JP2005276109A - Data detecting system using inherent information recording device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a data detecting system using an inherent information recording device for enabling a specific person to derive the personal various information data of an installed person, and to perform proper treatment even when the installed person installed with the inherent information recording device does not permit the use of the inherent information recording device. <P>SOLUTION: This data detecting system using an inherent information recording device is provided with an access device for emergency capable of communicating with the inherent information recording device installed in a living body in the oral cavity or near the oral cavity of the installed person for storing the personal various information data of the installed person according to identification information for emergency and terminal equipment capable of communicating with the access device for emergency according to the identification information for emergency, and reading the various information data of the installed person. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a data detection system using a unique information recording device, and in particular, in the event of an emergency, a specific person acquires personal information data of a person who has installed a unique information recording device in a living body in or near the oral cavity. The present invention relates to a data detection system using a unique information recording apparatus capable of performing the above.

  In recent years, a unique information recording device including a simple and convenient IC (integrated circuit) chip has been used for managing products and the like. In this unique information recording apparatus, various types of information data are stored in an IC chip, and the information data is read out by a reading device.

Conventionally, in a data detection system, a unique information recording device equipped with a non-contact type IC chip (RFID (Radio Frequency Identification) chip) storing personal information data of a person is installed in a dental structure. There are some which monitor biological information.
Some IC chips having a memory area use a secret code or a secret key for authentication for each directory.
JP 2003-70752 A JP 2003-16403 A

  By the way, conventionally, when personal information of a person is monitored, in order to carry out identification (hereinafter referred to as “ID”) and medical history confirmation, it is usually necessary to extract various personal information data stored in an IC chip. The permission (ID matching) of the person who is installing the chip is required.

  However, the permission of the installed person can be obtained by the user himself / herself entering specific identification information such as a personal identification number (password), but when the installed person becomes unconscious, The installation person cannot permit the use of the IC chip of the installation person himself, and therefore, various information data (individual (ID), medical history, etc.) necessary for the person cannot be extracted. There was an inconvenience that this would occur.

  For example, if a person has severe diabetes and the symptoms worsen considerably, the person suddenly falls into an unconscious state, regardless of time and place, or the person himself / herself can accurately determine the medical condition. It is thought that it cannot be communicated to. For this reason, even if a person installs an IC chip that stores data of various kinds of information, the person who is installing the IC chip himself / herself has an ID such as name and age, and a medical history, etc. In some cases, it was not possible to communicate accurately.

  The present invention is an emergency in which data of various kinds of personal information of a person to be installed can be stored and communicated to the unique information recording device installed in the living body in or near the mouth of the person to be installed by emergency identification information. An access device is provided, and a terminal device is provided which can communicate with the emergency access device by the emergency identification information and can read data of various information of the installation subject.

  In the data detection system using the intra-oral unique information recording device of the present invention, the terminal device communicates with the emergency access device by the emergency identification information, and the emergency access device becomes the unique information recording device. For example, if it is impossible to confirm the identity or report a medical condition by the installed person (specific identification information such as a password (password) cannot be confirmed), a specific person such as a doctor By reading the various information data of the installation person's unique information recording device, even if the installation person does not give permission to use the identification information recording device, the specific person can read the data of the installation person's various information And appropriate treatment becomes possible.

The present invention is intended for an emergency use in which a specific person can read various kinds of information data of an installed person who has installed a unique information recording device without using permission of the installed person using emergency identification information. This is realized by providing an access device.
Hereinafter, embodiments of the present invention will be described in detail and specifically with reference to the drawings.

  1 to 5 show a first embodiment of the present invention.

  In FIG. 2, 2 is a data detection system using a unique information recording device. The data detection system 2 using this unique information record stores data of various types of personal information of the person to be installed (hereinafter referred to as “person P”) and is installed in a living body in or near the oral cavity of the person P. The unique information recording device 4 (see FIGS. 4 and 5) and emergency identification information (for example, a personal identification number or a personal identification code) as specific identification information for the unique information recording device 4 (hereinafter referred to as “emergency personal identification”). The emergency IC (integrated circuit) chip access device 6 that is an emergency access device that can communicate with the emergency number, and various types of information data of the person P are registered and communicated to the emergency IC chip access device 6. A computer 1 that is a terminal device that can communicate with the emergency IC chip access device 6 and the server 8 and can read various information data of the person P by the server 8 that can be used and the emergency password. It is equipped with a door.

  As shown in FIG. 4, the unique information recording device 4 is installed in the dental structure 12, for example, and includes various personal information data (personal data such as identification (hereinafter referred to as “ID”) of the person P, Non-contact type IC chip (RFID (Radio Frequency Identification) chip) 14 capable of storing medical history, allergy constitutions, etc.) and writing new information data. It is composed of a biosensor 16 for sending biometric data and an induction coil unit 18 having a communication antenna function. As shown in FIG. 5, the dental structure 12 is installed on a tooth root 24 fitted in the alveolus 22 of the gum 20. As shown in FIG. 3, the IC chip 14 has a storage unit (memory) 14 </ b> A that stores data of various types of information of the person P, and data indicating that one person is in the emergency password use permission approver list. An emergency password use permission approval registration unit 14B for registration is provided.

  The emergency IC chip access device 6 is installed in a specific facility such as a hospital, for example, and communicates with the unique information recording device 4 to store various information data of the person P stored in the IC chip 14 from the IC chip 14. The data of personal information of the person P from the IC chip 14 is transferred to the server 8, the data of various information of the person P registered in the server 8, and the data of various information of the person P from the IC chip 14 Are recognized and recognized. Therefore, the emergency IC chip access device 6 has a communication access for communicating with the control unit 6A, the emergency code input unit 6B, the unique information recording device 4 and the server 8 as shown in FIG. 6C, emergency password use permission approval determination unit 6D, and data recognition collation unit 6E.

  The server 8 registers, for example, an ID (identification etc.) as various information data of the person P, causes the computer 10 to read various information data of the person P, and collates the various information data of the person P.・ Recognize. Therefore, the server 8 includes a communication access unit 8D that performs communication with the control unit 8A, the personal data registration unit 8B, the emergency password input unit 8C, the emergency IC chip access device 6, and the computer 10. And an emergency PIN code use permission approval registration unit 8E for registering data in the emergency PIN code use permission approver list, a doctor ID recognition unit 8F, and a data recognition verification unit 8G.

  The computer 10 is installed in the vicinity of, for example, a doctor as a specific person, a lifesaving emergency doctor, etc. (hereinafter referred to as “doctor”), and is used for emergency in response to the emergency password requested by the server 8 and input by the doctor. The IC chip access device 6 and the server 8 can communicate with each other, and the doctor's own ID (identification number) requested by the server 8 can be input. For this reason, the computer 10 includes a main body 10A, a display unit 10B, and an input operation unit 10C. The main body 10A includes a control unit 10A-1, a communication access unit 10A-2 for communicating with the emergency IC chip access device 6 and the server 8, and a data acquisition unit 10A-3. .

  In the data detection system 2 using the unique information recording apparatus of the first embodiment, for example, when the person P falls into an unconscious state, or the person P is conscious of the person P, but the person P gives the doctor a medical condition or the like. If you cannot explain it accurately, make a pre-registration so that the doctor can read out various data such as personal data (ID) of the person P, such as name, address, and age, and medical condition data such as medical history. In this way, various information data of the necessary person P is read out and subjected to appropriate treatment.

  This pre-registration is like a donor card for organ transplantation. When it is difficult for the person P to explain his / her own information such as identification (ID) or medical condition, It is a mechanism that allows doctors to retrieve data. This pre-registration method assumes that the person P himself / herself cannot accurately convey identification, medical history, etc. due to unconsciousness or inability to accurately explain the medical condition to the doctor. When the information data is recorded, when it is carried to a hospital or the like, the IC chip 14 is requested to input the emergency password and the various information data of the person P can be retrieved. The password usage permission approval is registered.

  Similarly, the emergency password use permission approval is registered in the server 8 as well. In the event of an emergency, the emergency password used to read out the various information data of the person P is made available only to a specific person, and when the various information data of the person P is read out, By recording the name or the like of the specific person read using the emergency password, it is possible to track who has extracted the various information data of the person P later.

  Next, the operation of the first embodiment will be described in the case of a person P having severe diabetes, for example.

  First, as a premise, various data such as personal data (ID) such as identification of the person P and medical condition data such as medical history and allergic constitution are stored in the non-contact type IC chip 14. It is installed in the living body in or near the mouth of the person P (see FIG. 5).

  And since this person P has severe diabetes, a specific person (for example, a doctor, a lifesaving doctor, etc.) obtains various information such as identification (ID) and medical condition data in an emergency such as an unconscious state. Using the emergency password for emergency use, registration of approval for use of the emergency password is registered in advance in the IC chip 14 and the server 8 so that data of various information stored in the IC chip 14 can be read. .

  At this time, the person P can restrict the data of various information that can be retrieved by using the emergency password (for example, only name, address, emergency contact information, blood type, and medical history can be retrieved). By doing so, there is no need to worry that all of the individual information data in the IC chip 14 can be seen).

  The emergency password used for retrieving the data of the various information of the person P is registered in advance in the emergency IC chip access device 6 such as an emergency hospital. In addition, a specific person is given an ID to each individual person, and in the event of an emergency, when the data of various information of the person P is retrieved, the ID of the specific person person is input together with the emergency personal identification number. It is possible to record whether the data of various types of information has been extracted.

  And, for example, when a person P suddenly falls down on the road and falls into an unconscious state, the name, address, and the state in which it is impossible to tell a doctor who is a specific person that he / she is severely diabetic Suppose that

  Therefore, the person P is transported to the hospital by an ambulance, but since the consciousness of the person P has not returned, the doctor stores various kinds of personal information data of the person P from the IC chip 14 of the person P in the flowchart of FIG. Read as shown.

  That is, as shown in the flowchart of FIG. 1, when the computer 10 operated by a doctor accesses the server 8 (A-1), the computer 10 is requested to input an emergency password (A-2). When the emergency password is input to the computer 10, the emergency password data is transmitted from the computer 10 to the server 8.

  At the same time, when the computer 10 operated by the doctor accesses the emergency IC chip access device 6 installed in the hospital (B-1), the computer 10 is requested to input the emergency password (B -2) When the doctor inputs the emergency password to the computer 10, the emergency password data is transmitted from the computer 10 to the emergency IC chip access device 6.

  The server 8 determines whether or not the emergency password of the data input from the computer 10 is recognized (A-3). If the emergency password is not recognized (authentication is impossible), The computer 10 is continuously requested to input the emergency password (A-2).

  At the same time, the emergency IC chip access device 6 determines whether or not the emergency password of the data input from the computer 10 has been recognized (B-3), and the emergency password is recognized. If not (authentication is not possible), the computer 10 is continuously requested to input the emergency password (B-2).

  When the emergency password is recognized (authentication), the server 8 requests the computer 10 to input the doctor's personal ID (A-4). It is confirmed whether or not the doctor's personal ID is recognized (A-5). If the doctor's personal ID is not recognized (authentication is impossible), the computer 10 is requested to input the emergency password (A-). 2).

  In the emergency IC chip access device 6, when the emergency password is recognized (authentication), the IC chip 14 is accessed (B-4), and the IC chip 14 is permitted to use the emergency password. It is confirmed whether or not it is approved (B-5), and when the IC chip 14 does not approve the use of the emergency password (no permission), the emergency password is input to the computer 10 Is continuously requested (B-2).

  In this emergency IC chip access device 6, if the IC chip 14 is permitted to use the emergency code, the emergency code is recognized (B-6), and the IC chip 14 The personal data of the ID of the person P recorded therein is transferred to the emergency IC chip access device 6 (B-7).

  When the server 8 recognizes the personal ID data of the doctor (authentication), the server 8 reads out the data of the emergency password use permission approver list in the server 10 (A-6).

  Next, the ID data of the person P is recognized by collating the data (ID) of the person P between the emergency IC chip access device 6 and the server 8.

  In other words, the server 8 transmits the read emergency password use permission approver list data to the emergency IC chip access device 6. In this case, it is also possible to transmit data of various information of the person P from the emergency IC chip access device 6 to the server 8 for verification.

  Then, the emergency IC chip access device 6 transfers from the IC chip 14 into the emergency password use permission approver list data (A-6) read and transmitted from the server 10. Whether or not there is data of the ID of the designated person P (B-8) and transferred from the IC chip 14 to the data of the emergency password use permission approver list (A-6) If there is no data of the ID of the person P (mismatch), the data of the ID of the person P in the IC chip 14 is read again (B-7).

  Similarly, the server 8 checks whether or not there is data of the ID of the person P in the data of the emergency password use permission approver list (A-7), and approves the use of the emergency password. If there is no data of the ID of the person P in the person list data (mismatch), this collation is continued (A-7).

  The server 8 authenticates the coincidence of the ID data of the person P when the ID data of the person P exists in the data of the emergency password use permission approver list (match) (A-8). Then, preparation is made to read data of various information such as personal data and medical condition data of the person P sent from the IC chip 14 (A-9).

  In the emergency IC chip access device 6, the person transferred from the IC chip 14 to the emergency IC chip access device in the data of the emergency password use permission approver list read from the server 10. When the ID data of P match, the ID of person P is authenticated (B-9), and the name, address, emergency contact information, blood type, severe diabetes, etc. of person P from IC chip 14 The personal data (ID) and medical condition data are read (B-10), and the personal data (ID) and medical condition data of the person P read from the IC chip 14 are transferred to the server 8 ready for reading (B). -11). In this case, when data is extracted using the emergency password, the data must be extracted and read only from the server 8.

  In the server 8, the server 8 recognizes personal data and medical condition data such as the name, address, emergency contact, blood type, and severe diabetes of the person P from the IC chip access device 6 for emergency (A-10). Then, the doctor retrieves the necessary information data from the server 8 by extracting personal information data such as the name, address, emergency contact information, blood type, and severe diabetes of the person P from the server 8 (A-11). A doctor is allowed to perform an appropriate treatment for the person P.

  After the doctor's treatment is completed, the computer 10 requests the IC chip 14 to write the data of the current symptom of the person P to the IC chip 14 via the server 8 (A-12). Is terminated, the data of various information such as the name of the doctor who accessed the hospital and the name of the hospital, etc. from the personal ID input when accessing the server 8 is automatically transmitted via the server 8 to the person P. Recording is performed on the IC chip 14 (A-13).

  As a result, it is possible to confirm when the person P falls into an unconscious state, who has accessed the IC chip 14 and has been treated.

  As a result, in the data detection system 2 using the unique information recording device, the computer 10 as the terminal device communicates with the emergency IC chip access device 6 by the emergency password, and the emergency IC chip. Since the access device 6 communicates with the unique information recording device 4, for example, when it is impossible to confirm the identity of the person P or report a medical condition (specific identification information such as a personal identification number cannot be confirmed), a doctor The specific person such as the person reads various personal information data of the personal information recording apparatus 4 of the person P, so that the specific person can use the personal information recording apparatus 4 even if the personal P does not give permission to use the specific information recording apparatus 4. Thus, it is possible to read data of various types of information, and appropriate measures can be taken.

  In the first embodiment, as a method of accessing the IC chip 14 by the computer 10, various kinds of information data stored in the IC chip 14 can be directly read from the computer 10 without going through the server 8. It is. In this case, the computer 10 can be operated only by a specific person who knows the emergency password, and the installation location of the computer 10 and the emergency IC chip access device 6 is also a specified facility such as a hospital. Limited to.

  For example, the person P has severe diabetes. Severe diabetes can suddenly lead to unconsciousness, regardless of time and place. For this reason, the person P himself / herself may not be able to accurately convey personal information such as name and age, medical history, etc. to a specific person such as a doctor.

  Therefore, when the person P falls into an unconscious state, the IC chip can be used to extract various information data such as personal data such as the name and age of the person P and medical history data by a specific person such as a doctor or an emergency medical doctor. 14 is registered in advance, so that various information data such as personal data and medical condition data of the necessary person P can be read and an appropriate treatment can be received.

  As this pre-registration method, it is assumed that the person himself / herself cannot accurately convey his / her identity, medical history, etc. due to unconsciousness, etc., and when the IC chip 14 is in an unconscious state, the specific person is informed of information such as medical condition data. The emergency use permission approval is registered so that can be read.

  Further, the emergency IC chip access device 6 that reads data into the IC chip 14 is registered with an emergency password, and the emergency IC chip access device 6 is used as a specific person who uses the emergency IC chip access device 6. The ID of the doctor and / or emergency medical technician is also registered.

  In an emergency, the emergency IC chip access device 6 used for reading data in the IC chip 14 is installed only in a designated organization (an ambulance, a hospital, etc.) so that only a specific person can use it. When extracting various personal information data in the IC chip 14, by recording the name of the specific person from whom the various personal information data is extracted, by whom the personal various information data was extracted To be tracked later.

  As described above, when the personal information stored in the IC chip 14 is directly read without going through the server 8, the person P who has embedded the IC chip 14 in the oral cavity falls down in an unconscious state. In such a case, an emergency medical doctor or the like as a specific person inputs the emergency PIN and his / her ID to the emergency IC chip access device 6 and directly enters the IC chip 14 without going through the server 8. Personal data and medical condition data can be retrieved.

  By using this method, the time to access the server 8 can be shortened when an emergency procedure is required to compete for a moment, and the data in the IC chip 14 can be quickly read and an appropriate procedure can be performed. It becomes possible.

  Further, in this first embodiment, not only when the person P falls into an unconscious state, but also when the person P is conscious, when he / she is ill at a travel destination or when the medical institution is changed, etc. Therefore, even when the patient's own medical condition cannot be accurately explained, the system of the present invention can be used.

  FIG. 6 shows a second embodiment of the present invention.

  In the second embodiment, portions that perform the same functions as those of the first embodiment will be described with the same reference numerals.

  The features of the second embodiment are as follows. That is, as shown in FIG. 6, the emergency access device 6 includes a computer 32 as a terminal device capable of reading various information data of the person P who is the installation person from the unique information recording device 4. The computer 32 communicates with each part in the emergency access device 6.

  The computer 32 has the same configuration as the computer 10 of FIG. 3, and includes a main body 32A, a display unit 32B, and an input operation unit 32C.

  In the second embodiment, as a method of accessing the IC chip 14, the specific person operates the computer 32 of the emergency access device 6 so that the information stored in the IC chip 14 can be accessed without going through the server. Have the data read directly. In this case, only a specific person who knows the emergency password is allowed to operate the computer 32, and the installation location of the emergency IC chip access device 6 is limited to a specific facility such as a hospital. .

  That is, the person P has severe diabetes. Severe diabetes can suddenly lead to unconsciousness, regardless of time and place. For this reason, the person P himself / herself may not be able to accurately convey personal data such as name and age, medical history data, and the like to a specific person such as a doctor.

  Therefore, when the person P falls into an unconscious state, the IC chip can be used to extract various information data such as personal data such as the name and age of the person P and medical history data by a specific person such as a doctor or an emergency medical doctor. 14 is registered in advance, so that various information data such as personal data and medical condition data of the necessary person P can be read and an appropriate treatment can be received.

  As this pre-registration method, it is assumed that the person himself / herself cannot accurately convey his / her identity, medical history, etc. due to unconsciousness, etc., and when the IC chip 14 is in an unconscious state, the specific person is informed of information such as medical condition data. The emergency use permission approval is registered so that can be read.

  Further, the emergency IC chip access device 6 that reads data into the IC chip 14 is registered with an emergency password, and the emergency IC chip access device 6 is used as a specific person who uses the emergency IC chip access device 6. The ID of the doctor and / or emergency medical technician is also registered.

  In an emergency, the emergency IC chip access device 6 used for reading data in the IC chip 14 is installed only in a designated period (an ambulance, a hospital, etc.) so that only a specific person can use it. When extracting various personal information data in the IC chip 14, by recording the name of the specific person from whom the personal data was extracted, it is later tracked who has extracted the personal information data. Be able to do that.

  Thus, when the information data stored in the IC chip 14 is directly read by the emergency IC chip access device 6 without going through the server, the person P who has embedded the IC chip 14 in the oral cavity is unconscious. When a person falls down in a state, a specific person such as an emergency medical doctor as the specific person inputs the emergency PIN and his / her ID to the emergency IC chip access device 6 directly without going through the server. Data of various information such as personal data and medical history data in the IC chip 14 can be extracted.

  By using this method, it is possible to shorten the time to access the server when an urgent emergency action is required, and to quickly read various personal information data in the IC chip 14 and perform an appropriate treatment. Can be performed.

  Further, since the emergency IC chip access device 6 is provided with a computer 32 for reading data of various personal information in the IC chip 14, the entire emergency IC chip access device 6 can be reduced in size and used in an emergency. The IC chip access device 6 can be easily carried, and the necessary data in the IC chip 14 can be read on the spot. As a result, a specific person such as an emergency medical doctor can always use the emergency IC chip access device 6 provided with the computer 32 as an access unit, and data of various personal information in the IC chip 14 at any place. Can be read.

  In other words, according to the configuration of the second embodiment, for example, the case of a person P having severe diabetes will be described. The person P can be used for various kinds of personal data such as identification, and medical condition data such as medical history and allergic constitution. Information data is stored in the non-contact type IC chip 14 and embedded in the oral cavity of the person P itself.

  Since the person P has severe diabetes, the identification of the person P and the medical condition data of the person P are specified in a specific person (for example, a doctor or an emergency medical doctor) ) Uses the data processing unit 26 provided with the terminal device 10 capable of reading out emergency data so that the data in the IC chip 14 of the person P can be read in advance in the IC chip 14 of the person P for emergency use. Register permission approval.

  At this time, it is possible to limit the data of various information in the IC chip 14 of the person P that can be pulled out using the emergency IC chip access device 6 including the terminal device 32 that can read data (for example, By making it possible to retrieve only the name, address, emergency contact information, blood type, and medical history, there is no need to worry about seeing all of the various information data stored in the IC chip 14).

  In this case, the emergency IC chip access device 6 includes a personal ID and emergency identification information (emergency emergency information) of a specific person (for example, a doctor or emergency medical doctor) who uses the emergency IC chip access device 6. (PIN number) is registered. The emergency identification information is a number assigned to a hospital or fire department in advance. Therefore, when a specific person is given a personal ID and various personal information of the person P is retrieved in the event of an emergency, the personal ID of the specific person is input together with the emergency identification information. It can be recorded on the IC chip 14 of the person P whether the data of various types of information has been extracted.

  Then, when the person P suddenly falls into an unconscious state on the road, it becomes impossible to tell the doctor, etc. that his / her name, address and that he / she has severe diabetes.

  Thereafter, an ambulance arrives, but the consciousness of the person P does not return, and the name, medical history, etc. cannot be conveyed to a specific person such as an emergency medical doctor.

  Therefore, the emergency medical doctor inputs the emergency PIN as emergency identification information and the personal ID of the emergency medical doctor to the emergency IC chip access device 6 having a terminal function, and accesses the IC chip 14 of the person P. Try.

  Since the emergency use permission approval is registered in the IC chip 14 of the person P, the emergency medical doctor accesses the IC chip 14 of the person P by the emergency IC chip access device 6 having a terminal function. Is possible.

  The emergency medical doctor can read necessary data from the IC chip 14 of the person P and perform appropriate treatment on the spot.

  Then, after reading various information data in the IC chip 14 of the person P, each data such as the treatment contents and the name of the emergency medical doctor can be written in the IC chip 14 of the person P.

  Thereby, it is possible to confirm when the person P falls into an unconscious state, who has accessed the IC chip 14 and performed the treatment, and can be used as a reference for the next treatment.

  Further, in this second embodiment, as shown in FIG. 7, the emergency access device 6 having a computer 32 is provided with a server 8 in which various information data of the installation person are registered so as to be communicable. It is also possible. In this case, since the data of the various information of the installation person is read in the same manner as the flowchart of FIG. 1, the description thereof is omitted here.

  In the present invention, in the computer access method described above, since only the ID data of the person P as various information data is recorded in the server, the personal data and medical condition data of the person P are recorded from the IC chip. However, the personal data and medical condition data such as person P's name, address, emergency contact information, blood type, and severe diabetes are recorded in the server itself, and the emergency IC chip access device is used. The ID data in the emergency code use permission approver list of the IC chip and the server are collated, and if this data matches, the personal data and medical condition data of the person P registered in the server are retrieved. Is also possible.

  The provision of an emergency access device that allows the terminal device to communicate with the emergency PIN code so that various types of personal data of the person P can be read without permission for the person is also applied to other communication means. be able to.

  In addition, for example, since the information recording device installed in the oral cavity or the living body in the vicinity of the oral cavity used in the present invention is always present with the person, in addition to the emergency use of the corresponding person in the embodiment of the present invention In addition, the medical management or medical service of the person concerned can be performed well.

  As one of them, today's urgent countermeasures against medical malpractice that has developed into a social problem, the medication errors that occur when preparing medical records or prescription instructions, at the time when the drug is delivered to the patient It is said that the check function is difficult to work because the prescription is far from the doctor's hand. Therefore, for each medication, the history is left on the patient side, and when a new medication is given, if you refer to the medication history recorded before that, even if the wrong medication came to the patient side, Since the inconsistency with the previous medication history becomes obvious at a glance, the health hazard of the patient can be stopped at the water's edge.

  However, creating a medication history on the patient side requires a new effort from the medical staff and requires the patient to always carry the record. In addition, there is an element in which a human error is included in the process of creating a medication history. Although a barcode has been added to the bangles for identifying the identity of hospitalized patients, and a system has been put into practical use by scanning this barcode to confirm the identity of the patient during medication, the prescribed amount There is an opinion that the function of checking the content of medication itself cannot be fulfilled, and that the bracelet that the patient always wears can cause in-hospital infections. It cannot be applied at all.

  Therefore, for a specific information recording device using an RFID (Radio Frequency Identification) chip that operates in a non-contact manner within the root of the treated tooth or the built-in crown structure used in the present invention, it can Create a mechanism to record the given drug name, dose, date, etc. on the patient side with a single touch. In the case of a new medication, it is possible to prevent an erroneous medication or an undesired overdose by referring to the medication history recorded previously.

  However, the unique information recording device installed in the living body in the oral cavity or near the oral cavity with such an important record is subject to human omission or unauthorized access from a malicious third party, medical history and medication As long as there is a possibility of tampering with the pebbles, it would be very irrelevant to use it with confidence from the perspective of a patient who must literally leave his life in this system.

  In the medical field, if it is necessary to grasp the patient's medical history accurately and quickly and always provide the most advanced medical means, the method of the present invention can be used in advance based on the patient's intention. The medical institution or doctor who guarantees medical management has the emergency PIN number etc. secured, and the doctor and medical institution who has secured the security code, etc., while fulfilling the duty of caution, the PIN number etc. The above-mentioned medication errors can be prevented by accessing the unique information recording device in the living body in or near the oral cavity of the patient at any time and recording the medical history and medication history. That is, the present invention can contribute to the establishment of high reliability for medical management because it can contribute to the establishment of security for eliminating unauthorized access from such third parties to such a system. can do.

FIG. 5 is a flowchart in which the personal information data of a person can be read by the emergency password in the first embodiment without permission of the person. It is a block diagram of the data detection system using the specific information recording device in 1st Example. It is a block diagram of the data detection system using the specific information recording device in 1st Example. It is a perspective view of the dental construction body provided with the specific information recording device in the first embodiment. It is sectional drawing in the oral cavity which installed the dental construction body in 1st Example. It is a block diagram of the data detection system using the specific information recording device in 2nd Example. It is a block diagram of the data detection system using the specific information recording device with which the server was provided in the IC chip access device for emergency in the 2nd Example so that communication was possible.

Explanation of symbols

2 Data detection system using unique information recording device 4 Unique information recording device 6 Emergency IC chip access device 8 Server 10 Computer 12 Dental structure 14 IC chip

Claims (4)

  An emergency access device capable of storing various kinds of personal information data of the person to be installed and communicating with the unique information recording device installed in the living body in or near the mouth of the person to be installed by the emergency identification information A unique information recording device is provided, characterized in that a terminal device is provided which can communicate with the emergency access device by the emergency identification information and which can read data of various information of the installation subject. Data detection system.   An emergency access device capable of storing various kinds of personal information data of the person to be installed and communicating with the unique information recording device installed in the living body in or near the mouth of the person to be installed by the emergency identification information A server capable of communicating with the emergency access device in which data of various information of the installed person is registered, and capable of communicating with the emergency access device and the server by the emergency identification information; A data detection system using a unique information recording device, comprising a terminal device capable of reading data of various information of the installation person.   An emergency access device capable of storing various kinds of personal information data of the person to be installed and communicating with the unique information recording device installed in the living body in or near the mouth of the person to be installed by the emergency identification information This emergency access device comprises a terminal device capable of reading data of various information of the person to be installed from the unique information recording device, and a data detection system using the unique information recording device .   An emergency access device capable of storing various kinds of personal information data of the person to be installed and communicating with the unique information recording device installed in the living body in or near the mouth of the person to be installed by the emergency identification information The emergency access device is provided with a terminal device that can read various information data of the installation person from the unique information recording device, and the various information data of the installation person is registered. A data detection system using a unique information recording device, characterized in that the server is provided so as to be communicable.

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