JP2014006732A - Terminal and method for recording activities for disease management - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a terminal and a method for recording activities for disease management, which is capable of recording administration information and a record of activities such as meals and exercises associated with a disease on a regular and ongoing basis.SOLUTION: An activity recording terminal for disease control includes: a control unit 300 which computes priority of activity event candidates associated with a disease based on time information, location information, and an activity record and generates a recommendation list that includes activity event candidates on the basis of the priority; and a display unit 400 which displays the recommendation list such that the activity event candidates can be selected. The control unit 300 stores time information, location information, and one of the activity event candidates included in the recommendation list in a storage unit 500 as an activity record on the basis of the selection by the user. When selection by the user is not detected for a certain period after the recommendation list is displayed by the display unit 400, the control unit 300 stores the time information and the location information in the storage unit 500 as an activity record.

Description

  The present invention is intended for patients who regularly take prescription drugs or the like mainly for treatment of illnesses to regularly and continuously record medication information and behavioral records related to the disease such as diet and exercise. The present invention relates to a disease management action recording terminal and a disease management action recording method.

  In general, when a patient wants to obtain a prescription drug, he / she is examined at a medical institution and a doctor gives a prescription, submits it to a prescription pharmacy or hospital pharmacy, and a pharmacist dispenses a prescription based on the prescription. Take the procedure. Thereafter, the pharmacist or doctor delivers the dispensed drug to the patient. At that time, the patient receives guidance from the pharmacist regarding the dosage of the dispensed drug to be delivered, and takes the dispensed drug based on the guidance.

  Drugs whose dosages are listed so that the patient can take the medicine as instructed because the type and amount of the medicine to be taken may vary depending on the day of the week, such as rheumatic drugs. The information sticker and the sticker on the medicine notebook are handed to the patient when taking medication.

  Conventionally, the information on these medicine information provision books and handbooks has been handed over to patients by paper media. However, in recent years, prescriptions and prescriptions that contain information digitized with QR codes (registered trademark) have become popular, as information on prescriptions and drug information provision forms has become more electronic, and high-performance portable information terminals have become popular. And drug information provision books have also appeared. By reading the QR code (registered trademark) with a portable information terminal or the like, the patient can take the contents of the electronic prescription or drug information provision form into the portable information terminal. The acquired information can be accumulated using an application acquired from a predetermined Web server via the Internet or a health information management service on the Internet. This information is expected to be used not only for daily medication support but also for scenes where regular medicines are checked in a disaster or emergency.

  In view of the above-mentioned background, in recent years, a mechanism for delivering electronic data of a prescription or a drug information provision form to a patient and a personal health information management service for managing electronic data acquired by a patient have been provided (Non-Patent Document 1). And 2).

Nippon Dispensing Co., Ltd., “2011.11.121“ Electronic Medicine Notebook ”Service Launch” November 21, 2011, [online], [Search May 24, 2012], Internet <URL: http : //www.c-direct.ne.jp/public/japanese/uj/pdf/10103341/20111121201500.pdf> The University of Tokyo, “Atsu! About Medicine”, 2011, [online], [Search May 24, 2012], Internet <URL: http://uhi.umin.jp/ahkusurilite.html> Ascii says, “Can you write a manuscript with just“ voice input ”on the new iPad + iOS 5.1? ”, March 26, 2012, [online], [Search May 24, 2012], Internet <URL: http://ascii.jp/elem/000/000/681/681153/> Cyberfront Co., Ltd., “Easy input by simply speaking | Voice Input Software AmiVoice”, 2012, [online], [Search May 24, 2012], Internet <URL: http: // onsei-ninshiki .jp /> NTT DoCoMo, Inc., "Voice input mail", 2012, [online], [Search May 24, 2012], Internet <URL: http://www.nttdocomo.co.jp/service / safety / voiceinput_mail /> Life hacker, “[Android] accuracy and ease-of-use!“ Speech ”with“ Voice Input Masshu ””, March 9, 2012, [online], [Search May 24, 2012] , Internet <URL: http://www.lifehacker.jp/2012/03/120309onseitabroid.html>

  In Non-Patent Document 1, as part of a personal health information management service (PHR: Personal Health Record), prescription information and medical cost information are obtained from a QR code (registered trademark) printed on a receipt issued by a dispensing pharmacy. It is possible to capture and manage on a predetermined server.

  In Non-Patent Document 2, drug information can be managed by an application in a smartphone by reading a QR code (registered trademark) of a prescription with a high-functional portable terminal such as a smartphone. Furthermore, the user can set a medication time such as morning and evening, thereby giving a forgetting to drink alarm.

  In addition, as listed in Non-Patent Documents 3 to 6, a situation where anyone can easily use various voice inputs is now being prepared. The recognition accuracy of voice input is also at a sufficiently practical level, and the use is progressing even in scenes with a relatively high degree of freedom such as personal blog input. In addition, Apple's iPhone (registered trademark), smartphones, various tablet devices, etc. have relatively intuitive and easy-to-understand input methods such as touch operations and pen operations, instead of using conventional keyboards and buttons. There are many things. These can be a combination of the above-described voice input and touch operation, and can also be used as input by tilting or shaking the terminal itself. In terms of simplicity and variety of input methods, very advanced ones are already available.

  However, since the above-described health information management service and application take time to input information, it is practically difficult to continue recording. In addition, which information is important for each user is different. However, if it takes time to customize itself, it will not be used. Also, routine operations are less likely to remain in memory, tend to be neglected, and facilitate recording omissions. Moreover, it is difficult to make a habit only by taking medication information. Because of these issues, the number of users is still small and has not been widely used effectively.

  As mentioned in the prior art, various input means can be easily used at present. This tendency is particularly strong in smartphones, which are personal terminals, and various devices have been proposed and put to practical use according to applications. However, when inputting a certain amount of information, the user needs to put a considerable amount of attention and awareness on it. For example, let us consider a case where a behavioral record is input by voice that a drug A is taken at home at 21:20 after dinner. It is possible to activate the voice input start application, say “Drinked A after dinner”, process it appropriately, estimate the time and place, and record it. However, the user is not always in a situation where such voice input is possible. If you want to record something in a public place or on a train, you can perform advanced noise processing as a recognition technology, but nothing can be done unless the user speaks in the first place. There are similar problems in touch panel operation.

  Therefore, an object of the present invention made in view of the above problems is to provide a behavior management terminal for disease management that can easily record medication information and behavior events such as meals and exercises related to the disease, and It is to provide a behavior recording method for disease management.

In order to solve the above-mentioned problem, the action recording terminal for disease management according to the present invention,
An input unit for detecting input by a user;
A time information acquisition unit that acquires time information indicating a time at which the input unit detects the input;
A location information acquisition unit for acquiring location information at the time;
A storage unit for storing user action records;
A control unit that calculates a priority of a behavior event candidate related to a disease based on the time information, the location information, and the behavior record, and creates a recommendation list including the behavior event candidate based on the priority;
A display unit for displaying the recommendation list so that the action event candidates can be selected;
The control unit stores the time information, the location information, and one of the action event candidates included in the recommendation list in the storage unit as an action record based on a selection by a user,
The control unit further stores the time information and the location information as action records in the storage unit when the display unit does not detect selection by a user for a certain period of time after the recommendation list is displayed. And

The disease management action recording method according to the present invention includes:
Detecting user input; and
A time information acquisition step of acquiring time information indicating a time when the input unit detects the input;
A location information acquisition step of acquiring location information at the time;
Storing user behavior records;
Calculating a priority of action event candidates related to a disease based on the time information, the location information, and the action record, and creating a recommendation list including the action event candidates based on the priority;
A display step for displaying the recommendation list so that the action event candidates can be selected;
Storing the time information, the location information, and one of the action event candidates included in the recommendation list in the storage unit as an action record based on a selection by a user;
When the selection by the user for a certain period of time is not detected from the display step, the step of storing the time information and the location information as an action record;
It is characterized by including.

  According to the disease management behavior recording terminal and the disease management behavior recording method of the present invention, it is possible to easily record medication information and behavior events such as meals and exercises related to the disease.

It is a block diagram of the action recording terminal for disease management which concerns on one Embodiment of this invention. It is a conceptual diagram which shows the kind of action event. It is a figure which shows the example of a display of a recommendation list | wrist. It is a conceptual diagram which shows action record information. It is a flowchart which shows operation | movement of the action recording terminal for disease management which concerns on one Embodiment of this invention.

  Embodiments of the present invention will be described below.

(Embodiment)
FIG. 1 is a block diagram of a disease management action recording terminal 1 according to an embodiment of the present invention. The disease management action recording terminal 1 according to an embodiment of the present invention includes an input unit 100, a time information acquisition unit 201, a location information acquisition unit 202, a medication information acquisition unit 203, and an action schedule information acquisition unit 204. A control unit 300, a display unit 400, and a storage unit 500.

  The input unit 100 detects an input by a user operation. The input unit 100 is preferably configured by a touch panel or the like. In this case, the user detects a touch on the touch panel provided in the disease management action recording terminal 1 as an input. For example, the input unit 100 detects that a touch on a predetermined icon is detected on a home screen or the like displayed on the display unit 400 of the disease management action recording terminal 1. The predetermined icon is preferably an icon for starting an application according to the present invention (hereinafter referred to as an application).

  The time information acquisition unit 201 acquires time information indicating the time (year / month / day and hour / minute) when the input unit 100 detects an input by a user operation. Then, the time information acquisition unit 201 passes the acquired time information to the information acquisition management processing unit 301. The time information acquisition unit 201 is preferably composed of a timer. Note that the time information acquisition unit 201 may receive time information from an external server.

  The location information acquisition unit 202 acquires location information (position information) of the disease management action recording terminal 1 at the time when the input unit 100 detects an input by a user operation. Then, the location information acquisition unit 202 passes the acquired location information to the information acquisition management processing unit 301. The location information acquisition unit 202 acquires location information by receiving location information from the location server 2 through communication.

  The medication information acquisition unit 203 obtains information related to the medications taken from the medication information providing server 3 and stores the acquired information in the medication information storage unit 502 of the storage unit 500. The action schedule information acquisition unit 204 acquires schedule information and the like from the calendar server 4 and stores the acquired schedule information and the like in the action schedule information storage unit 503.

  The control unit 300 performs various controls related to the disease management action recording terminal 1. Specifically, for example, the control unit 300 determines whether or not the input unit 100 has detected an input by a user operation. The input unit 100 control unit 300 includes an information acquisition management processing unit 301 and a context processing unit 302.

  The information acquisition management processing unit 301 receives the time information and location information acquired by the time information acquisition unit 201 and the location information acquisition unit 202, respectively, and passes them to the context processing unit 302. Also, the information acquisition management processing unit 301 acquires past user action records from the storage unit 500 and passes them to the context processing unit 302.

  When the context processing unit 302 receives time information and location information from the information acquisition management processing unit 301 and the past user behavior stored in the storage unit 500, the context processing unit 302 calculates the priority of the behavior event candidate based on them. Then, a recommendation list including action event candidates is created based on the priority.

  Specifically, the context processing unit 302 calculates the priority of the action event candidate based on the time information and the location information passed from the information acquisition management processing unit 301 and the past action record stored in the storage unit 500. Then, based on the priority, an action event candidate currently being performed by the user is estimated. Then, the context processing unit 302 creates a recommendation list including action event candidates based on the priority. Here, the context processing unit 302 calculates statistical information from past action records stored in the storage unit 500. Then, the context processing unit 302 calculates the priority of the action event candidate using the statistical information and the time information and location information passed from the information acquisition management processing unit 301. Note that the context processing unit 302 may refer to statistical information calculated and accumulated in advance.

  Various aspects can be considered for the statistical information. For example, event frequency information of day time (time not considering the date) can be considered as statistical information. This is frequency information of events occurring near the time designated every day regardless of the date. For example, as the event frequency information of the day time, the frequency of the breakfast event is high at 7:00 every day.

  Further, for example, event frequency information of day of the week time can be considered as statistical information. This is frequency information of events occurring in the vicinity of the specified time on the day of the week regardless of the date. For example, the frequency of breakfast events is high on Saturday at 9:00.

  For example, neighborhood event frequency information can be considered as statistical information. This is frequency information of events that have occurred within a certain period of time (eg, 1 hour, 30 minutes, etc., if necessary) with respect to the event type most recently stored as an action record. For example, the frequency of dinner events is particularly high within one hour of the leaving event.

  Further, for example, preceding event frequency information can be considered as statistical information. This is the frequency information of events that have occurred a certain number later with respect to the event types most recently stored as action records. For example, the frequency of storing a medication event after dinner as a behavior record is high after one dinner event.

  For example, location event frequency information can be considered as statistical information. This is frequency information of events occurring in the vicinity of the designated location. For example, the frequency of attending school events, lunch, and school events is high in the vicinity of the school location.

  Further, for example, subsequent event frequency information can be considered as statistical information. This is frequency information of events that have occurred a certain number of times before the event type stored as the action record most recently. For example, the frequency of the homecoming event is high two times before the dinner event.

  The context processing unit 302 uses the statistical information shown above, adds up the weights for each type of statistical information, and calculates the score for each action event candidate. In addition, the context processing unit 302 calculates a priority by adding a certain number of points based on the information stored in the medicine information storage unit 502 and the schedule information stored in the action schedule information storage unit 503.

  Furthermore, the context processing unit 302 may multiply the priority by a coefficient calculated from continuous occurrence information set for each behavior event. This holds in the system as an action event attribute that the action event does not occur continuously within a certain time. For example, do not continue taking medicine after dinner twice. In such a case, 0 is set as the coefficient. On the other hand, in the case of an event type having a property that frequently occurs once when it occurs once, a high value is set for the coefficient.

  FIG. 2 is a conceptual diagram showing an example of the types of behavioral events handled in the present embodiment (hereinafter referred to as behavioral event types). As shown in FIG. 2, various types of behavioral events are assumed and have a hierarchical structure. For example, action event types include “medicine”, “work”, “wake-up sleep”, “place visit”, and the like. And, for example, as an action event type belonging to “medicine”, “instruction” which is an event type instructed to take a medicine on time, etc., and “event” which is an event type to be taken temporarily when symptoms occur There is "for". In addition, for example, the types of action events belonging to “work” include “going to work”, “leaving work”, “break” and the like. An action event belonging to “work” is also an action event related to a disease. For example, in the case of mental illness, it is important as an action record to go to work or leave the office at a fixed time every day. Although not shown in FIG. 2, going to a rehabilitation facility, going to school when the user is a student, and other routine actions are also useful as action event types. For example, in the case of lifestyle-related diseases, not only medication, meals, and sleep, but also daily exercise and walking movement during commuting are valuable records. In addition, for example, due to mental illness, trivial behavior in daily life and recording of various subjective symptoms may be emphasized.

  The display unit 400 is a liquid crystal display, an organic EL display, or the like, and is configured so that the user can perform various inputs and selection operations by displaying characters, images, icons, and the like to the user. Further, the display unit 400 displays the recommendation list so that the user can select behavior event candidates included in the recommendation list.

  FIG. 3 is a diagram illustrating a home screen example (FIG. 3A) displayed on the display unit 400 and a recommendation list display example (FIG. 3B) displayed on the display unit 400. The home screen shown in FIG. 3A includes icons for starting various applications that can be operated on the disease management action recording terminal 1. Preferably, when the user touches the application activation icon 401 according to the present invention on the home screen, the input unit 100 detects the input, and the time information and the location information at the time of application activation input are acquired. With this configuration, the user can store an action event as an action record by simply starting an application. In addition, although the example which touches the icon 401 for starting was shown as the starting method of an application, it is not restricted to this, In addition to a key operation, the button operation of a touch panel, etc., the shake of a terminal, a voice instruction, etc. were suitably matched with the user. Implementation is possible.

  In the recommendation list display example shown in FIG. 3B, icons 402 to 405 related to action event candidates included in the recommendation list are displayed. Preferably, the display unit 400 displays the icon related to the action event candidate larger as the priority is higher. In the example shown in FIG. 3B, the “sleeping” behavior event candidate has the highest priority, and the icon 403 related to the behavior event candidate is displayed larger than the other icons. Further, the icon 402 related to the action event candidate “medicine after dinner”, the icon 404 related to the action event candidate “return home”, and the icon 405 related to the action event candidate “chill” have the next highest priority after “sleeping”. Unit 400 displays the action event candidate. Further, by scrolling with the scroll buttons 406a and 406b, the display unit 400 displays action event candidates having a lower priority.

  A balloon display 407 describes details of each action event candidate displayed on the display unit 400. For example, in FIG. 3B, the action event candidate “medicine after dinner” is “November 4-after every meal / loxonin / PL granule / mucodyne / fuscode / June 5th // after dinner / pre-minent tablets”. Detailed information related to the action event candidate is displayed.

  The icon 408 is an icon for selecting a behavior event candidate with the highest priority. By arranging an icon for selecting the action event candidate with the highest priority at the predetermined position, the user can more easily select the action event candidate with the highest priority. The icon 409 is used to select that none of the behavior event candidates displayed on the display unit 400 corresponds to any of the behavior event candidates. That is, the icon 408, the icon 409, and the like allow the user to actively select or cancel the action event candidates to be stored as action records.

  The icon 410 is for correcting the time information acquired by the time information acquisition unit 201. Since the user operation may be delayed from the actual action, the icon 410 allows the user to perform an active correction operation. Instead of the icon 410, a frequently used icon such as 30 minutes ago, 1 hour ago, 10 minutes later, etc. may be displayed in advance.

  The status display 411 displays action records recently stored in the storage unit 500 and the current time. A button 412 is a cancel button for ending the application according to the present invention. When the button 412 is pressed, the application according to the present invention is terminated, and the action record is not stored in the storage unit 500. A button 413 is a decision button and is used to select a behavior event candidate having the highest priority.

  The storage unit 500 stores various information related to the disease management action recording terminal 1. The storage unit 500 includes a user basic information storage unit 501, a medicine information storage unit 502, an action schedule information storage unit 503, and an action record storage unit 504.

  The user basic information storage unit 501 stores authentication information and customization information such as a name. Using these pieces of information, the context processing unit 302 controls access to information managed by the application and personalizes the screen display.

  The drug information storage unit 502 stores information on prescription drugs and OTC drugs taken by the user acquired by the drug information acquisition unit 203. This information may be created by a method of setting on the setting screen in the application without using an external server. In this case, the medication information acquisition unit 203 may not be provided. Note that the action schedule information storage unit 503, which will be described later, may be aggregated and stored.

  In the action schedule information storage unit 503, in addition to the basic schedule information acquired by the action schedule information acquisition unit 204, such as work and schoolwork, the schedule of hospital visits and the schedule of medication (for details, please refer to the aforementioned drug information) Management), and various event schedule information set explicitly. Note that this information may be created by using a setting screen in the application without using an external server, as in the case of drug information. In this case, the action schedule information acquisition unit 204 may not be provided.

  The action record storage unit 504 stores an action event selected based on an operation of the input unit 100 by the user, time information, and location information as an action record. That is, the control unit 300 stores, as an action record, the time information, the location information, and one of the action event candidates included in the recommendation list based on the selection by the user in the recommendation list. FIG. 4 is a conceptual diagram showing details of the action record stored in the action record storage unit 504. The action record storage unit 504 stores an action event and each property of the action event. Each property includes time information, location information, event type, and user operation information.

  Here, when the input unit 100 does not detect the selection by the user for a predetermined time after the display unit 400 displays the recommendation list, the control unit 300 records the time information and the location information as an action record in the action record of the storage unit 500. Store in the storage unit 504. That is, even when the user does not actively select a behavior event candidate, the time information and the location information are stored in the storage unit 500 as behavior records. The stored action record can be re-edited, and the user can additionally store an appropriate action record as necessary. Note that when the user additionally stores the action event candidate at that time from the preceding and following contexts, there is a high possibility that the action event candidate can be estimated. Therefore, the time information and the location information are stored as action records in the action record storage unit 504 of the storage unit 500. To store.

  Thus, the user is not always in a situation where the operation for the disease management action recording terminal 1 is sufficiently possible. This can be due to external circumstances or incentives for users themselves. In the conventional technology, when a user operation is not completed, the fact of the operation is not recorded. In the present invention, the occurrence of an action event is stored in the action record storage unit 504 of the storage unit 500 as an action record only by activating an application. In this way, it is expected that the burden on the user with respect to the recording operation can be reduced by reducing the restrictions on the usage situation and the usage operation as much as possible.

  When the display unit 400 does not detect selection by the user for a certain period of time after the recommendation list is displayed, the control unit 300 adds the time information and the location information, and the action event candidate with the highest priority in the recommendation list. May be stored in the action record storage unit 504 of the storage unit 500 as an action record. By doing in this way, the action event candidate with the highest priority can be automatically stored in the storage unit 500 as an action record.

  Next, the operation of the disease management action recording terminal 1 according to the present invention will be described with reference to the flowchart shown in FIG.

  First, the control unit 300 determines whether or not the input unit 100 has detected an input by a user operation (step S1). Preferably, the input unit 100 detects that a touch on the activation icon 401 is detected on the home screen or the like displayed on the display unit 400 of the disease management action recording terminal 1. When the input unit 100 detects an input by a user operation, the process proceeds to step S2. On the other hand, when the input unit 100 does not detect an input by a user operation, Step S1 is repeated.

  Next, the time information acquisition unit 201 acquires time information indicating the time when the input unit 100 detects an input by a user operation. Further, the location information acquisition unit 202 acquires the location information of the disease management action recording terminal 1 at the time when the input unit 100 detects the input by the user's operation (step S2).

  Subsequently, the information acquisition management processing unit 301 of the control unit 300 receives the time information and the location information acquired by the time information acquisition unit 201 and the location information acquisition unit 202, respectively, and passes them to the context processing unit 302. Also, the information acquisition management processing unit 301 acquires past user action records from the storage unit 500 and passes them to the context processing unit 302 (step S3).

  Subsequently, when the context processing unit 302 of the control unit 300 receives the time information and the location information from the information acquisition management processing unit 301 and the past user's action record stored in the storage unit 500, based on these, The priority of the event candidate is calculated, and a recommendation list including the action event candidate is created based on the priority (step S4).

  Subsequently, the display unit 400 displays the recommendation list so that the user can select action event candidates included in the recommendation list (step S5). Preferably, the display unit 400 displays the icon related to the action event candidate larger as the priority is higher.

  Subsequently, the control unit 300 determines whether the icon displayed by the display unit 400 has been selected, that is, whether the input unit 100 has detected an input (step S6). If an input is detected, the process proceeds to step S7. If no input is detected, the process proceeds to step S8.

  When the input unit 100 detects an input in step S6, the control unit 300 is selected by the user with the time information and the location information acquired by the time information acquisition unit 201 and the location information acquisition unit 202, respectively, based on the selection by the user. One of the action event candidates included in the recommended list is stored in the action record storage unit 504 of the storage unit 500 as an action record (step S7). Then, the process ends.

  When the input unit 100 does not detect an input in step S6, the control unit 300 determines whether or not a predetermined time has elapsed since the display unit 400 displayed the recommendation list in step S5 (step S8). If the predetermined time has elapsed, the process proceeds to step S9. If the predetermined time has not elapsed, the process returns to step S6.

  In step S8, when the control unit 300 determines that a certain time has elapsed, that is, when the display unit 400 displays the recommendation list and the input unit 100 does not detect an input by the user for a certain time, the control unit 300 The time information and location information acquired by the time information acquisition unit 201 and the location information acquisition unit 202 are stored as action records (step S9), and the process ends. In step S9, in addition to the time information and the location information, the control unit 300 stores the action event candidate with the highest priority in the recommendation list in the action record storage unit 504 of the storage unit 500 as an action record. Also good.

  As described above, according to the present invention, the context processing unit 302 creates a recommendation list including action event candidates and priorities related to the action event candidates based on time information and location information, and past user action records. Since the user can easily select an action event, and the action event is not selected within a certain time, the control unit 300 displays time information and location information. Since it is stored as an action record, it is possible to easily record medication information and action events such as meals and exercises related to the disease. Therefore, the continuation of the recording of the action event by the patient and the habit can be achieved.

  In addition, when the action event is not selected within a certain time, the control unit 300 stores the action event candidate having the highest priority in the recommendation list as the action record in addition to the time information and the location information. In addition, it is possible to more easily record medication information and behavioral events such as meals and exercises related to the disease.

  In the present embodiment, the location information acquisition unit 202 acquires the location information by receiving the location information from the location server 2 by communication, but the present invention is not limited to this. For example, the location information acquisition unit 202 may be configured by a GPS receiver or the like and receive position information from a GPS satellite. Alternatively, the location information acquisition unit 202 may acquire location information based on whether or not connection to a connectable wireless LAN access point is possible.

  Although the present invention has been described based on the drawings and examples, it should be noted that those skilled in the art can easily make various modifications and corrections based on the present disclosure. Therefore, it should be noted that these variations and modifications are included in the scope of the present invention. For example, the functions included in each means, each step, etc. can be rearranged so that there is no logical contradiction, and a plurality of means, steps, etc. can be combined or divided into one. .

DESCRIPTION OF SYMBOLS 1 Disease management action recording terminal 2 Location server 3 Drug information provision server 4 Calendar server 100 Input part 201 Time information acquisition part 202 Location information acquisition part 203 Medication drug information acquisition part 204 Action plan information acquisition part 300 Control part 301 Information acquisition management Processing unit 302 Context processing unit 400 Display unit 401 Activation icons 402 to 405 and 408 to 410 Icons 406a and 406b Scroll buttons 407 Balloon display 411 Status display 412 and 413 buttons 500 Recent storage unit 500 Storage unit 501 User basic information storage unit 502 Drug information storage unit 503 Action schedule information storage unit 504 Action record storage unit

Claims (6)

An input unit for detecting input by a user;
A time information acquisition unit that acquires time information indicating a time at which the input unit detects the input;
A location information acquisition unit for acquiring location information at the time;
A storage unit for storing user action records;
A control unit that calculates a priority of a behavior event candidate related to a disease based on the time information, the location information, and the behavior record, and creates a recommendation list including the behavior event candidate based on the priority;
A display unit for displaying the recommendation list so that the action event candidates can be selected;
The control unit stores the time information, the location information, and one of the action event candidates included in the recommendation list in the storage unit as an action record based on a selection by a user,
The control unit further stores the time information and the location information as action records in the storage unit when the display unit does not detect selection by a user for a certain period of time after the recommendation list is displayed. An action recording terminal for disease management.   When the control unit does not detect selection by the user for a certain period of time after the display unit displays the recommendation list, in addition to the time information and the location information, the control unit performs the action with the highest priority in the recommendation list. The event candidate for disease management according to claim 1, wherein an event candidate is stored in the storage unit as the action record.   The said display part displays the said action event candidate so that selection with an icon is possible, and the said icon is displayed larger, so that the said priority which concerns on the said action event candidate is high, It is characterized by the above-mentioned. The action recording terminal for disease management described in 1. Detecting user input; and
A time information acquisition step of acquiring time information indicating a time when the input unit detects the input;
A location information acquisition step of acquiring location information at the time;
Storing user behavior records;
Calculating a priority of action event candidates related to a disease based on the time information, the location information, and the action record, and creating a recommendation list including the action event candidates based on the priority;
A display step for displaying the recommendation list so that the action event candidates can be selected;
Storing the time information, the location information, and one of the action event candidates included in the recommendation list in the storage unit as an action record based on a selection by a user;
When the selection by the user for a certain period of time is not detected from the display step, the step of storing the time information and the location information as an action record;
An action recording method for disease management, comprising:   If the selection by the user for a certain period of time is not detected from the display step, the action event candidate having the highest priority among the recommendation list in addition to the time information and the location information is stored as the action record. The disease management action recording method according to claim 4, further comprising:   The said display step displays the said action event candidate so that selection is possible with an icon, and displays the said icon so large that the said priority which concerns on the said action event candidate is high, It is characterized by the above-mentioned. The action recording method for disease management as described in 1.