WO2020066277A1 - Information processing device, information processing method, and program for information processing - Google Patents

Abstract

The present invention improves convenience for patients that are scheduled to receive treatment from a desired doctor. An information processing device that comprises: an acquisition part that acquires data about the symptoms of a first patient; a first estimation part that, on the basis of the data about the symptoms, estimates a first time slot for treatment of the first patient by a doctor; and a second estimation part that, on the basis of the first time slot, estimates a second time slot or a treatment start time that is after the first time slot and allows for treatment of a second patient that has an appointment for treatment by the doctor.

Description

Information processing apparatus, information processing method, and program for information processing

The present invention relates to, for example, an information processing apparatus, an information processing method, and a program for information processing for processing information related to medical treatment of a patient by a doctor.

In recent years, with the increase in health consciousness, the development of technologies to improve the convenience of patients going to medical institutions has been promoted.

For example, Patent Literature 1 discloses a technique in which a terminal of a medical institution estimates a waiting time from the reservation status and the number of non-reserved visiting patients.

Japanese Patent Application Publication No. 2009-277050

診 However, consultation hours for out-of-reservation visits vary according to the patient's symptoms. For this reason, it is difficult to improve the accuracy of estimating the waiting time with the technique of Patent Document 1.

The object of the present invention is to pay attention to the above circumstances, and to provide a technique for improving the convenience of a patient scheduled to receive a medical treatment of a desired doctor.

According to a first aspect of the present disclosure, an acquisition unit configured to acquire data on a symptom of a first patient, and a first time period for medical treatment of the first patient by a doctor based on the data on the symptom. A first estimating unit for estimating, and a second time period after the first time period that allows medical treatment of a second patient who has reserved medical treatment by the doctor based on the first time period. Alternatively, the information processing apparatus includes a second estimating unit that estimates a medical treatment start time.
According to the first aspect, the second time period or medical treatment start time of the second patient is the first time period for medical treatment of the first patient who is currently undergoing medical treatment by the target physician or scheduled to perform medical treatment in the future. Therefore, the accuracy of the information processing apparatus for estimating the second time zone or the medical treatment start time of the second patient is improved. If the second patient goes to the medical institution during the second time period or the medical treatment start time, the desired doctor can be treated without waiting time, so that the convenience of the patient who will receive the medical treatment of the desired doctor is improved.

According to a second aspect of the present disclosure, in the first aspect, the data relating to the condition includes data relating to an infectious disease of the first patient, and the first estimating unit performs processing based on the data relating to the infectious disease. And estimating the first time zone, and the second estimating unit estimates the second time zone or the medical treatment start time based on the data on the first time zone and the infectious disease. It is like that.
According to the second aspect, even when the first patient has an infection, the information processing apparatus can appropriately estimate the first time zone. Furthermore, medical institutions often perform operations such as disinfection after medical treatment of the first patient with an infectious disease. In this case, the medical institution may not be able to immediately start the medical treatment of another patient even after the medical treatment of the first patient suffering from the infectious disease is completed. On the other hand, the information processing apparatus can appropriately estimate the second time zone or the medical treatment start time in consideration of the operation time of the first patient after the medical treatment such as disinfection. Accordingly, the second patient can receive medical treatment without waiting even if medical treatment of an infectious disease patient is performed before the medical treatment of the second patient.

According to a third aspect of the present disclosure, in the first aspect, the data on the symptom is data on a type of an infectious disease of the first patient, and a data indicating a degree of infection of the first patient with the infectious disease. And at least one of data relating to a first degree of infection and data relating to a second degree of infection indicating the ease of transmission of the infectious disease from the first patient to another patient, The estimating unit estimates the first time period based on at least one of the data on the type of infectious disease, the data on the first degree of infection, and the data on the second degree of infection, The second estimating unit is configured to store at least one of the first time period and the data related to the type of infectious disease, the data related to the first degree of infection, and the data related to the second degree of infection. Zui it, in which so as to estimate the second time zone or the medical start time.
According to the third aspect, the first time period includes the type of infectious disease, the first degree of infection indicating the degree of infection, and the second degree of infection indicating the ease of transmission of the infection to another patient. The time required for medical treatment varies depending on at least one of them, but the information processing apparatus can appropriately estimate the first time zone. Furthermore, medical institutions often perform operations such as disinfection after medical treatment of a first patient with an infectious disease. The working time varies depending on the type of infection that the first patient has, the first degree of infection, and the second degree of infection. For this reason, the medical institution may not be able to immediately start the medical treatment of another patient even after the medical treatment of the first patient suffering from the infectious disease is completed. On the other hand, the information processing apparatus considers the work time such as disinfection after the medical treatment of the first patient based on the type of infectious disease, the first degree of infection, and the second degree of infection, and The time period or the medical treatment start time can be appropriately estimated. Thereby, when the second patient is treated for an infectious disease patient before his / her own medical treatment, the second patient can come to the hospital after the work without receiving a medical treatment during the disinfection work and receive medical treatment. .

According to a fourth aspect of the present disclosure, in the first aspect, the first patient is a patient without a reservation for medical treatment by the doctor, and a first estimating unit is a patient without the reservation by the doctor. The first time zone for the medical treatment is estimated.
According to the fourth aspect, the information processing apparatus appropriately estimates the first time slot for medical treatment by a doctor even if the first patient is, for example, a patient without emergency medical care reservation. be able to. As a result, the information processing apparatus can appropriately estimate the second time slot or the medical treatment start time based on the first time slot of the first patient.

According to a fifth aspect of the present disclosure, in the first aspect, an output unit that outputs information for presenting the second time zone or the medical treatment start time to the second patient is further provided. is there.
According to the fifth aspect, the second patient can recognize the second time slot or the medical treatment start time in which medical treatment by a desired doctor is permitted. Thereby, the second patient can act so as to shorten the waiting time until the start of the examination at the medical institution. If the appointment date and time of the second patient is included in the second time zone, the second patient can go to a medical institution at the appointment date and time and receive a medical treatment of a desired doctor without waiting at the medical institution. Can be. If the appointment date and time of the patient is not included in the second time slot, the second patient can go to the medical institution in the second time slot and shorten the waiting time before starting the consultation at the medical institution. it can.

According to a sixth aspect of the present disclosure, in the first aspect, an output unit that outputs information that supports the change of the reservation date and time of the second patient is further provided.
According to the sixth aspect, the second patient wants to change the reservation date and time if his / her reservation date and time are included in the first time zone, for example. Can be.

According to a seventh aspect of the present disclosure, in the second or third aspect, an output unit that outputs information for giving attention to a visit to the second patient based on data on the symptom is further provided. It is.
According to the seventh aspect, the second patient can recognize, for example, that the medical treatment of the first patient suffering from the infectious disease has been performed at the medical institution making the reservation. The second patient can take preventive measures against infectious diseases, such as canceling the reservation.

An eighth aspect of the present disclosure is an information processing method executed by an information processing apparatus, wherein an acquisition step of acquiring data relating to a symptom of a first patient, and a first step performed by a doctor based on the data relating to the symptom. A first estimating step of estimating a first time zone for medical care of a patient, and allowing medical care of a second patient who has reserved medical care by the doctor based on the first time zone. A second estimating step of estimating a second time zone after the first time zone or a medical treatment start time.
According to the eighth aspect, the information processing method can obtain the same effect as the above-described first aspect.

A ninth aspect of the present disclosure is a program for information processing for causing a computer to execute a process of each unit included in an information processing device according to any one of the first to seventh aspects.

According to the ninth aspect, the program for information processing can achieve the same effects as those of the first aspect.

According to the present invention, it is possible to provide a technique for improving the convenience of a patient scheduled to receive a medical treatment of a desired doctor.

FIG. 1 is a diagram schematically illustrating an application example of the EHR server according to the present embodiment. FIG. 2 is a diagram illustrating a medical care management system according to the embodiment. FIG. 3 is a block diagram illustrating a hardware configuration of the EHR server according to the embodiment. FIG. 4 is a diagram exemplifying a medical care database stored in the EHR server according to the present embodiment. FIG. 5 is a block diagram illustrating a software configuration of the EHR server according to the present embodiment. FIG. 6 is a flowchart illustrating an operation of estimating a medical treatment allowable time zone in the EHR server according to the present embodiment. FIG. 7 is a diagram illustrating an example of estimating a medical treatment allowable time zone by the EHR server according to the present embodiment.

Hereinafter, an embodiment according to the present disclosure (hereinafter, also referred to as “the present embodiment”) will be described with reference to the drawings. However, the present embodiment described below is merely an example in every respect. In the following, the same or similar elements as those already described are denoted by the same or similar reference numerals, and redundant description is basically omitted.

§1 Application example
The present embodiment is a technique for estimating a time zone in which a desired doctor can perform medical treatment.
FIG. 1 is a diagram schematically showing an application example of an EHR (Electronic Health Records) server A1.
The EHR server A1 is a server that manages data on medical care of each patient in a medical institution. The operation of the EHR server A1 will be described. Here, it is assumed that the patient XXX is a patient who has been transported by emergency and has not been reserved for medical treatment by the target doctor. The medical treatment start date and time of patient XXX is 10:00 on June 11, 2018. It is assumed that the patient YYY is a patient for whom medical treatment is scheduled by a doctor who is treating the patient XXX. The reservation date and time of patient YYY is 12:00 on June 11, 2018. The EHR server 1 executes an operation at 11:00 on June 11, 2018.

The EHR server 1 acquires medical data including data on the symptoms of the patient XXX. The EHR server 1 estimates 10:00 to 13:00 on June 11, 2018 as a scheduled treatment time zone of the patient XXX based on the data on the symptom of the patient XXX. The scheduled medical treatment time period is a time period for medical treatment of the patient XXX by the target doctor. The EHR server 1 estimates 13:00 to 15:00 on June 11, 2018 as a medical treatment allowable time zone based on the scheduled medical treatment time zone of the patient XXX. The medical treatment allowable time period is a time period after the scheduled medical treatment time period of the patient XXX in which the medical treatment of the patient YYY by the target doctor is permitted. The EHR server 1 may estimate the medical care start time of the patient YYY based on the scheduled medical care time zone of the patient XXX. The medical treatment start time is a time after the scheduled medical treatment time zone of the patient XXX that allows the medical treatment of the patient YYY by the target doctor. The EHR server 1 outputs to the mobile terminal A2 of the patient YYY information indicating the medical treatment allowable time zone or the medical treatment start time. Instead or together with this, the EHR server 1 outputs information supporting the change of the reservation date and time to the mobile terminal A2 of the patient YYY.

As described above, the EHR server 1 can improve the accuracy of estimating the medical treatment allowable time zone or the medical treatment start time. If a patient with a medical appointment goes to a medical institution during the medical treatment allowable time zone, the desired doctor can be treated without waiting time, so that the convenience of the patient scheduled to receive the medical treatment of the desired doctor is improved.

§2 Configuration example
<Medical care management system>
FIG. 2 is a diagram illustrating an overall configuration of the medical care management system 100.
The medical care management system 100 includes an EHR server 1 and a mobile terminal 2. The EHR server 1 and the mobile terminal 2 can communicate with each other via a network. For example, the network is the Internet.

The EHR server 1 is a server that manages data on medical care of each patient in a medical institution. For example, the medical institution is a hospital or a dental clinic, but is not limited thereto. The data on medical treatment is also referred to as medical treatment data. For example, the EHR server 1 collects medical data of each patient based on data of an electronic medical record created by a medical person at a medical institution using a PC (Personal Computer). For example, medical personnel include, but are not limited to, a physician, dentist, or nurse. The EHR server 1 is an example of an information processing device.

The mobile terminal 2 is a terminal owned by the patient. The mobile terminal 2 displays information from the EHR server 1. For example, the mobile terminal 2 is a smartphone or a tablet, but is not limited thereto. Although FIG. 2 shows one mobile terminal 2, the mobile terminal 2 is owned by each patient.

<EHR server>
[Hardware configuration]
FIG. 3 is a block diagram illustrating a hardware configuration of the EHR server 1.
The EHR server 1 includes a processor 11, a ROM (Read Only Memory) 12, a RAM (Random Access Memory) 13, a storage device 14, and a communication interface 15. Each element is electrically connected to each other. In FIG. 3, the communication interface is described as “communication I / F”.

The processor 11 controls each element of the EHR server 1. For example, the processor 11 is a CPU (Central Processing Unit), but is not limited thereto. The processor 11 develops a program for executing the EHR server 1 stored in the storage device 14 on the RAM 13. The processor 11 can execute various operations by interpreting and executing the program expanded on the RAM 13.

The storage device 14 is a so-called auxiliary storage device. For example, the storage device 14 is an HDD (Hard \ Disk \ Drive), but is not limited to this. The storage device 14 stores a program executed by the processor 11. Note that the program may be stored in the storage device 14 in advance. The program may be downloaded to the EHR server 1 via a network. The program may be stored on a non-transitory computer-readable medium and distributed.

(4) The storage device 14 stores a medical care database. The medical care database is a database for managing medical care data of each patient. A configuration example of the medical care database will be described later.

The storage device 14 stores a medical hours database. The medical treatment time database is a database that manages each of a plurality of symptoms in association with the medical treatment time. The medical treatment time is the time required for medical treatment by a doctor. The medical hours database may be associated with medical hours for each type of infectious disease. The medical hours database may be associated with medical hours for each first infection degree. The first degree of infection indicates the degree of infection of the patient with the infection. For example, the first degree of infection is, but not limited to, one infection level selected from a plurality of infection levels. The first degree of infection may be determined by a doctor's diagnosis. The medical hours database may associate the medical hours for each second degree of infection. The second degree of infection indicates the ease of transmission of the infection from one patient having the infection to another. For example, the second degree of infection is one level selected from a plurality of levels according to the ease of infection, but is not limited to this. The second degree of infection may be determined by a doctor's diagnosis. The medical hours database may be associated with the medical hours for each attribute of the patient, even if the symptoms are the same. The medical hours managed by the medical hours database may be different for each doctor. The medical hours managed by the medical hours database may be derived by the processor 11 based on past actual medical hours. The medical treatment time managed in the medical treatment time database may be appropriately modified by the processor 11 according to the accumulation of the medical treatment time.

The storage device 14 stores a non-medical time database. The non-medical time database is a database that manages each infectious disease of a plurality of infectious diseases and non-medical time in association with each other. The non-treatment time is a time during which a patient suffering from an infectious disease cannot be treated after the treatment of another patient. For example, the non-medical time is the time required for operations such as disinfection. The reason why the medical institution sets the non-treatment time is that the medical institution requires an operation such as disinfection after medical treatment of a patient suffering from an infectious disease. The non-treatment time database may associate non-treatment time with each type of infectious disease. The medical treatment time database may associate a non-medical treatment time for each first infection degree. The medical treatment time database may associate a non-medical treatment time for each second degree of infection. The medical hours managed in the medical hours database may be modified as appropriate.

The communication interface 15 is an interface for communicatively connecting the EHR server 1 to another device. The communication interface 15 may include an interface for wired communication or may include an interface for wireless communication.

Regarding the specific hardware configuration of the EHR server 1, it is possible to appropriately omit, replace, and add components according to the embodiment. For example, the EHR server 1 may include a plurality of processors.

[Medical database configuration]
FIG. 4 is a diagram illustrating a medical care database stored in the storage device 14 of the EHR server 1. The medical care database manages medical care data of each patient. The medical treatment data includes data relating to patient names, data relating to patient IDs, data relating to attributes, data relating to medical records, and data relating to medical appointments.

デ ー タ Data on patient name is data on the name of each patient. The data relating to the patient ID is data relating to identification information uniquely assigned to each patient. The data on attributes is data on characteristics of each patient. The data related to attributes includes data related to gender and data related to age.

(4) The data relating to the medical record is data relating to the past medical record of each patient or the current medical record. The data on the medical record includes data on the medical treatment start date and time and data on the symptoms. The data on the medical treatment start date and time is data on the date and time when the medical treatment of the patient was started by the medical institution. The data on symptoms is data on symptoms of a patient diagnosed by a medical institution. The data on symptoms includes data on specific symptom names. The data on symptoms may include at least one of data on types of symptoms and data on degrees of symptoms. For example, data on symptoms may include data on infectious diseases (specific infectious disease names). In this example, the data relating to the symptoms may include at least one of data relating to the type of infectious disease, data relating to the first degree of infection, and data relating to the second degree of infection.

Data on medical appointment is data on an appointment for a patient to receive medical treatment at a medical institution next time. The data on medical appointment includes data on the presence or absence of an appointment and data on the appointment date and time. The data on the presence / absence of the reservation is data on the presence / absence of a reservation for the patient to receive medical treatment at the next medical institution. The data on the appointment date and time is data on the appointment date and time for the patient to receive medical treatment at a medical institution next time.

The medical treatment data may include data other than data relating to patient names, data relating to patient IDs, data relating to attributes, data relating to medical records, and data relating to medical appointments. The data on the attribute may include other data in addition to the data on gender and the data on age.

The processor 11 manages medical data as exemplified below. The processor 11 receives, via the communication interface 15, an electronic medical chart created by a medical professional using a PC. The processor 11 acquires data corresponding to each item of the medical care data from the electronic medical record. When the patient of the electronic medical record is not managed in the medical care database, the processor 11 creates the medical care data of the patient and manages the medical care data in the medical care database. If the patient of the electronic medical record is already managed in the medical care database, the processor 11 updates the medical care data of the patient.

電子 In addition, the electronic medical record is created not only when the medical staff finishes the medical treatment, but also during the medical staff's medical treatment. Therefore, the processor 11 creates or updates not only the medical data of the patient whose medical staff has completed the medical treatment, but also the medical data of the patient whose medical staff is currently undergoing medical care.

Electronic medical records are created not only for patients with medical treatment reservations at medical institutions, but also for patients without medical treatment reservations at medical institutions. Therefore, the processor 11 creates or updates not only the medical treatment data of the patient with the reservation of the medical treatment at the medical institution but also the treatment data of the patient without the reservation of the medical treatment at the medical institution.

[Software Configuration]
FIG. 4 is a block diagram illustrating a software configuration of the EHR server 1.
The processor 11 implements an acquisition unit 111, a first estimation unit 112, a second estimation unit 113, and an output unit 114.

The acquisition unit 111 will be described. The acquisition unit 111 acquires medical data including data relating to symptoms of the first patient, as exemplified below. First, the acquisition unit 111 acquires medical data of the first patient from the storage device 14 at an arbitrary timing. Next, the acquiring unit 111 sends the medical care data of the first patient to the first estimating unit 112.

The medical data of the first patient includes data relating to the patient name, data relating to the patient ID, data relating to the attribute, data relating to the medical record, and data relating to the medical appointment. The data relating to the medical record of the first patient includes data relating to the medical treatment start date and time of the first patient and data relating to the symptoms of the first patient. If the first patient has been diagnosed with an infection, the data regarding the symptoms of the first patient include data regarding the infection of the first patient. Further, the data on the symptoms of the first patient includes the data on the type of infection of the first patient, the data on the first degree of infection indicating the degree of infection of the first patient, and the data from the first patient to another patient. At least one of data on the second degree of infection, which indicates the likelihood of infection of the infectious disease. The data on the medical appointment of the first patient includes data on the presence or absence of the appointment of the first patient and data on the date and time of the appointment of the first patient.

The first patient is a patient who is currently undergoing medical treatment by the subject physician or is scheduled to be treated in the future.
If the first patient is a patient currently under medical care by the subject physician, the first patient may be a patient without a reservation for medical care by the subject physician. Alternatively, when the first patient is a patient currently undergoing medical treatment by the target doctor, the first patient may be a patient with a reservation for medical treatment by the target doctor. If the first patient is a patient currently undergoing medical treatment by the target physician, the data relating to the medical record of the first patient is data relating to the current medical treatment.

If the first patient is a patient scheduled to be treated in the future by the target doctor, the first patient is a patient who has a reservation for medical treatment by the target doctor. When the first patient is a patient scheduled to be treated in the future by the target doctor, the data on the medical record of the first patient is data related to past medical treatment.

The first estimating unit 112 will be described. The first estimating unit 112 estimates the scheduled medical treatment time zone based on data on the symptoms of the first patient, as exemplified below. The scheduled medical treatment time period is a time period for medical treatment of the first patient by the target doctor. The scheduled medical treatment time zone is also referred to as a first time zone.

First, the first estimating unit 112 receives medical data of the first patient from the acquiring unit 111. Next, the first estimating unit 112 acquires data on the symptoms of the first patient from the medical care data of the first patient. Next, the first estimating unit 112 estimates the medical treatment time required for medical treatment of the first patient by the target doctor based on the data on the symptoms of the first patient. For example, the first estimating unit 112 estimates the medical treatment time of the first patient with reference to the medical treatment time database stored in the storage device 14. The first estimating unit 112 may use data relating to the attribute of the first patient included in the medical data of the first patient for estimating the medical treatment time for the first patient.

Next, the first estimating unit 112 estimates the scheduled medical treatment time zone based on the medical treatment time of the first patient. For example, the first estimating unit 112 estimates a time period from the medical treatment start date or time to the time after the medical treatment time has elapsed as the medical treatment scheduled time period. When the first patient is a patient who is currently undergoing medical treatment by the target doctor, the first estimating unit 112 estimates the time period from the medical treatment start date to the time after the lapse of the medical treatment time as the scheduled medical treatment time period. . When the first patient is a patient scheduled to be treated in the future by the target doctor, the first estimating unit 112 estimates the time period from the reservation date and time to the time after the lapse of the medical treatment time as the scheduled treatment time period.

If the data on the symptoms of the first patient includes data on infectious diseases, the first estimating unit 112 estimates the scheduled medical treatment time zone based on the data on infectious diseases. It is assumed that the data on the symptoms of the first patient includes at least one of data on the type of infectious disease, data on the first degree of infection, and data on the second degree of infection. In this case, the first estimating unit 112 estimates the scheduled medical treatment time zone based on at least one of data on the type of infectious disease, data on the first degree of infection, and data on the second degree of infection. I do.

When the first patient is a patient without a reservation by the target doctor, the first estimating unit 112 estimates a scheduled medical treatment time slot for medical treatment of the first patient without a reservation by the target doctor. . In this example, the first estimating unit 112 estimates the time zone from the medical treatment start date and time to the time after the elapse of the medical care time as the scheduled medical care time zone. On the other hand, when the first patient is a patient with a reservation by the target doctor, the first estimating unit 112 estimates a scheduled medical treatment time slot for medical treatment of the first patient with a reservation by the target doctor. . In this example, if the first patient is a patient currently undergoing medical treatment by the target doctor, the first estimating unit 112 sets the time period from the medical treatment start date and time to the time after the medical treatment time has elapsed, as the scheduled treatment time. Estimate as a band. When the first patient is a patient scheduled to be treated in the future by the target doctor, the first estimating unit 112 estimates the time period from the reservation date and time to the time after the lapse of the medical treatment time as the scheduled treatment time period.

Next, the first estimating unit 112 sends the first estimation result to the second estimating unit 113. The first estimation result includes the medical treatment data of the first patient and the scheduled medical treatment time zone of the first patient.

に つ い て The second estimating unit 113 will be described. The second estimating unit 113 estimates a medical treatment allowable time zone based on the scheduled medical care time zone of the first patient, as exemplified below. The medical treatment allowable time period is a time period after the scheduled medical treatment time period of the first patient in which the target physician allows the medical treatment of the second patient. The medical treatment allowable time zone may be a time zone that is continuous with the first patient's scheduled medical treatment time zone or a time zone that is separated from the first patient's scheduled medical treatment time zone. The medical treatment allowable time zone is also referred to as a second time zone. The second estimating unit 113 may estimate the medical care start time of the second patient based on the scheduled medical care time of the first patient. The medical treatment start time is a time after the scheduled medical treatment time slot of the first patient that permits the medical treatment of the second patient by the target doctor.

The second patient is a patient who has reserved medical treatment by the target doctor. If the first patient is currently undergoing medical treatment, the second patient makes a medical appointment at the same day as the medical treatment start date and time of the first patient and later than the medical treatment start date and time of the first patient. Patient. If the first patient is a patient scheduled to undergo medical treatment in the future, the second patient makes a medical treatment appointment at the same date as the appointment date and time of the first patient and later than the appointment date and time of the first patient. Patient.

{First, the second estimating unit 113 receives the first estimation result from the first estimating unit 112. Next, the second estimating unit 113 acquires the scheduled medical treatment time slot of the first patient from the first estimation result. Next, the second estimation unit 113 estimates a medical treatment allowable time zone or a medical treatment start time based on the scheduled medical treatment time zone of the first patient. In one example, the second estimating unit 113 estimates an arbitrary time period after the scheduled medical treatment time period of the first patient as the medical treatment allowable time period. Similarly, the second estimating unit 113 estimates any time after the scheduled treatment time of the first patient as the medical treatment start time. In another example, the second estimating unit 113 refers to the schedule of the target doctor and sets the time during which the target doctor can treat the second patient in the time period after the scheduled treatment time of the first patient. The obi is estimated as the medical treatment allowable time zone. Similarly, the second estimation unit 113 estimates a time at which the target doctor can treat the second patient among the times after the scheduled treatment time of the first patient as the treatment start time.

Note that the second estimating unit 113 may estimate the medical treatment allowable time zone or the medical treatment start time based on the scheduled treatment time zone of the first patient and data on the infectious disease. In this example, the second estimating unit 113 acquires data on the infectious disease of the first patient from the medical treatment data of the first patient. The first estimating unit 112 refers to a non-medical time database stored in the storage device 14. The second estimating unit 113 estimates, based on the data on the infectious disease of the first patient, the non-medical hours by the target doctor after the scheduled time of examination of the first patient. The second estimating unit 113 estimates an arbitrary time zone after the time after the lapse of the non-treatment time from the scheduled examination time zone of the first patient as the medical treatment allowable time zone. Similarly, the second estimating unit 113 estimates an arbitrary time after the time after the lapse of the non-medical treatment time from the scheduled examination time slot of the first patient as the medical treatment start time.

In addition, the second estimating unit 113 stores at least one of the data on the scheduled treatment time of the first patient and the type of infectious disease, the data on the first degree of infection, and the data on the second degree of infection. Based on this, the medical treatment allowable time zone or the medical treatment start time may be estimated. In this example, the second estimating unit 113 selects, from the medical data of the first patient, data on the type of infectious disease of the first patient, data on the first degree of infection, and data on the second degree of infection. Acquire at least one of them. The second estimating unit 113 refers to the medical treatment unavailable time database stored in the storage device 14. The second estimating unit 113 is configured to determine whether the first patient is a first patient based on at least one of data on the type of infectious disease of the first patient, data on the first degree of infection, and data on the second degree of infection. Of medical treatment unavailable by the target doctor after the scheduled medical examination time zone is estimated. The second estimating unit 113 estimates an arbitrary time zone after the time after the lapse of the non-treatment time from the scheduled examination time zone of the first patient as the medical treatment allowable time zone. Similarly, the second estimating unit 113 estimates an arbitrary time after the time after the lapse of the non-medical treatment time from the scheduled examination time slot of the first patient as the medical treatment start time.

Next, the second estimation unit 113 sends the second estimation result to the output unit 114. The second estimation result includes the medical treatment data of the first patient and the medical treatment allowable time zone or the medical treatment start time.

The output unit 114 will be described. The output unit 114 outputs various information to the portable terminal 2 of the second patient via the communication interface 15.

In one example, the output unit 114 outputs information for presenting the medical treatment allowable time zone or the medical treatment start time to the second patient as exemplified below. In this example, first, the output unit 114 receives the second estimation result from the second estimation unit 113. The output unit 114 acquires a medical treatment allowable time zone or a medical treatment start time from the second estimation result. Next, the output unit 114 refers to the medical care database stored in the storage device 14 and specifies a patient that meets the above-described second patient condition. Note that the reservation date and time of the second patient may or may not be included in the allowable medical treatment time zone. Next, the output unit 114 outputs, to the portable terminal 2 of the second patient, information indicating the medical treatment allowable time zone or the medical treatment start time via the communication interface 15. The mobile terminal 2 displays a medical treatment allowable time zone or a medical treatment start time based on information from the EHR server 1.

In another example, the output unit 114 outputs information that assists the second patient in changing the appointment date and time as exemplified below. In this example, first, the output unit 114 receives the second estimation result from the second estimation unit 113. The output unit 114 acquires a medical treatment allowable time zone or a medical treatment start time from the second estimation result. Next, the output unit 114 refers to the medical care database stored in the storage device 14 and specifies a patient that meets the above-described second patient condition. Next, the output unit 114 acquires the medical care data of the second patient from the medical care database stored in the storage device 14. Next, the output unit 114 acquires data on the reservation date and time of the second patient from the medical treatment data of the second patient. Next, the output unit 114 determines whether or not the appointment date and time of the second patient is included in the medical treatment allowable time zone. For example, when the scheduled medical treatment time slot of the first patient estimated by the first estimating unit 112 includes the reservation date and time of the second patient, the reservation date and time of the second patient is not included in the medical treatment allowable time slot.

If the scheduled date and time of the second patient is not included in the medical treatment permissible time zone, the output unit 114 transmits, via the communication interface 15, information supporting the change of the scheduled date and time of the second patient to the second patient. Output to terminal 2. The mobile terminal 2 displays a screen for changing the reservation date and time based on the information from the EHR server 1. Thereby, the second patient can change the reservation to a date and time included in the medical treatment allowable time zone. Note that the information supporting the change of the reservation date and time may include information regarding the infectious disease of the first patient. The information on the infection of the first patient may include information indicating that the first patient with the infection is being treated at a medical institution. The information on the infection of the first patient may include information on a specific infection name. The information on the infection of the first patient may include information on the first degree of infection indicating the degree of infection of the first patient. The information regarding the infection of the first patient may include information regarding the second degree of infection indicating the ease of transmission of the infection from the first patient to another patient. Displays information on the infectious disease of the first patient based on the information from the EHR server 1. Accordingly, the second patient can cope with not having the infectious disease by obtaining information on the infectious disease of the first patient who is receiving medical treatment before the second patient. For example, the second patient can change the appointment on another day, or change the appointment at a later date and time in the medical treatment allowable time zone.
On the other hand, when the appointment date and time of the second patient is included in the medical treatment permissible time zone, the output unit 114 does not output information for supporting the change of the appointment date and time of the second patient to the portable terminal 2 of the second patient. You may. The reason is that the second patient does not need to change the reservation date and time.

In yet another example, the output unit 114 outputs information that gives attention to a second patient to visit based on data related to an infection of the first patient. First, the output unit 114 receives the second estimation result from the second estimation unit 113. The output unit 114 acquires a medical treatment allowable time zone or a medical treatment start time from the second estimation result. Next, the output unit 114 refers to the medical care database stored in the storage device 14 and specifies a patient that meets the above-described second patient condition. Note that the reservation date and time of the second patient may or may not be included in the allowable medical treatment time zone. Next, the output unit 114 acquires medical care data of the first patient from the second estimation result. The output unit 114 determines whether or not the medical data of the first patient includes data on an infectious disease. When the medical data of the first patient includes data related to an infectious disease, the output unit 114 outputs, via the communication interface 15, information that gives attention to a visit to the portable terminal 2 of the second patient. The mobile terminal 2 displays information for giving attention to a hospital visit based on information from the EHR server 1. For example, the information giving a visit notice includes information indicating that a patient suffering from an infectious disease is being treated at a medical institution. On the other hand, when the medical data of the first patient does not include the data on the infectious disease, the output unit 114 omits the output of the information for giving the second patient the attention of the visit.

§3 Operation example
<EHR server>
[Medical treatment time zone estimation operation]
FIG. 6 is a flowchart illustrating an operation of estimating a medical treatment allowable time zone in the EHR server 1.
Note that the processing procedure described below is merely an example, and each processing may be changed as much as possible. In the processing procedure described below, steps can be omitted, replaced, and added as appropriate.

As described above, the acquisition unit 111 acquires medical data including data relating to the symptoms of the first patient (Step S101). The acquisition unit 111 sends the medical data of the first patient to the first estimation unit 112.

As shown in the example, the first estimating unit 112 estimates the scheduled treatment time of the first patient based on the data on the symptoms of the first patient (step S102). First estimating section 112 sends the first estimation result to second estimating section 113.

As illustrated, the second estimating unit 113 estimates the medical treatment allowable time zone or the medical treatment start time based on the scheduled medical treatment time zone of the first patient (Step S103). Second estimating section 113 sends the second estimation result to output section 114.

The output unit 114 outputs various information to the portable terminal 2 of the second patient based on the second estimation result, as illustrated (step S104).

[Example of estimating allowable medical hours]
An example of estimating the medical treatment allowable time zone will be described.
FIG. 7 is a diagram illustrating an example of estimating a medical treatment allowable time zone by the EHR server 1.

１ The first patient is the patient XXX shown in FIG. The patient XXX is a patient who has been transported by emergency and has no reservation. The medical treatment start date and time of patient XXX is 10:00 on June 11, 2018. The second patient is a patient YYY shown in FIG. The patient YYY is a patient who has a medical appointment by a doctor who is treating the patient XXX. The reservation date and time of patient YYY is 12:00 on June 11, 2018.

It is assumed that the EHR server 1 executes a medical treatment allowable time zone estimation operation at 11:00 on June 11, 2018. The obtaining unit 111 obtains medical data including data on symptoms of the patient XXX. The acquisition unit 111 sends the medical care data of the patient XXX to the first estimation unit 112. The first estimating unit 112 estimates 10:00 to 13:00 on June 11, 2018 as a scheduled treatment time zone of the patient XXX based on data on the symptoms of the patient XXX. First estimating section 112 sends the first estimation result to second estimating section 113. The second estimating unit 113 estimates 13:00 to 15:00 on June 11, 2018 after the scheduled medical treatment time of the patient XXX as the allowable medical treatment time based on the scheduled medical treatment time of the patient XXX. The second estimating unit 113 may estimate the medical care start time of the patient YYY based on the scheduled medical care time of the patient XXX. Second estimating section 113 sends the second estimation result to output section 114.

The output unit 114 outputs, to the mobile terminal 2 of the patient YYY, information indicating the medical treatment allowable time zone or the medical treatment start time based on the second estimation result. Instead or together with this, the output unit 114 outputs information for supporting the change of the reservation date and time to the mobile terminal 2 of the patient YYY.

§4 Action / Effect As described above, in the present embodiment, the EHR server 1 estimates the scheduled treatment time of the first patient based on the data on the symptoms of the first patient, and The medical treatment allowable time zone or the medical treatment start time of the second patient is estimated based on the scheduled medical treatment time zone.
Since the medical treatment allowable time zone or the medical treatment start time of the second patient is estimated based on the medical treatment scheduled time period of the first patient currently undergoing medical treatment by the target doctor or scheduled to be treated in the future, the medical allowance by the EHR server 1 is permitted. The accuracy of time zone estimation is improved. If the second patient goes to the medical institution during the medical treatment allowable time zone or the medical treatment start time, the desired doctor can be treated without waiting time, so that the convenience of the patient scheduled to receive the medical treatment of the desired doctor is improved.

Furthermore, in the present embodiment, the EHR server 1 estimates the scheduled treatment time of the first patient based on the data on the infectious disease, and based on the scheduled treatment time and the data on the infectious disease, based on the data on the infectious disease. Estimate the medical treatment allowable time zone or the medical treatment start time.
Even if the first patient is infected, the EHR server 1 can appropriately estimate the scheduled medical treatment time zone. Furthermore, medical institutions often perform operations such as disinfection after medical treatment of the first patient with an infectious disease. In this case, the medical institution may not be able to immediately start the medical treatment of another patient even after the medical treatment of the first patient suffering from the infectious disease is completed. On the other hand, the EHR server 1 can appropriately estimate the medical treatment allowable time zone or the medical treatment start time of the second patient in consideration of the working time such as disinfection after the medical treatment of the first patient. Accordingly, the second patient can receive medical treatment without waiting even if medical treatment of an infectious disease patient is performed before the medical treatment of the second patient.

Further, in the present embodiment, the EHR server 1 stores the data on the type of infectious disease, the first degree of infection indicating the degree of infection of the first patient with respect to the infectious disease, and the number of infectious diseases from the first patient to another patient. The estimated medical treatment time zone is estimated based on at least one of the data on the second degree of infection indicating the ease of infection, and the data on the expected medical treatment time zone and the type of infectious disease and the first degree of infection are obtained. The medical treatment allowable time zone or the medical treatment start time of the second patient is estimated based on at least one of the data and the data on the second infection degree.
The scheduled time for medical treatment varies depending on at least one of the type of infectious disease, the first degree of infection, and the second degree of infection, but the EHR server 1 appropriately sets the scheduled time for medical treatment. Can be estimated. Furthermore, medical institutions often perform operations such as disinfection after medical treatment of the first patient with an infectious disease. The working time varies depending on the type of infection that the first patient has, the first degree of infection, and the second degree of infection. For this reason, the medical institution may not be able to immediately start the medical treatment of another patient even after the medical treatment of the first patient suffering from the infectious disease is completed. On the other hand, the EHR server 1 considers the work time such as disinfection after the medical treatment of the first patient based on the type of infectious disease, the first degree of infection, and the second degree of infection, and It is possible to appropriately estimate the medical treatment allowable time zone or the medical treatment start time of the patient. Thereby, when the second patient is treated for an infectious disease patient before his / her own medical treatment, the second patient can come to the hospital after the work without receiving a medical treatment during the disinfection work and receive medical treatment. .

Further, in the present embodiment, the EHR server 1 estimates a scheduled medical treatment time zone of the first patient without a reservation by a doctor.
The EHR server 1 can appropriately estimate the scheduled medical treatment time slot for medical treatment by a doctor even if the first patient is, for example, a patient who has not been reserved for medical treatment and has been transported by emergency. As a result, the EHR server 1 can appropriately estimate the medical treatment allowable time zone or the medical treatment start time of the second patient based on the scheduled medical treatment time zone of the first patient.

Further, in the present embodiment, the EHR server 1 outputs information for presenting the medical treatment allowable time zone or the medical treatment start time to the second patient.
The second patient can recognize the medical treatment allowable time period or medical treatment start time in which medical treatment by a desired doctor is permitted. Thereby, the second patient can act so as to shorten the waiting time until the start of the examination at the medical institution. If the appointment date and time of the second patient is included in the medical treatment allowable time zone, the second patient can go to a medical institution at the appointment date and time and receive a medical treatment of a desired doctor without waiting at the medical institution. it can. If the appointment date and time of the second patient are not included in the medical treatment allowable time zone, the second patient can shorten the waiting time until the start of medical examination at the medical institution by going to the medical institution during the medical allowable time zone.

Further, in the present embodiment, the EHR server 1 outputs information that assists the second patient in changing the reservation date and time.
The second patient wants to change the appointment date and time if his / her appointment date and time are included in the scheduled medical treatment time slot of the first patient, but can easily change the appointment date and time with support.

Further, in the present embodiment, the EHR server 1 outputs information for giving attention to the second patient to visit.
The second patient can recognize that the medical treatment of the first patient suffering from the infectious disease has been performed, for example, at the medical institution making the reservation. The second patient can take preventive measures against infectious diseases, such as canceling the reservation.

§5 Modification
In short, the present invention is not limited to the present embodiment as it is, and can be embodied by modifying its components in an implementation stage without departing from the scope of the invention. Various inventions can be formed by appropriately combining a plurality of components disclosed in the present embodiment. For example, some components may be deleted from all the components shown in the present embodiment. Further, components of different embodiments may be appropriately combined.

§6 Additional notes
Part or all of the present embodiment can be described as shown in the following supplementary notes in addition to the scope of the claims, but is not limited thereto.
(Note)
An acquisition unit (111) for acquiring data on symptoms of the first patient;
A first estimating unit (112) for estimating a first time period for medical treatment of the first patient by a doctor based on the data on the symptoms;
A second time period or a medical treatment start time for estimating a second time period or a medical treatment start time after the first time period in which medical treatment of a second patient who has reserved medical treatment by the doctor is allowed based on the first time period. Estimating unit (113),
An information processing device (1) including:

1. EHR server 2. Mobile terminal
11: Processor 12: ROM
13 ... RAM
DESCRIPTION OF SYMBOLS 14 ... Storage device 15 ... Communication interface 100 ... Medical treatment management system 111 ... Acquisition part 112 ... First estimation part 113 ... Second estimation part 114 ... Output part

Claims (9)

An acquisition unit configured to acquire data relating to a symptom of the first patient;
A first estimating unit that estimates a first time slot for medical treatment of the first patient by a doctor based on the data on the symptoms;
A second time period or a medical treatment start time for estimating a second time period or a medical treatment start time after the first time period in which medical treatment of a second patient who has reserved medical treatment by the doctor is allowed based on the first time period. The estimator of
An information processing apparatus comprising: The data regarding the condition includes data regarding an infection of the first patient,
The first estimating unit estimates the first time zone based on data on the infectious disease,
The second estimating unit estimates the second time zone or the medical treatment start time based on the data on the first time zone and the infectious disease,
The information processing device according to claim 1. The symptom data includes data on the type of infection of the first patient, data on a first degree of infection indicating the degree of infection of the first patient with respect to the infection, and another patient from the first patient. Including at least one of data on a second degree of infection indicating the susceptibility of the infection to the infection,
The first estimating unit is configured to execute the first time period based on at least one of data on the type of the infectious disease, data on the first degree of infection, and data on the second degree of infection. And estimate
The second estimating unit is configured to perform a process based on at least one of the first time period and data related to the type of infectious disease, data related to the first degree of infection, and data related to the second degree of infection. Estimating the second time slot or the medical treatment start time,
The information processing device according to claim 1. The first patient is a patient without a medical appointment by the doctor;
A first estimating unit that estimates the first time period for medical treatment of the patient without the appointment by the doctor;
The information processing device according to claim 1. The information processing apparatus according to claim 1, further comprising: an output unit configured to output information for presenting the second time slot or the medical treatment start time to the second patient. The information processing apparatus according to claim 1, further comprising: an output unit configured to output information for supporting a change of a reservation date and time of the second patient. 4. The information processing apparatus according to claim 2, further comprising: an output unit configured to output information for giving attention to the second patient to visit based on the data regarding the symptom. 5. An information processing method executed by an information processing apparatus,
An acquisition process of acquiring data on a condition of the first patient;
A first estimating step of estimating a first time period for medical treatment of the first patient by a doctor based on the data on the symptoms;
A second time zone for estimating a second time zone or a medical treatment start time after the first time zone in which medical treatment of a second patient who has reserved medical treatment by the doctor is allowed based on the first time period; Estimation process, and
An information processing method comprising: A non-transitory computer-readable storage medium storing a program for causing a computer to execute a process of each unit included in the information processing apparatus according to any one of claims 1 to 7.

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