WO2006051907A1 - 医用情報保有装置および方法 - Google Patents
医用情報保有装置および方法 Download PDFInfo
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- WO2006051907A1 WO2006051907A1 PCT/JP2005/020725 JP2005020725W WO2006051907A1 WO 2006051907 A1 WO2006051907 A1 WO 2006051907A1 JP 2005020725 W JP2005020725 W JP 2005020725W WO 2006051907 A1 WO2006051907 A1 WO 2006051907A1
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- Prior art keywords
- medical
- data
- information
- information holding
- medical information
- Prior art date
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Classifications
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/0002—Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H10/00—ICT specially adapted for the handling or processing of patient-related medical or healthcare data
- G16H10/60—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records
- G16H10/65—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records stored on portable record carriers, e.g. on smartcards, RFID tags or CD
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
- G16H20/10—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/20—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms
Definitions
- the present invention relates to medical data such as medical chart data, prescription data, medication history data, medication notebook data, maternal and child notebook data, examination data, vital sign data (heart rate, respiratory rate, body temperature, blood pressure).
- medical data such as medical chart data, prescription data, medication history data, medication notebook data, maternal and child notebook data, examination data, vital sign data (heart rate, respiratory rate, body temperature, blood pressure).
- vital sign data heart rate, respiratory rate, body temperature, blood pressure
- the present invention relates to a medical data holding apparatus and method.
- a dispensing pharmacy and an ASP (Application Service Provider) system that provides medical-related business software are used to allow a patient to select an appropriate dispensing pharmacy based on an out-of-hospital prescription.
- a pharmacy system has been proposed.
- the patient accesses the out-of-hospital prescription database stored in the ASP server through his / her mobile phone connected to the Internet, and receives his / her out-of-hospital prescription data stored there.
- the patient can request the dispensing by presenting his / her out-of-hospital prescription data to the dispensing pharmacy using the mobile phone.
- the dispensing pharmacies that are candidates for dispensing requests are displayed in advance, and the patient selects an appropriate dispensing pharmacy from these candidates.
- the ASP server is equipped with a patient database for managing the patient's medication history, and when out-of-hospital prescription data is input on the Web terminal of the corresponding medical institution, the patient's medication history is based on the patient database. It is also possible to make a convenience such as checking for contraindications for drugs (see, for example, Patent Document 1).
- a medical information system has been proposed to improve convenience.
- This proposal In the proposal, a management center having a server computer and a plurality of contracted medical institutions having terminal devices capable of inputting / outputting and storing medical information of a patient that can be connected to a server computer of the management center via a communication line.
- a medical information system is configured.
- Each contract medical institution stores, with respect to its own patient, medical information stored in a server computer provided in the management center or a terminal device disposed in another contract medical institution from the server computer or from the server computer.
- the basic data such as the patient's date of birth, medical history, medication, etc. This proposal is intended to eliminate the complexity of having to acquire various personal medical information such as medical history.
- the patient can receive the service regardless of the region or the medical subject, and the patient himself can use the mobile communication device such as a mobile phone, etc. It is also possible to connect to the server computer of the management center using a communication line to check or obtain medical information of one's own, and it is also possible to exclude information that you do not want to disclose to each patient (For example, see Patent Document 2).
- a system has been proposed that allows a patient who has been prescribed a medicine in a hospital or the like to easily check the contents and precautions of the prescription with an information terminal such as a mobile phone.
- prescription-related information provision work is called ⁇ IMS (Internet Medical Service) work '', and the entire equipment or its components to execute it are called IMS systems, and drugs are prescribed at hospitals, etc. It enables patients to easily check information related to the contents of their prescriptions by receiving them at an information terminal such as a mobile phone.
- a user registers in advance user information including at least an email address, and when a user dispenses a drug based on a prescription at a member pharmacy, the corresponding prescription is used.
- a receipt computer commonly known as “Rececon”
- the information is sent from this Reckon to the IMS server.
- IMS server power is also the information end of users
- prescription information is sent by email. If this IMS system provides duplicate information on drugs that are harmful if taken more than a certain amount, refer to the user's past prescription information from the database when prescription information is entered. If there is an overlap with the new prescription content, the user is notified by e-mail (for example, see Patent Document 3).
- the medical institution server sends the prescription information indicating the prescription issued to the patient and the patient information to the center via the communication network, and the center accumulates the received prescription information and the patient information.
- the prescription information is sent to the pharmacy server in response to the request, and based on the dosing schedule information created based on the prescription, it is sent to the patient's mopile terminal at the time of taking the medicine. is there. If there is a possibility of a side effect due to the drug, the fact is also transmitted to the mopile terminal (for example, see Patent Document 4).
- Patent Document 1 Japanese Patent Application Laid-Open No. 2002-222258 (paragraphs 0009 to 0020, 01)
- Patent Document 2 JP 2004-234441 A (paragraphs 0025 to 0026, 01)
- Patent Document 3 Japanese Unexamined Patent Application Publication No. 2004-178265 (paragraphs 0008 to 0009, 0012 to 0014, FIG. 1)
- Patent Document 4 Japanese Unexamined Patent Publication No. 2003-016185 (paragraphs 0007 to 0010, 0019, 01) Disclosure of the Invention
- the mobile phone which is a medical information holding device owned by each individual patient, has medical record data, prescription data, medication history data, medication notebook data on the patient himself / herself. Medical data such as maternal and child notebook data, examination data, vital sign data, etc. are not stored, so servers such as center institutions (ASP server in the case of patent document 1 and management center in the case of patent document 2) Server (patent document 3, IMS server, patent document 4, center server) whenever necessary, it is necessary to access and read out the required information. [0009] Accordingly, the system functions only during the operation time of the server of the center organization or the like, and cannot be used outside the hours.
- this kind of medical data is hindered from the viewpoint of privacy protection that can be obtained only by a specific person in a strict sense, such as the owner of the medical information holding device.
- a specific person such as the owner of the medical information holding device.
- the present invention has been made in view of the above-described conventional problems. As long as it has a medical information holding device (a mobile phone), it can understand day and night throughout the year. Therefore, the present invention is intended to provide a medical information holding apparatus and method that can read out medical data at any time and make it available for use, and that a plurality of persons within a predetermined range can share medical data.
- a medical information holding device a mobile phone
- the present invention is intended to provide a medical information holding apparatus and method that can read out medical data at any time and make it available for use, and that a plurality of persons within a predetermined range can share medical data.
- a portable housing that forms the outer shell of the apparatus main body, an operation unit that is provided in a predetermined part of the housing and receives an operation by a user, and the housing that is provided in a predetermined part of the housing External medical data output device power
- the data receiving unit configured to be able to receive the output medical data, and the medical data received by the data receiving unit in a predetermined structure that can be arbitrarily searched by the user
- a medical information holding apparatus comprising: a control unit that accumulates in a storage unit provided in a housing.
- the data receiving unit includes, as the medical data, data including any one of medical record data, prescription data, examination data, medicine notebook data, mother and child notebook data, and vital sign data.
- the control unit is configured to receive the data, and the control unit is configured to accumulate data including the one data received by the data receiving unit in a storage unit provided in the housing with the predetermined structure.
- the medical information holding device described in (1) which is characterized.
- the data receiving unit is configured to receive encrypted medical data transmitted through the medical data output device power conductor (1) to (2) The medical information holding device according to any one of the above.
- the data receiving unit is configured to receive encrypted medical data transmitted through the medical data output device power wireless channel (1) to (2) A medical information holding apparatus according to any one of the above.
- the data receiving unit is configured to receive the medical data output by the medical data output device power code information printing via a predetermined code information reading device.
- the medical information holding device according to any one of (2).
- the casing is formed so as to be suitable as a portable information terminal, and further includes a wireless communication circuit section for performing wireless communication through an antenna in the casing (1) to ( The medical information holding apparatus according to any one of 5).
- the casing is formed so as to be suitable as a mobile phone which is the mobile information terminal, and the wireless communication circuit unit is configured to be able to communicate with a base station of the mobile phone.
- the medical information holding device according to any one of 6) to (8).
- the medical information holding device according to any one of (6) to (9), further comprising a protection circuit.
- the protection circuit controls the wireless communication circuit unit so that the power supplied to the antenna is reduced or restored from the stopped state to the original state according to the reception state of the marker signal.
- the protection circuit is configured to control the wireless communication circuit unit so that the power supplied to the antenna is suppressed or returned to the state power state that is stopped or stopped according to the discrimination result.
- the medical information holding device according to (11) is configured to control the wireless communication circuit unit so that the power supplied to the antenna is suppressed or returned to the state power state that is stopped or stopped according to the discrimination result.
- a portable casing having an operation section for receiving an operation by a user provided in its own predetermined section, and a medical data output device provided outside the casing provided in a predetermined section in the casing.
- a medical information holding device configured to include a data receiving unit configured to be able to receive medical data, and arbitrarily receiving the medical data at the data receiving unit of the medical information holding device,
- a medical information holding method wherein the received medical data is stored in a storage means provided in the housing with a predetermined structure capable of being arbitrarily searched by a user.
- data including any one of medical record data, prescription data, examination data, medicine notebook data, mother and child notebook data, and vital sign data is data of the medical information holding device.
- the housing is adapted for a portable information terminal, and further includes a wireless communication circuit unit for performing wireless communication through an antenna in the housing (14) to (15). ) The medical information holding method according to any one of the above.
- the housing is adapted to be adapted to a cellular phone as a portable information terminal, and the wireless communication circuit unit is adapted to be able to communicate with a cellular phone base station (16) to (16) to (17)
- the medical information holding method according to any one of (17).
- the apparatus further includes a protection circuit for controlling the wireless communication circuit unit, receives a predetermined marker signal generated by external equipment force by the protection circuit, and receives the marker signal according to a reception state of the marker signal.
- a protection circuit for controlling the wireless communication circuit unit, receives a predetermined marker signal generated by external equipment force by the protection circuit, and receives the marker signal according to a reception state of the marker signal.
- a protection circuit for controlling the wireless communication circuit unit is further provided, the position of the self is recognized by communication with an external facility by the protection circuit, and the recognized position is a specific medical care. According to any one of (16) to (18), the power to be supplied to the antenna is suppressed or stopped according to the discrimination result by discriminating whether or not the power is in or close to the engine. The medical information holding method described.
- the wireless communication circuit unit is controlled so as to return to the state of the state power that has been suppressed or stopped according to the reception state of the marker signal.
- the medical information holding method according to (19), wherein the medical information is configured as described above.
- the protection circuit is further configured to control the wireless communication circuit unit so as to return the power supplied to the antenna from the suppressed or stopped state to the original state according to the discrimination result.
- a medical information holding device (it can take the form of a mobile phone)!
- medical data can be read and used at any time without knowing whether it is day or night throughout the year, so medical data is promptly provided to medical institutions in response to various other needs in an emergency. It becomes possible.
- medical data can be shared by a plurality of people within a predetermined range, so if the medical information holding device is not at hand for some reason, or even if it is at hand, Alternatively, even when the person is incapable of operating the medical data, it is possible to appropriately provide the necessary medical data to a medical institution or the like.
- the embodiment may be used for a so-called weak person who may be involved in life or death when exposed to an electric field or magnetic field of an external force using a cardiac pacemaker or other medical electronic equipment. In other words, droughts that cause unexpected damage can be minimized.
- FIG. 1 is a block diagram showing a medical information holding apparatus according to the present invention.
- the medical information holding apparatus in this embodiment is embodied in the form of a mopile information terminal.
- a transmitting / receiving antenna 10 is switched by a duplexer 11 at an appropriate timing and selectively connected to a receiving circuit 12 or a transmitting circuit 13.
- the receiving circuit 12 and the transmitting circuit 13 are connected to a system controller 20 including a microprocessor and the like that collectively manage the entire system of this apparatus and also manage the exchange of medical data.
- the wireless communication circuit unit including the antenna 10, the duplexer 11, the reception circuit 12, the transmission circuit 13, and the corresponding functional unit of the system controller 20 described above.
- the medical information holding apparatus of this embodiment embodied as a mono information terminal that can take the form of a mobile phone is described in detail later with reference to FIGS. It is configured to share personal medical information among specific people such as family members and to provide mobile public communications that can be used by individuals to obtain the latest medical information! Speak.
- the system controller 20 includes a display unit 21 configured to include a liquid crystal display, an operation unit 22 configured to include an operation key that accepts an operation by a user, and various data including medical data.
- a memory 23 that can store an image
- a camera 24 that has an optical system and generates image data corresponding to an image by the optical system
- an input / output circuit 25 that exchanges information with the outside through an external connection terminal.
- Each of the above parts is disposed at a predetermined position in a portable housing constituting the outer shell of the apparatus main body (not shown).
- a portable housing constituting the outer shell of the apparatus main body (not shown).
- an SD card, xD picture card, smart media, compact flash (registered trademark), etc. that can be detachably attached to a connector of a predetermined specification provided in the housing can be applied.
- the portable housing is formed so as to be suitable as a mobile phone, and a speaker 26 and a microphone 27 for providing a telephone call are provided at the appropriate place, and the speaker 26 and the microphone 27 are provided.
- the receiving circuit 12 and the transmitting circuit 13 described above are also formed so as to be suitable as a mobile phone, and these constitute a wireless communication circuit unit that communicates with a base station of the mobile phone.
- this wireless communication circuit unit (particularly, its reception function unit) also functions as a data reception unit that receives medical data transmitted through an external medical data output device wireless channel. Configured to get.
- the input / output circuit 25 forms a data receiving unit configured to be able to receive medical data transmitted through a conductor even when the medical data output device power outside the housing is used.
- the system controller 20 stores the medical data supplied through the input / output circuit 25 in a memory 23 which is a storage means provided in the casing with a predetermined structure that can be searched by the user.
- the medical data includes any one of medical record data, prescription data, examination data, medicine notebook data, and vital sign data.
- a directory structure of a folder or a file having a tree-type (tree structure) hierarchical structure can be adopted. It can be of a simple database-like structure that can retrieve the desired data based on a relatively simple scan of the key. Although the types of data handled are limited, it is necessary to adapt to a wide range of users. According to the characteristics, it is appropriately constructed as a specification that allows easy search operation.
- the medical data output by the medical data output device force coded information printing (for example, data printed on a sheet-like body as a one-dimensional or two-dimensional barcode) is described above.
- the coded information reading device unit is configured to read the code information by taking an image with the camera 24 and analyzing the image data obtained by the imaging with the system controller 20. Therefore, such a coded information reading device unit can also function as a data receiving unit configured to receive medical data output from a medical data output device.
- the weak Z medical protection circuit 28 is, for example, a specific medical institution (hospital, clinic, dispensing pharmacy, drug store, etc.) or the above-mentioned facilities provided in connection with these institutions.
- the system controller 20 receives a marker signal that does not affect other medical electronic devices, and receives a signal corresponding to the reception state of the marker signal depending on whether it is within or close to the area of a specific medical institution.
- the power supplied from the transmission circuit 13 to the antenna 10 through the duplexer 11 can be suppressed, or the radio wave radiation with the antenna power can be stopped and the communication function can be stopped.
- vulnerable Z medical protection circuit 28 include information on the current position of a mobile information terminal (mobile phone) as determined by a mobile communication company or the position of the mobile information terminal using GPS. Based on the information, it is discriminated that the corresponding mopile information terminal is located in or close to a specific medical institution (hospital, clinic, dispensing pharmacy, drug store, etc.), and the signal corresponding to the discrimination result is sent to the system controller.
- the power supplied to the antenna 10 from the transmission circuit 13 through the duplexer 11 may be suppressed, or the radio wave emission from the antenna may be stopped to control to stop the communication function.
- the power supplied to the antenna 10 automatically by the system controller 20 as described above can be suppressed, or the radio wave radiation from the antenna can be reduced.
- an alarm is issued from the speaker 26 or the display 21.
- a configuration may be adopted in which the operator is prompted to operate the operation unit 22 to stop the communication function.
- the corresponding mopile information terminal is located within a specific medical institution. If it is detected that the adjacent area force has also been removed, the power supplied to the antenna 10 is automatically restored to a normal level, or the operator operates the operation unit 22 to activate the communication function. It can be resumed.
- FIG. 2 is a conceptual diagram showing how medical data is transmitted in an environment to which the apparatus or method of the present invention is applied.
- hospital or clinic (HC) extracts the latest patient information from the medical data stored in the storage means of the mopile information terminal (HC1 Do hospital or clinic (HC) side
- the patient is examined and examined anew, and a certain amount of information about the result is obtained (information that becomes a chart when filling in the sheet-like material) ) Is created (HC12).
- the mopile information terminal of the embodiment includes the weak Z medical protection circuit 28 of any form described above, and includes a hospital or a clinic (HC), and In the dispensing pharmacy or drug store (PD), a weak Z medical protection area (HC10; PD10) is formed in or close to a specific medical institution where the marker signal generated as described above is received.
- HC hospital or a clinic
- PD dispensing pharmacy or drug store
- the hospital or clinic (HC) side should make a new inquiry and examination and create a certain piece of information related to the results. (HC12).
- HC12 At the hospital or clinic (HC), a prescription is created based on the information on the examination results created in (HC 12) above. Medical record data and prescription data are generated (HC 13).
- This medical record data and prescription data can be retrieved as medical data by the user at the patient (PA) mopile information terminal through a dedicated line such as a LAN in the hospital or clinic (HC). Accumulated (registered) in the storage means provided in the housing with the predetermined structure as described above (PA11). If the owner (patient) brings the mopile information terminal in which medical data is stored in this way to the dispensing pharmacy or drug store (PD), the dispensing pharmacy or drug store (PD) has a mopile information terminal. Medical data stored in it can be acquired by reading the latest prescription information required or extracting the relevant information (PD11-PA11).
- the medical record data and prescription data (HC13) generated as described above are encrypted and transmitted to the dispensing pharmacy or drug store (PD) via the Internet as one method ( HC13 ⁇ PD11).
- this medical record data and prescription data (HC13) can be used as another method, and at a predetermined position in the prescription, using a sheet-form body including a coded information print such as a two-dimensional bar code as a manuscript, as a document, It is sent to PD) by facsimile, or it is delivered to the dispensing pharmacy or drug store (PD) (HC14 ⁇ PD11) when the patient himself / herself brings the prescription (sheet-like body including code information printing).
- Dispensing pharmacies or drug stores print code information such as two-dimensional barcodes provided via the Internet as described above, by facsimile, or carried by the patient himself / herself.
- the latest prescription information represented by the information is read from the coded information print using a known barcode reader or the like or extracted by extracting the relevant information (PD11).
- Dispensing information is created based on the acquired information (PD12).
- the sheet-like material that does not include the code information printing such as the two-dimensional barcode as described above is transmitted as a document to a dispensing pharmacy or drug store (PD) by facsimile, or the prescription (code information)
- a dispensing pharmacy or drug store PD
- the prescription code information
- the sheet that is, based on the description of the normal prescription Dispensing information is created (PD12).
- drug history information as a history of drugs prescribed in the past, drug information related to drugs corresponding to drug history, or drug history information is kept constant.
- Data corresponding to the so-called medicine notebook in the form is formed (PD13) o
- the data (PD13) formed in this way is a transmission path dedicated to medical data transfer of dispensing pharmacies or drug stores (PD) Specified structure that can be supplied to the mopile information terminal owned by the individual who is the patient via the medical data output device connected to the device, and can be searched by the user arbitrarily in the storage means provided in the case of the mopile information terminal (Ie, registered) (PA12).
- the input / output terminal unit of the mopile information terminal is connected to the output terminal unit of the medical data output device, that is, the input / output terminal unit. Information is exchanged through the conductors of the connectors constituting the.
- the above-mentioned drug history information, drug information related to drugs corresponding to the drug history, or data corresponding to a so-called medicine notebook in which the drug history information is stored in a certain format are stored in a printer connected to a medical data output device.
- Coded information is printed by a medical data output device equipped with a printing function inside itself, for example, a sheet-like body on which medicine history information and medicine information are written in a form such as a two-dimensional barcode, or a so-called medicine It is printed on a predetermined part of the notebook (PD14).
- the coded print information (PD14) printed on the sheet-like body or a predetermined portion of the so-called medicine notebook in this way is the code information reading provided in the mopile information terminal owned by the individual who is the patient.
- the image is taken and interpreted by a camera as a device (scanner) and an image information decoding unit (system controller) thereby, and in the storage means provided in the case of the mopile information terminal as in the case of data transfer through a conductor. It will be registered in a predetermined structure that can be searched by the user (PD14 ⁇ PA13).
- drug history information and drug information are described in a format such as the two-dimensional barcode as described above.
- a mopile information terminal (an example of which can take the form of a mobile phone) as a medical information holding device is connected to a hospital.
- FIG. 3 is a conceptual diagram showing a state of transmission of medical data in an environment to which the apparatus or method of the present invention is applied, particularly in an environment including mopile communication.
- a user who is a patient at a certain time, in his own mopile information terminal, as described with reference to FIG. 2, a dedicated pharmacy or drug store (PD)
- Medical data corresponding to the so-called medicine notebook that stores medicine history information, medicine information related to medicine history, or medicine history information in a certain format via a medical data output device connected to the transmission path Data is supplied and stored (that is, registered) in storage means provided in the case of the mopile information terminal (PU11).
- the user can use the medical information related to himself / herself stored in the storage means provided in the housing of the mopile information terminal and information for specifically identifying the specific related person.
- the data (PU11) that is desired to be shared among the above-mentioned specific related parties is transmitted to the server (MCS) of the mopile communication company through the mopile public line.
- the server of MMC (MCS) receives and registers these data, and also broadcasts to specific parties (MCS11), and medical data that should be shared as described above, It is encrypted and transmitted to each relevant specific party through the mopile public line.
- Each specific related user who receives medical data transmitted from the server (MCS) of the mopile communication company by broadcast communication at the mopile information terminal owned by the user is stored in their mopile information terminal. Register the medical data of (PU13).
- the mopile information terminals owned by the users who are the specific related persons are connected to the owners or the terminals by the device connection communication through the connector as described above or the incidental infrared communication according to the IrDA standard or the like.
- the medical data of the three parties and other data are supplied, and are stored in the storage means in the housing in the same way as the medical data described above according to the purpose (PU13).
- the user (PU) himself or a specific related person searches for and browses information related to medical data from the mopile information terminal he owns (hereinafter abbreviated as “information search browsing operation”).
- information search browsing operation When done (PU14), a request for access is made to the dispensing pharmacy or drug store server (PDS) via monophonic public communications. Access to the server (PDS) is allowed only if it is confirmed that the request originated from the person or a specific related party (PDS11).
- the corresponding data is searched and the information search browsing operation is performed, for example, dispensing information is extracted (PDS12), and the person who is the source of the browsing request through the mopile public communication Is transmitted to specific parties for viewing (PU15).
- the medical data stored in the mopile information terminal owned by the user (PU) or a specific related person is updated by editing or rewriting the contents of the dedicated memory applied to the terminal, or By replacing this memory itself, it can be updated to the latest medical information (PU16).
- the update of such medical information is carried out by using the latest medical information (MCS12) prepared for this kind of service to the server (MCS) of the mopile communication company through the mopile public communication. It is also possible to update the contents of the applied memory by transmitting it to the corresponding mopile information terminal.
- the latest medical information (PDS13) prepared to perform this kind of service at the dispensing pharmacy or drug store server (PDS) is transmitted to the corresponding mopile information terminal via mopile public communication and applied. It is also possible to update the contents of the stored memory, and it is also possible to obtain the latest medical information from the Internet and update it (PU16).
- a mopile information terminal as a medical information holding device can be set according to a user's request, such as a family member.
- a user's request such as a family member.
- Ability to protect privacy Since it can be shared among multiple specific persons within the range that does not hinder (as described above, “specific related persons” in this specification), the user himself / herself has a medical information holding device. Even if a situation occurs, the medical information possessed by a specific related person cannot be handled even if a situation occurs. Necessary medical data can be provided to medical institutions through the mopile information terminal as a device. Therefore, even in an emergency, it can be expected that an appropriate medical procedure will be taken after recognizing the medical data of the person.
- FIG. 4 shows an embodiment in the case where the system is constructed in an environment where the apparatus or method of the present invention is applied, in particular, various medical conveniences can be obtained in addition to personal medical data.
- the dispensing pharmacy or drug store server (PDS) is prepared with a basic schedule for appropriate administration of the corresponding drug based on prescription information (PDS21).
- dispensing pharmacy or drug store server has a mopile information terminal that satisfies the required specifications, as described above, as a member of this system.
- Personal life cycle information (PDS22) of each individual user who is registered to join is also held.
- Dispensing pharmacy or drug store server (PDS) is based on the basic schedule of drug use (PDS21) and personal life cycle information (PDS22). A schedule is prepared for delivery and can be distributed as required (PDS23).
- the schedule for taking medicines prepared in this way is distributed for each individual. It is prepared to be transmitted at a timing that matches the schedule (PDS24), and is delivered to the mobile information terminal owned by the user (PU) through the public public communication at each applicable timing (PU21 PDS24).
- PDS24 the mobile information terminal owned by the user
- PU21 PDS24 the mobile information terminal owned by the user
- PU21 PDS24 the mobile information terminal owned by the user
- PU21 PDS24 the public public communication at each applicable timing
- the patient who owns the mopile information terminal operates the terminal to notify that if the drug has been taken according to the prescription schedule. If not, an alarm is issued for the message message that prompts the mopile information terminal to promptly take the drug (PU21).
- the message or alarm can be issued from the mopile information terminal owned by a specific related person as described above in the same manner as at the terminal of the person himself / herself. Can be reported (PU21).
- the schedule for taking medication (PDS23), which is planned at the dispensing pharmacy or drug store server (PDS) and prepared for delivery as required, is provided by the mopile communication company through the mopile public communication. It is also transmitted to the server (MCS) and registered (saved) (MCS21).
- the drug use schedule (MCS21) registered in the server (MCS) of the mopile communication company in this way is arranged for each individual and prepared to be transmitted at a timing that matches the schedule. (MCS22), and from there, it is delivered to the mopile information terminal owned by the user (PU) via mono public communication at each appropriate timing (PU 21 MCS22).
- This mode and the subsequent mode are the same as the case (PU21 PDS24) in which information representing the schedule is transmitted from the dispensing pharmacy or drug store server (PDS).
- Information transmission may take any form of telephone or e-mail.
- the above is a schedule for taking external force medications such as a dispensing pharmacy or drug store server (PDS) or a mopile communication company server (MCS) on the mopile information terminal owned by each individual user or the specific related person mentioned above.
- PDS dispensing pharmacy or drug store server
- MCS mopile communication company server
- the description is based on the form of providing information, it is also possible to create such schedule information on each mono information terminal side.
- each mopile information terminal based on prescription information that has also acquired external force and registered in its own memory, and personal life cycle information entered by the user's operation, etc.
- Use the schedule creation algorithm software prepared in the mopile information terminal to create a medication schedule. (PU22).
- the server (MCS) of the monoll communication company Emergency notifications related to medicines, such as the latest information on contraindications related to pharmaceuticals and foodstuffs, can be transmitted to the mopile information terminal via the mopile public communication and confirmed at each terminal (PU24). ⁇ PDS25; MCS 23).
- information that prompts the patient to take medicine for example, the personal life cycle of the patient
- the mopile information terminal as a medical information holding device.
- the patient should be notified at the appropriate timing, taking into account, to be careful and prevent forgetting to take, and based on the latest information on the drug that is scheduled to be taken, for example, contraindications and in some cases It is possible to notify the patient of warnings such as discontinuation of medication at an appropriate timing.
- FIG. 5 is a conceptual diagram showing the configuration of an extranet in which various medical institutions and mopile communication carriers are connected by a communication network through the Internet in an environment where the technology of the present invention is used.
- multiple medical institutions such as Hospital A 111, Hospital B (or clinic) 113, Hospital C (or clinic) 115, Dispensing pharmacy (or drug store) 117, Dispensing pharmacy (or drug store) 119, etc.
- Hospital A 111 Hospital A 111
- Hospital B (or clinic) 113 Hospital C (or clinic) 115
- Dispensing pharmacy (or drug store) 117 Dispensing pharmacy (or drug store) 119, etc.
- Dispensing pharmacy or drug store
- these doctors may or may not be connected to the Internet 200.
- a patient or medical office worker carries a conventional sheet (for example, a medical record or prescription) containing medical information. Then, it can be taken out from the corresponding medical institution and received at the corresponding medical institution.
- the data server 300 of the mopile carrier through the Internet 200 is also configured to exchange data, and medical data as described with reference to FIGS. 3 and 4 can be exchanged.
- the initial system As a procedure at this stage, bring a medical sheet with a conventional sheet and provide necessary information to a hospital or clinic or dispensing pharmacy or drug store equipped with this kind of infrastructure. In this way, the initial part of the information flow will be in an off-line format, but will benefit accordingly from the benefits of the present invention.
- FIG. 6 is a conceptual diagram showing the configuration of the intranet of hospital A 111 equipped with a medical infrastructure for exchanging information via the Internet according to the extranet of FIG.
- Multiple doctor operation information terminals 210, ..., 210, multiple medical receipt computers 3 10, ..., 310, in-hospital medical server 410, printer 420, and mopile encryption communication interface 430 and card reader 550 Connected by a hospital network (for example, LAN by Ethernet) 400.
- a hospital network for example, LAN by Ethernet
- the in-hospital medical server 410 is constructed so as to be able to exchange data with the patient information database 411 and the drug history management database 412, and the server 410 is connected to the Internet and connected via the Internet.
- the corresponding medical institution described with reference to FIG. 5 is also configured to exchange various types of information with the data server 300 of the mopile carrier.
- the printer 420 is based on data supplied through the in-hospital network 400, with a prescription 421 at a predetermined position on the paper, with an encoded information print 422 such as a two-dimensional bar code representing the contents as a prescription, A normal character string representing the contents of the prescription is printed.
- the printer 420 may replace or process the prescription 421 as described above.
- the data to be written in the mother-child handbook 424 is printed with the encoded information printing 424 such as a two-dimensional bar code representing the contents of the prescription at the specified position on the corresponding page of the mother-child handbook 423.
- the character string that represents it can be printed.
- this sign key information printing 422 is the function of the system controller 20 that interprets the camera 24 of the mopile information terminal 100 described with reference to FIG. 1 and the image captured by the camera 24 as code key information.
- the code information reading device constituted by the unit it can be stored in the storage means of the mono information terminal 100 with a predetermined data structure.
- the mopile encryption communication interface 430 is connected to the input / output circuit 25 of the monol information terminal 100 as an embodiment of the present invention described with reference to FIG. Exchanges data with 100 and medical information encrypted as described above.
- the mopile information terminal 100 itself can transmit and receive the same medical information as described above wirelessly using the antenna 10, and the display unit 21 responds to the operator's arbitrary operation on the information stored in its storage means. Can be displayed.
- the mopile encryption / communication interface 430 corresponds to the medical data output device outside the casing described above with reference to FIG. Further, in the intranet configuration of hospital A 111 shown in FIG. 6 described above, the transfer of medical data to the mopile information terminal 100 is performed as described with reference to FIG. That is, when a person (patient) having a mopile information terminal described with reference to FIG. 2 visits a hospital or clinic (HC) (PA ⁇ HC), the hospital or clinic (HC) The latest patient information is extracted from the medical data stored in the storage means of the terminal (HC11). The operation is performed in accordance with the mopile encryption interface 430 on the hospital A side in FIG. 6 and the patient's own mopile information terminal. This is done by connecting 100.
- the medical record data and prescription data (HC13) created in the hospital or clinic described with reference to FIG. 2 are transferred to the patient (PA) through a dedicated line such as a LAN in the hospital or clinic (HC).
- the storage (PA11) operation is stored in the storage means provided in the housing with a predetermined structure that can be arbitrarily searched by the user as medical data in the mopile information terminal.
- Mopyle encryption communication interface 430 and patient-owned monogram information This is done by connecting to the information terminal 100.
- the card reader 550 reads corresponding prescription information and the like from the card 551 in which medical information including prescription information and the like is written.
- the card reader 550 by providing such a card reader 550, in Hospital A 111, in addition to acquiring medical information including prescription information etc. through the mopile information terminal 100 mopile encryption communication interface 430, such a mode is used. It can be acquired and handled through the card reader 550 from 551.
- FIG. 7 is a conceptual diagram showing an intranet configuration of hospital B (or clinic) 113 equipped with a medical infrastructure for exchanging information via the Internet according to the extranet of FIG. Hospital B (or clinic) 14 in this example is smaller than A hospital 111 described above, but regarding the transfer of medical information to the mopile information terminal 100, the hospital A described above with reference to FIG. This is substantially the same as in 111. That is, a medical receipt computer 310, a hospital medical server 410, a printer 420, a mopile encrypted communication interface 430, and a card reader 550 are connected by a hospital network (for example, LAN by Ethernet (registered trademark)) 400! The
- the in-hospital medical server 410 is constructed so as to be able to exchange data with the patient information database 411 and the drug history management database 412 and is connected to the Internet through this server 410.
- the prescription 421 is displayed on the paper at a predetermined position on the page, and the prescription content is printed with the code information printing 422 such as a two-dimensional bar code indicating the prescription content. It prints the normal string that represents it.
- this printer 420 can be used as a prescription at a predetermined position on a corresponding page of the mother-child notebook 423 instead of printing the prescription 421 as described above or in addition to printing the prescription 421.
- the encoding information printing 424 such as 2D barcode that represents the contents, it is possible to print a character string representing the data to be described in the mother-child notebook. This point is also shown in FIG. Same as in Hospital A 111.
- the monocryptic communication interface 430 outputs the medical data outside the housing described above with reference to FIG. Applicable to equipment.
- the intranet of hospital B (or clinic) 113 In this configuration, exchange of medical data to the mopile information terminal 100 is performed as described with reference to FIG.
- the medical record data and prescription data (HC13) created at the hospital or clinic described with reference to Fig. 2 are transferred to the patient (PA) mopile information through a dedicated line such as a LAN in the hospital or clinic (HC).
- the (PA11) operation that stores (registers) in the storage means provided in the housing with a predetermined structure that can be arbitrarily searched by the user as medical data on the terminal is also performed on the side of Hospital B (or clinic) 113 in Fig. 7 This is done by connecting the mopile encryption communication interface 430 and the patient-owned mopile information terminal 100.
- FIG. 8 is a conceptual diagram showing the intranet configuration of hospital C (or clinic) 115 equipped with a medical infrastructure for exchanging information via the Internet according to the extranet of FIG. Hospital C (or clinic) 115 in this example is much smaller than hospital B (or clinic) 113 described above with reference to FIG. 7, but for the transfer of medical information to mopile information terminal 100, FIG. This is substantially the same as in hospital A 111 described with reference to 6 and hospital B (or clinic) 113 described with reference to FIG.
- the system of Hospital C (or clinic) 115 is constructed using a medical reception computer 310 connected to the Internet as a server. That is, the medical receipt computer 310 has a file server for sharing various files, a print server for the printer 320, a patient information database 311 and a drug history management database 312. It functions as a communication server for the database server and the mopile encrypted communication interface 330.
- the printer 320 described above Based on the data supplied from the medical receipt computer 310, the printer 320 described above prints sign information such as a two-dimensional bar code representing the contents of the prescription 321 as a prescription at a predetermined position on the sheet. A normal character string representing the contents of the prescription is printed, and the card reader 550 is used to send and receive medical information. This is the same as in the intranet configuration of 7 B hospitals (or clinics) 113.
- the printer 320 can serve as a prescription at a predetermined position on the corresponding page of the mother-child notebook 323. Encoded information printing such as 2D barcodes that represent the contents 324, along with the fact that it is possible to print a character string that represents the data to be written in the mother and child notebook! This is the same as in the intranet configuration of 111 and hospital B (or clinic) 113 in FIG.
- the monocryptic communication interface 330 is connected to the outside of the housing described above with reference to FIG. Corresponds to medical data output device.
- the transfer of medical data to the mopile information terminal 100 is performed as described with reference to FIG.
- HC hospital or clinic
- PA ⁇ HC hospital or clinic
- HC hospital or clinic
- the latest patient information is extracted from the medical data stored in the storage means of the terminal (HC 11).
- the operation is performed with the mopile encryption communication interface 330 on the C hospital (or clinic) 115 side in FIG. It is performed by connecting to the patient-owned mopile information terminal 100.
- the medical record data and prescription data (HC13) created in the hospital or clinic described with reference to FIG. 2 are transferred to the patient (PA) through a dedicated line such as a LAN in the hospital or clinic (HC).
- the operation (PA11) for storing (registering) in the storage means provided in the housing with a predetermined structure that can be arbitrarily searched by the user as medical data in the mopile information terminal of Fig. 8 is also possible. This is performed by connecting the monocryptic communication interface 330 on the C hospital (or clinic) 115 side and the patient-owned mopile information terminal 100.
- the card reader 550 reads corresponding prescription information and the like from the card 551 in which medical information including prescription information and the like is written. That is, by providing such a card reader 550, in Hospital C (or clinic) 115, in addition to acquiring medical information including prescription information from the mopile information terminal 100 through the mopile encryption communication interface 330, Such a card 551 can be acquired and handled through a card reader 550.
- Fig. 9 is a conceptual diagram showing the intranet configuration of A dispensing pharmacy (or drug store) 117 equipped with a medical infrastructure for exchanging information via the Internet, related to the extranet of Fig. 5. It is.
- a plurality of dispensing reception computers 560, ..., 560, an in-house dispensing server 510, a printer 520, a mopile encryption communication interface 530, a scanner 540, and a card reader 550 are connected to an in-office network (for example, Ethernet (registered) Trademarked by LAN) 500.
- an in-office network for example, Ethernet (registered) Trademarked by LAN
- the in-house dispensing server 510 is constructed so as to be able to exchange data with the patient information database 511 and the drug history management database 512, and the server 510 is connected to the Internet. Based on the data supplied through the intra-office network 500, the name of the medicine prescribed in the medicine information sheet 521 and the medicine notebook 522 in a predetermined format and the usage thereof are printed.
- the mopile encryption communication interface 530 is connected to the input / output circuit 25 of the mopile information terminal 100 as an embodiment of the present invention described with reference to FIG.
- the transfer of data encrypted with medical information such as that described above is also the same as the mopile encryption communication interface 430 of hospital A 111 described with reference to FIG.
- a dedicated line such as a LAN in a hospital or clinic (HC) described with reference to FIG.
- PD drug store
- the input / output circuit 25 of the mopile information terminal 100 is connected to the mopile encrypted communication interface 530 with a connector.
- drug history information as a history of drugs prescribed in the past, drug information regarding drugs corresponding to the drug history, Or, it forms data corresponding to the so-called medicine notebook that stores drug history information in a certain format (PD13), and transfers this data (PD13) to the medical data of the dispensing pharmacy or drug store (PD).
- PD13 drug history information
- It is supplied to a mopile information terminal owned by an individual patient via a medical data output device connected to a dedicated transmission line, and a user can arbitrarily search in the storage means provided in the case of the mopile information terminal
- the operation of storing (ie registering) with a predetermined structure that can be performed also enters the mopile encryption communication interface 530 into the mopile information terminal 100. Output It performs the connection of the road 25 in the connector.
- Medical data corresponding to the medicine information or medicine history information related to the corresponding medicine is supplied to the so-called medicine notebook and stored in the storage means provided in the case of the mopile information terminal (that is, registered) (PU11) operation is also performed by connecting the input / output circuit 25 of the monowheel information terminal 100 to the mopile encryption communication interface 530 in FIG. 9 with a connector.
- the scanner 540 prints encoded information such as a two-dimensional bar code representing the contents as a prescription at a predetermined position (existing codes 422, 32).
- encoded information such as a two-dimensional bar code representing the contents as a prescription at a predetermined position (existing codes 422, 32).
- This is a specification that conforms to the interpretation of prescriptions (same as 2 but with 542) (same as 421 and 321 above, but 541). That is, the prescription 541 is created by the hospital or clinic described above and provided to the pharmacy, and the content of the encoded information print 542 is read by the scanner 540.
- a facsimile in a dispensing pharmacy or drug store (PD) using a sheet-like body including code information printing such as a two-dimensional barcode at a predetermined position in the prescription Or send the prescription (sheet-like body including code information printing) Bring it to the dispensing pharmacy or drug store (PD) by bringing it with you (HC14 ⁇ PD11), and read the coded information print on the dispensing pharmacy or drug store (PD) or extract the relevant information.
- the operation (PD 11) acquired in this manner corresponds to the operation of reading the prescription with the scanner 540 described above based on FIG.
- the card reader 550 reads corresponding prescription information and the like from the card 551 on which medical information including prescription information and the like is written. That is, by providing such a card reader 550, the A dispensing pharmacy (or drug store) 117 can obtain medical information including prescription information from the mopile information terminal 100 through the mopile encryption communication interface 530, In addition to using a scanner 540 to obtain a prescription 421 (32 1) with encoded information printing 422 (322), such as a two-dimensional barcode, obtain it from such a card 551 through a card reader 550 and handle it. Can do.
- FIG. 10 shows the intranet configuration of the B dispensing pharmacy (or drugstore) 119 equipped with a medical infrastructure for exchanging information via the Internet related to the extranet of FIG. FIG.
- the B dispensing pharmacy (or drug store) 119 in this example is smaller than the A dispensing pharmacy (or drug store) 117 described with reference to FIG. 9, but it provides medical information to the mopile information terminal 100 and drug information.
- the reading of the medical information from the card 551 in which the medical information including it is written is substantially the same as that in the A dispensing pharmacy (or drug store) 117.
- the owner (patient) of the mopile information terminal storing medical data through a dedicated line such as a LAN in a hospital or clinic (HC) described with reference to FIG. 2 is a dispensing pharmacy. Or bring it to a drug store (PD), and read the latest prescription information required or extract the relevant information at the dispensing pharmacy or drug store (PD) side, the medical data stored in the monocular information terminal (PD11 PA11) is acquired by connecting the input / output circuit 25 of the mobile information terminal 100 to the B dispensing pharmacy (or drug store) 119 side of Fig. 10 with the mobile communication terminal 530 on the 119 side using a connector. .
- Medical data corresponding to the medicine information or medicine history information related to the corresponding medicine is supplied to the so-called medicine notebook and stored in the storage means provided in the case of the mopile information terminal (that is, registered) (PU11) operation is also performed by connecting the input / output circuit 25 of the monowheel information terminal 100 to the mopile encryption communication interface 530 in FIG.
- the B dispensing pharmacy (or drug store) 119 system is constructed with a dispensing receipt computer 560 connected to the Internet as a server. Dispensing Receipt Computer 560 Power File Server for Sharing Various Files, Print Server for Printer 540, Database Server for Patient Information Database 561 and Drug History Management Database 562, and Communication for Mopile Encrypted Communication Interface 5 30 Act as a server. Further, a scanner 540 and a card reader 550 are connected to the dispensing receipt computer 560, and control of these and acquisition of information through them are performed.
- FIG. 1 is a block diagram showing a medical information holding apparatus of the present invention.
- FIG. 2 is a conceptual diagram showing how medical data is transmitted in an environment to which the apparatus or method of the present invention is applied.
- FIG. 3 is a conceptual diagram showing how medical data is transmitted in an environment to which the apparatus or method of the present invention is applied, particularly in an environment including mopile communication.
- FIG. 4 is a conceptual diagram showing an embodiment when a system is constructed so that various conveniences can be obtained in addition to personal medical data in an environment where the apparatus or method of the present invention is applied. It is.
- FIG. 5 is a conceptual diagram showing the configuration of an extranet in which various medical institutions and mopile communication operators are connected by a communication network through the Internet in an environment where the technology of the present invention is used.
- FIG. 6 is a conceptual diagram showing the configuration of an intranet of a hospital equipped with a medical infrastructure for exchanging information via the Internet related to the extranet of FIG.
- FIG. 7 A schematic diagram showing the intranet configuration of another hospital (or clinic) equipped with a medical infrastructure for exchanging information via the Internet related to the extranet of Fig. 5. .
- FIG. 8 A conceptual diagram showing the intranet configuration of a further hospital (or clinic) with a medical infrastructure for exchanging information via the Internet related to the extranet of Fig. 5. is there.
- FIG. 9 Conceptual diagram showing the intranet configuration of a certain dispensing pharmacy (or drug store) with a medical infrastructure for exchanging information via the Internet related to the extranet of Fig. 5. It is.
- FIG. 10 is a conceptual diagram showing the configuration of an intranet of another dispensing pharmacy (or drug store) equipped with a medical infrastructure for exchanging information via the Internet related to the extranet of FIG. .
- Doctor operation information terminal 300 ... Mopil Telecom data server, 310 ⁇ Medical receipt computer, 311 ⁇ Patient information database, 312 ⁇ Medicine history management database, 320 ⁇ Printer, 321 ⁇ Prescription, 322... Sign Information printing, 323 ... Mother and child notebook, 324 ... Signal information printing, 330 ... Mopile encrypted communication interface, 400 ... Hospital network, 410 ... Hospital medical server, 411 ... Patient information database, 412 ... Medical history management database , 420 ... Printer, 421 ... Prescription, 422 ... Signed information printing, 423 ... Mother and child notebook, 424 ... "Encoded information printing, 430 ... Mopile encrypted communication interface, 500 ... Bureau Internal network, 510... Local dispensing server, 511... Patient information database, 512 ⁇ Medicine history management database, 520 ⁇ Printer, 521 ⁇ Drug information sheet, 522 ⁇ Medicine notebook, 530 ⁇ 550
Abstract
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JP5142901B2 (ja) * | 2008-09-12 | 2013-02-13 | 株式会社日立情報制御ソリューションズ | 医用情報サービス提供端末及びモバイル情報端末並びにそれらを用いてなる医用情報サービス提供システム |
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JP2000184463A (ja) * | 2000-02-23 | 2000-06-30 | Ttym:Kk | 無線通信システム、携帯通信端末、制限信号発生装置、電気機器システム、及び電気機器。 |
JP2001167201A (ja) * | 1999-10-01 | 2001-06-22 | Information Services International Dentsu Ltd | 医療データ管理システム、サーバ装置、データ管理方法および媒体 |
JP2002083065A (ja) * | 2000-09-06 | 2002-03-22 | Terumo Corp | 医療用携帯型端末器及びこれを用いた医療支援システム |
JP2002169896A (ja) * | 2000-11-30 | 2002-06-14 | Canon Inc | 携帯端末を用いた健康管理のためのシステム及び方法 |
JP2002368869A (ja) * | 2002-03-29 | 2002-12-20 | Seiko Epson Corp | 携帯端末装置およびその制御方法 |
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JP2001167201A (ja) * | 1999-10-01 | 2001-06-22 | Information Services International Dentsu Ltd | 医療データ管理システム、サーバ装置、データ管理方法および媒体 |
JP2000184463A (ja) * | 2000-02-23 | 2000-06-30 | Ttym:Kk | 無線通信システム、携帯通信端末、制限信号発生装置、電気機器システム、及び電気機器。 |
JP2002083065A (ja) * | 2000-09-06 | 2002-03-22 | Terumo Corp | 医療用携帯型端末器及びこれを用いた医療支援システム |
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