JP2006309465A - Dental health management system, oral cavity information analyzing device, dental disease analyzing method and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a dental health management system for enabling a user to easily know his or her own oral cavity circumstances without any constraint of time/space. <P>SOLUTION: This dental health management system is provided with an oral cavity information analyzing device for analyzing biological information relating to an oral cavity to be acquired by collecting a breath of a user, a communication network to which the oral cavity information analyzing device is connected and a dental health support server connected through the communication network to the oral cavity information analyzing device for generating the determination result of the possibility of a dental disease based on the analytic result of the oral cavity information analyzing device, and for providing to the user the generated determination result as well as care for the dental disease based on the determination result. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a dental health management system, an intraoral information analysis apparatus, a dental disease analysis method, and a program. In particular, the present invention provides a dental health management system that provides a user with a determination result of the possibility of a dental disease based on the user's oral information and answers to questions, and measures the biological information about the user's oral cavity. The present invention relates to an intraoral information analysis apparatus, a dental disease analysis method, and a program for an intraoral information analysis apparatus to be analyzed.

A periodontal disease diagnosis device that diagnoses the degree of progression of periodontal disease by measuring component gases in exhaled breath is known (for example, see Patent Document 1).
Japanese Patent Application Laid-Open No. 2002-255354

  Periodontal disease, which is a major cause of tooth loss after the middle age, progresses with poor subjective symptoms, so it is difficult to motivate to visit a dental institution voluntarily for the purpose of health management. In addition, since health examinations are not covered by medical insurance, it is difficult to lead to medical examinations for the purpose of managing the risk of periodontal diseases in terms of cost. However, in regular medical examinations by companies and the like, due to time and cost constraints, caries examinations are the main focus, as in school medical examinations, and periodontal diseases are not sufficiently examined. In addition, periodontal disease screening conducted by local governments is often performed during the daytime on weekdays, making it difficult for workers to consult. Also, even if you are receiving periodontal medical examinations such as regular medical examinations, for example, if you are receiving regular medical examinations once a year, Periodontal disease may progress.

  In periodontal diseases, the progression of the disease can be prevented by raising awareness of oral care at the stage of mild periodontitis and receiving instructions such as the correct brushing method. However, as mentioned above, it is left without appropriate support at present, periodontal disease progresses to a considerable extent in the middle age, and there are many cases of tooth loss. It is a cause of tooth loss. As described above, the conventional health management system has a problem that dental health management support for individuals is not sufficient. It is desirable that an individual can grasp his / her oral condition without being restricted by time and space, and can know an appropriate coping method. For example, it is desirable to be able to easily receive screening for the possibility of a dental disease at home, at work, overseas, etc., and to be able to know an indication of whether or not to receive a professional examination.

  Therefore, an object of the present invention is to provide a dental health management system, an intraoral information analysis apparatus, a dental disease analysis method, and a program that can solve the above-described problems. This object is achieved by a combination of features described in the independent claims. The dependent claims define further advantageous specific examples of the present invention.

  A dental health management system according to a first embodiment of the present invention includes an intraoral information analysis device that measures and analyzes biological information related to a user's oral cavity, a communication network to which the intraoral information analysis device is connected, and a communication network. And a dental diagnosis support server that is connected to the intraoral information analyzer and generates a determination result of the possibility of a dental disease based on the analysis result of the intraoral information analyzer and provides it to the user.

  The intraoral information analyzer may collect and analyze the user's breath. The dental diagnosis support server may provide the user with a coping method corresponding to the dental disease based on the determination result, together with the determination result of the possibility of the dental disease generated based on the analysis result by the intraoral information analyzer.

  A user terminal capable of communicating with a dental diagnosis support server via a communication network is further provided, and the dental diagnosis support server presents a predetermined question item to the user via the user terminal or the intraoral information analyzer and answers And a determination result of the possibility of a dental disease may be generated based on the answer.

  The dental diagnosis support server further includes a dentist database that stores information of at least one dentist, and the determination result of the dental disease generated based on the analysis result by the intraoral information analyzer is based on the determination result The user may be provided with information on dentists who can deal with dental diseases.

  When the dental diagnosis support server introduces a dentist to the user, the dental diagnosis support server further includes an introduction cost management server that performs billing processing for the introduction fee to the dentist and confirms payment from the dentist. When the payment from the dentist is confirmed by the referral fee management server, a second opinion by another dentist of the dentist may be accepted at the request of the user.

  Connected to the intraoral information analysis device and dental diagnosis support server via the communication network, and stores the history of analysis results by the intraoral information analysis device for each user in association with the measurement date and time of biological information by the intraoral information analysis device The dental diagnosis support server further generates a determination result of the possibility of a dental disease based on a history of analysis results by the intraoral information analysis apparatus for each user stored in the dental information database. May be provided to the user.

  Connected to the intraoral information analysis device and the dental diagnosis support server via the communication network, correlated with the measurement date and time of the biological information by the intraoral information analysis device, the history of the analysis result by the intraoral information analysis device, and the user terminal or The dental information support apparatus further includes a dental information database that stores, for each user, a history of access to the dental diagnosis support server by the intraoral information analysis apparatus, and the dental diagnosis support server stores the intraoral information analysis apparatus for each user stored in the dental information database. The determination result of the possibility of dental disease may be generated and provided to the user based on the history of the analysis result according to the above and the history of access to the dental diagnosis support server by the user terminal or the intraoral information analysis device.

  An intraoral information analysis apparatus according to a second embodiment of the present invention is an intraoral information analysis apparatus that measures and analyzes biological information related to a user's oral cavity, and includes a measurement unit that measures biological information related to the user's oral cavity, and a measurement The biometric information storage unit stores the history of the measurement results by the measurement unit for each user in association with the measurement date and time of the biometric information by the unit, and the dental disease based on the measurement result history stored in the biometric information storage unit A determination result presentation unit that generates a determination result of the possibility and provides the determination result to the user.

  A disease risk calculation unit that calculates a disease risk indicating a disease state related to the oral cavity of the user for each measurement date and time of the biological information by the measurement unit based on the measurement result stored in the biological information storage unit, and a disease risk calculation unit And a determination result presenting unit based on the disease risk calculated by the disease risk calculation unit and the progression rate calculated by the progression rate calculation unit. A determination result of the possibility of a dental disease may be generated and presented to the user.

  The measurement unit measures the concentration of a plurality of gases contained in the user's breath, and the biological information storage unit associates the measurement date and time of the gas concentration with the measurement unit and records the measurement result of the gas concentration by the measurement unit. The determination result presenting unit generates a determination result of the possibility of dental disease based on the history of the measurement result of the gas concentration stored in the biological information storage unit, and provides the determination result to the user. Good.

  A disease risk storage unit is further provided for storing a disease risk in association with a plurality of gas concentrations, and the disease risk calculation unit is associated with the measurement result of the gas concentration stored in the biometric information storage unit. The disease risk stored in the risk storage unit may be calculated.

  A progress acceleration calculating unit that calculates a progress acceleration from the progress speed calculated by the progress speed calculating unit is further provided, and the determination result presenting unit is a determination result of the possibility of dental disease based on the progress acceleration calculated by the progress acceleration calculating unit. May be generated and presented to the user.

  The determination result presentation unit provides the user with a coping method corresponding to the dental disease based on the determination result, together with the determination result of the possibility of the dental disease generated based on the history of the measurement result stored in the biological information storage unit. It's okay.

  A biometric information storage unit further comprising a time input unit that allows a user to input a food and drink time, and a measurement result correction unit that corrects biometric information measured by the measurement unit based on the food and drink time input from the time input unit; May store the measurement result of the biological information corrected by the measurement result correction unit for each user.

  According to a third aspect of the present invention, there is provided a dental disease analysis method for measuring and analyzing biological information relating to a user's oral cavity, the measuring step for measuring biological information relating to the user's oral cavity, and the measurement of biological information in the measuring step. Corresponding to the date and time, a biometric information storage stage that stores the history of measurement results in the measurement stage for each user, and a determination result of the possibility of dental disease based on the measurement result history stored in the biometric information storage stage And providing a determination result to the user.

  According to a fourth aspect of the present invention, there is provided a program for an intraoral information analysis apparatus that measures and analyzes biological information related to a user's oral cavity, and the intraoral information analysis apparatus measures biological information related to the user's oral cavity. Corresponding to the measurement date of the biometric information by the measurement unit, the biometric information storage unit for storing the history of the measurement result by the measurement unit for each user, based on the history of the measurement result stored in the biometric information storage unit It is made to function as a determination result presentation part which produces | generates the determination result of the possibility of a dental disease and provides it to a user.

  Note that the above summary of the invention does not enumerate all the necessary features of the present invention, and sub-combinations of these feature groups can also be the invention.

  According to the present invention, the user can easily grasp his / her oral condition without being restricted by time and space. Moreover, each user's dental disease can be determined accurately.

  Hereinafter, the present invention will be described through embodiments of the invention. However, the following embodiments do not limit the claimed invention, and all combinations of features described in the embodiments are inventions. It is not always essential to the solution.

  FIG. 1 shows an example of the configuration of a dental health management system 100 according to an embodiment of the present invention. The dental health management system 100 includes an intraoral information analyzer 110, a dental diagnosis support server 120, a dental information database 130, and a communication network 105. The dental health management system 100 configured as described above provides a system that allows the user 180 to easily check the health status in the oral cavity, and provides a dental diagnosis for the user 180 in order to continuously promote the health management of the user 180. The purpose is to accumulate data. In the dental health management system 100 of this configuration, the dental diagnosis support server 120 makes an inquiry to the user 180 by collecting question responses related to the oral cavity from the user 180 via the communication network 105. And the dental health management system 100 of this structure is based on the content of the question response obtained by the inquiry, and the intraoral information of the user 180 acquired from the intraoral information analysis apparatus 110 via the communication network 105. The health status of the patient is analyzed and stored in the dental information database 130, and the analysis result and simple advice are notified to the user 180.

  The intraoral information analyzer 110 is connected to the communication network 105. The dental diagnosis support server 120 is connected to the intraoral information analysis apparatus 110 via the communication network 105. Further, the user terminal 185 is provided to be able to communicate with the dental diagnosis support server 120 and / or the intraoral information analysis apparatus 110 via the communication network 105.

  The intraoral information analyzer 110 measures and analyzes biological information related to the oral cavity of the user 180. The biological information related to the oral cavity may be gas concentration information and gas composition information included in the breath of the user 180. In addition, the biological information regarding the oral cavity may include the presence or absence of occult blood contained in the saliva of the user 180, the number of periodontopathic bacteria, and data of biochemical test items such as LDH and ALP. Then, the dental diagnosis support server 120 generates a determination result of the possibility of a dental disease based on the analysis result by the intraoral information analysis apparatus 110 and provides it to the user 180. Here, the determination of the possibility of a dental disease may be an evaluation of the oral health condition. Further, the dental diagnosis support server 120 provides the user 180 with a coping method corresponding to the dental disease based on the determination result, together with the determination result of the possibility of the dental disease generated based on the analysis result by the intraoral information analysis apparatus 110. . For example, the dental diagnosis support server 120, together with the determination result of the possibility of a dental disease such as “There is a suspicion of periodontal disease”, “I strongly encourage you to consult”, “Consult with a dentist how to brush your teeth. The intraoral information analysis device 110 transmits the information to the intraoral information analysis device 110, and the information is displayed on a display device such as a display to be provided to the user 180.

  Note that the intraoral information analysis apparatus 110 may present an operation procedure of the intraoral information analysis apparatus 110 to the user 180. For example, the intraoral information analysis apparatus 110 displays the measurement procedure on the display device when detecting that the user 180 has approached. Then, the intraoral information analysis apparatus 110 accepts an exhalation input from the user 180 and analyzes the gas concentration contained in the exhalation. The intraoral information analyzer 110 itself generates a determination result of the possibility of dental disease based on the analysis result, and corresponds to the dental disease according to the determination result together with the determination result of the possibility of dental disease generated. A coping method may be provided to the user 180.

  The dental diagnosis support server 120 presents a predetermined question item to the user 180 via the user terminal 185 or the intraoral information analysis device 110 and makes it answer, and further determines the possibility of dental disease based on the answer. Generate results. Specifically, when the dental diagnosis support server 120 accepts WEB access by the user terminal 185 via the communication network 105, the dental diagnosis support server 120 transmits a question item to the user terminal 185. Then, the user terminal 185 presents the received question items to the user 180 and receives an input of an answer from the user 180. Then, the user terminal 185 transmits the answer to the question item input from the user 180 to the dental diagnosis support server 120. Then, the dental diagnosis support server 120 analyzes the answers to the question items received from the user terminal 185 to determine the possibility of the dental disease, and transmits a coping method corresponding to the determined dental disease to the user 180.

  In addition, the intraoral information analysis apparatus 110 may present a predetermined question item to the user 180 to answer it, and may further generate a determination result of the possibility of dental disease based on the answer. For example, the intraoral information analysis apparatus 110 displays the question items on the display device of the intraoral information analysis apparatus 110 and presents them to the user 180, and accepts input of answers to the question items from the user 180 by operating the touch panel or the like. May be. And the intraoral information analysis apparatus 110 may analyze based on the answer of the question matter received from the user terminal 185 further, and may give simple advice with an analysis result. Similarly to the dental diagnosis support server 120, the intraoral information analysis apparatus 110 accepts access via the user terminal 185, presents a predetermined question item to the user 180, and makes the answer to the answer. Based on this, a determination result of the possibility of dental disease may be generated. For example, the intraoral information analysis apparatus 110 transmits a question item to the user terminal 185 by WEB access from the user terminal 185, receives an inquiry answer from the user terminal 185, and further analyzes based on the received inquiry answer. The possibility of a dental disease is determined, and a coping method corresponding to the determined dental disease is transmitted to the user 180.

  The dental information database 130 is connected to the intraoral information analysis apparatus 110 and the dental diagnosis support server 120 via the communication network 105, and the measurement date and time of the biological information by the intraoral information analysis apparatus 110 and the dental diagnosis support server 120 or intraoral information. Corresponding to the analysis date and time of the answer to the question by the analysis device 110, the history of the analysis result by the intraoral information analysis device 110 and the analysis result of the dental disease by the dental diagnosis support server 120 or the intraoral information analysis device 110 is shown for each user 180 To store. Then, the dental diagnosis support server 120 analyzes the analysis result by the intraoral information analysis device 110 for each user 180 stored in the dental information database 130 and the analysis result of the dental disease by the dental diagnosis support server 120 or the intraoral information analysis device 110. Based on this history, a determination result of the possibility of a dental disease is generated and provided to the user 180. For example, the dental diagnosis support server 120 stores the level of dental diseases such as periodontal disease for each measurement date and time and user 180. For this reason, the dental health management system 100 can determine, for example, the temporal transition of the level of dental disease. Therefore, according to the dental health management system 100, for example, a warning can be issued to the user 180 when the level of dental disease exceeds an increase rate of a predetermined level. Further, the dental information database 130 may store a history of accessing the dental diagnosis support server 120 by the user terminal 185 or the intraoral information analysis apparatus 110 for each user 180. The accessed history may be the frequency of accessing the dental diagnosis support server 120 and answering the question items by the user terminal 185 or the intraoral information analyzer 110, for example. Then, the dental diagnosis support server 120 further determines the dental disease based on the history of access to the dental diagnosis support server 120 by the user terminal 185 or the intraoral information analysis apparatus 110 stored in the dental information database 130 for each user 180. A determination result of possibility may be generated. For example, the dental information database 130 may store the frequency of access to the dental diagnosis support server 120 as an access history. Then, the dental diagnosis support server 120 may provide a determination result indicating a lower possibility to the user 180 accessed more frequently. Further, the dental diagnosis support server 120 may provide determination information including advanced content by the user 180 accessed at a higher frequency. For example, the dental diagnosis support server 120 may provide more advanced information including a more specialized dental disease description, a more specialized brushing method, and the like when accessed more frequently. Thereby, the consciousness with respect to the dental disease of the user 180 can be improved more, and the health management of the user 180 can be continuously promoted.

  When the dental diagnosis support server 120 stores the determination result of the possibility of dental disease for each user 180, for example, the telephone number of the user 180, the mail address of the user 180, etc. are used as information for identifying the user 180. Good. In addition, when the user terminal 185 is a mobile phone or the like owned by each user 180, the dental diagnosis support server 120 can use the device ID of the user terminal 185 as information for identifying the user 180.

  The communication network 105 may include a communication line such as the Internet or a LAN. The communication means in the communication network 105 may include wired communication using a communication cable or the like, and wireless communication using radio waves, infrared rays, or the like. The user terminal 185 may be a portable information terminal such as a PDA or a mobile phone owned by the user 180, for example.

  FIG. 2 shows an example of a further configuration of the dental health management system 100. The dental health management system 100 further includes an introduction fee management server 150, a dentist database 140, a MAIL server 160, and a CTI server 170. The dental health management system 100 in this configuration provides appropriate medical support information for each user 180 based on data accumulated in the dental health management system 100 having the configuration described with reference to FIG. It is an object of the present invention to provide a system capable of prompting 180 to promote independent health care. Specifically, in the dental health management system 100 of this configuration, the dental diagnosis support server 120 cooperates with the dentist database 140 in which dentists are registered to introduce the dentist to the user 180, The diagnosis information of the user 180 is provided to the doctor. Further, the CTI server 170 and the MAIL server 160 perform counseling to the user 180 based on the history of the determination result of the possibility of dental disease received from the dental diagnosis support server 120. The dental diagnosis support server 120, the referral fee management server 150, the dentist database 140, the MAIL server 160, and the CTI server 170 are connected to each other via the communication network 105 so as to be communicable with each other.

  The dentist database 140 stores information on at least one dentist. The dentist includes a doctor related to dentistry such as an oral surgeon, and includes a person engaged in occupations related to teeth and / or the oral cavity such as a dental hygienist and a dental technician. The dentist information may include information on the medical institution 190 to which the dentist belongs, and may include the medical field, contact information, address, and the like of the dentist and / or the medical institution 190 to which the dentist belongs. . Specifically, the dentist database 140 stores dentist information in association with information for identifying the dentist.

  Then, the dental diagnosis support server 120 provides the user 180 with information on the dentist who can cope with the dental disease based on the determination result, together with the determination result of the possibility of the dental disease generated based on the analysis result by the intraoral information analyzer 110. To provide. At this time, the dental diagnosis support server 120 may provide the user 180 with dentist information stored in the dentist database 140 in association with a medical field including the determined dental disease as a medical treatment target. At this time, the dental diagnosis support server 120 may provide a local dentist related to the user 180. The region related to the user 180 includes the region including the address of the user 180, the region where the intraoral information analysis device 110 used by the user 180 is installed, the dental diagnosis support server 120 and / or the intraoral information analysis device 110. It may be an area including a position where the accessed user terminal 185 exists. When the user 180 selects that the dentist is to be consulted in the dentist information provided to the user 180, the dental diagnosis support server 120 sends the selected dentist to the selected dentist. Information including the determination result of the possibility of dental disease may be transmitted.

  As described above, according to the dental health management system 100 of the present embodiment, a desirable dentist who can treat the dental disease of the user 180 is given to the user 180 who has been examined using the dental health management system 100. I can introduce you. For this reason, the dental health management system 100 can provide a system that is beneficial to both the user 180 and the dentist.

  The dentist database 140 performs a registration examination for the dentist when an application for registration of dentist information is received from the dentist, and stores the dentist information when the examination passes. At this time, the dentist database 140 may notify the dentist that registration is permitted, and may store dentist information on the condition that the registration fee is received from the dentist. .

  When the dental diagnosis support server 120 introduces a dentist to the user 180, the referral fee management server 150 performs billing processing for the referral fee to the dentist and confirms payment from the dentist. Then, when the introduction fee management server 150 confirms the payment from the dentist, the dental diagnosis support server 120 accepts a second opinion by another dentist from the dentist in response to a request from the user 180. For example, when the referral fee management server 150 confirms payment from the dentist, the dental diagnosis support server 120 performs a second opinion by another dentist for free. Specifically, the introduction fee management server 150 stores the payment state of the introduction fee for the user 180 in association with information for identifying the user 180 from the dentist who the user 180 consulted. When the dental diagnosis support server 120 receives a request for receiving a second opinion from the user 180, the payment status that the referral fee management server 150 confirms the payment of the referral fee is associated with the user 180. On the condition that the user 180 is stored, the user 180 is provided with information on other dentists who have visited the user 180. Therefore, the dental health management system 100 can sequentially provide dentist information to the user 180 if the introduction fee from the dentist who the user 180 consulted is paid. Then, the dental health management system 100 can be stably operated with these introduction costs.

  The MAIL server 160 accepts an e-mail counseling request from the user 180. Further, the MAIL server 160 may educate the user 180 by e-mail, for example, by sending an e-mail having contents corresponding to the determination result of the possibility of the dental disease of the user 180 to the user 180. Further, the CTI server 170 accepts a counseling request by a call from the user 180. At this time, when there is a counseling request from the user 180, the CTI server 170 uses the determination result of the possibility of dental disease of the user 180 received from the dental diagnosis support server 120 as a dental in charge of counseling by the CTI server 170. Provide to hygienists. The CTI server 170 and the MAIL server 160 may perform counseling using a call function, a mail function, and the like from the user terminal 185, respectively. As described above, according to the dental health management system 100 of this configuration, since appropriate communication can be continuously performed with the user 180 based on the accumulated dental diagnosis data of the user 180, the user 180 can voluntarily perform the communication. Can promote healthy health care.

  The dental diagnosis support server 120 may charge the user 180 with a counseling fee when counseling the user 180 by the MAIL server 160 and / or the CTI server 170. At this time, the dental diagnosis support server 120 may charge the user 180 by entrusting collection for counseling to a communication company or the like connected to the CTI server 170. In addition, the dental diagnosis support server 120 uses an electronic money function or the like of the user terminal 185 when the user terminal 185 is a portable information terminal such as a mobile phone owned by the user 180 by e-mail. The user 180 may be charged.

  The dental health management system 100 described above can also be incorporated into, for example, a company's periodic checkup, insurance contract, and the like. Thereby, the company can obtain effects such as health promotion of employees and reduction of medical expenses. At the same time, the dental health management system 100 can be stably operated by the contract fee from the company, the counseling fee from the user 180, the registration fee from the dentist, the introduction fee of the user 180, and the like.

  FIG. 3 shows an example of an inquiry response with the user 180 by the intraoral information analysis apparatus 110. When receiving the inquiry request from the user terminal 185, the dental diagnosis support server 120 presents the user 180 with a question for inquiring about the presence or absence of symptoms related to dentistry, such as “Is there any symptom of the teeth or mouth?” S302). In S302, when the dental diagnosis support server 120 receives an input from the user terminal 185 indicating that there is a symptom of anxiety about the teeth and mouth, the symptom item by the user 180 is presented to the user terminal 185. The selection is accepted (S304). For example, the dental diagnosis support server 120 displays a list of symptoms such as “tooth hurts and stains” and “blood comes out of the gums”, and for each symptom, “I can't get into it, I want to see you soon”, “ The user 180 is presented with a selection list according to the degree of symptoms such as “I want to adjust the consultation date”. Then, the dental diagnosis support server 120 causes the user 180 to select the degree of symptom (S306). Then, the dental diagnosis support server 120 receives an input from the user 180 as to whether or not the input of the symptom and the symptom degree has been completed (S308).

  In S <b> 308, when the dental diagnosis support server 120 receives an input from the user 180 indicating that the input of the symptom and the degree of the symptom has not ended, the dental diagnosis support server 120 shifts the process to S <b> 304. In S308, when the dental diagnosis support server 120 receives an input from the user 180 indicating that the symptom and symptom degree input has been completed, the dental diagnosis support server 120 determines the symptom and symptom degree input (S310). In S310, the dental diagnosis support server 120, for example, “There is a suspicion of dental caries. I strongly recommend a medical examination”, “There is a suspicion of periodontal disease. An early medical examination is recommended.” It may also be determined.

  Then, the dental diagnosis support server 120 presents the user 180 with the question “Do you want to proceed with health check?” (S312). In S312, when receiving an input from the user 180 to proceed to the health habit check, the habit item is presented to the user 180, and the weekly item selection by the user 180 is accepted (S314). For example, the dental diagnosis support server 120 displays items such as “frequency of brushing teeth”, “number of times of undergoing dental examination in one year”, “number of times of use of floss and interdental brush” as items of health habits. At the same time, the user 180 is presented with a selection list indicating the frequency of habits such as the number of times such as “once” and “twice” for each health habit item. Then, the dental diagnosis support server 120 causes the user 180 to select the number of times (S316). Then, the dental diagnosis support server 120 receives an input from the user 180 as to whether or not the input of the health habit item has been completed (S318).

  In S318, when the dental diagnosis support server 120 receives an input indicating that the input of the health habit item is not completed from the user 180, the dental diagnosis support server 120 shifts the process to S314. In S318, when the dental diagnosis support server 120 receives an input from the user 180 indicating that the input of the health habit item is completed, the dental diagnosis support server 120 asks whether or not the dental treatment has been received in the last one year. Present (S320). Then, the dental diagnosis support server 120 makes a determination on the health habit check input from the user terminal 185 in S314 to S320 (S322). In S322, the dental diagnosis support server 120 may determine a coping method such as “Let's do your best brushing teeth”, “Let's receive a professional check from a dentist”, and the like.

  In S322, the dental diagnosis support server 120 may determine a coping method according to the symptom of the dental disease determined in S310. Further, in S322, the dental diagnosis support server 120 may determine the user 180's reception attitude based on the answer to the question in S320, and may determine the possibility of a dental disease according to the determined reception attitude. For example, when the dental diagnosis support server 120 receives an answer from the user 180 that the tooth has not been treated in the last year in S320, the dental diagnosis support server 120 has received the tooth treatment in the most recent year. If the answer is received from the user 180, the possibility level of dental disease is determined to be higher. In this way, the dental diagnosis support server 120 can further refine the determination of the possibility of dental disease by adding the user 180's attitude to the determination of the possibility of dental disease. For example, the dental diagnosis support server 120 indicates, for example, “Let's receive a professional check from a dentist” for the user 180 who replied in S320 that he / she has never received dental treatment in the last year. For the user 180 who answered that he had received dental treatment in the last year, the coping method of “Recommended a professional visit from a dentist” is determined. can do.

  Then, the dental diagnosis support server 120 transmits the determination result in S310 and / or S322 to the user terminal 185 (S324), and ends the process. In S302, when the dental diagnosis support server 120 receives an input from the user terminal 185 indicating that there is no symptom of anxiety in the teeth or mouth, the process proceeds to S312. If the dental diagnosis support server 120 receives an input from the user terminal 185 in S <b> 312 that the health check does not proceed, the process proceeds to S <b> 324. In this figure, the inquiry response between the dental diagnosis support server 120 and the user 180 has been described. However, the inquiry response between the intraoral information analyzer 110 and the user 180 is the same as the procedure shown in this figure. It can be done with the procedure.

  Note that the dental information database 130 may store, for each user 180, the question items from the dental diagnosis support server 120 and / or the intraoral information analyzer 110 to the user 180 and the history of responses from the user 180. Then, the dental diagnosis support server 120 receives questions from the dental diagnosis support server 120 and / or intraoral information analysis apparatus 110 stored in the dental information database 130 for each user 180 and answers from the user 180. Based on the history, a determination result of the possibility of dental disease may be generated and presented to the user 180. For example, the dental diagnosis support server 120 changes temporal changes in the degree of each symptom and lifestyle indicators such as the frequency of brushing teeth based on the questions to the user 180 and the history of answers from the user 180. And the possibility of a dental disease may be determined based on the determination result.

  FIG. 4 shows an example of a symptom determination method in an inquiry response. The dental diagnosis support server 120 stores a pattern of combinations of symptoms and symptom levels in association with combinations of a plurality of coping methods for each determination result of the possibility of dental diseases. The dental diagnosis support server 120 compares the combination pattern with the combination pattern of the symptom and the degree of the symptom input from the user 180 in the inquiry response, and the degree of coincidence is higher than a predetermined reference value. One or more combination patterns are selected, and a determination result and a coping method for the possibility of a dental disease stored in association with the selected combination pattern are presented to the user 180.

  For example, the dental diagnosis support server 120 makes a determination result (determination example 402) of a combination of a determination result of the possibility of a dental disease “suspected temporomandibular disorder” and a coping method “recommend early visit”. For the symptom “difficult to open mouth” (S10), the degree “I can't get into it, I want to see you right away” (D1), the degree “I ca n’t get into it, I want to adjust the date of visit” (D2), "Don't want to see me once" (D3) is selected, and for the symptom "I make a sound in my chin when I open my mouth" (S11), the degree is "I can't get it right, I want to see you right away" (D1 ), A degree “I can be confident, I want to adjust the consultation date” (D2), and a degree “I want to see you once, want to see” (D3) is selected.

  As described above, the dental diagnosis support server 120 stores the determination result of the possibility of the dental disease according to the combination of the symptom and the degree of the symptom and the coping method. The possibility determination result and the coping method can be promptly presented to the user 180. The dental diagnosis support server 120 may receive feedback of actual medical data of the user 180 from the dentist via the communication network 105. Thereby, since the pattern of the combination of the symptom and the degree of the symptom can be appropriately updated with respect to the determination result of the possibility of the dental disease and the coping method, the screening accuracy can be improved. The dental diagnosis support server 120 may reduce the introduction fee of the user 180 for the dentist when receiving feedback such as the actual medical data of the user 180 from the dentist via the communication network 105.

  FIG. 5 shows an example of the configuration of the intraoral information analyzer 110. The intraoral information analysis apparatus 110 includes a measurement unit 502, a time input unit 504, a measurement result correction unit 506, a biological information storage unit 508, a disease risk calculation unit 510, a progress speed calculation unit 512, a progress acceleration calculation unit 514, and a determination result presentation. Unit 516 and disease risk storage unit 518. The intraoral information analysis apparatus 110 of this configuration is a determination result of the possibility of a dental disease based on the analysis result of the biological information about the oral cavity of the user 180 of the dental diagnosis support server 120 described with reference to FIGS. Is generated and provided to the user 180.

  The measurement unit 502 measures biological information related to the oral cavity of the user 180. Specifically, the measurement unit 502 measures the concentrations of a plurality of gases included in the breath of the user 180. For example, the measuring unit 502 may measure the concentrations of a plurality of gases included in exhaled air using a semiconductor gas sensor or the like.

  The biometric information storage unit 508 stores a history of measurement results by the measurement unit 502 for each user 180 in association with the measurement date and time of the biometric information by the measurement unit 502. Specifically, the biological information storage unit 508 stores the history of the gas concentration measurement results by the measurement unit 502 for each user 180 in association with the measurement date and time of the gas concentration by the measurement unit 502.

  The determination result presentation unit 516 generates a determination result of the possibility of a dental disease based on the history of measurement results stored in the biological information storage unit 508 and provides the determination result to the user 180. Specifically, the determination result presentation unit 516 generates a determination result of the possibility of a dental disease based on the history of measurement results of the gas concentration stored in the biological information storage unit 508 and provides the determination result to the user 180. . Then, the determination result presentation unit 516 presents the determination result of the possibility of dental disease to the user 180. For example, the determination result presentation unit 516 displays “There is a suspicion of periodontal disease.”, “There is a suspicion that periodontal disease has progressed compared to the previous measurement.”, And the like. Note that the determination result presentation unit 516 may provide a dentist with a determination result of the possibility of a dental disease based on the history of measurement results of the gas concentration.

  The disease risk storage unit 518 stores a disease risk indicating a disease state in association with a plurality of gas concentrations. The disease risk calculation unit 510 calculates a disease risk indicating a disease state related to the oral cavity of the user 180 for each measurement date and time of the biological information by the measurement unit 502 based on the measurement result stored in the biological information storage unit 508. . Specifically, the disease risk calculation unit 510 calculates the disease risk stored in the disease risk storage unit 518 in association with the measurement result of the gas concentration stored in the biological information storage unit 508.

  Note that the disease risk storage unit 518 may store the disease risk in association with the ratio of the concentration of a plurality of gases. Then, the disease risk calculation unit 510 may calculate the disease risk stored in the disease risk storage unit 518 based on the ratio of the concentration of the plurality of gases. Note that the disease risk of a disease related to the oral cavity of the user 180 may be a disease risk of a periodontal disease or a disease risk of a caries.

  Then, the progression rate calculation unit 512 calculates the progression rate of the disease risk from the disease risk calculated by the disease risk calculation unit 510. Then, the determination result presentation unit 516 generates a determination result of the possibility of dental disease based on the disease risk calculated by the disease risk calculation unit 510 and the progression speed calculated by the progression rate calculation unit 512, and notifies the user 180. Present. For example, there is an individual difference of the user 180 in the relationship between the disease risk of the disease and the gas component contained in exhaled breath. Even in such a case, according to the intraoral information analysis apparatus 110, it is possible to diagnose whether or not the disease has progressed since the previous measurement. The sex determination result can be presented.

  The progression acceleration calculation unit 514 calculates the progression acceleration of the disease risk from the progression rate calculated by the progression rate calculation unit 512. The determination result presentation unit 516 generates a determination result of the possibility of a dental disease based on the progress acceleration calculated by the progress acceleration calculation unit 514 and presents it to the user 180. For this reason, the intraoral information analysis apparatus 110 notifies the user 180 that the progression speed has slowed down due to care by the user 180, for example, and the determination result of the possibility of a finer dental disease to the user 180. Can be provided. For this reason, the consciousness with respect to the dental disease of the user 180 can be improved.

  In addition, the determination result presentation unit 516 includes a determination method of the possibility of a dental disease generated based on the history of measurement results stored in the biological information storage unit 508 and a coping method corresponding to the dental disease based on the determination result. Provide to user 180. For this reason, the intraoral information analysis apparatus 110 can provide appropriate care guidance for each user 180.

  The time input unit 504 allows the user 180 to input the time of eating and drinking. Then, the measurement result correction unit 506 corrects the biological information measured by the measurement unit 502 based on the eating and drinking time input from the time input unit 504. The biometric information storage unit 508 stores the measurement result of the biometric information corrected by the measurement result correction unit 506 for each user 180. The time input unit 504 may cause the user 180 to input the type of food and drink and the amount of food and drink together with the time of eating and drinking. Moreover, the measurement result correction | amendment part 506 stores beforehand the correction value according to the elapsed time after having eaten and eaten, and the kind and the quantity which were eaten and eaten. And the measurement result correction | amendment part 506 is a correction value based on the elapsed time between the time of eating and drinking input from the time input part 504 and the measurement time by the measuring part 502, the kind of food and drinks eaten, and the amount of food and drinks. And the concentration of the gas measured by the measurement unit 502 is corrected based on the determined correction value. For this reason, the intraoral information analyzer 110 can make a more accurate diagnosis by correcting the measurement result even if the measurement result measured by the measurement unit 502 varies depending on the time elapsed after the meal. In addition, since the user 180 receives a diagnosis using the intraoral information analysis apparatus 110, the user 180 does not have to forcibly adjust the eating and drinking time to the diagnosis time. For this reason, the user 180 can receive a diagnosis at any time at a place where the intraoral information analysis apparatus 110 is installed, such as a workplace, a waiting room of a hospital, or a convenience store.

  In addition, the time input unit 504 may cause the user 180 to input the time when the user 180 drank, the time when he smoked a cigarette, or the time when he / she took a medicine. In addition, the time input unit 504 may cause the user 180 to input the time of brushing. The time input by the time input unit 504 may be a time difference from the measurement time by the measurement unit 502 or may be an index indicating the time difference.

  According to the intraoral information analysis apparatus 110 described above, the possibility of the dental disease of the user 180 can be appropriately determined. This leads to an improvement in the user 180's awareness of dental diseases, and an increase in the frequency of consultations by the user's 180 intraoral information analyzer 110 is expected. Then, data of the user 180 is accumulated in the intraoral information analysis apparatus 110, and a determination result of the possibility of a dental disease desirable for each user 180 can be provided. In addition, the intraoral information analysis apparatus 110 can also provide the dentist registered in the dental health management system 100 with information on the progression history of the possibility of dental disease of the user 180.

  FIG. 6 shows an example of data stored in the disease risk storage unit 518 in a table format. The disease risk storage unit 518 divides the disease risk of dental diseases into a plurality of stages, for example, 10 stages, and stores the reference concentrations of gases such as methyl mercaptan and hydrogen sulfide in association with each stage of the disease risk. The disease risk storage unit 518 stores a reference ratio of the methyl mercaptan concentration to the hydrogen sulfide concentration in association with each disease risk.

  In the example of this figure, the disease risk calculation unit 510, for example, has a methyl mercaptan concentration in the exhaled breath of a reference concentration 610a or higher, a hydrogen sulfide concentration of the reference concentration 610a or higher, and a methyl mercaptan concentration relative to the hydrogen sulfide concentration. When the ratio is equal to or higher than the reference ratio 610c, it is determined that the disease risk is 10. For this reason, the intraoral information analyzer 110 can make a quick diagnosis based on the gas concentration index. The disease risk calculation unit 510 determines the disease risk for each gas concentration and / or ratio, and determines the overall disease risk by calculating a weighted average value of the disease risk. Also good.

  FIG. 7 shows an example of temporal development of disease risk. The intraoral information analyzer 110 stores the disease risk on each meter reading date for each of the users 180a and 180b. Then, for each of the users 180a and 180b, the progress speed calculation unit 512 calculates a value obtained by subtracting the disease risk on the previous examination date from the disease risk on each examination day in the period between each examination date and the previous meter reading date. The divided value is calculated as the traveling speed. Further, the progress acceleration calculation unit 514 calculates, for each of the users 180a and 180b, a value obtained by subtracting the progress speed on the previous examination date from the advance speed on each examination day in the period between each examination date and the previous meter reading date. The divided value is calculated as the progress acceleration.

  In the example of this figure, the disease risk of the user 180a is determined to be 2 on the meter reading dates from the meter reading date 711 to the meter reading date 714, and the determination result presentation unit 516 "continues care by brushing teeth." Is provided to the user 180a. Since the disease risk of the user 180a is determined to be 4 on the meter reading date 715 and is higher than the disease risk 2 up to the previous meter reading date 714, the determination result presenting unit 516 indicates to the user 180a that “once. , Please take a professional check. ” On the other hand, in the user 180b, the disease risk has changed at 4 from the meter reading date 711 to the meter reading date 715. In such a case, the determination result presentation unit 516 merely provides the user 180b with a coping method such as “Please continue care by brushing your teeth. Also, please receive a professional check once”. In addition, the determination result presentation unit 516 may generate a determination result indicating a higher possibility when the traveling speed and the traveling acceleration are larger. Therefore, even if there is an individual difference in the relationship between the actual periodontal disease risk of the user 180 and the concentration of the gas contained in the exhalation, the intraoral information analysis apparatus 110 is able to detect the disease risk, the progression speed, and the progression. Based on the acceleration, the determination result of the possibility of the dental disease of the user 180 can be appropriately determined.

  As described above, according to the dental health management system 100, the user 180 can easily be screened for dental diseases by an examination based on biological information such as an inquiry response and expiration. Further, the dental health management system 100 can provide comprehensive diagnosis and advice to each of the users 180 based on the inquiry data of the user 180 and the history of measured data such as exhalation.

  FIG. 8 shows an example of the hardware configuration of the intraoral information analysis apparatus 110 according to this embodiment. The intraoral information analyzer 110 is connected to the CPU peripheral unit having a CPU 1505, a RAM 1520, a graphic controller 1575, and a display device 1580 connected to each other by a host controller 1582, and to the host controller 1582 by an input / output controller 1584. An input / output unit having a communication interface 1530, a hard disk drive 1540, and a CD-ROM drive 1560, and a legacy input / output unit having a ROM 1510, a flexible disk drive 1550, and an input / output chip 1570 connected to the input / output controller 1584 Is provided.

  The host controller 1582 connects the RAM 1520, the CPU 1505 that accesses the RAM 1520 at a high transfer rate, and the graphic controller 1575. The CPU 1505 operates based on programs stored in the ROM 1510 and the RAM 1520 and controls each unit. The graphic controller 1575 acquires image data generated by the CPU 1505 and the like on a frame buffer provided in the RAM 1520 and displays the image data on the display device 1580. Alternatively, the graphic controller 1575 may include a frame buffer that stores image data generated by the CPU 1505 or the like.

  The input / output controller 1584 connects the host controller 1582 to the hard disk drive 1540, the communication interface 1530, and the CD-ROM drive 1560, which are relatively high-speed input / output devices. The hard disk drive 1540 stores programs and data used by the CPU 1505. The communication interface 1530 is connected to the network communication device 1598 to transmit / receive programs or data. The CD-ROM drive 1560 reads a program or data from the CD-ROM 1595 and provides it to the hard disk drive 1540 and the communication interface 1530 via the RAM 1520.

  The input / output controller 1584 is connected to the ROM 1510, the flexible disk drive 1550, and the relatively low-speed input / output device of the input / output chip 1570. The ROM 1510 stores a boot program executed when the intraoral information analysis apparatus 110 is started, a program depending on the hardware of the intraoral information analysis apparatus 110, and the like. The flexible disk drive 1550 reads a program or data from the flexible disk 1590 and provides it to the hard disk drive 1540 and the communication interface 1530 via the RAM 1520. The input / output chip 1570 connects various input / output devices via a flexible disk drive 1550 and, for example, a parallel port, a serial port, a keyboard port, a mouse port, and the like.

  A program executed by the CPU 1505 is stored in a recording medium such as the flexible disk 1590, the CD-ROM 1595, or an IC card and provided by the user. The program stored in the recording medium may be compressed or uncompressed. The program is installed in the hard disk drive 1540 from the recording medium, read into the RAM 1520, and executed by the CPU 1505.

  The program executed by the CPU 1505 includes the intraoral information analysis apparatus 110, the measurement unit 502, the time input unit 504, the measurement result correction unit 506, the biological information storage unit 508, the disease risk calculation unit 510, the progression rate calculation unit 512, and the progression. It functions as an acceleration calculation unit 514, a determination result presentation unit 516, and a disease risk storage unit 518.

  The program shown above may be stored in an external storage medium. As the storage medium, in addition to the flexible disk 1590 and the CD-ROM 1595, an optical recording medium such as a DVD or PD, a magneto-optical recording medium such as an MD, a tape medium, a semiconductor memory such as an IC card, or the like can be used. Further, a storage device such as a hard disk or RAM provided in a server system connected to a dedicated communication network or the Internet may be used as a recording medium, and the program may be provided to the intraoral information analysis apparatus 110 via the network.

  As mentioned above, although this invention was demonstrated using embodiment, the technical scope of this invention is not limited to the range as described in the said embodiment. Various modifications or improvements can be added to the above embodiment. It is apparent from the scope of the claims that the embodiments added with such changes or improvements can be included in the technical scope of the present invention.

It is a figure which shows an example of a structure of the dental health management system. It is a figure which shows an example of the further structure of the dental health management system. It is a figure which shows an example of the inquiry response with the user. It is a figure which shows an example of the determination method in an inquiry response. It is a figure which shows an example of a structure of the intraoral information analysis apparatus. It is a figure which shows an example of the data which the disease risk storage part 518 stores in a table format. It is a figure which shows an example of the time development of a disease risk. It is a figure which shows an example of the hardware constitutions of the intraoral information analysis apparatus.

Explanation of symbols

100 Dental Health Management System 105 Communication Network 110 Intraoral Information Analysis Device 120 Dental Diagnosis Support Server 130 Dental Information Database 140 Dentist Database 150 Referral Cost Management Server 160 MAIL Server 170 CTI Server 180 User 185 User Terminal 190 Medical Institution 502 Measurement Unit 504 Time input unit 506 Measurement result correction unit 508 Biological information storage unit 510 Disease risk calculation unit 512 Progression speed calculation unit 514 Progression acceleration calculation unit 516 Determination result presentation unit 518 Disease risk storage unit

Claims (17)

An intra-oral information analyzer that measures and analyzes biological information about the user's oral cavity;
A communication network to which the intraoral information analyzer is connected;
A dental diagnosis support server that is connected to the intraoral information analysis device via the communication network and generates a determination result of the possibility of a dental disease based on the analysis result by the intraoral information analysis device and provides the determination result to the user; Dental health management system provided. The dental health management system according to claim 1, wherein the intraoral information analysis device collects and analyzes a user's breath. The dental diagnosis support server provides a user with a coping method corresponding to a dental disease based on the determination result, together with a determination result of the possibility of a dental disease generated based on an analysis result by the intraoral information analysis apparatus. Dental health management system as described in. A user terminal capable of communicating with the dental diagnosis support server via the communication network;
The dental diagnosis support server presents a predetermined question item to the user through the user terminal or the intraoral information analysis device and makes it answer, and further determines the possibility of a dental disease based on the answer The dental health management system according to claim 1, wherein: Further comprising a dentist database storing information of at least one dentist;
The dental diagnosis support server provides a user with information on the possibility of a dental disease generated based on the analysis result by the intraoral information analyzer and information on a dentist who can handle the dental disease based on the determination result. The dental health management system according to claim 1. When the dental diagnosis support server introduces a dentist to the user, the dentist is charged with an introduction fee, and further includes an introduction fee management server for confirming payment from the dentist,
6. The dental diagnosis support server according to claim 5, wherein when a payment from the dentist is confirmed by the introduction fee management server, a second opinion by another dentist of the dentist is received in response to a user request. Dental health management system. Connected to the intraoral information analysis apparatus and the dental diagnosis support server via the communication network, and the history of analysis results by the intraoral information analysis apparatus is associated with the measurement date and time of biological information by the intraoral information analysis apparatus. It is further equipped with a dental information database stored for each user,
The dental diagnosis support server generates a determination result of a possibility of a dental disease based on a history of analysis results by the intraoral information analysis apparatus for each user stored in the dental information database, and provides the determination result to the user. Item 2. The dental health management system according to Item 1. Connected to the intraoral information analysis device and dental diagnosis support server via the communication network, in association with the measurement date and time of biological information by the intraoral information analysis device, history of analysis results by the intraoral information analysis device, And a dental information database that stores, for each user, a history of access to the diagnosis support server by the user terminal or the intraoral information analysis device,
The dental diagnosis support server is accessed to the dental diagnosis support server by the user terminal or the intraoral information analysis device, and a history of analysis results by the intraoral information analysis device for each user stored in the dental information database. The dental health management system according to claim 1, wherein a determination result of a possibility of a dental disease is generated based on the recorded history and provided to a user. An intraoral information analyzer that measures and analyzes biological information about the user's oral cavity,
A measurement unit that measures biological information about the user's oral cavity;
Corresponding to the measurement date and time of the biological information by the measurement unit, a biological information storage unit that stores a history of measurement results by the measurement unit for each user,
An intraoral information analysis apparatus comprising: a determination result presenting unit that generates a determination result of a possibility of a dental disease based on a history of measurement results stored in the biological information storage unit and provides the determination result to a user. Based on the measurement results stored in the biological information storage unit, a disease risk calculation unit that calculates a disease risk indicating a disease state related to the oral cavity of the user for each measurement date and time of the biological information by the measurement unit;
A progression rate calculation unit that calculates a progression rate of the disease risk from the disease risk calculated by the disease risk calculation unit;
The determination result presentation unit generates a determination result of the possibility of dental disease based on the disease risk calculated by the disease risk calculation unit and the progression rate calculated by the progression rate calculation unit, and presents the determination result to the user. Item 10. The intraoral information analysis apparatus according to Item 9. The measurement unit measures the concentration of a plurality of gases contained in the user's breath,
The biological information storage unit stores a history of gas concentration measurement results by the measurement unit for each user in association with the measurement date and time of the gas concentration by the measurement unit,
The said determination result presentation part produces | generates the determination result of the possibility of a dental disease based on the log | history of the measurement result of the density | concentration of the gas which the said biometric information storage part stores, It provides to a user of Claim 10 Intraoral information analyzer. A disease risk storage unit that stores disease risks in association with the concentrations of a plurality of gases;
The oral cavity according to claim 11, wherein the disease risk calculation unit calculates a disease risk stored in the disease risk storage unit in association with a measurement result of a gas concentration stored in the biological information storage unit. Inside information analysis device. A travel acceleration calculating unit that calculates a travel acceleration from the travel speed calculated by the travel speed calculating unit;
The intraoral information analysis apparatus according to claim 10, wherein the determination result presentation unit generates a determination result of the possibility of a dental disease based on the progress acceleration calculated by the progress acceleration calculation unit and presents the determination result to the user. The determination result presenting unit provides the user with a coping method corresponding to the dental disease based on the determination result, together with the determination result of the possibility of the dental disease generated based on the measurement result history stored in the biometric information storage unit. The intraoral information analyzer of Claim 9 to provide. A time input unit that allows the user to input the time of eating and drinking;
A measurement result correction unit that corrects the biological information measured by the measurement unit based on the eating and drinking time input from the time input unit;
The intraoral information analysis apparatus according to claim 9, wherein the biological information storage unit stores a measurement result of the biological information corrected by the measurement result correction unit for each user. A dental disease analysis method for measuring and analyzing biological information about a user's oral cavity,
A measurement stage for measuring biological information about the user's oral cavity;
Corresponding to the measurement date and time of the biological information in the measurement stage, a biological information storage stage for storing a history of measurement results in the measurement stage for each user;
A dental disease analysis method comprising: a determination result presentation step of generating a determination result of a possibility of a dental disease based on a history of measurement results stored in the biological information storage step and providing the determination result to a user. It is a program for an intraoral information analyzer that measures and analyzes biological information related to a user's oral cavity, and the intraoral information analyzer is
A measurement unit that measures biological information about the user's oral cavity,
A biometric information storage unit that stores a history of measurement results by the measurement unit for each user in association with the measurement date and time of the biometric information by the measurement unit,
A program that functions as a determination result presentation unit that generates a determination result of the possibility of a dental disease based on a history of measurement results stored in the biometric information storage unit and provides the determination result to the user.

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