. The bedside terminal Ta may be, for example, a tablet computer.

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 2 and the electronic medical record 3.

The processor P1 realizes the functions as the editing unit 4 and the data retrieval unit 5 by executing the software 2 stored in the storage unit M1, for example. The software 2 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 stores, for example, software 6, terminal data 7, patient identification data 12, supplementary position data 29, designated information 29a, patient data 8, pictogram data 10, and display data 11.

The processor P2 functions as an editorial unit 13, an acquisition unit 14, a position replenishment unit 15, a selection unit 16a, a generation unit 16b, and a transmission unit 17 by executing software 6 stored in the storage unit M2, for example. Realize. The software 6 may include, for example, an OS, application software for generating display data in cooperation with the medical server Sa, communication control software, and the like.

The bedside terminal Ta includes, for example, a communication unit C3, an operation reception unit R1, a display unit D1, a storage unit M3, a processor P3, and the like.

The storage unit M3 stores, for example, the software 18, the first position data 19a of the bedside terminal Ta, and the display data 11.

The processor P3 realizes functions as a reception unit 21, a transmission unit 22, a reception unit 23, and a display control unit 24 by executing software 18 stored in the storage unit M3, for example. The software 18 may include, for example, an OS, a browser, and the like.

The management terminal Tb includes, for example, a communication unit C4, an operation reception unit R2, a display unit D2, a storage unit M4, a processor P4, and the like.

The storage unit M4 stores, for example, software 25, patient identification data 12, supplementary position data 29, and designated information 29a.

The processor P4 realizes the functions as the reception unit 27 and the transmission unit 28 by executing the software 25 stored in the storage unit M4, for example. The software 25 may include, for example, an OS, a browser, and the like.

Hereinafter, the medical server Sa, the management server Sb, the bedside terminal Ta, and the management terminal Tb 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 3.

The communication unit C1 receives, for example, data, information, signals, requests, commands, notifications, instructions, responses, etc. from another device via the network N. Further, the communication unit C1 transmits, for example, data, information, signals, requests, commands, notifications, instructions, responses, etc. to other devices via the network N. Since the communication unit C2 of the management server Sb, the communication unit C3 of the bedside terminal Ta, and the communication unit C4 of the management terminal Tb are the same as the communication unit C1, the description of the communication units C2 to C4 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. The storage unit M2 of the management server Sb, the storage unit M3 of the bedside terminal Ta, and the storage unit M4 of the management terminal Tb can be the same as the storage unit M1. However, the storage units M1 to M4 have different stored software and data.

The software 2 realizes various functions as a medical information system by being executed by the processor P1. The functions of the medical information system include, for example, a data receiving function for the electronic medical record 3, an editing function and a management function of the electronic medical record 3, and a data transmitting function included in the electronic medical record 3.

The electronic medical record 3 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 present embodiment, the electronic medical record 3 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, medical examination contents regarding a patient. , Medical data such as diagnosis results, prescriptions, progress information, and patient information 8a 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 another device via the network N by using the communication unit C1. The processor P2 of the management server Sb, the processor P3 of the bedside terminal Ta, and the processor P4 of the management terminal Tb may be, for example, a CPU, an MPU, a GPU, or the like, as in the case of the processor P1, respectively. ~ C4 may be used to communicate with other devices via network N.

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. In addition, each of the processor P2 of the management server Sb, the processor P3 of the bedside terminal Ta, and the processor P4 of the management terminal Tb also reads various data and various software from each of the storage units M2 to M4, for example, in the same manner as the processor P1. It is possible, and various data and various software can be written to each of the storage units M2 to M4.

The editorial unit 4 receives a command from another device via the network N and the communication unit C1 or from the operation reception unit or the operation terminal of the medical server Sa (not shown), and stores the command in the storage unit M1 according to the command. Registering, editing, managing, updating, or deleting data (for example, patient information 8a) for the existing electronic medical record 3.

The data search unit 5 executes a data search according to a command received from another device such as the management server Sb via the network N and the communication unit C1, and uses the searched data in the communication unit C1 and the network. It is transmitted to another device via N.

In the present embodiment, the data search unit 5 receives, for example, a search command for patient information 8a regarding a hospitalized patient from the management server Sb via the network N and the communication unit C1. Then, the data search unit 5 extracts patient data 8 including patient information 8a regarding the patient who is hospitalized based on the hospitalization / outpatient data from the electronic medical record 3, and extracts the extracted patient data 8 into the communication unit C1 and the network N. It is transmitted to the management server Sb via.

Further, in the present embodiment, the data search unit 5 receives the patient identification data 12 and the search command from, for example, the management server Sb via the network N and the communication unit C1. Then, the data search unit 5 extracts the patient data 8 including the patient information 8a related to the patient identification data 12 from the electronic medical record 3, and transmits the extracted patient data 8 to the management server Sb via the communication unit C1 and the network N. ..

Next, the management server Sb will be described.

The management server Sb operates in cooperation with the medical server Sa, the bedside terminal Ta, and the management terminal Tb.

The management server Sb provides, for example, a service of receiving patient data 8 including at least a part of the electronic medical record 3 from the medical server Sa and displaying various data on the bedside terminal Ta using the received patient data 8. It is an information processing device. The management server Sb may be operated by a management company that manages bedside devices such as the bedside terminal Ta.

More specifically, the management server Sb manages the terminal data 7 in which the first position data 19a of the bedside terminal Ta and the terminal identification data are associated with each other.

The management server Sb receives the terminal identification data indicating the bedside terminal Ta and the first position data 19a of the bedside terminal Ta from the bedside terminal Ta via the network N, and receives the terminal identification data and the bedside terminal Ta. It is registered in the terminal data 7 in association with the first position data 19a.

The management server Sb is a patient related to a patient who is hospitalized periodically when, for example, 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 8a is transmitted to the medical server Sa via the network N. Then, as a response, the management server Sb receives the patient data 8 including the patient information 8a regarding the hospitalized patient from the medical server Sa via the network N.

The management server Sb receives the patient identification data 12 from the management terminal Tb via the network N, 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 patient identification data 12 and the search command are transmitted to the medical server Sa via the network N. Then, as a response, the management server Sb receives the patient data 8 including the patient information 8a regarding the patient identification data 12 from the medical server Sa via the network N.

The management server Sb, for example, once acquires the patient data 8 using the patient identification data 12, and then periodically, based on the patient identification data 12 included in the patient data 8, is a medical server. Patient data 8 may be obtained from Sa.

The management server Sb selects the patient information 8a including the second position data related to the first position data 19a of the bedside terminal Ta from the patient data 8.

Then, the management server Sb generates the display data 11 based on the selected patient information 8a, and transmits the display data 11 to the bedside terminal Ta indicated by the terminal identification data.

The software 6 is executed by the processor P2 to cooperate with the medical server Sa to generate display data 11 and realize various functions for transmitting the display data 11 to the bedside terminal Ta.

The terminal data 7 is data that records information on the bedside terminal Ta. In the present embodiment, the terminal data 7 associates the terminal identification data indicating the bedside terminal Ta with the first position data 19a of the bedside terminal Ta.

In the present embodiment, the terminal identification data may include, for example, an address used in communication with the bedside terminal Ta.

The patient identification data 12 is data for identifying a patient. In the present embodiment, the patient identification data 12 is transmitted from a computer other than the bedside terminal Ta, such as the management terminal Tb, to the management server Sb.

The patient data 8 includes at least a part of the electronic medical record 3 and is data received by the management server Sb from the medical server Sa via the network N. The patient data 8 may include, for example, patient information 8a of a hospitalized patient, and may include, for example, patient information 8a regarding a patient indicated by patient identification data 12 transmitted to the medical server Sa. The patient information 8a may include, for example, patient identification data 12, second position data, medical care data, hospitalization / outpatient data, and the like.

The supplementary position data 29 is the second position data when there is insufficient information in the second position data in matching the first position data 19a of the terminal data 7 and the second position data of the patient data 8. Data used to replenish.

The designation information 29a designates the second position data that is the replenishment destination (embedding destination) of the replenishment position data 29 in the patient data 8.

The pictogram data 10 includes a pictogram used to generate display data 11 transmitted to the bedside terminal Ta.

The display data 11 is generated based on, for example, patient information 8a including second position data consistent with the first position data 19a of the bedside terminal Ta included in the terminal data 7, and pictogram data 10. , Data for screen display transmitted to the bedside terminal Ta via network N.

The editorial unit 13 receives a command from another device via the network N and the communication unit C2, and registers, edits, manages, updates, or deletes data for the terminal data 7 of the storage unit M2 according to the command. ..

The editorial unit 13 receives, for example, the terminal identification data of the bedside terminal Ta and the first position data 19a from the bedside terminal Ta or the management terminal Tb via the network N and the communication unit C2, and the received bedside terminal Ta The terminal identification data of No. 1 and the first position data 19a are associated with each other and registered in the terminal data 7.

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 14 periodically performs a search command for patient information 8a regarding the hospitalized patient. , Transmits to the medical server Sa via the communication unit C2 and the network N. As a response to the search command for the patient information 8a regarding the hospitalized patient, the acquisition unit 14 networks the patient data 8 including the patient information 8a regarding the hospitalized patient included in the electronic medical record 3 from the medical server Sa. Received via N and communication unit C2. Then, the acquisition unit 14 writes the patient data 8 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 14 can, for example, connect the network N and the communication unit from the management terminal Tb which is not the bedside terminal Ta. The patient identification data 12 is received via C2. Further, the acquisition unit 14 transmits the patient identification data 12 and the search command to the medical server Sa via the communication unit C2 and the network N. As a response to the patient identification data 12 and the search command, the management server Sb receives the patient data 8 including the patient information 8a indicating the patient indicated by the patient identification data 12 from the medical server Sa via the network N and the communication unit C2. Then, the acquisition unit 14 writes the patient data 8 to the storage unit M2. After that, the acquisition unit 14 periodically transmits the patient identification data 12 and the search command included in the patient data 8 to the medical server Sa via the communication unit C2 and the network N, and repeats the same process. May be good.

In the present embodiment, the second position data included in the patient data 8 may be a part of the first position data 19a of the bedside terminal Ta included in the terminal data 7.

For example, the second position data included in the patient data 8 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 19a and the second position data, the position replenishment unit 15 may, for example, use at least a part of the patient data 8 and the terminal. At least a part of the data 7 is transmitted to the management terminal Tb via the communication unit C2 and the network N. The management terminal Tb receives and displays at least a part of the patient data 8 and at least a part of the terminal data 7 from the management server Sb. The management terminal Tb serves as a replenishment position data 29 for replenishing information (for example, bed identification data) lacking in matching using the first position data 19a according to an operation by the administrator M, and a replenishment destination. It accepts the designated information 29a that specifies the second position data. The management terminal Tb transmits the replenishment position data 29 and the designated information 29a to the management server Sb via the network N. The position replenishment unit 15 receives the replenishment position data 29 and the designated information 29a from the management terminal Tb via the network N and the communication unit C2.

Then, the position replenishment unit 15 incorporates the replenishment position data 29 into the second position data designated by the designated information 29a in the patient data 8.

This makes it possible to match the first position data 19a with the second position data.

The selection unit 16a is the first position data of the bedside terminal Ta included in the terminal data 7 from the patient data 8 based on the terminal data 7 and the patient data 8 stored in the storage unit M2. Select patient information 8a that includes second location data consistent with 19a.

The generation unit 16b generates display data 11 regarding the patient information 8a based on the patient information 8a selected by the selection unit 16a and the pictogram data 10 stored in the storage unit M2, and writes the display data 11 to the storage unit M2. ..

The transmission unit 17 reads the display data 11 from the storage unit M2. Then, the transmission unit 17 connects to the bed site terminal Ta indicated by the terminal identification data associated with the first position data 19a in the terminal data 7 stored in the storage unit M2 via the communication unit C2 and the network N. Display data 11 is transmitted.

Next, the bedside terminal Ta will be described.

The bedside terminal Ta is a computer associated with the bed and placed near the bed. The bedside terminal Ta is used, for example, by staff of a medical institution such as a doctor or a nurse, a patient, a patient's family, and the like.

The operation reception unit R1 is, for example, a pointing device such as a mouse, a touch panel, or a touch pad, or a keyboard. Since the operation reception unit R2 of the management terminal Tb is the same as the operation reception unit R1, the description of the operation reception unit R2 will be omitted.

The display unit D1 is, for example, an organic EL (Electro Luminescence) display, a liquid crystal display, or the like. The display unit D1 displays various data or information under the control of the processor P3, for example. Since the display unit D2 of the management terminal Tb is the same as the display unit D1, the description of the display unit D2 will be omitted.

The reception unit 21 receives the first position data 19a of the bedside terminal Ta from the user U of the bedside terminal Ta via the operation reception unit R1. Then, the reception unit 21 writes the first position data 19a of the bedside terminal Ta to the storage unit M3.

The transmission unit 22 reads the bedside first position data 19a from the storage unit M3, and transfers the terminal identification data and the bedside first position data 19a to the management server Sb via the communication unit C3 and the network N. Send.

Here, the terminal identification data may be included (set) in the software 18. Further, the reception unit 21 may acquire the terminal identification data from the user U via the operation reception unit R1.

The receiving unit 23 receives the display data 11 from the management server Sb via the network N and the communication unit C3, and writes the display data 11 to the storage unit M3.

The display control unit 24 reads the display data 11 from the storage unit M3 and executes control for displaying the display data 11 on the display unit D1.

Next, the management terminal Tb will be described.

The management terminal Tb is operated by the administrator M. The management terminal Tb is a device different from the bedside terminal Ta. The management terminal Tb may be, for example, a computer for operating the electronic medical record 3 managed by the medical server Sa.

The reception unit 27 receives the patient identification data 12 from the administrator M via the operation reception unit R2 when the processor P2 of the management server Sb and the communication unit C2 perform data communication with the medical server Sa by the second communication method. .. Then, the reception unit 27 writes the patient identification data 12 to the storage unit M3.

When the reception unit 27 has insufficient information in the second position data in matching the first position data 19a of the terminal data 7 and the second position data of the patient data 8, for example, from the management server Sb, the reception unit 27 can send the information. At least a part of the patient data 8 and at least a part of the terminal data 7 are received via the network N and the communication unit C4. The reception unit 27 displays at least a part of the patient data 8 and at least a part of the terminal data 7 received from the management server Sb on the display unit D2. The reception unit 27 receives the replenishment position data 29 and the designated information 29a via the operation reception unit R2 operated by the administrator M. Then, the reception unit 27 writes the replenishment position data 29 and the designated information 29a to the storage unit M3.

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 28 reads the patient identification data 12 from the storage unit M4 and displays the patient identification data 12. It is transmitted to the management server Sb via the communication unit C3 and the network N.

When the transmission unit 28 has insufficient information in the second position data in matching the first position data 19a of the terminal data 7 with the second position data of the patient data 8, the transmission unit 28 sets the supplementary position data 29 and the designated information. 29a is read from the storage unit M4, and the replenishment position data 29 and the designated information 29a are transmitted to the management server Sb via the communication unit C3 and the network N.

FIG. 2 is a diagram showing an example of the relationship between the electronic medical record 3, the patient data 8, the terminal data 7, the supplementary position data 29, and the designated information 29a.

The electronic medical record 3 includes, for example, patient information 8a associated with patient identification data 12, second position data 19b, doctor identification data 30, medical care data 31, and hospitalization / outpatient data 33 for each patient.

The patient data 8 may be, for example, data obtained by extracting patient information 8a including hospitalization / outpatient data 33 indicating that a patient is hospitalized from an electronic medical record 3.

Alternatively, the patient data 8 may be, for example, data obtained by extracting patient information 8a including the designated patient identification data 12 from the electronic medical record 3.

The supplementary position data 29 is incorporated into the second position data 19b designated by the designated information 29a in the patient data 8.

In the terminal data 7, the terminal identification data 32 and the first position data 19a of the bedside terminal Ta are associated with each other.

In the present embodiment, the second position data 19b included in the patient data 8 and the first position data 19a included in the terminal data 7 can be matched. Therefore, the management server Sb can acquire the terminal identification data 32 that is the destination for transmitting the display data 11 generated based on the patient information 8a of the patient data 8.

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

In step S301a, the medical server Sa registers the patient information 8a including the patient identification data 12, the second position data 19b, the doctor identification data 30, the medical treatment data 31, the hospitalization / outpatient data 33, and the like in the electronic medical record 3.

In step S301b, the management server Sb acquires patient data 8 including at least a part of patient information 8a in the electronic medical record 3.

In this step S301b, even if the management server Sb receives the patient identification data 12 from a device other than the bedside terminal Ta and acquires the patient data 8 including the patient information 8a related to the patient identification data 12 from the medical server Sa. good.

Further, in step S301b, the management server Sb includes the second position data 19b included in the patient data 8 and designated by the designated information 29a based on the supplementary position data 29 and the designated information 29a received from the management terminal Tb. The replenishment position data 29 may be replenished.

In step S302, the management server Sb receives the terminal identification data 32 and the first position data 19a of the bedside terminal Ta from the bedside terminal Ta, and the terminal data 7 includes the terminal identification data 32 and the bedside terminal Ta. The first position data 19a is registered.

Note that step S302 may be executed before step S301a or after. Further, step S302 may be executed before step S301b or after.

In step S303, the management server Sb includes patient information including the patient data 8 to the second position data 19b when the second position data 19b of the patient data 8 matches the first position data 19a of the terminal data 7. Select 8a.

In step S304, the management server Sb generates display data 11 to be displayed on the bedside terminal Ta based on the selected patient information 8a and pictogram data 10.

In step S305, the management server Sb transmits the display data 11 to the bed site terminal Ta based on the terminal identification data 32.

In step S306, the bedside terminal Ta receives the display data 11 from the management server Sb.

In step S307, the bedside terminal Ta displays the display data 11 received from the management server Sb.

FIG. 4 is a diagram illustrating an outline of the information processing system 1 according to the present embodiment.

The bedside terminal Ta receives the first position data 19a of the bedside terminal Ta from the user U, and transmits the terminal identification data 32 and the first position data 19a of the bedside terminal Ta to the management server Sb.

The management server Sb receives the terminal identification data 32 and the first position data 19a of the bedside terminal Ta from the bedside terminal Ta, and terminals the terminal identification data 32 and the first position data 19a of the bedside terminal Ta. Register in data 7.

For example, the management server Sb transmits a search command for patient information 8a regarding the hospitalized patient to the medical server Sa, and as a response, patient data including the patient information 8a regarding the hospitalized patient extracted from the electronic medical record 3. 8 is received from the medical server Sa, and patient data 8 is stored.

The management terminal Tb, which is not the bedside terminal Ta, may receive the patient identification data 12 from the manager M. In this case, the management terminal Tb transmits the patient identification data 12 to the management server Sb. When the management server Sb receives the patient identification data 12 from the management terminal Tb, the management server Sb transmits the patient identification data 12 and the search command to the medical server Sa. Then, as a response, the management server Sb receives the patient data 8 including the patient information 8a corresponding to the patient identification data 12 extracted from the electronic medical record 3 from the medical server Sa, and stores the patient data 8.

The management terminal Tb may receive the replenishment position data 29 and the designated information 29a from the administrator M. In this case, the management terminal Tb transmits the replenishment position data 29 and the designated information 29a to the management server Sb. The management server Sb incorporates the supplementary position data 29 into the second position data 19b of the patient information 8a in the patient data 8 based on the designated information 29a.

The management server Sb selects the patient information 8a including the second position data 19b that matches the first position data 19a of the terminal data 7 in the patient data 8, and combines the selected patient information 8a with the pictogram data 10. Based on this, the display data 11 is generated.

The management server Sb transmits the display data 11 to the bedside terminal Ta indicated by the terminal identification data 32 associated with the first position data 19a in the terminal data 7.

The bedside terminal Ta receives the display data 11 from the management server Sb and displays the display data 11.

In the present embodiment described above, the first position data 19a of the bedside terminal Ta is input to the bedside terminal Ta instead of the patient identification data 12. The first position data 19a of the bedside terminal Ta is easier for the staff of the medical institution to confirm than the patient identification data 12.

Therefore, even when the staff of the medical institution and the patient do not store the patient identification data 12, the bedside terminal Ta 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 present embodiment, even if the patient who uses the bed changes, it is not necessary to input a new setting to the bedside terminal Ta as long as the position of the bedside terminal Ta is not changed. Therefore, in the present embodiment, the number of setting inputs to the bedside terminal Ta can be reduced, and the occurrence of setting input errors can be suppressed. Further, in the present embodiment, it is possible to reduce the work of operating an electronic device such as a bedside terminal Ta in a hospital room or the like.

In the present embodiment, it is not necessary to use a device such as a bar code reader, it is possible to prevent the labor and time of the input work from increasing, and the introduction cost of the bar code reader is not required.

In the present embodiment, since it is not necessary to input the patient identification data 12 which is personal information to the bedside terminal Ta, the management of personal information can be strict.

In the present embodiment, the acquisition process of the patient data 8 from the electronic medical record 3 can be switched according to the data communication method between the medical server Sa and the management server Sb. Therefore, patient data 8 can be appropriately collected.

The second position data 19b included in the patient data 8 may be a part of the first position data 19a of the bedside terminal Ta included in the terminal data 7. For example, the second position data 19b included in the patient data 8 may include ward and room identification data, but may not include bed identification data. Even in such a case, in the present embodiment, the second position data 19b included in the patient data 8 is supplemented by the supplementary position data 29 and the designated information 29a.

Thereby, in the present embodiment, the display data 11 can be displayed on the bedside terminal Ta even when the second position data 19b included in the patient data 8 has insufficient information.

In the present embodiment, the bedside terminal Ta receives the first position data 19a of the bedside terminal Ta from the user U. However, the bedside terminal Ta is, for example, a device that receives the first position data 19a by wireless communication, a bar code or two-dimensional code reading device indicating the first position data 19a, and an IC (Integrated Circuit) tag. The first position data 19a of the bedside terminal Ta may be acquired by using a device or the like that receives the position data 19a of 1.

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, Ta ... Bedside terminal, Tb ... Management terminal, C1 to C4 ... Communication unit, M1 to M4 ... Storage unit, P1 to P4 ... Processor, 2,6 , 18, 25 ... software, 3 ... electronic chart, 4, 13 ... editorial department, 5 ... data search department, 7 ... terminal data, 8 ... patient data, 8a ... patient information, 10 ... pictogram data, 11 ... display data, 12 ... patient identification data, 14 ... acquisition unit, 15 ... position replenishment unit, 16a ... selection unit, 16b ... generation unit, 17 ... transmission unit, 19a ... first position data, 19b ... second position data, 29 ... Replenishment position data, 29a ... designated information, 31 ... medical care data, 32 ... terminal identification data, 33 ... hospitalization / outpatient data

Claims (6)

With a processor capable of communicating with the terminal associated with the bed,
A storage unit controlled by the processor and
Equipped with
The storage unit is at least a part of the terminal data in which the terminal identification data corresponding to the terminal and the first position data are associated with each other and the electronic medical record managed by the medical information system, and the second position data. Memorize patient information including
The processor selects the patient information including the second position data related to the first position data stored in the storage unit, generates display data related to the selected patient information, and generates the terminal. The display data is transmitted to the terminal corresponding to the terminal identification data associated with the first position data in the data.
Information processing device. The information processing apparatus according to claim 1, wherein the first position data is acquired by using an IC (Integrated Circuit) tag. The information processing device according to claim 2, wherein the processor receives the first position data from the device that acquires the first position data of the IC tag via the terminal. The processor receives replenishment position data for replenishing the second position data from a terminal other than the terminal, and incorporates the replenishment position data into the second position data included in the patient information. , The information processing apparatus according to any one of claims 1 to 3. At least one of the terminal data in which the terminal identification data corresponding to the terminal and the first position data are associated with each other by the information processing device capable of communicating with the terminal associated with the bed and the electronic chart managed by the medical information system. To store the patient information, which is a part and includes the second position data, in the storage unit, and
The information processing device selects the patient information including the second position data related to the first position data stored in the storage unit, and generates display data related to the selected patient information. When,
The information processing device transmits the display data to the terminal corresponding to the terminal identification data associated with the first position data in the terminal data.
Information processing method including. On the computer
A function to store the terminal data associated with the terminal identification data corresponding to the terminal associated with the bed and the first position data in the storage unit, and
A function of storing patient information including a second position data, which is at least a part of an electronic medical record managed by a medical information system, in the storage unit, and
A function of selecting the patient information including the second position data related to the first position data stored in the storage unit and generating display data related to the selected patient information.
A function of transmitting the display data to the terminal corresponding to the terminal identification data associated with the first position data in the terminal data.
A program to realize.

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