JP2016021191A - Behavior management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a behavior management system configured to manage behavior of a person carrying a mobile terminal accurately.SOLUTION: A collation section 10 of a server 2 collates an ID of a beacon 3 received by an identification information receiving section 7 from a smartphone 4 with an ID of a beacon 3 recorded in a beacon identification information database 6, collates an identification number of the smartphone 4 received by the identification information receiving section 7 with an identification number of the smartphone 4 recorded in a transfer schedule database 9, and collates an entry time and date received by a time/date receiving section 8 with an entry time and date recorded in the transfer schedule database 9. When the IDs of the beacons 3 coincide with each other as a result of collation of the collation section 10, and the identification numbers of the smartphone 4 and entry times and dates coincide with each other, respectively, a result database 11 records that a transfer schedule of a subject 20 carrying the smartphone 4 having the coincident identification number recorded in the transfer schedule database 9 has been executed.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a behavior management system. Specifically, for example, the present invention relates to a behavior management system for managing the behavior of a person who visits a patient's home and performs a medical practice.

Visiting hospitals is a big burden for patients living in areas where public transportation is scarce, especially the elderly.
In addition, some elderly people who live in areas where public transportation has developed think that they want to recuperate at home where they are accustomed to living.

Therefore, “home medical care”, which is regarded as “third medical care” after the outpatient and hospitalization, is performed.
Home medical care is literally medical care performed at home, and a medical worker visits a patient's home or a nursing facility for medical care.

Under such circumstances, a system that supports home medical care using communication technology has been proposed.
For example, Patent Literature 1 discloses a first terminal used for home medical patients and connected to a network, a home medical device used for home medical patients and connected to the first terminal or network, and a home medical patient. A second terminal connected to the network and connected to the first terminal, the home medical device, and the second terminal via the network and accessible to the home medical patient and the other A home support system is described that includes a virtual space on a network, a human model operable in the virtual space, and a server device that provides a medical device model operable in the virtual space.

JP 2009-020794 A

By the way, since home medical care is a target of insurance in Japan, a medical institution or a medical-related institution such as a treatment center charges a medical fee to an insurer for medical treatment received by a patient.
In general, patients who have undergone acupuncture treatment or Anma massage shiatsu treatment request medical expenses from the insurer, but the current situation is that the treatment is entrusted to the treatment facility.

  In addition, medical institutions and treatment centers are currently managing whether or not a medical worker has actually visited a patient's home or an elderly facility based on a report from the medical worker.

Because of this situation, there is a problem in that a false declaration of visit is made even though the patient is not actually visiting the patient's home or elderly facility, resulting in fraudulent claims to the insurer.
Moreover, patent document 1 does not mention at all about such a problem.

Therefore, a method for checking the presence or absence of an actual visit by having a patient carry a dedicated card, reading the information recorded on the card with a reading device, and transmitting the information from a portable terminal to a medical institution device or a treatment facility device. Can be considered.
However, with this method, if a medical worker keeps a card from a patient, the visit results can be freely created, and the problem cannot be solved.

  Also, using the GPS (Global Positioning System) function of the mobile terminal carried by the health care worker, the position of the health care worker is identified and whether the health care worker has actually visited is confirmed. It is also possible to do.

  However, the location using the GPS function is ambiguous, so when one patient's home is close to another patient's home or many patients live in one apartment, It is not possible to accurately confirm whether or not the intended patient has been visited.

  The present invention has been made in view of the above points, and an object of the present invention is to provide an action management system that can accurately manage the actions of a mobile terminal user.

  In order to achieve the above object, the behavior management system of the present invention records wireless communication device identification information, which is identification information of a wireless communication device, in association with installation position information, which is information related to the installation position of the wireless communication device. A possible wireless communication device identification information recording unit, the wireless communication device identification information received by a mobile terminal located within a predetermined range from the wireless communication device, and mobile terminal identification information that is identification information of the mobile terminal An identification information receiving unit that can be received from the portable terminal; and a date and time receiving unit that can receive from the portable terminal the date and time when the position of the portable terminal changes from outside the range to the same range; The mobile terminal carrier's movement schedule to the installation position of the wireless communication device having the wireless communication device identification information recorded by the wireless communication device identification information recording unit, and the mobile terminal identification information of the mobile terminal The movement schedule recording unit that can be linked and recorded, the wireless communication device identification information received by the identification information receiving unit, and the wireless communication device identification information recorded by the wireless communication device identification information recording unit can be collated, And the portable terminal identification information received by the identification information receiving unit and the portable terminal identification information recorded by the scheduled movement recording unit can be collated, and the date and time received by the date and time receiving unit and the movement The collation unit capable of collating the date and time included in the travel schedule recorded by the scheduled date and time recording unit, the collation unit collates, the wireless communication device identification information matches, and both portable terminal identification information And a server having a record recording unit capable of recording that the migration schedule recorded by the migration schedule recording unit is executed when both of the entry dates and times coincide with each other.

  Here, the movement schedule of the portable terminal carrier to the installation position of the wireless communication device having the wireless communication device identification information recorded by the wireless communication device identification information recording unit is associated with the portable terminal identification information of the portable terminal. The recordable movement schedule recording unit can grasp the movement schedule of the mobile terminal user.

  In addition, the wireless communication device identification information received by the identification information receiving unit can be collated with the wireless communication device identification information recorded by the wireless communication device identification information recording unit. Information and the mobile terminal identification information recorded by the movement schedule recording unit can be collated, and the date and time received by the date and time reception unit and the date and time included in the movement schedule recorded by the movement date and time recording unit With the collation unit capable of collation, it is possible to confirm whether or not the mobile terminal user has acted according to the travel schedule recorded by the travel schedule recording unit.

  Furthermore, in the behavior management system of the present invention, when the collation unit collates and both the date and time of entry do not match, or the collation unit collates and both wireless communication device identification information does not match In addition, it is possible to have a notification unit capable of notifying the mobile terminal that it is different from the moving schedule.

  In this case, the user of the portable terminal can immediately know that his / her behavior is different from the schedule.

  In the behavior management system of the present invention, the date and time receiving unit can receive from the portable terminal the date and time when the position of the portable terminal changes from the predetermined range to the outside of the predetermined range from the wireless communication device. It can be assumed that

  In this case, the user of the portable terminal can know the date and time when the portable terminal enters the predetermined range from the wireless communication device and the date and time when the portable terminal comes out. You can know how long you stayed within the range.

  Further, in the behavior management system of the present invention, the server collates the wireless communication device identification information by the collation unit, matches both the mobile terminal identification information, and further matches both the entry date and time. A distance calculation unit that can calculate the distance from the base point to the installation position of the wireless communication device having the matching wireless communication device identification information, and a fee that can be calculated based on the distance calculated by the distance calculation unit And a calculation unit.

  In this case, it is possible to calculate a fee based on the distance from the base point to the installation position of the wireless communication device actually visited by the mobile terminal user.

  Further, in the behavior management system of the present invention, the server includes a carrier information recording unit capable of recording carrier information that is information relating to a carrier of the portable terminal, and an identification information receiving unit includes wireless communication device identification information and portable terminal identification. When the information is received from the portable terminal, the portable information recording unit may have a portable information output unit that can output the portable information of the portable terminal recorded by the portable information recording unit.

  In this case, information for the portable terminal portable person can be prepared before the portable person comes near the wireless communication device.

  Further, in the behavior management system of the present invention, the server collates the wireless communication device identification information by the collation unit, matches both the mobile terminal identification information, and further matches both the entry date and time. In this case, the wireless communication device installer information that can transmit the information of the wireless communication device installer included in the installation position information recorded by the wireless communication device identification information recording unit to the mobile terminal having the matching mobile terminal identification information. It can have a transmission part.

  In this case, the portable user can see the information of the installer while meeting the installer of the wireless communication device at the installation position of the wireless communication device.

  The behavior management system according to the present invention can accurately manage the behavior of the mobile terminal user.

It is the schematic which shows 1st Embodiment of the behavior management system to which this invention is applied. It is the schematic which shows 2nd Embodiment of the behavior management system to which this invention is applied.

Hereinafter, embodiments of the present invention will be described with reference to the drawings to facilitate understanding of the present invention.
FIG. 1 is a schematic diagram showing a first embodiment of a behavior management system to which the present invention is applied.

The behavior management system 1 of the present invention shown in FIG. 1 includes a server 2, a beacon 3 installed in a patient house 5, and a smartphone 4 carried by a practitioner 20 who performs an massage, massage, or acupressure.
Here, a beacon is an example of a wireless communication device. A smartphone is an example of a mobile terminal.

  The server 2 also has a beacon identification information database 6 that can be recorded by associating an ID that is identification information of the beacon 3 with installation position information that is information regarding the installation position of the beacon 3.

Here, the beacon identification information database is an example of a wireless communication device identification information recording unit.
Further, the installation position information of the beacon 3 is, for example, the address of the patient house 5, the patient's name, the patient's age, and the patient's treatment progress.

In addition, the server 2 can receive the ID of the beacon 3 received by the smartphone 4 located within a predetermined range from the beacon 3 and the individual identification number that is identification information of the smartphone 4 from the smartphone 4 via the Internet 16. The identification information receiving unit 7 is provided.
Here, the predetermined range from the beacon 3 is, for example, a range having a radius of about 2 m from the beacon 3.

  In addition, the server 2 determines that the date and time when the position of the smartphone 4 changes from outside the range of the radius of about 2 m from the beacon 3 to the range of the radius of about 2 m from the beacon 3 and the position of the smartphone 4 is the beacon 3. And a date and time receiving unit 8 that can receive from the smartphone 4 via the Internet 16 the date and time when it changes from within the radius of about 2 m to the outside of the radius of about 2 m from the beacon 3.

  In addition, the server 2 records the scheduled movement of the practitioner 20 to the installation position of the beacon 3 having the ID recorded in the beacon identification information database 6, that is, the visit schedule to the patient house 5 in association with the individual identification number of the smartphone 4. It has a possible migration schedule database 9.

Here, the movement schedule database is an example of a movement schedule recording unit.
The information included in the scheduled movement includes, for example, the name of the practitioner 20, the phone number and email address of the smartphone 4 carried by the practitioner 20, the date on which the practitioner 20 visits the patient's home 5, and the practitioner 20 The time when the patient visits the patient's home 5 and the time when the practitioner 20 leaves the patient's home 5.

  In addition, the server 2 includes a collation unit 10 that can collate the ID of the beacon 3 received by the identification information receiving unit 7 with the ID of the beacon 3 recorded by the beacon identification information database 6.

  Moreover, the collation part 10 can collate the individual identification number of the smart phone 4 which the identification information receiving part 7 received, and the individual identification number of the smart phone 4 which the movement plan database 9 recorded.

  Furthermore, the collation unit 10 receives the date / time received by the date / time receiving unit 8 and the date / time included in the movement schedule recorded by the movement schedule database 9, that is, the date and time when the practitioner 20 visits the patient's home 5 and the practitioner. It is possible to collate with the time when 20 visits the patient's home 5.

Further, the server 2 moves when the collation unit 10 collates and the IDs of both beacons 3 match, the individual identification numbers of both smartphones 4 match, and when both the date and time of entry match. The schedule database 9 has a record database 11 that can record that the schedule of movement for the practitioner 20 carrying the smartphone 4 having the matched individual identification number is recorded.
Here, the result database is an example of a result recording unit.

  In addition, the server 2 plans to move the practitioner when the collation unit 10 collates and the date / time of both of the entries does not match, or when the collation unit 10 collates and the IDs of both beacons do not match. It has the notification part 12 which can be notified by e-mail to the practitioner's smart phone.

  Further, the server 2 is a base point when the collation unit 10 collates and the IDs of both beacons match, the individual identification numbers of both smartphones match, and the date and time of both match. A distance calculation unit 13 capable of calculating the distance from the treatment center to the installation position of the beacon 3 having the matched ID is provided.

  Further, the server 2 includes a fee calculation unit 14 that can calculate a fee, that is, a medical treatment cost based on the distance calculated by the distance calculation unit 13.

In addition, the server 2 checks the beacon identification information when the collation unit 10 collates and the IDs of both beacons match, the individual identification numbers of both smartphones match, and the date and time of both match. It has a patient information transmitter 15 capable of transmitting information of a patient who is an installer of the beacon 3 included in the installed value information recorded in the database 6 to the smartphone 4 having the matched individual identification number via the Internet 16.
The patient information transmission unit is an example of a wireless communication device installer information transmission unit.

FIG. 2 is a schematic diagram showing a second embodiment of the behavior management system to which the present invention is applied.
The behavior management system 1 of the present invention shown in FIG. 2 includes a server 2, a beacon 3 installed in a hospital 19, and a smartphone 4 carried by a patient 21 who visits the hospital 19.
Here, a beacon is an example of a wireless communication device. A smartphone is an example of a mobile terminal.

  In addition, the server 2 includes a beacon identification information database 6 that can record an ID that is identification information of the beacon 3 in association with installation position information of the beacon 3.

Here, the beacon identification information database is an example of a wireless communication device identification information recording unit.
Further, the installation position information of the beacon 3 is, for example, the address of the hospital 19 and the hospital name.

In addition, the server 2 can receive the ID of the beacon 3 received by the smartphone 4 located within a predetermined range from the beacon 3 and the individual identification number that is identification information of the smartphone 4 from the smartphone 4 via the Internet 16. The identification information receiving unit 7 is provided.
Here, the predetermined range from the beacon 3 is, for example, a range having a radius of about 40 m from the beacon 3.

  In addition, the server 2 has the date and time when the position of the smartphone 4 changes from outside the range of about 40 m radius from the beacon 3 to within the range of about 40 m radius from the beacon 3, and the position of the smartphone 4 is the beacon 3. And a date and time receiving unit 8 capable of receiving from the smartphone 4 via the Internet 16 the date and time when it is changed from within the radius of about 40 m to outside the radius of about 40 m from the beacon 3.

  Further, the server 2 can record the movement schedule of the patient 21 to the installation position of the beacon 3 having the ID recorded in the beacon identification information database 6, that is, the outpatient schedule to the hospital 19 in association with the individual identification number of the smartphone 4. It has a movement schedule database 9.

Here, the movement schedule database is an example of a movement schedule recording unit.
The information included in the scheduled movement includes, for example, the name of the patient 21, the phone number and email address of the smartphone 4 carried by the patient 21, the date when the patient 21 visits the hospital 19 for outpatient care, and the patient 21 Is the time when the patient 21 leaves the hospital 19.

  In addition, the server 2 includes a collation unit 10 that can collate the ID of the beacon 3 received by the identification information receiving unit 7 with the ID of the beacon 3 recorded by the beacon identification information database 6.

  Moreover, the collation part 10 can collate the individual identification number of the smart phone 4 which the identification information receiving part 7 received, and the individual identification number of the smart phone 4 which the movement plan database 9 recorded.

  Furthermore, the collation unit 10 receives the date / time received by the date / time receiving unit 8 and the date / time included in the movement schedule recorded by the movement schedule database 9, that is, the date and patient on which the patient 21 visits the hospital 19 for outpatient treatment. It is possible to collate with the time when 21 visits the hospital 19.

Further, the server 2 moves when the collation unit 10 collates and the IDs of both beacons 3 match, the individual identification numbers of both smartphones 4 match, and when both the date and time of entry match. The schedule database 9 has a record database 11 that can record that the schedule of movement for the patient 21 carrying the smartphone 4 having the matched individual identification number is recorded.
Here, the result database is an example of a result recording unit.

  In addition, the server 2 plans to move the patient 21 when the collation unit 10 collates and the date / time of both the arrivals do not match or when the collation unit 10 collates and the IDs of both beacons do not match. It has the notification part 12 which can be notified to the smart phone 4 of the patient 21 with an email.

In addition, the server 2 includes a carrier information database 17 capable of recording carrier information that is information regarding the carrier of the smartphone 4. In the example shown in FIG. 2, the carrier is a patient 21.
Here, the carrier information database is an example of a carrier information recording unit.

  Also, the carrier information is, for example, the medical record information of the patient 21 including the name and treatment information of the patient 21, the telephone number and the mail address of the smartphone 4 carried by the patient 21.

  In addition, when the identification information receiving unit 7 receives the ID of the beacon 3 and the individual identification number of the smartphone 4 transmitted from the smartphone 4, the server 2 transmits the information recorded by the carrier information database 17. It has the carrier information output part 18 which can output the information of the carrier of the smart phone 4, ie, the patient 21, for example, medical chart information.

Here, the server does not necessarily have a notification unit.
However, it is preferable that the server has a notification unit because the portable terminal carrier can immediately know that his / her behavior is different from the schedule.

In addition, the date / time receiving unit of the server may not necessarily be able to receive the date / time of departure.
However, if the date and time receiving unit of the server can receive the date and time of entry in addition to the date and time of entry, the date and time when the mobile terminal carrier entered the predetermined range from the wireless communication device or This is preferable because it allows the user to know the date and time, and also allows the user of the portable terminal to know the time spent within a predetermined range from the wireless communication device.

Moreover, the server does not necessarily need to have a distance calculation part and a charge calculation part.
However, if the server has a distance calculation unit and a charge calculation unit, it is possible to calculate a fee based on the distance from the base point to the installation position of the wireless communication device actually visited by the mobile terminal carrier, In particular, it is preferable because it makes it easier to calculate the cost of medical treatment.

Moreover, the server does not necessarily need to have a carrier information recording unit and a carrier information output unit.
However, if the server has a portable information recording unit and a portable information output unit, information for the portable terminal portable person can be prepared before the portable person comes near the wireless communication device. It is preferable because it is possible.

Moreover, the server does not necessarily have to have a wireless communication device installer information transmission unit.
However, if the server has a wireless communication device installer information transmission unit, the mobile terminal user can see the installer information while meeting the wireless communication device installer at the wireless communication device installation location. Is preferable.

  Next, an example of a flow when using the behavior management system of the present invention will be described with reference to FIG.

  The clerk of the clinic inputs the ID of the beacon 3 distributed to the patient into the server 2 in association with the installation position information of the beacon 3, that is, the address of the patient's home 5, the patient's name, the patient's age, the patient's treatment progress, etc. To do.

  Then, the beacon identification information database 6 records the ID of the beacon 3 in association with the installation position information of the beacon 3.

  In addition, the clerk of the treatment room inputs the movement schedule of the practitioner 20 to the patient's home 5, that is, the visit schedule, in association with the individual identification number of the smartphone 4 carried by the practitioner 20 belonging to the treatment room to the server 2. .

  At this time, the administrator of the clinic inputs the name of the practitioner 20 and the phone number and mail address of the smartphone 4 carried by the practitioner 20 together with the server 2.

  In addition, as information included in the movement schedule, the administrator of the treatment center, the date when the practitioner 20 visits the patient's home 5, the time when the practitioner 20 visits the patient's home 5, and the practitioner 20 5 is input to the server 2.

  In addition, if multiple practitioners belong to the clinic and there are multiple patients, the date of visiting each patient's home for each practitioner, the time to visit the patient's home, and the time to leave the patient's home Of course, it is input to the server 2.

  The movement schedule database 9 records the individual identification number of the smartphone 4 in association with the movement schedule of the practitioner 20 to the patient home 5.

  In addition, the movement schedule database 9 includes, as information included in the movement schedule, the date when the practitioner 20 visits the patient's home 5, the time when the practitioner 20 visits the patient's home 5, and the practitioner 20 Record the time you leave.

  The movement schedule database 9 also records the name of the practitioner 20, the phone number of the smartphone 4 carried by the practitioner 20, and the e-mail address as information included in the movement schedule of the practitioner 20.

  On the other hand, the practitioner 20 carrying the smartphone 4 visits the patient's home 5 according to his / her movement schedule recorded in the movement schedule database 9.

Note that the practitioner 20 sets in advance a predetermined range from the beacon 3 using the smartphone 4 so that the radius is about 2 m from the beacon 3.
Further, the practitioner 20 installs a dedicated application program for making such settings in the smartphone 4 in advance.

  Then, the practitioner 20 visits the patient's home 5 and is located within a radius of about 2 m from the beacon 3, that is, the smartphone 4 carried by the practitioner 20 is located within a radius of about 2 m from the beacon 3.

  Then, the smartphone 4 receives the ID of the beacon 3, and the smartphone 4 transmits the received ID of the beacon 3 and the individual identification number of the smartphone 4 to the server 2 via the Internet 16.

  In addition, when the practitioner 20 enters the range of the radius of about 2 m from the outside of the beacon 3, that is, the position of the smartphone 4 is within the range of the radius of about 2 m from the outside of the radius of about 2 m from the beacon 3. The smartphone 4 transmits to the server 2 via the Internet 16 an entry date and time that is the date and time when the change is made.

On the other hand, the identification information receiving unit 7 of the server 2 receives the ID of the beacon 3 and the individual identification number of the smartphone 4 transmitted from the smartphone 4.
In addition, the date / time receiving unit 8 of the server 2 receives the date / time of the practitioner 20 transmitted from the smartphone 4.

  Next, the collation unit 10 of the server 2 collates the ID of the beacon 3 received by the identification information receiving unit 7 with the ID of the beacon 3 recorded by the beacon identification information database 6.

  At this time, the collation unit 10 of the server 2 collates the individual identification number of the smartphone 4 received by the identification information receiving unit 7 with the individual identification number of the smartphone 4 recorded by the movement schedule database 9.

  At this time, the collation unit 10 of the server 2 collates the entry date and time received by the date and time reception unit 8 with the entry date and time included in the movement schedule recorded by the movement schedule database 9.

  The result database 11 of the server 2 is collated by the collation unit 10 of the server 2 so that the IDs of both beacons 3 match, the individual identification numbers of both smartphones 4 match, Is recorded, the movement schedule for the practitioner 20 carrying the smartphone 4 having the matched individual identification number recorded in the movement schedule database 9 is recorded.

  Therefore, the management of the clinic can confirm that the practitioner belonging to the clinic visited the patient's home as scheduled.

  In addition, when the treatment at the patient home 5 is completed and the practitioner 20 has moved out of the radius of about 2 m from the beacon 3 and out of the radius of about 2 m, that is, the position of the smartphone 4 is about 2 m from the beacon 3. The smartphone 4 transmits an outgoing date and time that is a date and time when the radius has changed from within the range to outside the range of about 2 m to the server 2 via the Internet 16.

  In addition, the date / time receiving unit 8 of the server 2 receives the date and time of the practitioner 20 transmitted from the smartphone 4.

  Note that the match of the departure date and time depends on the status of the treatment at that time, so the condition for recording the execution of the movement schedule is not necessarily required. It goes without saying that the condition may be used as a condition for recording.

  In addition, the notification unit 12 of the server 2 matches the case where the collation unit 10 collates and the two input dates / times do not match, or when the collation unit 10 collates and the IDs of both beacons 3 do not match, Notifying the practitioner 20 of the movement schedule to the smartphone 4 of the practitioner 20 by e-mail.

  Further, the practitioner 20 visits the patient's home 5 as scheduled to move, that is, the collation unit 10 of the server 2 collates and the IDs of both beacons match, and the individual identification numbers of both smartphones match, , Both date and time match.

  Then, the patient information transmission unit 15 of the server 2 includes the information of the installer of the beacon 3 included in the installation position information recorded by the beacon identification information database 6, that is, the patient's name, the patient's age, the patient's treatment progress, etc. It transmits to the smart phone 4 which has the matched individual identification number.

  In addition, the distance calculation unit 13 of the server 2 matches the IDs of both beacons 3 after matching by the matching unit 10, matches the individual identification numbers of both smartphones 4, and matches both the date and time of entry. In this case, the distance from the treatment center as the base point to the installation position of the beacon 3 having the matched ID is calculated.

  At this time, for example, the distance from the treatment center to the installation position of the beacon 3 is calculated based on the map information.

  Then, the fee calculation unit 14 of the server 2 calculates a fee, that is, a medical treatment cost based on the distance calculated by the distance calculation unit 13.

  The patient information transmission unit 15 of the server 2 is collated by the collation unit 10 so that the IDs of both beacons match, the individual identification numbers of both smartphones match, and both the date and time of entry match. In this case, the information of the patient who is the installer of the beacon 3 included in the installation value information recorded in the beacon identification information database 6 is transmitted to the smartphone 4 having the matched individual identification number via the Internet 16.

  Therefore, the practitioner 20 carrying the smartphone 4 can know the patient information, for example, the treatment progress of the patient, at the patient home 5.

In addition, the server 2 outputs various information held by the server 2 such as information recorded in the performance database 11 of the server 2 to a paper medium in a format determined by the public office.
The output in this way is, for example, a progress report, a daily report, a treatment history report, and a visit record table.

  Next, another example of the flow when using the behavior management system of the present invention will be described with reference to FIG.

  The nurse of the hospital 19 inputs the ID of the beacon 3 installed on the reception stand of the hospital 19 to the server 2 in association with the installation position information of the beacon 3, that is, the address of the hospital 19, the hospital name, and the like.

  Then, the beacon identification information database 6 records the ID of the beacon 3 in association with the installation position information of the beacon 3.

  The nurse of the hospital 19 inputs the movement schedule of the patient 21 to the hospital 19 where the beacon 3 is installed, that is, the outpatient schedule, in association with the individual identification number of the smartphone 4 carried by the patient 21 into the server 2.

  Further, the nurse of the hospital 19 inputs the medical record information of the patient 21 including the name and treatment information of the patient 21, and the telephone number and mail address of the smartphone 4 carried by the patient 21 into the server 2.

  Moreover, the nurse of the hospital 19 uses the date when the patient 21 visits the hospital 19 for outpatient, the time when the patient 21 visits the hospital 19, and the patient 21 leaves the hospital 19 as information included in the travel schedule. The time is input to the server 2.

  Of course, if there are a plurality of patients, the date of visiting the hospital, the time of visiting the hospital, and the time of leaving the hospital are input to the server 2 for each patient.

  The movement schedule database 9 records the individual identification number of the smartphone 4 in association with the movement schedule of the patient 21 to the hospital 19.

  In addition, the movement schedule database 9 includes, as information included in the movement schedule of the patient 21, the date when the patient 21 visits the hospital 19 for outpatient, the time when the patient 21 visits the hospital 19, and the patient 21 Record the time you leave.

  The movement schedule database 9 also records the name of the patient 21, the telephone number of the smartphone 4 carried by the patient 21, and the e-mail address as information included in the movement schedule of the patient 21.

  Moreover, the carrier information database 17 of the server 2 records, for example, the medical record information of the patient 21 including the name and treatment information of the patient 21, the telephone number and the mail address of the smartphone 4 carried by the patient 21.

  On the other hand, the patient 21 carrying the smartphone 4 heads for the hospital 19 on the scheduled outpatient date.

It should be noted that the patient 21 uses the smartphone 4 in advance to set a predetermined range from the beacon 3 and a radius of about 40 m from the beacon 3.
In addition, the patient 21 installs a dedicated application program for making such settings in the smartphone 4 in advance.

  Then, the patient 21 approaches the hospital 19 and is located within a radius of about 40 m from the beacon 3 installed on the pedestal of the hospital 19. That is, the smartphone 4 carried by the patient 21 has a radius of about 40 m from the beacon 3. Located in range.

  Then, the smartphone 4 receives the ID of the beacon 3, and the smartphone 4 transmits the received ID of the beacon 3 and the individual identification number of the smartphone 4 to the server 2 via the Internet 16.

  In addition, when the patient 21 enters from the beacon 3 outside the radius of about 40 m to the radius of about 40 m, that is, the position of the smartphone 4 is from the beacon 3 outside the radius of about 40 m to the radius of about 40 m. The smartphone 4 transmits the entry date and time, which is the date and time when the change is made, to the server 2 via the Internet 16.

Here, assuming that the distance from the hospital reception to the boundary of the hospital site is set to about 40 m, the approximate time of entering the hospital site can be known.
This distance is preferably set as appropriate according to the size of the hospital site.

On the other hand, the identification information receiving unit 7 of the server 2 receives the ID of the beacon 3 and the individual identification number of the smartphone 4 transmitted from the smartphone 4.
In addition, the date and time receiving unit 8 of the server 2 receives the date and time of entry of the patient 21 transmitted from the smartphone 4.

  Next, the collation unit 10 of the server 2 collates the ID of the beacon 3 received by the identification information receiving unit 7 with the ID of the beacon 3 recorded by the beacon identification information database 6.

  At this time, the collation unit 10 of the server 2 collates the individual identification number of the smartphone 4 received by the identification information receiving unit 7 with the individual identification number of the smartphone 4 recorded by the movement schedule database 9.

  At this time, the collation unit 10 of the server 2 collates the entry date and time received by the date and time reception unit 8 with the entry date and time included in the movement schedule recorded by the movement schedule database 9.

  Then, the result database 11 of the server 2 is collated by the collation unit 10 so that the IDs of both beacons 3 match, the individual identification numbers of both smartphones 4 match, and both the input date and time match. In this case, it is recorded that the movement schedule for the patient 21 carrying the smartphone 4 having the matched individual identification number recorded in the movement schedule database 9 is executed.

  Therefore, doctors and nurses at the hospital can confirm that the patient has visited the hospital for outpatients as scheduled.

  Further, when the medical care in the hospital 19 is finished and the patient 21 goes out of the radius of about 40 m from the beacon 3 to outside the radius of about 40 m, that is, the position of the smartphone 4 is within the radius of about 40 m from the beacon 3. The smartphone 4 transmits the outgoing date and time, which is the date and time when it changes outside the range of the radius of about 40 m, to the server 2 via the Internet 16.

  In addition, the date / time receiving unit 8 of the server 2 receives the date / time of the patient 21 transmitted from the smartphone 4.

  Note that the departure date and time match depends on the outpatient situation in the hospital at that time, so it does not necessarily have to be a condition for recording the execution schedule. Of course, it may be a condition for recording the scheduled execution.

  In addition, when the identification information receiving unit 7 receives the ID of the beacon 3 and the individual identification number of the smartphone 4 transmitted from the smartphone 4, the carrier information output unit 18 of the server 2 records the carrier information database 17. The information of the carrier of the smartphone 4 that has transmitted these information, that is, the patient 21, such as medical chart information, is output.

  Specifically, for example, the patient 21 information is output to a printer installed in the hospital 19, and the printer prints the patient 21 information on a paper medium, or the patient 21 information is displayed on a display installed in the hospital 19. Is output and displayed.

  As described above, the carrier information output unit 18 of the server 2 outputs the information of the patient 21, so that the patient 21 is in the vicinity of the beacon 3 installed on the reception table of the hospital 19 before the clerk of the hospital 19. Can prepare patient 21 information such as medical chart information.

  Moreover, the notification part 12 of the server 2 is a patient when the collation part 10 collates and both the input date and time do not match, or when the collation part 10 collates and both beacon IDs do not match. It notifies the smart phone 4 of the patient 21 by e-mail that it is different from the 21 movement schedule.

  In addition to the examples shown in FIG. 1 and FIG. 2, the behavior management system of the present invention is used to freely set a portable terminal portable person to be managed and manage the behavior of the portable person. can do.

  As described above, the server of the behavior management system of the present invention, the wireless communication device identification information recording unit, the wireless communication device identification information recorded by the wireless communication device having the mobile terminal's movement schedule to the installation position of the wireless communication device, Since it has the movement schedule recording part which can be recorded in association with the portable terminal identification information of this portable terminal, the movement schedule of the portable user of the portable terminal can be grasped.

  The server of the behavior management system of the present invention is capable of collating the wireless communication device identification information received by the identification information receiving unit with the wireless communication device identification information recorded by the wireless communication device identification information recording unit, and The mobile terminal identification information received by the identification information receiving unit and the mobile terminal identification information recorded by the movement schedule recording unit can be collated, and the date / time received by the date / time reception unit and the scheduled movement date / time recording unit are recorded. Since the collation unit that can collate the date and time of entry included in the travel schedule is provided, it is possible to confirm whether or not the mobile terminal carrier has acted according to the travel schedule recorded by the travel schedule recording unit.

  Therefore, the behavior management system of the present invention can accurately manage the behavior of the mobile terminal user.

DESCRIPTION OF SYMBOLS 1 Action management system 2 Server 3 Beacon 4 Smartphone 5 Patient house 6 Beacon identification information database 7 Identification information receiving part 8 Date and time receiving part 9 Movement plan database 10 Collation part 11 Results database 12 Notification part 13 Distance calculation part 14 Fee calculation part 15 Patient Information transmission unit 16 Internet 17 Carrier information database 18 Carrier information output unit 19 Hospital 20 Practitioner 21 Patient

Claims (6)

A wireless communication device identification information recording unit that can record wireless communication device identification information that is identification information of the wireless communication device in association with installation position information that is information related to the installation position of the wireless communication device; and
Identification information reception capable of receiving from the portable terminal the wireless communication apparatus identification information received by the portable terminal located within a predetermined range from the wireless communication apparatus and portable terminal identification information that is identification information of the portable terminal And
A date and time receiving unit capable of receiving an incoming date and time that is a date and time when the position of the mobile terminal changes from outside the range to the same range;
The mobile terminal user's movement schedule to the installation position of the wireless communication device having the wireless communication device identification information recorded by the wireless communication device identification information recording unit can be recorded in association with the mobile terminal identification information of the mobile terminal. A moving schedule recording unit,
A portable terminal capable of collating the wireless communication device identification information received by the identification information receiving unit with the wireless communication device identification information recorded by the wireless communication device identification information recording unit, and received by the identification information receiving unit The identification information can be collated with the mobile terminal identification information recorded by the movement schedule recording unit, and further included in the entry date and time received by the date and time reception unit and the movement schedule recorded by the scheduled movement date and time recording unit. A collation unit that can collate the date and time of entry,
When the collation unit collates and both wireless communication device identification information matches, both portable terminal identification information matches, and both entry date and time match, the movement schedule recording unit records An action management system comprising a server having a record recording unit capable of recording that a scheduled movement has been executed. The server is different from the scheduled to move when the collation unit collates and the date and time of entry of both do not match, or when the collation unit collates and both wireless communication device identification information does not match. The behavior management system according to claim 1, further comprising a notification unit capable of notifying the mobile terminal. The behavior according to claim 1, wherein the date and time receiving unit can receive an outgoing date and time that is a date and time when the position of the mobile terminal changes from within the range to outside the range. Management system. The server matches from the base point when both the wireless communication device identification information are matched by the collation unit, both the mobile terminal identification information are the same, and both the date and time are the same. A distance calculation unit capable of calculating the distance to the installation position of the wireless communication device having the wireless communication device identification information,
The behavior management system according to claim 1, further comprising: a charge calculation unit capable of calculating a charge based on the distance calculated by the distance calculation unit. The server includes a carrier information recording unit capable of recording carrier information that is information about a carrier of the portable terminal;
When the identification information receiving unit receives the wireless communication device identification information and the portable terminal identification information from the portable terminal, the portable information of the portable terminal recorded by the portable information recording unit can be output. The behavior management system according to claim 1, claim 2, claim 3, or claim 4. The server checks the wireless communication device when the wireless communication device identification information is matched by the collation unit, both the mobile terminal identification information is matched, and both the input date and time are matched. 2. A wireless communication device installer information transmission unit capable of transmitting information of a wireless communication device installer included in the installation position information recorded by the identification information recording unit to a mobile terminal having the matched mobile terminal identification information. The behavior management system according to claim 2, claim 3, claim 4 or claim 5.

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