JP2008108121A - Remote control system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To obtain a remote control system which is safe and highly reliable, for providing a health delivery service or an aroma providing service through a communication network. <P>SOLUTION: In a remote control system 91, a remote control terminal 82 controls a client terminal 81 through the communication network to cause the client terminal 81 to execute the health delivery service or the aroma providing service on the basis of a database 20 including information relating to recipes prescribing preparations of medicines for use in the health delivery service or perfumes for use in the aroma providing service, and the remote control terminal 82 and the client terminal 81 mutually authenticate their current geographical location information. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a remote control system that provides a service for providing medical care and fragrance via a communication network with high reliability and safety.

  Conventionally, personal medical / diagnosis information of a patient has been utilized in a closed state in some medical institutions. For this reason, when a patient receives a telemedicine service from a remote medical institution, there is no means for checking the legitimacy of medical treatment in advance.

  However, there is a need for a medical provision service via a communication network. For example, the patient's residence or the facility where the patient resides is in a remote location away from a reliable hospital. Moreover, it is a case where it is difficult to go to the hospital because of a gait disorder. Furthermore, the mutual side effects of drugs due to the simultaneous visit of one patient at a plurality of medical institutions are becoming a problem. In such a case, if the patient is diagnosed via the communication network and the medicine dispensed according to the diagnosis result can be provided, the purpose of visiting many patients can be achieved.

  Although it is not a medical service, a medical support system is disclosed in which a patient can manage medical information of a medical institution (see, for example, Patent Document 1). In this medical support system, a management server connected to a communication network is provided, and the management server authenticates the patient and the medical institution, thereby enabling registration and reference of medical information by the patient.

  However, in a medical service provided via a communication network, authentication is required not only on the medical institution side but also on the patient side. For example, medical institutions are required to authenticate patients in order to prevent the leakage of personal information. On the patient side, in order to ensure safety such as preventing the patient from being mistaken by the medical institution, authentication is required to determine whether the contract is a reliable predetermined medical institution. It is done. Furthermore, in order to prevent the leakage of personal information between hospitals, patient medical data must be shared safely and reliably.

On the other hand, services associated with medical provision services are expanding. For example, aromatherapy may be used as complementary / alternative medicine. In fragrance providing services such as aromatherapy, fragrances are dispensed according to the patient's health and mental state. Therefore, in the same way as the medical provision service, not only the medical institution side but also the patient side Authentication is required.
JP 2004-133727 A

  Accordingly, an object of the present invention is to provide a safe and highly reliable remote control system for providing a medical service or a scent service through a communication network.

  In order to achieve the above object, the present invention is based on a database including information related to recipes that define the preparation of a medicine used for a medical provision service or a fragrance used for a fragrance provision service. In the remote control system for controlling the client terminal via the client terminal and causing the client terminal to execute the medical provision service or the scent provision service, the current geographical location information of the remote control terminal and the client terminal is mutually authenticated .

  Specifically, the remote control system according to the present invention is based on a database including information related to recipes that specify the preparation of a medicine used for a medical provision service or a fragrance used for a fragrance provision service. In a remote control system that controls a client terminal via a communication network and causes the client terminal to execute the medical provision service or the scent provision service, the client terminal acquires its own geographical position information. Information acquisition means, client terminal transmission means for transmitting the position information acquired by the client terminal position information acquisition means to the remote control terminal, and the medical provision service or the scent provision service by control from the remote control terminal Control signal to receive a control signal to implement Communication means, client terminal authentication means for authenticating geographical location information transmitted by the remote control terminal, and when authentication by the client terminal authentication means is established, according to the control signal received by the control signal receiving means, A service providing means for executing a medical provision service for dispensing and providing the medicine or a fragrance providing service for dispensing and providing the fragrance, and the remote control terminal acquires geographical position information of itself Remote control terminal position information acquisition means; remote control terminal transmission means for transmitting the geographical position information of the remote control terminal position information acquisition means acquired to the client terminal; and Control signal transmitting means for transmitting a control signal for executing the scent providing service, and the client terminal Remote terminal authentication means for authenticating geographical location information to be transmitted, and control signal for executing the medical provision service or the scent provision service based on the database when authentication by the remote terminal authentication means is established And a service control means for generating.

  In the remote control system according to the present invention, since the client terminal and the remote control terminal mutually authenticate the real-time position information, spoofing by a third party who is not the communication partner can be prevented. Thereby, the safety of the remote control system can be ensured. Moreover, since the remote control system according to the present invention executes the medical service or the scent service only when the client terminal and the remote control terminal mutually authenticate, the reliability of the remote control system can be ensured. Therefore, it is possible to provide a safe and highly reliable remote control system for providing a medical service or a scent service through a communication network.

  In the remote control system according to the present invention, the client terminal is a mobile terminal, and the remote terminal authenticating unit is located on any one of a plurality of predetermined routes, so that the geography transmitted by the client terminal is transmitted. It is preferable to authenticate specific location information. Since the client terminal of the mobile terminal can mutually authenticate with the remote control terminal, the medical provision service or the fragrance provision service can be provided safely and safely not only at home but also outdoors.

  In the remote control system according to the present invention, the client terminal transmission means repeatedly transmits its geographical position information to the remote control terminal, and the remote control terminal transmission means transmits its geographical position information to the remote control terminal. It is preferable to repeatedly transmit to the client terminal. Since the client terminal transmission unit and the remote control terminal transmission unit repeatedly transmit their own location information, mutual authentication between the client terminal and the remote control terminal can be continuously performed. Thereby, the impersonation of a third party and the patient's confusion can be prevented continuously.

  The remote control system according to the present invention is based on a database containing information related to recipes that specify medicines used for medical provision services or fragrance preparations used for fragrance provision services. In the remote control system in which the client terminal is controlled to cause the client terminal to execute the medical provision service or the scent provision service, the first remote control terminal that is one of the remote control terminals has its own geography First terminal position information acquisition means for acquiring local position information, and the own geographical position information acquired by the first terminal position information acquisition means to another second remote control terminal of the remote control terminals First terminal mutual transmission means for transmitting, and first terminal mutual authentication means for authenticating geographical location information transmitted by the second remote control terminal When the authentication by the first terminal storage means for storing the database and the first terminal mutual authentication means is established, a transmission record transmitted by the second remote control terminal is recorded in the first terminal storage means. One terminal transmission record recording means, and another second remote control terminal of the remote control terminals includes second terminal position information acquisition means for acquiring its own geographical position information, and the second terminal Second terminal mutual transmission means for transmitting the geographical position information acquired by the position information acquisition means to the first remote control terminal, and for authenticating the geographical position information transmitted by the first remote control terminal. A two-terminal mutual authentication means, a second terminal storage means for storing the database, and a control signal for causing the client terminal to execute the medical provision service or the scent provision service. The second terminal control signal transmission means for recording a signal in the second terminal storage means and the transmission record recorded in the second terminal storage means when authentication by the second terminal mutual authentication means is established. And a second terminal transmission record transmitting means for transmitting to the first remote control terminal.

  In the remote control system according to the present invention, the first remote control terminal and the second remote control terminal among the plurality of remote control terminals mutually use the patient's medical data, in the multiple administration of drugs and the treatment action, Inappropriate combinations can be prevented. Here, since the remote control terminals mutually authenticate the position information in real time, impersonation by a third party who is not the communication partner can be prevented. Thereby, the safety of the remote control system can be ensured. Moreover, since the remote control system according to the present invention executes the medical provision service or the scent provision service only when the remote control terminals mutually authenticate each other, the reliability of the remote control system can be ensured. Therefore, it is possible to provide a safe and highly reliable remote control system for providing a medical service or a scent service through a communication network.

  In the remote control system according to the present invention, the first remote control terminal further transmits a first terminal position information transmission to the client terminal of its own geographical position information acquired by the first terminal position information acquisition means. And a second terminal remote control based on the database when authentication by the first terminal client authentication unit is established, and a first terminal client authentication unit that authenticates geographical location information transmitted by the client terminal. First terminal service control means for generating a control signal for executing the medical provision service or the scent provision service so as not to overlap with a transmission record transmitted by the terminal or to make an inappropriate combination of recipes; , And the client terminal acquires its own geographical position information. Acquisition means; client terminal transmission means for transmitting the position information acquired by the client terminal position information acquisition means to the first remote control terminal; and the medical provision service or the scent by control from the first remote control terminal. Control signal receiving means for receiving a control signal for implementing the provided service, client terminal authenticating means for authenticating geographical location information transmitted by the first remote control terminal, and authentication by the client terminal authenticating means is established In this case, it is preferable to further include a service execution unit that executes a medical provision service that dispenses and provides the medicine or a fragrance provision service that dispenses and provides the fragrance.

  The remote control system executes the medical provision service or the fragrance provision service after the first remote control terminal and the client terminal perform mutual authentication. Therefore, not only between the remote control terminals but also the plurality of remote control terminals and the client terminals. Can provide a remote control system that is safe and reliable.

  In the remote control system according to the present invention, the client terminal transmission means repeatedly transmits its geographical position information to the first remote control terminal, and the first terminal position information transmission means It is preferable to repeatedly transmit the position information to the client terminal. Since the client terminal transmission unit and the remote control terminal transmission unit repeatedly transmit their own location information, mutual authentication between the client terminal and the remote control terminal can be continuously performed. Thereby, the impersonation of a third party and the patient's confusion can be prevented continuously.

  According to the present invention, impersonation by a third party who is not the communication partner can be prevented, so that the safety of the remote control system can be ensured. In addition, since the identity of both can be confirmed using real-time information, the reliability of the remote control system can be ensured. Therefore, it is possible to provide a safe and highly reliable remote control system for providing a medical service or a scent service through a communication network.

Embodiments of the present invention will be described with reference to the accompanying drawings. The embodiment described below is an example of the configuration of the present invention, and the present invention is not limited to the following embodiment.
(Embodiment 1)
FIG. 1 is a configuration diagram of a remote control system according to the first embodiment. The remote control system 91 controls the client terminal 81 via the communication network 95 by the remote control terminal 82 based on a database including information related to the recipe that defines the dispensing of the medicine used for the medical provision service. 81 is a remote control system for causing 81 to execute a medical service.

  For example, a remote control terminal 82 is installed in a medical institution, and a client terminal 81 is installed in a patient's home. The remote control terminal 82 is equipped with software having a function capable of transmitting medicine data to the client terminal 81 at a remote location. The remote control terminal 82 includes remote control terminal storage means 20 in which a medical database that stores data of a plurality of patients in need of remote treatment is stored. In the medical database, for each patient, data related to medical treatment such as the medical condition and state of the patient, data on medicines and fragrances to be administered, medical history, etc. are stored in advance, reflecting the results of medical treatment so far. On the other hand, there is a treatment device 87 and a client terminal 81 equipped with control software having a function of receiving drug data from a medical institution and controlling the treatment device 87 at the patient's home. The treatment device 87 is, for example, a medicine spraying device.

  Hereinafter, although the medical provision service of the remote control system 91 is demonstrated, a fragrance provision service can also be provided instead of a medical provision service. In this case, the medical database stored in the remote control terminal storage unit 20 includes information related to the recipe that defines the fragrance preparation used for the fragrance providing service. Further, the remote control system 91 may provide both a medical service and a scent service.

  The client terminal 81 includes a client terminal location information acquisition unit 11, a client terminal transmission unit 12, a control signal reception unit 13, a client terminal authentication unit 14, and a service execution unit 15. The remote control terminal 82 includes a remote control terminal storage unit 20, a remote control terminal location information acquisition unit 21, a remote control terminal transmission unit 22, a control signal transmission unit 23, a remote terminal authentication unit 24, and a service control unit 25. And comprising.

  FIG. 2 is an explanatory diagram illustrating a flow of the remote control system according to the first embodiment. The remote control system 91 will be described with reference to FIGS. 1 and 2. The client terminal position information acquisition unit 11 acquires its own geographical position information. The client terminal transmission unit 12 transmits the position information acquired by the client terminal position information acquisition unit 11 to the remote control terminal 82. For example, when patient identification information is input to the client terminal 81, the client terminal position information acquisition unit 11 automatically acquires the position information, and transmits the acquired position information together with the input patient identification information. The client terminal transmission unit 12 preferably further transmits a plurality of authentication data such as a predetermined character string such as a password and biometric information such as an iris, a fingerprint, and a vein.

  Here, the client terminal position information acquisition means 11 acquires geographical position information by a satellite positioning system, for example. If the client terminal 81 is a stationary terminal, the client terminal position information acquisition unit 11 acquires, for example, position information of the patient's home. Here, the position information is, for example, latitude and longitude on the earth. The position information may include height information. If the accuracy of the position information is high, the position information for authentication can be changed depending on the installation location of the antenna. Therefore, impersonation of a third party can be prevented and the password can be applied as an authentication password. For this reason, the accuracy of the position information is preferably 1 m or less, and more preferably 100 mm or less.

  The remote terminal authentication means 24 authenticates geographical location information transmitted from the client terminal 81. The patient's home and the medical institution receiving the remote treatment have a contract for consenting to the remote medical treatment in advance, and the remote terminal authentication unit 24 stores an authentication database for authenticating the client terminal 81 in advance. Thereby, the medical institution authenticates that the patient's home where the client terminal 81 is installed is an official contractor.

  FIG. 3 is an example of an authentication database stored in the remote terminal authentication means 24. The remote terminal authentication means 24 stores data for m patients who need remote treatment. When the medical institution has a contract with m patients, the remote terminal authentication means 24 includes patient identification information id1 to idm for identifying the patient and a password p1 for permitting transmission of data such as a medicine. pm and medical institution position information (x1, y1) to (xm, ym) are stored. The position information is not limited to one for one piece of patient identification information, and a plurality of candidates may be stored. In this case, authentication is performed when collating with one of a plurality of candidates.

  The service control unit 25 generates a control signal for executing the medical provision service based on the medical database stored in the remote control terminal storage unit 20 when the authentication by the remote terminal authentication unit 24 is established. On the other hand, the remote control terminal position information acquisition means 21 acquires its own geographical position information.

  Here, the remote control terminal position information acquisition means 21 acquires geographical position information by, for example, a satellite positioning system. If the remote control terminal 82 is a stationary terminal, the remote control terminal position information acquisition unit 21 acquires position information of a medical institution, for example. Here, the position information is, for example, latitude and longitude on the earth. The position information may include height information. If the accuracy of the position information is high, the position information for authentication can be changed depending on the installation location of the antenna. Therefore, impersonation of a third party can be prevented and the password can be applied as an authentication password. For this reason, the accuracy of the position information is preferably 1 m or less, and more preferably 100 mm or less.

  The remote control terminal transmission unit 22 transmits the geographical position information of the self acquired by the remote control terminal position information acquisition unit 21 to the client terminal 81. In addition, the control signal transmission unit 23 transmits a control signal for causing the client terminal 81 to execute the medical provision service. Here, the control signal for executing the medical provision service is a control signal generated by the service control means 25. The control signal is, for example, a control signal that causes the treatment device 87 to operate. In addition to the signal for operating the treatment device 87, the control signal may include drug data such as the type of drug to be dispensed by the treatment device 87 and the amount of each drug.

  FIG. 4 is an explanatory diagram illustrating an example of information transmitted by the control signal transmission unit 23. In addition to the control signal, the information transmitted by the control signal transmitting unit 23 includes medical institution identification information for identifying the remote control terminal 82 that is the transmission source, and a password that can be recognized only by the client terminal 81 at the patient's home. It is preferable that the location information acquired by the remote control terminal location information acquisition means 21 is included. By attaching the position information to the control signal, it is possible to identify a specific position in the medical institution. Therefore, even if the medical institution mistakes the patient, the operation of the treatment device 87 by the erroneous control signal Can be prevented.

  The client terminal authentication unit 14 authenticates geographical location information transmitted from the remote control terminal 82. The patient's home receiving the remote treatment and the medical institution have a contract for consenting to the remote medical treatment in advance, and the client terminal authentication means 14 stores an authentication database for authenticating the medical institution in advance. The client terminal authentication means 14 performs authentication by collating that the position information received from the remote control terminal transmission means 22 is included in this authentication database.

  FIG. 5 is an example of an authentication database stored in the client terminal authentication means 14. When the patient has a contract with N medical institutions, the client terminal authentication means 14 existing in the patient's house receives the medical institution identification information ID1 to IDN for identifying the medical institution and data such as drugs. Passwords P1 to PN for permitting the medical information and position information (X1, Y1) to (XN, YN) of the medical institution are stored. The position information is not limited to one for one medical institution identification information, and a plurality of candidates may be stored. In this case, authentication is performed when collating with one of a plurality of candidates.

  The control signal receiving means 13 receives a control signal for performing a medical service by control from a remote control terminal. When the authentication by the client terminal authentication unit 14 is established, the service execution unit 15 executes a medical provision service that dispenses and provides a medicine in accordance with the control signal received by the control signal reception unit 13. For example, the service execution unit 15 controls the treatment device 87 according to the control signal. The treatment device 87 selects, dispenses, and provides the patient with a drug included in the drug data under the control of the service execution unit 15. The drug is, for example, a tablet, a capsule, or a powder. The treatment device 87 may be a spray device. At the patient's home, the drug data transmitted from the medical institution is received by the client terminal 81, and the drug spraying device is controlled based on the information, whereby the drug can be administered to the patient. It is possible to prescribe drugs normally.

  In this way, the client terminal 81 at the patient's home that has received the drug data and the data including the position information is collated with the data of the medical institution managed by the client terminal authentication unit 14 and only when the matching is correctly obtained. The service execution means 15 is executed to control the treatment apparatus (reference numeral 87 in FIG. 2) based on the drug data information. By impersonating the hospital, etc., it is possible to prevent unauthorized drug data from being randomly administered to the patient, and to perform appropriate telemedicine.

  Compared to those relying on identification information and password-only authentication information set by the medical institution, new and more accurate location information corresponding to the installation location of the remote control terminal 82 on the medical institution is authenticated. Since the location information is accurate and absolute location information even if information such as the hospital ID or password is leaked for some reason, it can be used as an authentication key. Therefore, it is possible to improve the reliability of telemedicine.

  Further, during the execution of the medical provision service by the service execution means 15 in order to avoid the situation in which the service execution means 15 executes the medical provision service by communication data other than the control signal transmitted from the remote control terminal 82 of the medical institution. The position information acquired by the remote control terminal position information acquisition means 21 is always used as authentication information, and the client terminal 81 is controlled so that remote treatment can be continued only when the position information is recognized. It is preferable to do.

  For example, the client terminal transmitting unit 12 preferably repeatedly transmits the geographical position information acquired by the client terminal position information acquiring unit 11 to the remote control terminal 82. In this case, the client terminal position information acquisition unit 11 always acquires its own position information. The client terminal transmission unit 12 receives the position information acquired by the client terminal position information acquisition unit 11 and transmits the latest position information. On the other hand, the remote control terminal position information acquisition unit 21 also repeatedly transmits the geographical position information of the remote control terminal 82 to the client terminal 81. In this case, the remote control terminal position information acquisition means 21 always acquires its own position information. The client terminal transmission unit 12 receives the position information acquired by the client terminal position information acquisition unit 11 and transmits the latest position information.

  In addition, the remote control terminal 82 utilizes control software for determining that the time for prescribing a drug has already come from the patient data stored in the medical database and the type of the medicine to be prescribed. Thus, it is preferable to transmit the medicine data to the patient's home using a communication means via the communication network 95. The patient can be alerted if, for some reason, a situation occurs in which the patient does not come to pick up the drug even though it is time to receive the drug at a medical institution.

  In addition, it can be effectively used to determine from which position the medicine data is sent from which place in which hospital. For example, even within the same hospital, there are a plurality of doctors prescribing medicines, and each doctor has a device for notifying location information such as a terminal equipped with RFID (Radio Frequency Identification) or GPS (Global Positioning System). Assuming the condition, it is possible to carry out a follow-up survey as to which doctor performed remote medical treatment from which location based on the location information added to the drug data. The reliability with respect to can be further improved. For this reason, it is preferable that a plurality of pieces of position information are assigned to one piece of medical institution identification information in the client terminal authentication unit 14.

  FIG. 6 is an explanatory diagram showing another form of the authentication method of the remote terminal authentication means 24. FIG. 7 is an example of an authentication database stored in the remote terminal authentication means 24. When the client terminal 81 in FIG. 1 is a mobile terminal, the remote terminal authentication means 24 authenticates the geographical location information transmitted by the client terminal 81 by being on any one of a plurality of predetermined routes. It is preferable to do. The mobile medical facility 96 receives a notification that an accident has occurred at point A (X0, Y0), and heads for point A. At this stage, the medical institution defines a route for the mobile medical facility 96. For example, from the point A of the position information (X0, Y0), the point B of the position information (X1, Y1), the point C of the position information (X2, Y2), and the point D of the position information (X3, Y3), the position information ( X8, Y8) H point. Then, the determined route is stored in the authentication database of the remote terminal authentication means 24 installed in the medical institution. The route stored in the remote terminal authentication means 24 is, for example, checkpoints (X0, Y0) to (X8, Y8), and a straight line connecting these checkpoints is a route.

  The client terminal 81 in the mobile medical facility 96 sequentially transmits the position information of the mobile medical facility 96 to the medical institution to the remote control terminal 82 of the medical institution. The remote control terminal 82 on the medical institution side sequentially determines whether or not the client terminal 81 in the mobile medical facility 96 passes over the checkpoint stored in the authentication database referred to by the remote terminal authentication means 24. By checking, it can be determined whether or not the client terminal 81 is a correct terminal. For example, when an unauthorized terminal existing at the point I requests that medical information be transmitted to a medical institution, the unauthorized terminal present at the point I Since continuous transmission is usually difficult, it prevents a medical institution from erroneously transmitting medical information to an unauthorized terminal. If, for some reason, the mobile medical facility 96 deviates from the assumed route, a medical worker or the like on the mobile medical facility 96 side may be located at the medical institution by means such as a mobile phone. If necessary, the mobile medical facility 96 is correctly connected to the medical institution side by utilizing a means for comparing and collating the report with the positional information transmitted from the client terminal 81 as needed. The remote control terminal 82 can perform authentication.

  On the other hand, the mobile medical facility 96 includes a client terminal 81 and a treatment device 87. The client terminal 81 is capable of receiving a treatment device that can be automatically controlled based on control information, authentication information, medical data, and the like received from a remote hospital, etc., and GPS information indicating the location of the mobile facility from a GPS satellite, and A transmitting terminal function capable of transmitting the GPS information to a remote medical institution, a receiving terminal function for receiving GPS information including information on a specific position in the medical institution from the medical institution, and a pre-registered There is a communication control terminal device having a function of controlling a treatment device based on medical data received from a remote medical institution. However, the communication terminals having these various functions can be composed of the same device, or can be composed of two or three devices.

  The mobile medical facility 96 can receive medical information from a remote medical institution. At this time, the position included in the medical data indicates whether or not the received medical information is a pre-registered medical institution. Use information such as information, ID information, and passwords to make accurate decisions. This can avoid telemedicine based on false information from the spoofed hospital. On the other hand, when the medical institution controls the treatment device 87 in the mobile medical facility 96, the mobile medical facility 96 that is the object of remote control is correctly moved by an ambulance or the like that has been reported to the medical institution. Whether or not the medical equipment 96 is a mobile medical equipment 96 is determined that the data series of the positional information transmitted from time to time is correct on the basis of the authentication database possessed by the medical institution in advance. If it is checked whether it is possible and it is determined that the mobile medical equipment 96 is correct, it is possible to perform remote medical treatment with high reliability. The mobile medical facility 96 normally assumes that the route that is the shortest in time is selected by considering the traffic information and the current location information by telephone contact with the medical institution. It is considered that the movement route based on the optimum authentication database owned and the positional information received from time to time hardly change substantially. For this reason, it is possible to carry out a highly reliable and remote medical treatment promptly only for the patient in need of medical treatment.

(Embodiment 2)
FIG. 8 is a schematic diagram of a remote control system according to the second embodiment. In the remote control system according to the second embodiment, mutual authentication is performed between the medical database 20a managed by the medical institutions A and B and the medical database 20b using a P2P (Peer to Peer) mechanism. Later, by connecting to a network, medical data of the patient can be mutually used between medical institutions registered in advance and in a closed area. In this way, by sharing the medical data between linked medical institutions, information I (α that a patient at a patient's home a was prescribed for 10 days from the medical institution A by the medical institution A. ) Is received after mutual authentication and collated with the medical database 20a, so that when the patient at the patient's home a receives medical care from the medical institution B without setting the day, the patient's home It becomes possible to prevent the overlapping prescription of the drug α to the patient a.

  In addition to overlapping prescriptions, for example, it has already been confirmed between linked medical institutions A, B, and C that there are side effects if two drugs are taken together, the medical database 20a, When registered in 20b and 20c, the medical institutions A, B, and C can prescribe the two drugs at the same time by sharing prescription data with the patient at the patient's home a. It is possible to prevent accidents such as chemical damage. This will be specifically described below.

  FIG. 9 is a configuration diagram of a remote control system according to the second embodiment. The remote control system 92 is different from the first embodiment in that it includes a plurality of remote control terminals 82a and 82b. When the remote control system 92 includes the remote control terminal 82a and the remote control terminal 82b, the services provided by the respective remote control terminals are not duplicated and not used with a recipe that is an inappropriate combination. The remote control system 92 is characterized by being a safe and reliable remote control system 92 for providing a medical service or a scent service through a network. In addition, in FIG. 9, although the example provided with the two remote control terminals 82a and 82b was shown, three or more may be sufficient. By providing a plurality of remote control terminals 82a and 82b, it is possible to provide a meticulous medical service for each medical field and each floor. Further, since medical information includes image data with a large amount of information, the first terminal storage means 30 and the second terminal storage means 40 can be distributed.

  The first remote control terminal 82a includes a first terminal location information acquisition unit 31, a first terminal location information transmission unit 32, a first terminal control signal transmission unit 33, a first terminal client authentication unit 34, and a first terminal. Service control means 35, first terminal mutual transmission means 36, and first terminal mutual authentication means 37 are provided.

  The second remote control terminal 82b also has the same configuration as the first remote control terminal 82a. That is, the second terminal location information acquisition means 41, the second terminal control signal transmission means 43, the second terminal service control means 45, the second terminal mutual transmission means 46, the second terminal mutual authentication means 47, Two-terminal transmission record transmission means 48.

  The client terminal 81 includes a client terminal location information acquisition unit 11, a client terminal transmission unit 12, a control signal reception unit 13, a client terminal authentication unit 14, and a service execution unit 15. The function and operation of the client terminal 81 are the same as those of the remote control system 91 described above.

  FIG. 10 is an explanatory diagram illustrating a flow of the remote control system according to the second embodiment. The remote control system 92 will be described with reference to FIGS. 9 and 10. The first terminal position information acquisition unit 31 acquires its own geographical position information. The first terminal mutual transmission unit 36 transmits its own geographical position information acquired by the first terminal position information acquisition unit 31 to the second remote control terminal 82b. The first terminal mutual transmission unit 36 preferably transmits the position information to the second remote control terminal 82b when a request for a medical provision service is received from the client terminal 81. Therefore, the first terminal client authentication unit 34 authenticates the geographical position information transmitted by the client terminal 81 before the first terminal mutual transmission unit 36 transmits the position information to the second remote control terminal 82b. Is preferred. When the authentication by the first terminal client authentication unit 34 is established, the first terminal mutual transmission unit 36 uses the geographical position information acquired by the first terminal location information acquisition unit 31 as the second remote control terminal. It is preferable to transmit to 82b. The authentication of the client terminal 81 by the first terminal client authentication unit 34 is as described in the remote terminal authentication unit 24 of FIG. Moreover, it is preferable that the 1st terminal mutual transmission means 36 repeats and transmits its geographical location information to the 2nd remote control terminal 82b.

  The second terminal mutual authentication means 47 authenticates the geographical position information transmitted by the first remote control terminal 82a. The authentication method is the same as that of the remote terminal authentication means 24 shown in FIG. For example, the second terminal mutual authentication means 47 stores an authentication database to which a password and position information are assigned for each remote control terminal identification information for identifying a plurality of remote control terminals 82. Then, the second terminal mutual authentication means 47 includes the position information of the remote control terminal identification information of the first remote control terminal 82a stored in the authentication database and the geographical position information transmitted by the first remote control terminal 82a. And authenticate by matching.

  The second terminal position information acquisition unit 41 acquires its own geographical position information. The second terminal mutual transmission means 46 transmits the own geographical position information acquired by the second terminal position information acquisition means 41 to the first remote control terminal 82a. The second terminal transmission record transmission unit 48 transmits the transmission record stored in the second terminal storage unit 40 to the first remote control terminal 82a when the authentication by the second terminal mutual authentication unit 47 is established.

  Here, the transmission record stored in the second terminal storage means 40 is a record that the second terminal control signal transmission means 43 has transmitted a control signal for causing the client terminal 81 to execute the medical provision service. The transmission record is, for example, the control signal output from the second terminal control signal transmission unit 43 or the content of the control signal when the control signal is transmitted from the second terminal control signal transmission unit 43. The transmission record may be a control signal generated by the second terminal service control means 45 or the content of the control signal. Moreover, it is preferable that the 2nd terminal transmission record transmission means 48 transmits the self geographical location information which the 2nd terminal location information acquisition means 41 acquired with the transmission record, while transmitting a transmission record. Further, the second terminal mutual transmission means 46 repeatedly transmits its own geographical position information acquired by the second terminal position information acquisition means 41 while the second terminal transmission record transmission means 48 transmits the transmission record. Is preferred.

  The first terminal mutual authentication means 37 authenticates the geographical position information transmitted from the second remote control terminal 82b. The authentication method is the same as that of the remote terminal authentication means 24 shown in FIG. For example, the first terminal mutual authentication means 37 stores an authentication database in which a password and position information are assigned for each remote control terminal identification information for identifying a plurality of remote control terminals 82. Then, the first terminal mutual authentication means 37 includes the position information of the remote control terminal identification information of the second remote control terminal 82b stored in the authentication database and the geographical position information transmitted by the second remote control terminal 82b. And authenticate by matching.

  The first terminal transmission record recording unit 39 records the transmission record transmitted by the second remote control terminal 82 b in the first terminal storage unit 30 when the authentication by the first terminal mutual authentication unit 37 is established. The first terminal storage means 30 stores a medical database that includes information related to recipes that define the dispensing of medicines used for medical provision services. In the present embodiment, for example, an item called “transmission record” is provided in a medical database including information related to a recipe that defines dispensing of a medicine used for a medical provision service, and the first terminal transmission record recording unit 39 is a client terminal. It is preferable to record in the transmission record of 81 corresponding patient identification information.

  The first terminal service control means 35 transmits the transmission transmitted by the second remote control terminal 82b based on the medical database stored in the first terminal storage means 30 when the authentication by the first terminal client authentication means 34 is established. A control signal for executing the medical service is generated so as not to overlap with the record. For example, the first terminal service control means 35 reads the recipe in the medical database, compares the recipe with the transmission record, and generates a control signal in which the overlapping portion is deleted from the read recipe. In comparison between the recipe and the transmission record, a list of side effects and drug compatibility is read from the medical database, and a combination with good compatibility is selected.

  The first terminal position information acquisition unit 31 acquires its own geographical position information. The first terminal position information transmission unit 32 transmits the geographical position information of the terminal acquired by the first terminal position information acquisition unit 31 to the client terminal 81. The first terminal control signal transmission unit 33 transmits a control signal for causing the client terminal 81 to execute the medical provision service. Here, the control signal for executing the medical provision service is a control signal generated by the first terminal service control means 35. The first terminal location information acquisition unit 31 preferably adds the transmitted control signal or the content of the control signal to the medical database of the first terminal storage unit 30 as a transmission record.

  FIG. 11 is a first schematic diagram illustrating a second form of the remote control system according to the second embodiment. In FIG. 11, a case where the first remote control terminal 82 a shown in FIG. 9 is installed in the medical institution A and the second remote control terminal 82 b is installed in the medical institution B will be described. When the medical institution A is already a member registered in the closed P2P management server 88 as a member in the P2P network, the necessary connection processing for the medical institution B to newly join as a member of the P2P network An overview is shown.

  The medical institutions A and B have already installed software having the P2P function in the first remote control terminal 82a and the second remote control terminal 82b that are responsible for data transmission and reception, and the medical databases are installed in the medical institutions A and B. Suppose that The first remote control terminal 82a and the second remote control terminal 82b read out the information necessary for the above-mentioned medical care from the medical database connected to the P2P network via the P2P network after successful mutual authentication. It becomes possible to share data with the other medical institution. In order to configure the P2P network that realizes the above-described mutual authentication, a closed P2P management server 88 is installed, and the closed P2P management server 88 performs authentication for authenticating medical institutions as shown in FIG. There are cases where the data format is used. In this authentication data format, in addition to medical institution identification information corresponding to medical institutions A and B, a public key, a password for authentication, location information (can be obtained from location information or the like) for identification within a hospital The IP addresses of the remote control terminals 82a and 82b of each medical institution need to be included. When the remote control terminals 82a and 82b of each medical institution use the installed P2P realization software and participate in the closed network, the remote control terminals 82a and 82b specify the closed area P2P management server 88 by the hospital itself. Obtain location information for notifying location information.

  Here, as the position information, information transmitted from the GPS satellite 97 is received by the second terminal position information acquisition means 41 in the medical institution B and transferred to the connected second remote control terminal 82b. Next, medical institution identification information, an authentication password, an IP address, and the like are transmitted to the closed P2P management server 88 together with position information including GPS information.

  The closed area P2P management server 88 that has received this information compares the medical institution identification information, position information, and authentication password of B that has already been registered and managed with the transmitted data. Only when authenticating that the medical institution is an authorized medical institution, the IP address of the transmission source is registered as the IP address (corresponding to IPB) of the remote control terminal of the medical institution. Thereafter, the closed P2P management server 88 transmits to the medical institution B the IP address of the medical institution A already participating in the P2P network. At this time, when remote control terminals of a plurality of medical institutions have already participated in the P2P network, it is also possible to transmit all of these IP addresses. Thereafter, data is transferred between the remote control terminals of the medical institution A and the medical institution B. When medical data is transmitted from the medical institution B to the medical institution A, the (medical) transmission / reception data by the P2P network mechanism includes position information, medical institution identification information, and an authentication password. Here, it is assumed that medical institution identification IDs, public keys, authentication passwords, and location information of medical institutions A and B have been registered in the closed area P2P management server 88 in advance.

  FIG. 13 is a second schematic diagram illustrating a second form of the remote control system according to the second embodiment. An example of (medical) data transmission / reception by the P2P network mechanism will be described. A case where medical data is transmitted from the medical institution B to the medical institution A is shown. Here, it is assumed that the medical institution identification IDs, public keys, authentication passwords, and GPS information of the medical institutions A and B have already been registered in the closed P2P management server 88. FIG. 14 is an explanatory diagram showing a flow of the second form of the remote control system according to the second embodiment. An example of a data sequence between the closed P2P management server 88 and the medical institutions A and B is shown. First, the medical institution B acquires specific position information held by the medical institution B from the GPS satellite 97. Thereafter, the authentication data including the position information is transmitted to the closed P2P management server 88. The closed P2P management server 88 that has received this authentication data compares the already registered medical institution B's medical institution identification ID, location information, and authentication password with the transmitted data. It authenticates that medical institution B is a medical institution that is properly registered. Here, the closed P2P management server 88 encrypts the public key of the medical institution A and the position information with the public key of the medical institution B, and then transfers the encrypted information to the medical institution B. Even if the medical institution B that has accessed the closed P2P management server 88 by this sequence is actually a third person who has fake the medical institution B, the third party is not allowed to use the public key of the medical institution A. Cannot be normally decrypted, and the position information of the medical institution A is not stolen. If the IP address of the medical institution A side terminal is not registered in the P2P software of the remote control terminal 82b on the medical institution B side, the closed P2P management server 88 sends the IP of the medical institution A together with the public key of the medical institution A. At the same time, the address is transmitted to the terminal on the medical institution B side.

  In the next stage, the closed P2P management server 88 encrypts the position information of the medical institution B using the public key of the medical institution A, and transmits the encrypted information to the medical institution A. The medical institution B encrypts the common key generated by the medical institution B using the public key of the medical institution A, and transmits the encrypted key to the medical institution A. The medical institution A decrypts the received common key with the private key of the medical institution A itself. Thereafter, communication can be performed with this common key. When the medical institution A and the medical institution B communicate with each other, the data packet communicated between the remote control terminals includes specific position information in the medical institution as a part of the header. It is desirable to perform communication by embedding GPS information and the like. Each communication terminal sequentially checks the GPS information and the GPS information of the communication partner obtained from the closed P2P management server 88 when receiving a data packet, and if the contents do not match, a warning or communication disconnection occurs. It can be performed. Even if the ID and password are known to a third party for some reason, the location information of the medical institution B is accurate and absolute location information, so the reliability as authentication data is reliable. Can be guaranteed. By using the sequence described above, it is possible to eliminate participation in the closed network by a third party who is not registered in advance. It is desirable that the communication partner's public key and position information obtained by this sequence be retained within the P2P software for a certain period of time or until the public key and position information are changed. By utilizing the above-described network connection control mechanism, when communicating with the same communication partner again, the access to the closed P2P management server 88 is omitted, and the closed P2P management server 88 is omitted. Operation by reducing the load on the network is also possible.

  FIG. 15 is a third schematic diagram illustrating a second form of the remote control system according to the second embodiment. FIG. 16 is an explanatory diagram illustrating a flow of a third schematic diagram illustrating a second form of the remote control system according to the second embodiment. An example of data transmission / reception between related communication facilities when the object of communication by the P2P network control mechanism is a mobile medical facility as in the above-described second application example will be described. FIG. 16 shows an example of the data sequence between the closed P2P management server 88, the communication terminal, and the medical institution A. Here, it is assumed that the medical institution B has an authentication database 86b that can manage the route of the mobile medical facility 96 to the medical institution A. Here, the mobile communication terminal 98 in the mobile medical facility 96 is the terminal device for communication control described in FIG. A case where the mobile communication terminal 98 has an authentication database 86m for authenticating the medical institution A and communicates with the medical institution A in the vicinity of the mobile medical facility 96 will be described below.

  The mobile communication terminal 98 acquires its own position information from the GPS satellite 97. Thereafter, the mobile communication terminal 98 transmits GPS data to the closed area P2P management server 88. The closed P2P management server 88 that has received this information, from the medical institution list that has already been registered, the location information transmitted from the mobile communication terminal 98 and a medical institution that is geographically close (usually in the jurisdiction area). Select the corresponding medical institution. Thereafter, the closed P2P management server 88 is transmitted from the mobile communication terminal 98 to acquire the authentication database from the mobile medical facility 96 managed by the selected medical institution to the medical institution A existing in the vicinity. Inquire about the location information. It is notified that the mobile communication terminal 98 is the correct mobile communication terminal 98 owned by the mobile medical institution B. The mobile communication terminal 98 receives the public key of the medical institution A from the closed P2P management server 88. Next, the mobile communication terminal 98 encrypts the common key generated by the mobile communication terminal 98 itself using the public key of the medical institution A, and transmits it to the medical institution A. Medical institution A decrypts the received common key with the private key of medical institution A. Thereafter, communication is normally performed using this common key.

  The mobile communication terminal 98 in the mobile medical facility 96 acquires its own position information from the GPS satellite 97. Thereafter, the mobile communication terminal 98 transmits GPS data to the closed area P2P management server 88. The closed P2P management server 88 that has received the GPS data information has a geographically close medical institution (usually the jurisdiction) from the location information transmitted from the mobile communication terminal 98 in the already registered medical institution list. Select a medical institution that corresponds to the region. Thereafter, the closed P2P management server 88 is transmitted from the mobile communication terminal 98 in order to obtain a database for authentication from the mobile medical facility managed by the selected medical institution to the medical institution A existing in the vicinity. An inquiry is made regarding the position information, and the mobile communication terminal 98 is notified that it is the correct mobile communication terminal 98 owned by the medical institution B. The mobile communication terminal 98 receives A's public key from the closed P2P management server 88. Next, the mobile communication terminal 98 encrypts the common key generated by the mobile communication terminal 98 itself using the public key of the medical institution A, and transmits it to the medical institution A. Medical institution A decrypts the received common key with the private key of medical institution A. Thereafter, communication is normally performed using this common key.

  FIG. 17 is a fourth schematic diagram illustrating a second form of the remote control system according to the second embodiment. FIG. 18 is an explanatory diagram illustrating a flow of a fourth schematic diagram illustrating a second form of the remote control system according to the second embodiment. An example in which medical institutions using P2P cooperate with each other to perform telemedicine for a patient is shown. FIG. 18 shows a data sequence example at the time of communication among the closed P2P management server 88, the client terminal 81 existing in the patient's home a, the medical institution A, the medical institution B, and the medical institution C. The client terminal 81 at the patient's home a and the remote control terminals 82a, 82b, and 82c of the medical institution A, the medical institution B, and the medical institution C have already joined the P2P network using the means shown in FIG. It is assumed that each IP address, secret key, location information, and the like are held in a part of the P2P software in each remote control terminal. In addition, here, when the patient at the target patient's home a receives medical care at the medical institution A, the medical institution B, and the medical institution C, and requests medical prescription data from the medical institution C, An example of a data processing sequence for enabling the medical institution C to make an inquiry to the medical institution A and the medical institution B to prevent duplicate administration and mutual side effects of drugs will be described below.

  First, the client terminal 81 of the patient's home a acquires specific position information in the patient's home a using position information from the GPS satellite 97 or the like. Next, the client terminal 81 at the patient's home a adds its own position information to a control packet for requesting medical prescription data to the medical institution C and transmits the packet to the medical institution C. At this time, information indicating that the patient himself / herself is receiving medical care at the medical institution A, the medical institution B, and the medical institution C can be added as information to the control packet for requesting prescription data of the medicine. In the following example, a case where the patient adds medical information to the control packet as a medical institution B and medical institution C will be described.

  Receiving the control packet from the patient, the medical institution C compares and matches the position information of the patient's home a held in the P2P software with the position information added to the prescription data request packet of the medicine. Only in this case, after acquiring the own location information from the GPS satellite 97, a packet requesting the medical information of the patient with the location information added thereto is transmitted to the medical institution A. The medical institution A that has received the packet information checks the normality using the position information of the medical institution C held in the P2P software and the position information added to the packet requesting the patient's medical information. Only when the normality is confirmed, after acquiring the location information of the patient from the GPS satellite 97, the packet data including the contents of the patient's medical care information to which the position information of the patient is added is added to the medical institution C. Send.

  Thereafter, the medical institution C transmits to the medical institution B a packet requesting medical information of the patient to which the position information is added. Upon receiving this, the medical institution B checks the normality of the position information of the medical institution C held in the P2P software and the position information added to the packet requesting the patient's medical information, and the normality is confirmed. Only in the case where it is, after acquiring its own location information from the GPS satellite 97, packet data including the patient's medical information with its own location information added is transmitted to the medical institution C.

  In the medical institution C, the position information added to the data packet including the patient medical information obtained from the medical institutions A and B, and the position information of the medical institution A and the medical institution B held in the P2P software Only when they match, it is considered that the patient's medical information packet has been successfully received from the mutually linked medical institution. Thereafter, the medical institution C creates an appropriate drug prescription data packet from the patient medical information obtained from the medical institution A and the medical institution B and the patient medical information possessed by the medical institution C. The position information for specifying the position information held by the medical institution C is added to the data packet and transmitted to the patient's home a.

  At the patient's home a, the location information (GPS information etc.) of the medical institution C held inside the P2P software is compared with the location information (GPS information etc.) added to the prescription data packet of the transmitted medicine. Then, only when they match, the client terminal 81 is operated so as to execute the prescription of the medicine for the patient using the prescription data of the medicine.

  In the explanation example described above, it is assumed that the patient at the patient's home a adds information to the control packet that the medical institution B and the medical institution C are receiving medical care. However, the information is temporarily added. Even in the case where it is not performed, the same processing can be performed when the hospitals are linked in advance.

  As described above, according to the first and second embodiments, the mutual authentication mechanism between the hospital side and the patient side and between the hospitals, which has not been realized in the conventional telemedicine system, It was shown for the first time that it was possible to build a system that could be implemented quickly with high reliability by using location information. This mechanism can only be realized for the first time by using a secure telemedicine diagnostic service effectively using the network and effectively combining location information, public cryptography and P2P technology.

  Moreover, in Embodiment 1 and Embodiment 2, by connecting the treatment apparatus 87 which can generate the existing fragrance | flavor or a medicine, and the client terminal 81, and mounting the server function which can perform remote control in the said client terminal 81, Not only telemedicine but also a remote environment can be provided to customers or patients with a high relaxation effect. For example, doctors and medical institutions can mutually authenticate the improvement of services for important customers (VIPs) at hotels and the appropriate drug administration to patients such as telemedicine and asthma by aroma therapists. By making use of the functions to ensure safety and security, patients or customers can reliably implement telemedicine services that can be relieved. According to the first and second embodiments, it becomes possible for the first time that the database information for authentication provided by each medical institution can be effectively used mutually after mutual authentication. The impact on the future medical welfare society, such as promotion of health care, is considered to be very large. The mechanism of the telemedicine system devised by the present invention is also very effective for people with severe physical disabilities and elderly people who are difficult to visit, especially those who are difficult to move. It is believed that there is.

  According to Embodiment 1 and Embodiment 2, a medical institution cooperates to provide an environment in which the remote medical care can be performed automatically and regularly using the IT technology and the network technology. it can.

  In addition, a specialist such as an aroma therapist may request a subject or patient that has been requested in advance, a highly healing, scented combination, or an aroma therapist that the patient requests remotely for medical use. It is also possible to realize advanced medical services that can be enjoyed with peace of mind under a high degree of security, in which the combination of fragrances, etc. prescribed in a doctor is diagnosed under the mutual diagnosis. The application range of is extremely wide.

  INDUSTRIAL APPLICABILITY The present invention can be used for a service for providing a combination of scents prescribed by a telemedicine or aroma therapist for medical care based on the judgment of a doctor.

1 is a configuration diagram of a remote control system according to Embodiment 1. FIG. It is explanatory drawing which showed the flow of the remote control system of Embodiment 1. FIG. It is an example of the database for authentication which a remote terminal authentication means stores. It is explanatory drawing which shows an example of the information which a control signal transmission means transmits. It is an example of the database for authentication which a client terminal authentication means stores. It is explanatory drawing which shows another form of the authentication method of a remote terminal authentication means. It is an example of the database for authentication which a remote terminal authentication means stores. It is the schematic of the remote control system which concerns on Embodiment 2. FIG. It is a block diagram of the remote control system which concerns on Embodiment 2. FIG. It is explanatory drawing which showed the flow of the remote control system of Embodiment 2. FIG. It is a 1st schematic diagram which shows the 2nd form of the remote control system which concerns on Embodiment 2. FIG. This is a data format for authentication for mutual authentication between medical institutions. It is a 2nd schematic diagram which shows the 2nd form of the remote control system which concerns on Embodiment 2. FIG. It is explanatory drawing which showed the flow of the 2nd form of the remote control system which concerns on Embodiment 2. FIG. It is a 3rd schematic diagram which shows the 2nd form of the remote control system which concerns on Embodiment 2. FIG. It is explanatory drawing which showed the flow of the 3rd schematic diagram which shows the 2nd form of the remote control system which concerns on Embodiment 2. FIG. It is a 4th schematic diagram which shows the 2nd form of the remote control system which concerns on Embodiment 2. FIG. It is explanatory drawing which showed the flow of the 4th schematic diagram which shows the 2nd form of the remote control system which concerns on Embodiment 2. FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 Client terminal position information acquisition means 12 Client terminal transmission means 13 Control signal reception means 14 Client terminal authentication means 15 Service execution means 20 Remote control terminal storage means 21 Remote control terminal position information acquisition means 22 Remote control terminal transmission means 23 Control signal transmission Means 24 Remote terminal authentication means 25 Service control means 30 First terminal storage means 31 First terminal position information acquisition means 32 First terminal position information transmission means 33 First terminal control signal transmission means 34 First terminal client authentication means 35 First Terminal service control means 36 First terminal mutual transmission means 37 First terminal mutual authentication means 39 First terminal transmission record recording means 40 Second terminal storage means 41 Second terminal position information acquisition means 42 Second terminal position information transmission means 43 First 2 terminal control signal transmission means 44 2nd terminal cli Ant authentication means 45 Second terminal service control means 46 Second terminal mutual transmission means 47 Second terminal mutual authentication means 48 Second terminal transmission record transmission means 81 Client terminal 82 Remote control terminal 82a First remote control terminal 82b Second remote control Terminal 86b, 86m Authentication database 87 Treatment device 88 Closed area P2P management server 91, 92 Remote control system 95 Communication network 96 Mobile medical equipment 97 GPS satellite 98 Mobile communication terminal

Claims (6)

The remote control terminal controls the client terminal via a communication network based on a database including information relating to a recipe that defines the medicine used for the medical service or the fragrance used for the fragrance service, and the client terminal In a remote control system that causes the medical provision service or the scent provision service to be executed,
The client terminal is
Client terminal location information acquisition means for acquiring own geographical location information;
Client terminal transmission means for transmitting the position information acquired by the client terminal position information acquisition means to the remote control terminal;
Control signal receiving means for receiving a control signal for performing the medical provision service or the scent provision service under control from the remote control terminal;
Client terminal authentication means for authenticating geographical location information transmitted by the remote control terminal;
When authentication by the client terminal authentication unit is established, a medical provision service that dispenses and provides the medicine or a fragrance provision service that dispenses and provides the fragrance according to the control signal received by the control signal reception unit Service execution means for
The remote control terminal is
Remote control terminal position information acquisition means for acquiring its own geographical position information;
Remote control terminal transmission means for transmitting the geographical position information of the remote control terminal position information acquisition means acquired to the client terminal;
Control signal transmission means for transmitting a control signal for causing the client terminal to execute the medical provision service or the scent provision service;
Remote terminal authentication means for authenticating geographical location information transmitted by the client terminal;
A service control unit that generates a control signal for executing the medical provision service or the scent provision service based on the database when authentication by the remote terminal authentication unit is established. Control system. The client terminal is a mobile terminal;
The remote terminal authentication unit authenticates geographical location information transmitted by the client terminal by being on any one of a plurality of predetermined routes. Remote control system. The client terminal transmission means repeatedly transmits its geographical location information to the remote control terminal,
3. The remote control system according to claim 1, wherein the remote control terminal transmission unit repeatedly transmits its geographical position information to the client terminal. 4. A plurality of remote control terminals control client terminals via a communication network based on a database including information related to recipes that define medicines used for medical provision services or fragrance preparations used for fragrance provision services, and In a remote control system for causing a client terminal to execute the medical provision service or the scent provision service,
The first remote control terminal, which is one of the remote control terminals,
First terminal position information acquisition means for acquiring own geographical position information;
First terminal mutual transmission means for transmitting the geographical position information of the terminal acquired by the first terminal position information acquisition means to another second remote control terminal of the remote control terminals;
First terminal mutual authentication means for authenticating geographical location information transmitted by the second remote control terminal;
First terminal storage means for storing the database;
A first terminal transmission record recording means for recording a transmission record transmitted by the second remote control terminal in the first terminal storage means when authentication by the first terminal mutual authentication means is established;
The other second remote control terminal among the remote control terminals is:
Second terminal position information acquisition means for acquiring own geographical position information;
Second terminal mutual transmission means for transmitting the geographical position information of the terminal acquired by the second terminal position information acquisition means to the first remote control terminal;
Second terminal mutual authentication means for authenticating geographical location information transmitted by the first remote control terminal;
Second terminal storage means for storing the database;
A second terminal control signal transmission means for transmitting a control signal for causing the client terminal to execute the medical provision service or the scent provision service, and recording the control signal in the second terminal storage means;
A second terminal transmission record transmitting means for transmitting the transmission record recorded in the second terminal storage means to the first remote control terminal when authentication by the second terminal mutual authentication means is established;
A remote control system comprising: The first remote control terminal further includes:
First terminal position information transmitting means for transmitting the geographical position information of the terminal acquired by the first terminal position information acquiring means to the client terminal;
First terminal client authentication means for authenticating geographical location information transmitted by the client terminal;
When authentication by the first terminal client authentication means is established, based on the database, so as not to overlap with the transmission record transmitted by the second remote control terminal, or so as not to become an inappropriate combination recipe A first terminal service control means for generating a control signal for executing the medical provision service or the scent provision service, and
The client terminal is
Client terminal location information acquisition means for acquiring own geographical location information;
Client terminal transmitting means for transmitting the position information acquired by the client terminal position information acquiring means to the first remote control terminal;
Control signal receiving means for receiving a control signal for implementing the medical provision service or the scent provision service under the control of the first remote control terminal;
Client terminal authentication means for authenticating geographical location information transmitted by the first remote control terminal;
When the authentication by the client terminal authentication unit is established, a service execution unit that executes a medical provision service that dispenses and provides the medicine or a fragrance provision service that dispenses and provides the fragrance;
The remote control system according to claim 4, further comprising: The client terminal transmitting means repeatedly transmits its geographical position information to the first remote control terminal,
6. The remote control system according to claim 4, wherein the first terminal position information transmitting unit repeatedly transmits its own geographical position information to the client terminal.

Images