JP2007264983A - Hospital introduction server and hospital introduction program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a hospital introduction system allowing accurate determination on necessity/unnecessity of treatment as an outpatient based on a criterion in actual medical activities, for a user who has made physical measurements using health management equipment. <P>SOLUTION: A health management database 4 stores a plurality of hospital criterion value tables 43 defined with decision criteria of various kinds of physical measurement values provided by a plurality of hospitals, and registered with identification information of the provision source hospitals. When a health management server 6 receives a message including the various kinds of physical measurement values from the health management equipment 1 of the user, the health management server 6 reads all the hospital criterion value tables 43 from the health management database 4, and applies each physical measurement value included in the message to the decision criterion defined in the table 43 in each hospital criterion value table 43 to decide a risk degree thereof. Electronic information wherein a hospital name of each hospital is inscribed together with a degree and the kind of the risk degree decided on the basis of the hospital criterion value table 43 provided by the hospital is transmitted to the message transmission source user. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a hospital introduction server and a hospital introduction program for introducing a hospital in which a physical measurement value is recognized to be abnormal based on various body measurement values of a user transmitted from a user terminal.

  In recent years, along with the spread of electronic technology, health care devices capable of various body measurements have been sold. For example, an electronic thermometer, a sphygmomanometer, a weight scale, a body fat scale, and the like. For this reason, it has become possible to measure body measurements of oneself or family using these health care devices at home. And a general user compares each measured value with the "normal range" introduced as a general thing by the description and general literature of these health care equipment, and any measured value is " When anxiety was out of the “normal range”, the need to undergo a close examination or treatment was examined, and the patient went to the hospital for the first time when either was needed.

  However, the “normal range” of various physical measurements introduced as general in health care equipment manuals and general literature is an average of the normal range claimed by many medical professionals and doctors. It was nothing but a bland.

  However, when the doctor's expertise and judgment ability increase, it becomes possible to set the standard of the normal range of body measurement values more strictly. Moreover, the standard is often different for each hospital depending on its policy.

  Therefore, even if the user refers to the normal range introduced as a general one and goes to the hospital judging that the physical measurement value is out of the normal range, depending on the hospital or doctor, In some cases, there is no problem. In this case, it is only necessary that the user's body is completely normal, but the doctor has excluded the disease from the specialist even though the user is actually suffering from the disease. Therefore, if it is diagnosed that there is no problem according to the policy of the hospital, the user will miss the chance of early treatment, and the doctor or hospital will also pursue the responsibility for medical errors. It can be done.

  On the other hand, the “normal range” may become old as compared to medical progress, and values that were conventionally within the “normal range” may be considered as signs of certain diseases. In that case, it may be missed the sign of the disease because it is determined that the physical measurement value is within the “normal range” and the patient has not been taken to the hospital.

  The present invention relates to a hospital introduction server that makes it possible for a user who has made a physical measurement using a health management device using network technology to make a strict hospital visit determination in accordance with the standards of an actual medical site, An object of the present invention is to provide a hospital introduction program that allows a server device connected to a network to function as the hospital introduction server.

  The hospital introduction server according to the present invention devised to solve the above-described problem is capable of data communication through a terminal and a network that transmits measurement values obtained by measuring a user's body, and a plurality of A server device connected to a database storing a plurality of determination criteria information each defining determination criteria of physical measurement values provided by hospitals and identification information of a providing hospital, respectively, from the terminal of any user Upon receipt of a message including physical measurement values and identification information of the user, determination criterion information reading means for reading all determination criterion information from the database, and for each determination criterion information read by the reference value information reading means , Respectively, by applying the body measurement value included in the message to the determination criterion included in the determination criterion information, the body measurement value is abnormal The determination means for determining whether there is normal or not, and the determination results for each determination criterion information by this determination means are listed together with the provider hospital names corresponding to the identification information of each hospital included in each determination criterion information Electronic information generating means for generating electronic information, and electronic information transmitting means for transmitting the electronic information generated by the electronic information generating means to the user corresponding to the identification information of the user included in the message; Is provided.

  In addition, the hospital introduction program according to the present invention is capable of data communication with a user through a network, and defines the determination criteria of body measurement values provided by a plurality of hospitals and the identification information of the providing hospitals, respectively. When a computer connected to a database storing a plurality of criteria information receives a message including physical measurement values and identification information of the user from the terminal of any user, all criteria are received from the database. A determination criterion information reading process for reading information, and for each determination criterion information read by the reference value information reading process, a body measurement value included in the message with respect to the determination criterion included in the determination criterion information, respectively. Apply the determination process to determine whether the physical measurement value is abnormal or normal, and each criterion information by this determination process Information generation process for generating electronic information that lists the determination results of the above together with the name of the provider hospital corresponding to the identification information of each hospital included in each determination criterion information, and the electronic information generated by this electronic information generation process Is transmitted to the user corresponding to the identification information of the user included in the message.

  When configured in this way, a user can send a message including his / her physical measurement value to a hospital introduction server (execute a hospital introduction program) using a terminal having a sensor capable of measuring a physical body or a terminal capable of inputting a physical measurement value. To the same computer). Then, the hospital introduction server reads the criterion information previously provided from each of the plurality of hospitals from the database, and based on each criterion information, the body measurement value included in the message is abnormal or normal. It is determined whether or not. The result of the determination based on each determination criterion information is listed in the electronic information together with the hospital name of the hospital providing the determination criterion information, and this electronic information is transmitted to the user. By displaying the contents of the electronic information on the screen, the user can know the existence of a hospital that can recognize his / her physical measurement value as abnormal and the name of the hospital.

  According to the present invention configured as described above, it is possible to make it possible to make a strict hospital visit determination in accordance with the actual medical site standard for a user who has performed a physical measurement using a health care device. it can.

  Hereinafter, a hospital introduction system according to an embodiment of the present invention will be described with reference to the drawings.

(System configuration)
FIG. 1 is a schematic configuration diagram showing a configuration of a hospital introduction system according to the present embodiment, and FIG. 2 is a data flow diagram showing a data flow between devices constituting the hospital introduction system. As shown in FIG. 1, this hospital referral system includes a health management server 6 that is the core of the system, and individual user-owned health management that can be connected to and communicate with the health management server 6 through the Internet N. Device 1, personal computer 2 or mobile phone 3, health management database (server) 4 connected to health management server 6 through a LAN (Local Area Network), health management server 6 and health management database (server) ) 4 and a large number of hospital terminals 5 that can be accessed through a network W such as the Internet, a dedicated line, or a LAN.

  Among these, the health management device 1 is a device that performs a plurality of types of body measurements on a user (inspected person), acquires measurement values, and transmits the measurement values to the health management server 6 via the Internet N. (Corresponding to a terminal that transmits a measurement value obtained by measuring a user's body). In this embodiment, the health care device 1 is assumed to be a PDA (Personal Digital Assistance) type and a single mobile terminal having a wireless communication function as shown in FIG. If it is possible to measure the height, it is natural that the terminal is a stationary terminal. If so, the connection to the Internet N may be a wired communication by telephone line or broadband. Further, the health management device 1 may have a function of directly connecting to the Internet N by itself, but if a home network connected to the Internet N through a router is built at the user's home. For example, it may have a function of connecting to the Internet N through this home network. In that case, even if the form of the health care device 1 is a PDA type, the wireless communication function is not limited to using a mobile phone or PHS communication, for example, using a wireless LAN is sufficient. is there. In this case, the health care device 2 does not have to be provided with all types of body measurement functions in a single housing, and is configured by a plurality of devices each having individual body measurement functions. May be.

  FIG. 3 is a block diagram showing an internal circuit configuration of the health care device 1 configured as a portable terminal as described above. As shown in FIG. 3, the health management device 1 includes a CPU 10 and a keyboard / touch panel 11, a body temperature sensor 12, a blood pressure sensor 13, other sensors 14, a display 15, a ROM 16, and a CPU 10 connected to the CPU 10 through a bus B. The communication device 17 is configured.

The body temperature sensor 12 is a sensor that measures the body temperature of a user (a person to be measured) and inputs the body temperature as a measurement value to the CPU 10. The blood pressure sensor 13 is a sensor that measures the blood pressure of the user (measured person) and inputs the maximum blood pressure and the minimum blood pressure as measured values to the CPU 10. In addition, the other sensors 14 perform other types of body measurements and send the measured values to the CPU.
10 is a sensor to be input. For example, if the health care device 2 may be a large one, the sensor 14 may be a weight sensor that measures the body weight of the subject and inputs a weight value as a measurement value to the CPU 10, A height sensor that measures a person's height and inputs a height value as a measurement value to the CPU 10 can be employed. Further, if the sensor technology is improved, for example, a sensor for measuring a uric acid level, protein, or the like can be added as the sensor 14.

  The display 15 is a display device for displaying information ordered by the CPU 10 in accordance with control from the CPU 10. For example, a liquid crystal panel can be adopted.

  The keyboard / touch panel 11 is an input device that can input various commands and data to the CPU 10 when operated by a user (a person to be measured). For example, when a weight sensor or a height sensor cannot be incorporated as the other sensor 14 described above, a weight value or a height value measured separately is input to the CPU 10 through the keyboard / touch panel 11. Only one of the touch panel and the keyboard may be employed, or both may be employed. The touch panel may be a transparent one installed on the display 15.

  The ROM 16 stores a program that is read and executed by the CPU 10.

The CPU 10 reads the program from the ROM 16 and executes it to activate the sensors 12 to 14 and take in the measured values input by the sensors 12 to 14. Further, the CPU 10 can calculate a composite value, for example, a BMI (Body Man Index) value (= body weight value / height value ² ) by executing a predetermined calculation on these measured values. Further, the CPU 10 displays these measured values and BMI values on the display 15. Further, as shown in FIG. 4, the CPU 10 displays a message on the display 15 asking the user (measured person) to transmit the measurement value to the health management server 1 and then transmits the message through the keyboard / touch panel 11. When a command to that effect is input, the communication device 17 is controlled, and physical measurement values that have been input from the sensors 12 to 14 (including physical measurement values input through the keyboard / touch panel 11). And a message including the BMI value together with the measurement date and time, the age of the user (inspected person), and identification information (name, ID) to the health management server 1 via the Internet N. It is assumed that the age and identification information (name, ID) of the user (inspected person) are stored in the ROM 16 in advance.

  The communication device 17 performs wireless communication with a ground station (not shown) connected to the Internet, converts a signal received from the CPU 10 into a radio signal, transmits the signal to a ground station (not shown), and a ground station (not shown). It is a device that converts the radio signal received from the signal and transmits it to the CPU 10.

  Returning to the description of FIG. 1, the personal computer 2 or the mobile phone 3 is an ordinary computer having an Internet connection function and a mail transmission / reception function.

  On the other hand, each hospital terminal 5 is a computer (single personal computer or a terminal constituting an electronic medical record system) held and installed in a separate hospital, and for the health management database (server) 4, In addition to having an upload function for registering the criteria for each of the above measurement values set independently by the hospital that is the operator and basic information about the own hospital to the health management database server 1, from the health management server 6, A diagnosis reservation application message to which a user's (inspected person) physical measurement value is attached is received as an electronic mail or other electronic data.

  As described above, the health management database (server) 4 converts the determination standard for each measurement value uploaded from each hospital terminal 5 into a predetermined format, stores it on a disk, and makes the health management server 6 refer to it. . In addition, the basic information of the hospital uploaded from each hospital terminal 5 is converted into a predetermined format and stored in a disk, and from the personal computer 2 or the mobile phone 3 received indirectly via the health management server 6 Reference on demand. In addition, the physical measurement value of each user (measured person) uploaded from the health management server 6 is converted into a predetermined format and stored in a disk, and thereafter, the health management server 6 itself is referred to.

  FIG. 5 is a table showing a table (hospital basic information table 41) which is a format for storing the basic hospital data described above in the health management database (server) 4. As shown in FIG. 5, the hospital basic information table 41 includes a hospital code that is an identification number uniquely assigned to the hospital, a hospital name, an address, a telephone number of the hospital, and a parking lot at the hospital. Information on whether there is (if there is more, the number of cars that can be parked), code indicating the handling section name (0: internal medicine, 1: surgery, 2: otolaryngology, ...), information on the mail address, etc. (Remarks) can be registered. The health management database (server) 4 creates and stores such a hospital basic information table 41 for each hospital in which the hospital terminal 5 is installed.

  FIG. 6 is a table showing a table (measurement value linkage table 42) which is a format for storing the physical measurement values of the user (measured person) described above in the health management database (server) 4. As shown in FIG. 6, the measured value linkage table 42 includes an ID (the health management server 6 is operated by an Internet provider) that is an identification number uniquely assigned to the user (measured person). The service member ID given to the user by the provider may be used), the name of the user (measured person), the health management device of the user (measured person) The date of measurement of physical measurements sent from 1 and the measurement time, the code indicating the type of the health measuring device 1 (0, 1, 2,...), And the communication of the user (measured person) Phone number or e-mail address indicating the destination (if the health management server 6 is operated by an Internet provider, the user registered in the provider's member database) The information may have been extracted), a character string indicating the most recent body measurements, can be registered. The health management database (server) 4 creates and maintains such a measurement value linkage table 42 for each user (measured person) who has transmitted body measurement values.

  FIG. 7 is a table showing a table (hospital reference value table 43) which is a format for storing the above-mentioned criteria for each hospital in the health management database (server) 4. As shown in FIG. 7, in the hospital reference value table 43, a hospital code, which is an identification number uniquely assigned to the hospital, is registered, and for each combination of age and gender of the person being measured. In addition, reference values for various physical measurements at that age (height [mm], weight [g], body temperature [1/10 ° C.], systolic blood pressure [mmHg], diastolic blood pressure [mmHg]) and reference values of BMI values ( [1/100], criteria for indicating the ratio of excess deviation to the reference values of these measured values and BMI values divided by risk level (weight limit upper limit range (%), temperature limit upper limit range (%), Maximum allowable blood pressure upper limit range (%), minimum allowable blood pressure upper limit range (%), BMI allowable upper limit range (%)), and the ratio of the gap on the deficient side to the reference value of the measured value and BMI value for each risk level Judgment criteria (weight tolerance) Limit range (%), temperature allowable lower limit range (%), the systolic blood pressure allowable lower limit range (%), diastolic blood pressure allowable lower limit range (%), BMI allowable lower limit range (%)), can be registered. The five percentages separated by commas listed in each upper limit range are, from the left, the upper limit of deviation judged as risk 1, the upper limit of deviation judged as risk 2, and the risk. 3 indicates the upper limit of the deviation determined as 3, the upper limit of the deviation determined as the risk level 4, and the upper limit of the shift determined as the risk level 5 (the higher the risk number, the higher the risk level). ). Similarly, the five percentages listed in each lower limit column, separated by commas, are, in order from the left, the lower limit of deviation judged as risk 1, the lower limit of deviation judged as risk 2, Indicates the lower limit of deviation judged to be degree 3, the lower limit of deviation judged to be risk 4, and the lower limit of deviation judged to be risk 5 (the higher the risk number, the higher the risk is) (The range exceeding the percentage on the rightmost side is judged as a risk 6). The health management database (server) 4 installs the hospital terminal 5 with such a hospital reference value table 43 (corresponding to the determination standard information defining the determination standard of the body measurement value and the identification information of the providing hospital). Created and saved for each hospital.

  Returning to the description of FIG. 1, the health management server 6 includes a message (physical measurement value and identification information of the user) including a physical measurement value and a BMI value from the health management device 1 of a certain user (examinee). (Corresponding to a message), the contact information about the user (inspected person) is acquired (referred to a member database not shown), and these are combined with the information in the message. The measurement value linkage table 43 is uploaded to the health management database server 1 and the reference value tables 43 of all hospitals are read from the health management database (server) 4 (corresponding to determination criterion information reading means). Then, for each hospital, the body measurement value and BMI value of the user (inspected person) are applied to the determination criteria defined in the reference value table 43 provided by the hospital, and the body measurement value and BMI value of the user are measured. Determining the degree of risk (For each criterion information, applying the body measurement value included in the message to the criterion included in the criterion information, the body measurement value is abnormal or normal Equivalent to a determination means for determining whether there is any). Then, for each hospital, an e-mail indicating the type of physical measurement value or BMI value for which a high degree of risk is recognized by the determination based on the reference value table 43 provided by the hospital is sent to the user ( To the e-mail address of the examinee), that is, to the personal computer 2 or the mobile phone 3. If no abnormality is recognized, an e-mail (corresponding to electronic information) notifying that is generated (corresponding to electronic information generating means) and addressed to the mail address of the user (inspected person), that is, personal It transmits to the computer 2 or the mobile phone 3 (corresponding to electronic information transmitting means).

  FIG. 8 is an example of a measurement result notification screen displayed on the screen of the personal computer 2 or the mobile phone 3 based on an electronic mail transmitted when an abnormality is recognized. As shown in FIG. 8, on this screen, the hospital name of each hospital that provided the above-described hospital reference value table 4 indicates the risk level obtained as a determination result based on the reference value table 4 provided by each hospital. Types of large physical measurements or BMI values and the degree of risk (for example, “visit to visit” if the risk is 4 or higher, “caution” if the risk is 2 or higher, any physical measurement and BMI The value is also written as “no problem” if the risk is 1. In addition, this measurement result screen has a tag embedded in the e-mail data, and a “yes” button 100 that is operated when the user (inspected person) wishes to make a medical examination reservation at the hospital. A “No” button 101 that is operated when a reservation is not desired is displayed. In addition, an option button 102 for designating as a reservation destination hospital is displayed beside each hospital name described above when the user (inspected person) desires to make a medical examination reservation for the hospital. When the “Yes” button 100 is operated in a state where the option button 102 attached to any hospital name is selected by the user (examinee), the above tag is displayed on the tag. 3 is incorporated in a browser program (not shown) installed in 3 to send a message to the health management server 6 indicating that a reservation for a hospital corresponding to the selected option button 102 is desired.

  When the health management server 6 receives a message from the user's (inspected person) personal computer 2 or mobile phone 3 that he / she wishes to make a medical appointment for the hospital selected as described above, the health management database 6 The measurement value linkage table 42 of the user (examinee) is read from the (server) 4, and the user (examinee) applies for a medical appointment reservation together with various information recorded in the measurement value linkage table 42. The electronic information (e-mail, web data, etc.) is transmitted to the hospital terminal 5 of the selected hospital. Next, the health management server 6 reads the hospital basic information table 41 of the hospital from the health management database (server) 4, and includes the contents of the hospital basic information table 41, the physical measurement date of the user, and the BMI value. Data is generated, responded to the personal computer 2 or the mobile phone 3, and displayed on the screen by a browser (not shown). FIG. 9 is a screen example showing a hospital reservation application completion screen displayed by a browser (not shown) based on this web browser.

  In the hospital where the hospital terminal 5 has received the electronic information, the hospital terminal 5 automatically or manually searches for a candidate date and time that can be reserved, and applied for the reservation by e-mail or the like. Present to the user (Note that if the degree of abnormality in the physical measurement value or BMI value included in the electronic information is large, the hospital determines that an emergency is required and gives priority to the earlier date and time. It is expected to accept the reservation). Then, when the user (measured person) selects one of the presented dates and times, contacts the hospital (e-mail or telephone) for the reservation at that date and the hospital accepts it A diagnosis appointment will be formally established.

  Hereinafter, the circuit configuration of the health management server 6 as the hospital introduction server device will be described based on the block diagram of FIG. As shown in FIG. 10, the health management server 6 has the same hardware configuration as a normal server. Specifically, the hard disk 61 storing the program 65, the CPU 60 that is the computer itself that executes the above-described operation (processing, control) by reading the program 65, and the work area is expanded when the CPU 60 executes the processing. A RAM 62, which is a main storage device, a network interface 63 connected to the Internet N, and a LAN adapter 64 connected to the LAN 62 are incorporated in a form connected to each other by a bus B.

(processing)
The program 65 is a set of server OS, WWW server program, and application programs such as various CGIs and servlets (corresponding to a hospital introduction program). Among the processes executed by the CPU 60 by the program 65, the process starts by receiving a message including physical measurement values and BMI values from the health management device 1 of any user (measured person). The processing up to the e-mail address of the (inspector), that is, the process until the e-mail is transmitted to the personal computer 2 or the mobile phone 3 will be described with reference to FIG.

  In the first S001 after the start, the CPU 60 reads the first hospital reference value table 43 from the health management database (server) 4 and loads it into the RAM 62. Subsequently, the CPU 60 checks whether or not there is an abnormality in each measurement value and BMI value included in the received message based on the hospital reference value table 43 read in S001 (or S012 described later). In order to do so, the loop processing from S002 to S012 is executed.

  In first S002 after entering this loop process, the CPU 60 determines the age of the user (measured person) included in the received message in the hospital reference value table 43 read in S001 (or S012 described later). And a gender as a search key, and a record corresponding to the age and gender is read.

  In the next S003, the CPU 60 calculates the ratio between the standard value of the weight defined in the record searched in S002 and the measured weight value included in the received message. And when the latter is larger than the former, the calculated ratio is the range of any risk (1-6) divided by each percentage listed in the weight allowable upper limit range in the record. Determine whether. On the other hand, when the latter is smaller than the former, the calculated ratio is the range of any risk (1-6) divided by each percentage listed in the weight lower limit range in the record. Determine whether. If the determined risk level is lower than the preset risk level, it is determined that there is no abnormality, and the process proceeds directly to S005. On the other hand, if the determined risk is higher than the preset risk, the process proceeds to S004 because there is an abnormality. In S004, the CPU 60 temporarily stores the degree of risk determined for the weight in the RAM 62 in correspondence with the hospital code in the hospital reference value table 43 read in S001 (or S012 described later). After completion of S004, the CPU 60 advances the process to S005.

  In S005, the CPU 60 calculates the ratio between the BMI standard value defined in the record searched in S002 and the BMI value included in the received message. And when the latter is larger than the former, the calculated ratio is a range of which risk (1-6) divided by each percentage listed in the BMI allowable upper limit range in the same record. Determine whether. On the other hand, if the latter is smaller than the former, the calculated ratio is the range of any risk (1-6) divided by each percentage listed in the BMI allowable lower limit range in the record. Determine whether. If the determined risk level is lower than the preset risk level, it is determined that there is no abnormality, and the process proceeds directly to S007. On the other hand, if the determined risk is higher than the preset risk, the process proceeds to S006 because there is an abnormality. In S006, the CPU 60 temporarily stores the degree of risk determined for the BMI value in the RAM 62 in correspondence with the hospital code in the hospital reference value table 43 read in S001 (or S012 described later). After completion of S006, the CPU 60 advances the process to S007.

  In S007, the CPU 60 calculates a ratio between the standard value of the body temperature defined in the record searched in S002 and the measured value of the body weight included in the received message. And when the latter is larger than the former, the calculated ratio is the range of the risk (1-6) divided by each percentage listed in the body temperature allowable upper limit range in the same record. Determine whether. On the other hand, if the latter is smaller than the former, the calculated ratio is the range of any risk (1-6) delimited by each percentage listed in the body temperature tolerance lower limit range in the record Determine whether. If the determined risk level is lower than the preset risk level, it is determined that there is no abnormality, and the process proceeds directly to S009. On the other hand, if the determined risk is higher than the preset risk, the process proceeds to S008 because there is an abnormality. In S008, the CPU 60 temporarily stores in the RAM 62 the degree of risk determined for the body temperature in association with the hospital code in the hospital reference value table 43 read in S001 (or S012 described later). After completion of S008, the CPU 60 advances the process to S009.

  In S009, the CPU 60 calculates the ratio between the standard value of the highest blood pressure defined in the record searched in S002 and the measured value of the highest blood pressure included in the received message. And when the latter is larger than the former, the calculated ratio is in any risk level (1-6) divided by each percentage listed in the maximum allowable blood pressure upper limit range in the same record. Determine if there is. On the other hand, in the case where the latter is smaller than the former, the calculated ratio is in which risk level (1-6) divided by the percentages listed in the maximum allowable blood pressure lower limit range in the record. Determine if there is. At the same time, the CPU 60 calculates the ratio between the standard value of the minimum blood pressure defined in the record and the measured value of the minimum blood pressure included in the received message. And when the latter is larger than the former, the calculated ratio is in any risk (1-6) range delimited by each percentage listed in the minimum blood pressure allowable upper limit range in the record. Determine if there is. On the other hand, in the case where the latter is smaller than the former, the calculated ratio is in any risk level (1-6) delimited by each percentage listed in the diastolic blood pressure allowable lower limit range in the same record. Determine if there is. If the risk level determined for the maximum blood pressure and the minimum blood pressure is lower than the risk level set in advance, the process proceeds to S009 as it is determined that there is no abnormality. On the other hand, if the degree of risk determined for either the maximum blood pressure or the minimum blood pressure is higher than the risk level set in advance, the process proceeds to S010 because there is an abnormality. In S010, the CPU 60 temporarily stores in the RAM 62 the risk levels determined for the systolic blood pressure and the diastolic blood pressure in association with the hospital code in the hospital reference value table 43 read in S001 (or S012, which will be described later). . After completion of S010, the CPU 60 advances the process to S011.

  As described above, depending on what sensor is used as the sensor 14 of the health care device 1, a body measurement value (for example, the above-described uric acid value, protein) other than the above may be included in the message. There is sex. When the types of physical measurement values included in the message increase in this way, the same determination process as S003 to S010 for determining the risk level of each increased physical measurement value before S011 is executed. And the storage process to RAM is performed.

  In S011, it is checked whether or not the reference value tables 43 of all hospitals have been read for the message received this time. If all the hospital reference value tables 43 have not been read yet, the next hospital reference value table 43 is read from the health management database (server) 4 and read into the RAM 62 in S012, and then the new hospital reference value table 43 is read. In order to perform the check based on the reference value table 43 of the hospital read in step S102, the process returns to S002.

  On the other hand, when it is determined in S011 that the reference value tables 43 of all hospitals have been read as a result of repeating the loop processing of S002 to S012, the CPU 60 advances the process to S013. In S013, the CPU 60 is based on information temporarily stored in the RAM 62 in S004, S006, S008, and S010 in each loop process (information indicating a high-risk measurement value associated with the hospital code of each hospital). Then, an e-mail for displaying the above-described measurement result notification screen (see FIG. 8) is generated, and a member (not shown) corresponding to the ID of the user (measured person) included in the received message The data is transmitted to the mail address (addressed to the personal computer 2 or the mobile phone 3) of the user (measured person) read from the database.

  In the next S014, the measurement value linkage table (FIG. 6) is generated by combining the information contained in the received message and the mail address, and uploaded to the health management database (server) 4. When S014 is completed, the CPU 10 operating according to the change management program 16 ends this process.

(Function)
According to the hospital introduction system of the present embodiment configured as described above, the user measures his / her body using the sensors 12 to 14 of the self-held health care device 1. And about the item of the physical measurement in which a sensor is insufficient, after measuring using another measuring device, the measured value is inputted into the keyboard / touch panel 11 of the health care device 1. Thereafter, when the user inputs a command to transmit to the keyboard / touch panel 11, each measured value and the BMI value calculated based on the measured value are transmitted to the health management server 6, and for each hospital, The body measurement value and BMI value of the user are applied to the determination criteria provided by the hospital, and the respective risk levels are determined. Then, the health management server 6 sends an e-mail indicating the name of each hospital and the type and degree of the measurement value determined to be high risk based on the determination criteria provided by the hospital. , And send it to the email address of the user (measured person). Therefore, the user (user) can know the hospital name of the hospital where he / she finds an abnormality in his / her physical measurement values on the screen displaying the contents of the e-mail. Therefore, if a medical examination is received at the hospital, it can be sufficiently expected that the cause of the measurement value determined to have a high degree of risk will be diagnosed.

(Modification)
In the present invention, the e-mail (e-mail for applying for a medical examination appointment to the selected hospital) transmitted when the “Yes” button 100 on the measurement result notification screen (FIG. 8) is operated is the health management server 6. Instead, it may be sent directly to the selected hospital. In this case, this email may contain all of the physical measurements and BMI values or only those that are considered abnormal, but if there is a problem in disclosing personal information before the reservation is made, What is necessary is just to comprise so that such information may be transmitted to a hospital after establishment.

  Moreover, in the said Example, although the measurement result screen was transmitted to the said user's (measured person's) personal computer 2 or the mobile telephone 3 as an email, since the health care apparatus 1 itself has an email receiving function. If there is, it may be transmitted to the health management device 1 itself as an e-mail addressed to that address, or as an HTTP response message if the health management device 1 itself has a web browsing function.

  In the hospital reference value table 43, determination formulas (simultaneous inequalities, etc.) for each body measurement value may be registered. In this case, S003 to S010 in the process shown in FIG. 11 are replaced by a process of making a determination by substituting the body measurement value into the determination formula, and temporarily storing that fact in the RAM 62 if abnormal.

The schematic block diagram which shows the structure of the hospital reservation system which is embodiment of this invention Data flow diagram showing the flow of data between the devices that make up the hospital referral system Block diagram showing internal circuit configuration of health care equipment Figure showing an example of a display screen Table showing the data structure of the hospital basic information table Table showing the data structure of the measurement value linkage table Table showing data structure of hospital reference value table Figure showing the measurement result notification screen Hospital reservation application completion screen Block diagram showing internal circuit configuration of health management server The flowchart which shows the process started by receiving the message containing a body measurement value and a BMI value from a health care device.

Explanation of symbols

1 Health management device 2 Personal computer 3 Mobile phone 4 Health management database (server)
5 Hospital Terminal 6 Health Management Server 41 Hospital Basic Information Table 42 Measurement Value Linkage Table 43 Hospital Reference Value Table

Claims (3)

Data communication is possible through a terminal and a network that transmits measurement values obtained by measuring the user's body, and the determination criteria of body measurement values provided by a plurality of hospitals and the identification information of the providing hospitals are respectively provided. A server device connected to a database storing a plurality of defined criterion information,
When receiving a message including a physical measurement value and identification information of the user from the terminal of any user, determination criterion information reading means for reading all determination criterion information from the database;
For each determination criterion information read by the reference value information reading means, the physical measurement value included in the message is applied to the determination criterion included in the determination criterion information. A determination means for determining whether it is abnormal or normal;
Electronic information generation means for generating electronic information listing the determination results for each determination criterion information by the determination means together with the provider hospital name corresponding to the identification information of each hospital included in each determination criterion information;
A hospital introduction server comprising: electronic information transmitting means for transmitting electronic information generated by the electronic information generating means to the user corresponding to the identification information of the user included in the message. The message includes multiple types of physical measurements,
Each criterion information defines a criterion for the plurality of types of body measurement values,
The determination means applies each physical measurement value included in the message to the determination criterion for each type of physical measurement value included in the determination criterion information, so that each physical measurement value is abnormal or normal. To determine whether or not
2. The hospital introduction server device according to claim 1, wherein the electronic information generation unit generates the electronic information that lists the types of body measurement information determined to be abnormal for each hospital. Data communication is possible with the user through the network, and the database stores multiple criteria information that defines the criteria of physical measurements provided by multiple hospitals and the identification information of the provider hospitals. For connected computers
A determination criterion information reading process for reading all the determination criterion information from the database when receiving a message including the physical measurement value and the identification information of the user from the terminal of any user;
For each determination criterion information read by the reference value information reading process, the physical measurement value included in the message is applied to the determination criterion included in the determination criterion information. A determination process for determining whether it is abnormal or normal,
Electronic information generation processing for generating electronic information listing the determination results for each determination criterion information by this determination processing together with the provider hospital name corresponding to the identification information of each hospital included in each determination criterion information, and
A hospital introduction program for executing electronic information transmission processing for transmitting electronic information generated by the electronic information generation processing to the user corresponding to the identification information of the user included in the message.