JP6755066B1 - Rehabilitation support program and rehabilitation support device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a record can be recorded by a simple method even in an emergency situation in the medical care of a person having a disease such as epilepsy, or to provide an appropriate medical care support program and a medical care support device. A program of a mobile terminal records a first current time in response to a first instruction of an operator of the mobile terminal, and responds to a first instruction or a second instruction of the operator. , Start recording the image captured by the mobile terminal. During the recording of the video, it receives the input information from the operator, responds to the third instruction of the operator, ends the recording of the video, and responds to the third or fourth instruction of the operator. Then, the second current time or the elapsed time from the first current time to the second current time is recorded. The recording in the memory is controlled by associating the first current time, the second current time or elapsed time, the recorded video, and the input information. [Selection diagram] Fig. 5

Description

The present invention relates to a nursing support program and a nursing support device.

There are systems that support the lives of patients or those in need of care. There are systems that have functions such as recording medication information, recording the status of patients or caregivers, and reporting to family members.

For example, an injured person information receiving means that accepts input of attribute information of an injured person via an operation unit of an information terminal, and a plurality of symptom items are displayed on the display unit of the information terminal, and any of them can be displayed via the operation unit. There is an information terminal having a symptom selection means for accepting selection of a symptom item and an urgency determination means for determining the attribute information of the victim and the urgency of emergency for the selected symptom item and performing notification (for example). See Patent Document 1).

In addition, for example, in a home that is busy with long-term care, it is possible to detect changes in the safety situation of the care recipient or child or the inside of the house in a monitoring area such as inside the house, and inform the caregiver or contact of the state of the inside of the house by voice. There are security devices and systems that have the ability to report. This system receives monitoring information from sensors that transmit abnormal signals according to the specified frequency of human body detection within a specified time, and detection signals from sensors such as temperature, smoke, human body, gas, and buttons. The terminal and the monitoring information terminal are connected to a public line or an Internet line, and a specific voice signal different for each sensor is transmitted to a specific registered contact for each signal from the above sensors, and the monitoring information terminal and the specific contact for the previous term are transmitted. It is provided with a means for enabling bidirectional communication with (see, for example, Patent Document 2).

In addition, the following techniques exist for taking images. For example, when shooting the construction situation at a construction site, it is possible to obtain a shooting record that combines the shooting record information at an arbitrary position of the site photo by providing a keyboard for selecting and inputting the shooting record format. There is a technology related to a digital camera that can be used (see, for example, Patent Document 3).

However, in the conventional technology, it is necessary for the user to perform complicated operations in order to input detailed information to the terminal, or it is necessary to use a special sensor.

Japanese Patent No. 6347901 Japanese Unexamined Patent Publication No. 2008-209722 Japanese Unexamined Patent Publication No. 2003-9067

The disclosed technology aims to enable a simple method to record records or to take appropriate measures even in an emergency situation in the medical care of a person with a disease such as epilepsy.

The disclosed technique records the first current time in response to the first instruction of the operator of the mobile terminal, and responds to the first or second instruction of the operator to carry the mobile. Recording of the image captured by the terminal is started, and during the recording of the image, the input information from the operator is received, and the recording of the image is finished in response to the third instruction of the operator. Then, in response to the third or fourth instruction of the operator, the second current time or the elapsed time from the first current time to the second current time is recorded, and the second current time is recorded. A program that causes the mobile terminal to execute a process of associating the current time of 1 with the second current time or the elapsed time, the recorded video, and the input information to control recording in the memory. Provided.

According to the disclosed technology, even in an emergency situation in the medical care of a person with a disease such as epilepsy, it is possible to keep a record by a simple method or take an appropriate response.

FIG. 1 is a diagram showing an example in which a memo is input while taking a picture of a person to be treated by using the mobile terminal of one embodiment. FIG. 2 is a diagram showing a hardware configuration of an embodiment. FIG. 3A is a diagram showing a screen when the computer program according to the embodiment is started. FIG. 3B is a diagram showing an operation screen for recording a moving image of an epileptic seizure. FIG. 3C is a diagram showing a display screen when a moving image of an epileptic seizure is being recorded. FIG. 3D is a diagram showing a screen showing a state in which an operator is inputting a memo while recording a moving image of an epileptic seizure. FIG. 4A is a diagram showing an operation screen for recording an epileptic seizure with only a timer. FIG. 4B is a screen in which the operator inputs a memo without shooting a moving image. FIG. 4C is a screen on which an instruction button for recording is displayed. FIG. 5 is a diagram showing a functional block diagram of the embodiment. FIG. 6 is a flowchart showing the processing of the embodiment. FIG. 7 is a flowchart showing other processes of the embodiment. FIG. 8 is a diagram showing how the associated and recorded information is displayed on the display screen. FIG. 9 is a diagram showing an example of an epileptic seizure notification setting.

Hereinafter, embodiments will be described with reference to the drawings.

In the following embodiment, the operation of a mobile terminal that records the status of epileptic seizures and the state of care for a child with epileptic seizures will be described as an example, but the disclosed technique is an example. It is not limited to the application of epileptic seizures. Therefore, it goes without saying that this embodiment can also be applied when recording the situation of a patient associated with a disease other than epileptic seizure and the state of care thereof.

FIG. 1 is a diagram showing an example in which a memo 370 is input while photographing 100 persons (children) to be treated by using the mobile terminal of one embodiment.
For example, epileptic seizures in children have many aspects. In addition to the images of epileptic seizures, it is important to properly record the situation during epileptic seizures with memos, etc., in order to properly treat epileptic seizures.
In addition to taking a video of an epileptic seizure, it is also important to record the medication status (time of medication, medication type, etc.).

In the situation of epileptic seizures, make a note of accompanying information such as the aura of an epileptic seizure, the state of changes in the environment that triggered the epileptic seizure, and the detailed situation of the child's atmosphere that cannot be recorded as a video in the epileptic seizure. is important.

It is difficult for parents (or nurses, etc.) who care for children to take a video of an epileptic seizure with a mobile terminal and leave the above-mentioned accompanying information in a handwritten memo.

In addition, in order to associate the handwritten memo part with the association of the captured moving image, it is necessary to record information such as the shooting date and time of the moving image in the handwritten memo. Moreover, it may be very difficult to associate the memo recorded in the past with the recorded moving image.

In this way, it is difficult for an operator operating a mobile terminal to take notes in a notebook or the like while shooting a moving image of an epileptic seizure. Moreover, in order to facilitate the association with the moving image, it is necessary to take a note of the situation of the epileptic seizure while describing the time when the moving image is being taken.

It is also possible for the operator of the mobile terminal to take notes of his or her own memory after the epileptic seizure is over. However, if the memory of the epileptic seizure situation is to be noted at a later time, the memory in the event of an emergency may not be accurate. Therefore, taking a memo of the state of epilepsy after the fact will dilute the contents of the memo. Therefore, such handwritten memos may not be able to convey appropriate information about the status of epileptic seizures to the treating doctor or the like.

The embodiment shown below enables parents of children and the like to shoot videos of children having epileptic seizures, and at the same time, allows them to input a memo containing characters into a mobile terminal. Let me. In addition, the operator of the mobile terminal can easily record the timing of medication and the like on the mobile terminal in addition to shooting a moving image and inputting a memo.
Then, the moving image, the memo, the medication information, and the like are associated with each other together with these times and recorded in the storage unit 565 or the cloud storage via the recording control unit 560 of the mobile terminal 200.

Further, as shown in FIG. 2, this information collected by the mobile terminal can be transmitted to a remote server device 290, a doctor, a family member, a terminal device 280 of a support base, etc. via a network. it can. The server device 290 may have a cloud storage function for storing information.

The information recorded in the memory of the mobile terminal 200 or the cloud storage of the server device 290 is displayed in an associated form. Therefore, the child's family, doctor, and the like can easily confirm the displayed information, and can use this information for appropriate treatment of the child.

FIG. 2 is a diagram showing a hardware configuration of the mobile terminal 200 of the embodiment.
The mobile terminal 200 and an external server device 290 or the like are connected via the network 215. The mobile terminal 200 can, for example, capture a moving image of an epilepsy patient, input a memo including text information, input medication information, display stored information, and the like.

The mobile terminal 200 has a CPU 201, a ROM 202, a RAM 203, a network interface 205, an input interface 206, an output interface 107, and an external memory interface 208.

A network 215 is connected to the network interface 205. A server device 290, another terminal device 280, and the like are connected to the network 215. An input device such as a camera and a microphone may be connected to the input interface 206. Output devices such as displays and speakers may be connected to the output interface 207. A storage medium 218 is connected to the external memory interface 208. The computer program that realizes the present embodiment is stored in a storage medium 218, ROM 202, or RAM 203, which is a tangible, non-transitory memory. This computer program is executed by CPU 201.

The computer program may also be downloaded via network 215. These hardware are connected to each other by bus 204.
The hardware configuration shown in FIG. 2 is an example, and other hardware such as (screen touch sensor (not shown)) may exist.

Further, in each step of the processing flow in the embodiment shown below, the order of processing can be changed as long as there is no contradiction. Moreover, a plurality of processing steps may be executed at the same time.
The embodiments described herein are examples and should not be construed as limiting the invention as defined in the claims.
The following embodiments can be grasped as categories such as inventions of methods, inventions of programs, inventions of storage media in which programs are recorded, inventions of devices, and the like.

FIG. 3A is a diagram showing a screen after the computer program according to the embodiment is started. FIG. 3B is a diagram showing an operation screen for recording a moving image of an epileptic seizure. FIG. 3C is a diagram showing a display screen when a moving image of an epileptic seizure is being recorded. FIG. 3D is a screen showing how the operator is inputting a memo while recording a moving image of an epileptic seizure.
As shown in FIG. 3A, the first screen of the present embodiment is displayed on the display screen 210 of the mobile terminal 200.
The display of "seizure record" 310 indicates that the mobile terminal is recording an epileptic seizure.

The “Seizure recording with moving image” button 312 has a function of transitioning to the screen of the function of shooting a moving image by touching this button. The moving image may be recorded at the same time when this button is touched, or the display may be changed to the display shown in FIG. 3A described below.
The “Record seizures with timer only” button 314 is touched when selecting a function to record information by the timer without shooting a moving image.

The display of "Record a seizure with one tap" 321 is a display indicating that the type of seizure can be easily recorded by touching any one of the button A322, the button B324, and the button 326.

The content of the seizure may be preset for each of the button A322, the button B324, and the button 326. When these buttons are touched, it is possible to easily record the time of occurrence of epileptic seizure and the type of epileptic seizure by recording which button was touched together with the time of touch.

When the button A322 is touched, the occurrence of foot cramps is recorded together with the time. When button B324 is touched, the occurrence of a breath-holding seizure is recorded along with the time. When the button 326 is touched, the occurrence of a fall is recorded along with the time. When these buttons are pressed, the duration of the seizure may be preset to a typical seizure time, depending on the type of seizure. Alternatively, when these buttons are pressed, it may be recorded that the seizure has continued for a predetermined period of time.
The display of "Seizure recording" 330 indicates that the duration is continuously recorded by the timer after the display screen 210 is displayed.

The timer display 332 indicates that the value of the timer at the current time is 8 seconds. The timer display 332 may display hours, minutes, and seconds. Alternatively, the time when the display screen 210 is displayed and the current time may be displayed.

When the operator displays the screen of the "seizure record" 310 on the mobile terminal 200, the operator often wants to record the situation of the epileptic seizure as soon as possible. Therefore, when the screen of the seizure record 310 is displayed, the display time may be recorded and the timer may be operated. Alternatively, image shooting may be started automatically. (In FIG. 3A, the operation of the timer is started at the timing of the display of the screen of the “seizure record” 310. The time when the screen of the “seizure record” 310 is displayed is recorded.)

FIG. 3B is a diagram showing an operation screen for recording a moving image of an epileptic seizure. The timer display 332 is displayed at the upper part of the screen. In this way, it is important to display the timer display at the top of the screen so that it is easy to see. For example, if an epileptic seizure lasts longer than a given time, it may require urgent medical attention, depending on the type of epileptic seizure. Therefore, the operator of the mobile terminal 200 can more easily visually recognize the duration of the epileptic seizure and take an appropriate response.
The portrait image 340 is an image of a person having epilepsy taken by a mobile terminal.

It is desirable that the "medication" button 352 be touched at the timing when a medication such as a suppository is administered. By doing so, the time of medication can be recorded on the mobile terminal. Further, when the "medication" button 352 is touched, a screen (not shown) for selecting the type of the medicine to be administered may be displayed. The type of drug that can be selected may be preset. The list of prescription drugs is set by sending the image of the prescription to the server device 290, and the server device automatically analyzes the contents of the prescription and sends the analysis result back to the terminal. It may be. Alternatively, the prescription information may be input by an expert operating another terminal device 280 connected to the server device. Alternatively, the operator of the terminal may create a list of drugs by selecting from a list including drugs used for epilepsy.

When the "shooting start" button 354 is touched by the operator of the terminal, shooting of a moving image of a person and recording thereof are started. It should be noted that the video recording is not started from the time when the "shooting start" button 354 is touched, but the video recording is automatically started when the screen of FIG. 3B is displayed. May be good. In this case, the screen of FIG. 3C described below may be displayed instead of the screen of FIG. 3B.
The display of "memo" 356 indicates that the memo input area 358 is a memo input field by the operator.

When the operator touches, for example, the display of "memo" 256 or the memo input area 358, the keyboard or the like for inputting the memo shown in FIG. 3D may pop up.

FIG. 3C is a diagram showing a display screen when a moving image of an epileptic seizure is being recorded. The display of "first seizure" 362 indicates that it is the first seizure since the operation of the timer started. In this case, the first moving image shooting may be recognized as the first seizure, and the "first seizure" 362 may be displayed.
The recording time display 364 displays the duration of video recording.
The display of "Recording" 366 is displayed to indicate to the operator that recording is currently being performed.

When the "stop recording" button 368 is touched by the operator, recording is stopped. The time when the "stop recording" button 368 is touched may be recorded as the end time of the first seizure.

FIG. 3D is a screen showing how the operator is inputting a memo while recording a moving image of an epileptic seizure.
For example, as described above, when the operator touches the display of the memo 256 or the memo input area 358, the keyboard 380 for inputting the memo shown in FIG. 3D may pop up.
In this case, if the display screen is small, the entire display may be scrolled up as shown in FIG. 3D.

By operating the keyboard 380, the memo 370 can be input. If a moving image is being recorded, it is desirable that the moving image be continuously recorded even while this input is being performed.

While filming a video, it is virtually impossible for the operator to write notes on paper. In addition, the content of the memo written on a medium such as paper is also diluted. For example, when writing the time of a seizure on a paper medium, it is necessary to check the time and write it as accurately as possible (time in seconds). In addition, it becomes very complicated to search for a memo written on a paper medium corresponding to the recorded moving image.

In the present embodiment, the operator can input a memo as shown in FIG. 3D even while the moving image is being recorded. The input time of this memo may be recorded. Alternatively, the relationship with the file of the moving image being shot may be stored.

In addition, when medication is given, the time of medication may be recorded by pressing the "medication" button 352. In addition, the recording control unit 560 of the mobile terminal 200 is instructed to be recorded in the storage unit 565 of the mobile terminal or the cloud storage of the server device 290 by associating the medication information, the moving image file, and the contents of the memo. You may. The time of dosing or the time of the memo may be recorded and displayed with the content of the dosing or the memo as needed.

When the start time and end time (or the duration of the video) of the recorded video are recorded and the video itself is played or the thumbnail of the video is displayed, the shooting start time and continuation of this video The time (or shooting end time) may be displayed.

FIG. 4A is a diagram showing an operation screen for recording an epileptic seizure using only a timer. FIG. 4B is a screen in which the operator inputs a memo without shooting a moving image. FIG. 4C is a screen on which the “record” button 480 is displayed.

FIG. 4A is a diagram showing an operation screen for recording an epileptic seizure using only a timer. As described above, when the “record seizure record only with timer” button 314 on the display screen of FIG. 3A is touched, the screen of FIG. 3A may be changed to the screen of FIG. 4C.

In this case, since the operator has instructed not to record the moving image, the image is not displayed in the area 401 for displaying the moving image. Instead, the "start shooting" button 402 may be displayed. The display position of the "shooting start" button 402 is not limited to the description in FIG. 4A.

The "timer stop" button 404 is, for example, a button that is touched when the epileptic seizure ends. When the "timer stop" button 404 is pressed, the timer is stopped. It is judged that one seizure occurs from the start of the timer to the stop of the timer, and the start time of the seizure on the first floor, the duration of the timer, the medication information, the memo information, etc. are associated and carried. It may be recorded in the terminal 200. When the timer is stopped, the "timer start" button (not shown) may be displayed on the "timer stop" button 404. By doing so, it is possible to instruct the start and stop of the timer multiple times. Within the duration of each timer, it will be recorded that an epileptic seizure has occurred.

FIG. 4B is a screen in which the operator inputs a memo without shooting a moving image. FIG. 4B shows how the memo content 470 is input, as in FIG. 3D.
FIG. 4C is a screen on which the “record” button 480 is displayed.
If one or more epileptic seizures have subsided, a series of recording operations can be completed by touching the "Record" button 480. The various data collected are recorded in the terminal. In addition, various collected data may be transmitted to other devices such as the server device 290 via the network. By doing so, doctors, emergency facilities, etc. can quickly and accurately grasp the situation of epileptic seizures and can use it for appropriate treatment.

The "record" button 480 of FIG. 4C may be displayed on the display screen 210 for shooting the moving image described in FIGS. 3A to 3D. In this case, if the recording is continued, the recording may be terminated.

FIG. 5 is a diagram showing a functional block diagram of the embodiment.
The 500 embodiment includes a current time recording unit 510, a video recording unit 520, an elapsed time recording unit 530, an information input receiving unit 540, a notification unit 550, a recording control unit 260, and a storage unit 565.
The current time recording unit 510 records the current time at that time when an instruction to display the seizure record is given, when the "timer start" button (not shown) is touched, or when this program is started. You may try to do it. Since the recorded current time is determined to be a time close to the time of the start of the epileptic seizure, recording this start time is important for later understanding when the epileptic seizure started. It becomes information.

When an instruction to display the seizure record is given, or when the "timer start" button (not shown) is touched, it is an example of the first instruction. The timing at which the current time is recorded can be determined in advance.
The video recording unit 520 has a video recording start unit 522 and a video recording end unit 524.

The video recording start unit 522 serves to give a trigger to the video recording unit so that recording of the video is started when the “shooting start” button 354 of FIG. 3B is touched. The touch of the "shooting start" button 354 is an example of the second instruction.

Note that the recording of the video may be started by the first instruction for recording the current time described above. Which instruction is used as a trigger for starting video recording can be determined in advance.

The video recording end unit 524 controls the video recording unit so that, for example, when the "shooting stop" button 368 is touched, the video recording ends. The touch of the "stop shooting" button 368 is an example of the third instruction.
In addition, the video recording unit may be controlled so as to end the shooting of the video even when the "record" button (not shown) is touched during the recording of the video.

It is desirable that the elapsed time recording unit 530 record the elapsed time of a plurality of epileptic seizures as a whole and record the elapsed time of each epileptic seizure within the total elapsed time.

The information input receiving unit 540 receives the input of the memo by the operator as shown in FIGS. 3D and 4B. It is desirable that the input of memos is allowed even when the image is taken. By doing so, it is possible to associate and record the captured video with the contents of the memo entered at that time, which is important for later treatment of epilepsy, improvement of life, prevention of induction of epileptic seizure, etc. Information.
Further, it is desirable that the information input receiving unit 540 accepts the input of medication information.
The recording control unit 560 receives various information such as the time of the epileptic seizure, the duration of the epileptic seizure, the moving image, and the input information from the operator, and these are stored in the storage unit 565 of the terminal device or the cloud storage of the server device 290. Control to record. Further, the recording control unit can perform control for extracting the above information recorded in the cloud storage or the like of the storage unit 565 or the server device 290 and displaying it on the mobile terminal 200.

The notification unit 550 checks, for example, in the elapsed time recording unit whether or not the duration of the epileptic seizure has become longer than a predetermined value. This predetermined value may be set differently depending on the type of epilepsy. Further, the operator of the mobile terminal may set this predetermined value.

If the duration of epilepsy is greater than a given value, it can be dangerous, depending on the type of epilepsy. In order to avoid such a situation, it is desirable to notify the operator of the dangerous situation.

Alternatively, when the duration of epilepsy is longer than a predetermined value, the operator may be notified to input an instruction that the emergency transport may be contacted from the mobile terminal.
Alternatively, a notification may be given to urge the operator to input an instruction that the notification may be given to a person other than the operator (for example, the attending physician, a family member).
Alternatively, it may be possible to set in advance so that ambulance transportation or notification to a person other than the operator is automatically performed without prompting for input of an instruction.

FIG. 6 is a flowchart showing the processing of the embodiment. In addition, each step described below may change the order of processing or execute at the same time as long as there is no contradiction. Alternatively, it is not necessary to perform some steps. Part of the processing may be performed by a system program such as an operating system.
Hereinafter, each step will be described step by step.

[Step S602] An instruction to start an application program implementing the present embodiment or an instruction to start a timer (these instructions correspond to the first instruction) is received. The instruction to start the timer may be given by instructing to call a predetermined screen set in the application program. This instruction also corresponds to the first instruction.
The start of the timer means that an epileptic seizure has started.

[Step S604] The time when the timer is started is recorded. This time is close to the time when the epileptic seizure started. Epileptic seizures started at this time. When a plurality of epileptic seizures occur intermittently, it can be regarded as the time when the first epileptic seizure of the plurality of epileptic seizures begins.

[Step S606] Receive an instruction to start shooting a moving image. This instruction may be given by touching the "shooting start" button 354 or the "shooting start" button 402. Alternatively, this instruction may be the first instruction in step S602.
[Step S608] Shooting of a moving image is started.

[Step S610] The operator can record a memo by inputting characters even during the continuous shooting of the moving image. Further, when the operator touches the "medication" button 352, the fact of the medication and the medicine can be recorded at a time as close as possible to the timing of the medication. The type of drug may be selectable after the "medication" button 352 is pressed. As described above, the types of medicines that can be selected can be stored in the mobile terminal in advance based on the contents of the prescription.

By allowing characters to be input while shooting a video, it is possible to record content that cannot be recorded by the video alone, such as the status of epileptic seizures and the background, in association with the video. In addition, since the timing of medication and the type of medication can be recorded, changes in the situation before and after medication can be confirmed in a moving image.

[Step S612] An instruction to end shooting (third instruction) is received. The instruction to end the shooting is given when the "stop shooting" button 368 or the "record" button 480 is touched during shooting.
[Step S614] Shooting of a moving image is completed.

[Step S616] It is checked whether or not the instruction to start shooting the moving image has been received. Even after the shooting is completed, if there is an instruction to start shooting again, the process proceeds to step S608. If there is no instruction to start shooting, the process proceeds to step S618.

[Step S618] It is checked whether or not the recording instruction has been received. If the recording instruction has not been received, the process returns to step S616. When the processing instruction is received, the processing proceeds to step S620.

[Step S620] Here, the difference between the time recorded in step S604 and the current time is calculated, and the elapsed time is calculated. The current time may be recorded instead of the elapsed time. If you want to know the elapsed time, you can find it by calculating the difference between the time recorded in S604 and the current time recorded.

[Step S622] The data acquired in each step is recorded in the storage unit 565 or the cloud storage according to the instruction of the recording control unit 560. It should be noted that the elapsed time recorded in step S620 (or the difference between the time recorded in step S604 and the time recorded in step S620) may include a plurality of epileptic seizures. It should be noted that.

FIG. 7 is a flowchart showing the processing of the embodiment related to the notification.
In FIG. 6 described above, multiple epileptic seizures may be recorded. Each of the multiple epileptic seizures is approximately equal to the recording time of the individual images recorded.
If notified, the elapsed time of each of multiple epileptic seizures may be considered. It should be noted that caution may also be taken when multiple epileptic seizures occur intermittently at short intervals. In such a case, the elapsed time recorded in step S620 of FIG. 6 will be taken into consideration.

It should be noted that the notification process shown in FIG. 7 can be applied to both the duration of individual epileptic seizures and the elapsed time recorded in step S620 of FIG. Depending on whether you should pay attention to the duration of individual epileptic seizures or the overall time of epileptic seizures that occur intermittently at short intervals, you will be notified of which duration. It is desirable to judge the pros and cons of. In making this judgment, it is desirable to take into consideration the type of epileptic seizure and the intention of the doctor.

Each step of FIG. 7 will be described below.
[Step S700] It is desirable that this process is periodically started by an interrupt.
[Step S702] The duration of an epileptic seizure is compared with a predetermined time. If the duration of the epileptic seizure is longer than the predetermined time (YES), the process proceeds to step S704. If the duration of the epileptic seizure is not greater than the given time, the process ends.

The duration may be the duration of step S620 in FIG. This duration is the time when epileptic seizures occur intermittently. It is desirable that a predetermined time to be compared with this duration is set separately.

[Step S704] Notification is performed. It is possible to notify the operator of the mobile terminal that the duration of the epileptic seizure is long. Alternatively, the network 215 may inform doctors, medical institutions, family members, etc. of the long duration of epileptic seizures.
A plurality of levels may be set for a predetermined time.
In addition, the operator of the mobile terminal may be notified of a notification asking whether or not to request ambulance transportation.

FIG. 8 is a diagram showing how the associated and recorded information is displayed on the display screen 800.
The display screen 800 is vertically long. When the vertical length of the screen is shorter than the vertical length of the display screen, desired information can be displayed by scrolling the display contents vertically.
The display area 802 indicates the title of the display screen, “Seizure record”.
The display area 804 displays information (Merry-chan) that identifies the person to be recorded, and explains the function of this screen (records the seizure state).
The display area 806 is an area for displaying the occurrence state (A: convulsions) of an epileptic seizure.
The display area 808 indicates the date of occurrence of the epileptic seizure (April 11, 2023).
The display area 809 indicates the time of occurrence of the epileptic seizure (8:15). This display shows 8:15. The display of the time of occurrence of an epileptic seizure may be a more accurate time, such as including a time in seconds.
The display area 812 indicates the duration of a series of epileptic seizures (00:02:04).
The display area 814 indicates that it is an item of seizure record.

The display area 816 indicates that the duration of the first epileptic seizure was (00:00:35). The icon 815 indicates that a moving image record is left. By touching this icon 815, it is possible to transition to the screen for playing the moving image.
Display area 818 indicates that the medication was administered at 00:00; 12, or 12 seconds, from the start time of the duration of the first epileptic seizure.

The display area 820 indicates that the duration of the second epileptic seizure was (00:01:20). No icon is shown in the display area 820. Therefore, it can be seen that no video of epileptic seizures has been recorded.
Display area 822 indicates that the medication was administered at 00:00; 54, or 54 seconds, from the start time of the duration of the second epileptic seizure.
The display area 824 indicates that it is a memo item.

In the display area 826, a memo input by the terminal operator during the epileptic seizure is displayed. It may be written together with this memo so that the input time of the memo is displayed.
The "save" button 828 is a button to be touched when saving the displayed information.
The "discard" button 830 is a button to be touched when discarding the displayed information without saving it.

Appropriate treatment can be performed by confirming the above display by a doctor or the like. In addition, by checking with the family of the epilepsy patient, it is possible to accurately grasp the state of life of the epilepsy patient. For example, even if a child has an epileptic seizure at home while the father is at work, the father can accurately see the child's epileptic seizure when he returns home.

In addition, by transferring data to a remote location via the network 215, a doctor or family member in the remote location can quickly grasp the status of an epileptic seizure in a child. In particular, since the operator can input a memo while taking a moving image, a plurality of persons can share the accurate epileptic seizure situation by the series of recorded data.

FIG. 9 is a diagram showing an example of an epileptic seizure notification setting 900.
With the setting item 922, it is possible to set which family is notified when the epileptic seizure continues for 5 minutes or more. Since the slide bar 912 is on, it can be seen that it is set to notify the father.

The setting item 924 can be used to make settings related to ambulance transportation. For example, in the case of FIG. 9, it can be seen that when the epileptic seizure continues for 10 minutes, it is set to display an ambulance transport request button (not shown) on the screen of the mobile terminal.

In this way, the duration of an epileptic seizure when notifying can be set. In addition, the setting of the duration of an epileptic seizure can be different between the case of notifying the family and the case of notifying the emergency transport. With this setting, parameters can be flexibly set so that notification can be performed quickly and accurately.

The cloud storage constructed in the ROM 202, the RAM 203, the storage medium 218, the storage unit 265, and the server device 290 of the embodiment corresponds to a memory.

510 Current time recording unit 520 Video recording unit 522 Video recording start unit 524 Video recording end unit 530 Elapsed time recording unit 540 Information input receiving unit 550 Notification unit 560 Recording control unit 565 Storage unit

Claims (9)

In response to the first instruction of the operator of the mobile terminal, the first current time is recorded,
In response to the first instruction or the second instruction of the operator, recording of the image captured by the mobile terminal is started.
During the recording of the video, the input information including the medication information based on the instruction of the operator to select the medication information and the information of the input characters regarding the disease situation is received.
In response to the third instruction of the operator, the recording of the video is finished,
In response to the third or fourth instruction of the operator, the second current time or the elapsed time from the first current time to the second current time is recorded.
The mobile terminal is made to execute a process of controlling recording in a memory by associating the first current time, the second current time or the elapsed time, the recorded video, and the input information. program. A program that causes the mobile terminal to further execute a process of controlling the display on the display screen of the mobile terminal.
The process of controlling the display is
The first current time recorded in association with each other, the second current time or the elapsed time, the recorded video, and the input information associated with the video are associated with each other. Control the display on the screen of the mobile terminal,
The program according to claim 1. The first instruction is an instruction to start the program by the operator.
The program according to claim 1 or 2. The program according to any one of claims 1 to 3 , wherein the input information includes information on a disease based on an instruction by the operator to select a disease situation . The program according to any one of claims 1 to 4 , wherein the input information includes information at a time when the input information is input. Judging whether or not the elapsed time exceeds a predetermined value,
When it is determined that the elapsed time exceeds the predetermined value, the operator of the mobile terminal or a person at a remote location is notified of the elapsed time exceeding the predetermined value. There is executed a process for notifying to the mobile terminal, the program according to any one of claims 1 to 5. The program according to claim 6 , wherein the processing for performing the notification is a process for causing the mobile terminal to further execute a process for transmitting the information of the notification to a device existing at a remote location via a communication line. The program according to claim 6 or 7 , wherein the processing for performing the notification urges the operator to input an instruction as to whether or not to transmit a notification for requesting emergency transportation. It ’s a mobile terminal,
A current time recording unit that records the first current time in response to the first instruction of the operator of the mobile terminal, and a current time recording unit.
A video recording start unit that starts recording a video imaged by the mobile terminal in response to the first instruction or the second instruction of the operator.
During the recording of the video, an input information receiving unit that receives input information including medication information based on an instruction for selecting medication information by the operator and information of input characters related to a disease situation , and
In response to the third instruction of the operator, the video recording end unit that ends the video recording,
An elapsed time recording unit that records the elapsed time from the second current time or the first current time to the second current time in response to the third instruction or the fourth instruction of the operator. ,
A recording control unit that controls recording in a memory by associating the first current time, the second current time or the elapsed time, the recorded video, and the input information.
Mobile terminal with.

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