JP6117497B2 - Biological information management system and biological information management method - Google Patents

Description

The present invention is, for example, relates to a plurality of types of BIOLOGICAL information management system that manages the bio-information and the like, and the biological information management method patient at home such as adult diseases.

  Conventionally, proposals have been made such as managing patient information with a special portable terminal and preparing for an emergency situation of a patient (for example, Patent Document 1).

Japanese Patent No. 4454834

However, in order to grasp the health condition of the subject, it is necessary to obtain biological information such as body temperature, blood pressure, blood glucose level, activity level, etc. and make judgments based on these numerical values.
For this reason, the subject places a thermometer, blood pressure meter, blood glucose meter, etc. at home, carries an activity meter, acquires each measured value, records these, and goes to a hospital etc. It was necessary to carry the data. However, it is difficult for the subject to record such a plurality of measurement values without omission, and there has been a problem that a considerable burden is imposed on the subject. In addition, since it is difficult to continuously record measurement values without omission, there is also a problem that sufficient information cannot be acquired when grasping the health condition of the subject.

Accordingly, the present invention has an object of providing raw material information management system and the biological information management method Ru can be obtained not efficient and leakage multiple biometric information.

In the present invention, the object is to measure specific biological information and store the specific biological information in association with the identification information of the subject, and a prescription related to prescriptions such as drugs in dispensing pharmacies. A prescription information management device having information , wherein the biological information measurement device measures other biological information and stores the other biological information in association with the identification information. When the identification information of the other biological information matches the identification information of the biological information measuring device, the other biological information is acquired and the identification is performed. has a structure for storing in association with the information, the prescription information includes a formulation capable biological range information which is the biometric information corresponding to the prescribed range of the drug or the like to be provided to the subject, the biological information measuring instrumentation Is configured to be able to measure or transmit the biological information acquired from the other biological information measuring device to the prescription information management device, the prescription information management device acquired from the biological information measurement device This is achieved by a biological information management system configured to determine whether or not the biological information corresponds to the prescribable biological range information .

According to the above configuration, the biological information measuring device measures specific biological information and stores the specific biological information in association with the identification information of the target person. The biological information measuring device measures other biological information. It is configured to be able to communicate with other biological information measuring devices that store other biological information in association with identification information.
In addition, when the identification information of the other biological information matches the identification information of the biological information measuring device, the other biological information is acquired and stored in association with the identification information.
For this reason, the biological information measuring device that measures specific biological information communicates with other biological information measuring devices that measure other biological information, so that the other biological information measuring device automatically stores the other biological information. Information can be acquired.
Accordingly, the target person can collect, store and manage biological information from a plurality of biological information measuring devices that measure a plurality of types of biological information in a centralized manner by one biological information measuring device. There is no need to prepare a separate device other than the biological information measuring device to collect and store information, and a plurality of biological information can be acquired and stored efficiently and without omission.

Moreover, in the said structure, each biometric information is linked | related with the subject's identification information, The other types of biometric information in the other biometric information measurement apparatus which the said biometric information measurement apparatus acquires are linked | related with the same identification information. It is limited to the biometric information that is provided.
Accordingly, since the biological information measuring device acquires and stores only the biological information of the subject from other biological information measuring devices, the biological information of the other subject is erroneously stored and managed as the biological information of the same subject. And the reliability of biometric information is guaranteed.
Moreover, according to the said structure, the biological information measuring device becomes a structure which can transmit to the prescription information management apparatus the biological information measured or acquired from the other biological information measuring device. Further, the prescription information management device has prescription information related to prescriptions such as medicines of dispensing pharmacies, and the prescription information includes prescribable biological range information which is biological information corresponding to prescribable ranges of drugs etc. provided to the subject. I have.
Furthermore, the prescription information management device is configured to determine whether or not the biological information acquired from the biological information measuring device corresponds to prescribable biological range information.
Therefore, the prescription information management device of the dispensing pharmacy can determine whether or not to continue to provide drugs to the subject, and the determination is based on the doctor's prescription information. And it will be an appropriate decision.

  Preferably, the living body information measuring device is configured to be able to measure living body information related to the activity of the subject person when the subject person carries it.

According to the above configuration, since the biological information measuring device is configured to be able to measure biological information related to the activity of the subject by carrying the subject, in order to measure biological information related to the activity The subject always carries the biological information measuring device. And by carrying this biological information measuring device, the biological information of another biological information measuring device can be acquired automatically.
Therefore, the subject does not have to prepare a separate device for collecting and storing his / her multiple types of biological information, and is usually a biological information measuring device carried for measuring biological information. You can collect and store multiple types of biological information just by possessing it, so you can easily and reliably collect and store biological information without forgetting to collect multiple types of biological information. Can do.

  Preferably, the biological information measuring device that stores the specific biological information is an activity meter, and communication with the other biological information measuring device is short-range communication.

According to the above configuration, a plurality of pieces of biological information (body temperature, blood pressure, blood glucose, body composition, body weight, body water content, SPO ₂ etc.) can be obtained efficiently and without omissions in the active mass meter that is always carried. The function as a so-called vital notebook can be stored.

According to the present invention, the object relates to a prescription of a biological information measuring device that measures a specific type of biological information and stores the specific type of biological information in association with identification information of a subject, and a prescription for a drug in a dispensing pharmacy. A biological information management method using a prescription information management device having prescription information, wherein the biological information measurement device measures other biological information and stores the other biological information in association with the identification information. It is configured to be communicable with another biological information measuring device, and the other biological information is acquired when the identification information of the other type of biological information matches the identification information of the biological information measuring device. And is configured to be stored in association with the identification information, configured to be able to measure or transmit the biological information acquired from the other biological information measuring device to the prescription information management device, Prescribing information management device, the biometric information acquired from the biological information measuring device, wherein the formulation information is provided, the formulation can biological range information which is the biometric information corresponding to the prescribed range of the drug or the like to be provided to the subject This is achieved by a biological information management method characterized in that it is configured to determine whether or not it corresponds.

As described above, according to the present invention, it is possible to provide a plurality of biological information efficiently and raw material information management system Ru can be obtained without omission and the biological information management method.

It is the schematic which shows the vital data management system which is the biometric information management system of this invention, for example. It is a schematic block diagram which shows the main structures of the hospital server of FIG. It is a schematic block diagram which shows the main structures of the dispensing pharmacy server of FIG. It is a schematic block diagram which shows the main structures of the active mass meter of FIG. It is a schematic flowchart which shows the operation example of the "vital data management system" concerning an embodiment of the invention. It is a schematic flowchart which shows the other operation example of the "vital data management system" concerning an embodiment of the invention. It is a schematic flowchart which shows the other operation example of the "vital data management system" concerning an embodiment of the invention.

Preferred embodiments of the present invention will be described below in detail with reference to the accompanying drawings.
The embodiments described below are preferred specific examples of the present invention, and thus various technically preferable limitations are given. However, the scope of the present invention is particularly limited in the following description. Unless otherwise stated, the present invention is not limited to these embodiments.

  FIG. 1 is a schematic diagram showing, for example, a vital data management system 1 which is a biological information management system of the present invention. The vital data management system 1 is a system that manages biometric information such as vital data, in other words, vital signs. A vital sign is an index indicating a living state, and refers to vital signs such as body temperature, breathing, pulse, blood pressure, and the like.

As shown in FIG. 1, the vital data management system 1 has a hospital server 10 arranged in a hospital or the like. The hospital server 10 is connected to, for example, a doctor terminal 10a which is a terminal device carried by each doctor.
In addition, the vital data management system 1 includes, for example, a dispensing pharmacy server 30 that is a prescription information management device disposed in a dispensing pharmacy that provides medicine to patients who are subjects based on a prescription by a doctor.
Furthermore, the vital data management system 1 includes, for example, a patient home communication device 50 that is a communication device disposed in a patient's home or a nursing facility. The patient home communication device 50 is preferably provided at the bedside used by the patient.
As shown in FIG. 1, the patient home communication device 50 is configured to be able to communicate with the dispensing pharmacy server 30. The dispensing pharmacy server 30 is configured to be communicable with the patient home communication device 50 and is configured to be communicable with the hospital server 10.

On the other hand, as shown in FIG. 1, the vital data management system 1 basically has an activity meter 60 that is an activity amount measuring device that measures an activity amount of a living body by always carrying it, for example. For example, an electronic thermometer 51, a body composition meter (which also measures body weight) 52, an electronic sphygmomanometer 53, a blood glucose meter 54, a pulse oximeter 55, a body moisture meter 56, and the like, which are measuring devices, are provided.
The activity meter 60 is a device that has, for example, a three-axis acceleration sensor and the like, and measures vital data such as intensity of activity and total daily calories consumed such as sleep, walk, work, housework, and the like.

The electronic thermometer 51 is a device for measuring vital data such as body temperature of a person's armpit, and the body composition meter 52 includes vital data such as the composition of the human body such as body fat, muscle mass, and bone mass. It is a device for measuring.
The electronic sphygmomanometer 53 is a device that measures vital data called human blood pressure, and the blood glucose meter 54 is a device that measures vital data called human blood glucose level.

  As shown in FIG. 1, the activity meter 60 is configured to be communicable with the patient home communication device 50, and an electronic thermometer 51, a body composition meter 52, and an electronic sphygmomanometer arranged at the patient home. 53, the blood glucose meter 54, the pulse oximeter 55, the body moisture meter 56, and the like are configured to be able to communicate with each other when close to a certain distance.

  In addition, the activity meter 60, the electronic thermometer 51, the body composition meter 52, the electronic blood pressure meter 53, and the blood glucose meter 54 each acquire identification information for identifying a patient who is a measurement target, for example, a patient ID, The patient ID and the measured measurement value are stored in association with each other.

  In addition, the hospital server 10, the doctor terminal 10a, the dispensing pharmacy server 30, the patient home communication device 50, the activity meter 60, the electronic thermometer 51, the body composition meter 52, the electronic sphygmomanometer 53, the blood glucose meter 54, pulse oxy shown in FIG. The meter 55 and the body moisture meter 56 have a computer. The computer has a CPU (Central Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory), and the like (not shown), which are connected via a bus. Connected.

FIG. 2 is a schematic block diagram showing the main configuration of the hospital server 10 of FIG. As shown in FIG. 2, the hospital server 10 includes a hospital server control unit 11. The hospital server control unit 11 includes a hospital server side communication device 12 for the hospital server 30 to communicate with the doctor terminal 10 a and the like, various data The hospital server side display 13 for displaying the data and the hospital server side input device 14 for inputting various data are controlled.
The hospital server control unit 11 controls various memories and various information processing units (programs) shown in FIG. 2, and the specific contents thereof will be described later.

FIG. 3 is a schematic block diagram showing the main configuration of the dispensing pharmacy server 30 of FIG. As shown in FIG. 3, the dispensing pharmacy server 30 has a dispensing pharmacy server control unit 31, and the dispensing pharmacy server control unit 31 communicates with the hospital server 10, the patient home communication device 50, and the like. The dispensing pharmacy server side communication device 32, the dispensing pharmacy server side display 33 for displaying various data, the dispensing pharmacy server side input device 34 for inputting various data, and the like are controlled.
The dispensing pharmacy server control unit 31 controls various memories and various information processing units (programs) shown in FIG. 3, and specific contents thereof will be described later.

  FIG. 4 is a schematic block diagram showing a main configuration of the activity meter 60 of FIG. As shown in FIG. 4, the activity meter 60 includes an activity meter control unit 61, and the total number of walks per day and the walking strength (four steps) of the patient who is the subject from a triaxial acceleration sensor or the like. Activity amount such as walking time (minutes), walking distance (km), medium calorie consumption, calorie consumption, etc., and the amount of activity stored in the vital data storage unit 66 with time information on the activity meter side by day The meter main unit 62 is controlled. Further, as shown in FIG. 1, the activity meter control unit 61 is configured so that the patient home communication device 50, the electronic thermometer 51, the body composition meter 52, the electronic sphygmomanometer 53, the blood glucose meter 54, the pulse oxymeter, as shown in FIG. The activity meter side communication device 63 used when communicating with the meter 55, the body moisture meter 56, etc. is controlled.

In addition, the activity meter 60 has, for example, an activity meter-side display 60a that is a display unit composed of a substantially circular LED or the like at the center thereof.
The activity meter-side display 60a has a time display for displaying time data and a Mets display 60b for displaying the above-described Met data for every two minutes of a measurement subject (hereinafter referred to as “subject”).
In addition to the mets data, the mets etc. display 60b is configured to be able to display “Banzai mark”, “OK mark”, etc. by character display when the target is achieved.

The activity meter-side display 60a also includes a flame display 60c that displays a character when the above-described “medium intensity” Mets movement is achieved.
In addition, the activity meter side display 60a has, for example, an achievement gauge which is an achievement degree information display unit that displays an achievement degree with respect to a target such as a medium intensity activity time arranged in an arc shape.

This achievement gauge is configured such that the progress until the goal is achieved is displayed by lighting or the like.
In addition, the activity meter 60 is provided with a setting change button 60d and a memory call button 60e on the outside thereof.
The activity meter control unit 61 controls various memories and various information processing units (programs) shown in FIG. 4, and specific contents thereof will be described later.

5 to 7 are schematic flowcharts showing an operation example of the “vital data management system 1” according to the embodiment of the present invention.
In the present embodiment, the patient of FIG. 1 has a blood glucose meter 54, an electronic thermometer 51, a body composition meter 52, an electronic sphygmomanometer 53, etc. that are basically provided at home, and activities that the patient carries and uses. An example of acquiring, storing, and managing these vital data using the quantity meter 60 will be described below.

First, for example, a diabetic patient who is a subject of the vital data management system 1 according to the present embodiment visits the hospital (including personal practitioners and clinics) shown in FIG. After receiving a doctor's examination and medical examination, he / she will receive a prescription for his / her own illness, for example, a medicine for diabetes (insulin) and a needle for injecting insulin.
This prescription is, for example, a long-term prescription that can be administered for a maximum of two months so that the blood glucose level falls within a predetermined range.
Therefore, as soon as this prescription is issued, you can immediately visit the dispensing pharmacy, basically confirm the identity based on the prescription, and receive a drug (insulin) that can be administered for up to two months It has become. Insulin preparations include super fast-acting, fast-acting, intermediate, and mixed types depending on the onset time and duration of action. Insulin preparations include cartridge preparations, kit preparations, and vial preparations. is there.

In the ST step (hereinafter referred to as “ST”) 1 in FIG. 5, a doctor in charge who examines a patient who has come to the hospital issues the above-mentioned long-term prescription. The content is that the patient himself or herself administers a specific medicine three times a day (usually immediately before a meal) for a maximum of two months when the patient's blood sugar level, blood pressure, etc. are within a predetermined range. It is described.
The doctor in charge associates this long-term prescription with the patient identification information such as “patient ID” and the doctor identification information such as “doctor ID” “hospital” shown in FIG. It is stored in the side patient / doctor related prescription data storage unit 16 ”.
Specifically, when the doctor in charge inputs a patient ID, a doctor ID, and prescription data from a terminal such as an outpatient, the “hospital patient / physician prescription data generation processing unit (program) 15” in FIG. 2 operates. To process.
This “long-term prescription” information is “prescription information”, and “when a blood glucose level of the patient is within a predetermined range, a specific medicine is given three times a day for a maximum of two months (usually a meal "Prior to the patient's own subcutaneous administration" is an example of "prescribing biological range information".

  Next, the process proceeds to ST2. In ST2, in ST1, the data stored in the “hospital patient / physician-related prescription data storage unit 16” is acquired from the hospital server 10 by communication or the like, and the “dispensing pharmacy side” in FIG. It is stored in the “patient / doctor related prescription data storage unit 35”.

  In this state, if the patient visits the dispensing pharmacy in FIG. 1 and shows his / her “patient ID” or the like electronically or in writing, his / her “long-term prescription” data is extracted, and a predetermined medicine is stored for a predetermined period ( For example, 2 weeks).

Then, the patient who received the medicine from the dispensing pharmacy returns to the home in FIG. The patient always carries the “activity meter 60” shown in FIG. 1 or the like in order to measure his / her calorie consumption.
In this state, the patient lives at home, but the patient measures his / her vital data at any time or regularly at home.
For example, when the body temperature is measured, the body temperature is measured by the electronic thermometer 51, and when the body composition is measured, the body composition meter 52 is used. Moreover, when measuring blood pressure, the electronic blood pressure meter 53 is used, and when measuring a blood glucose level, the blood glucose meter 53 is used for measurement.
At this time, vital data such as body temperature measured by each electronic thermometer 51 and the like is stored in a device such as each electronic thermometer 51 in association with the time information of the measurement and the above-described patient ID information.

  Similarly, the active mass meter 60 of FIG. 1 is carried by the patient so that its three-axis acceleration sensor and the like operate, and the total number of walks per day, walking strength (four steps), and medium walking time (minutes). ), Activity data such as walking distance (km), calories burned, etc., and vital information with time information on the activity meter side in the activity meter 60 along with the measured time information and patient ID information It is stored in the data storage unit 66.

Next, the process proceeds to ST3. In ST3, whether or not an electronic thermometer 51, a body composition meter 52, an electronic sphygmomanometer 53, a blood glucose meter 54, a pulse oximeter 55, and a body moisture meter 56 that can communicate with the activity meter 60 carried by the patient are present. Judging.
This communicable range is, for example, within 2 m or the like, and “short range communication” that enables communication when the patient carries the activity meter 60 and approaches another device such as the electronic thermometer 51, for example. A device is installed in each device.

In data communication using the “Near Field Communication” device, for example, near-field non-contact communication means up to about 10 cm (for example, ISO / IEC 14443 power-saving IC communication technology, ISO / IEC 18092 communication technology, FeliCa (Registered trademark of Sony Corporation)), and Bluetooth (registered trademark of Bluetooth SIG). Communication is performed via this “short-range communication” device.
In the communication technology of FeliCa, communication is performed using radio waves of 13.56 MHz, and communication of 100 to 400 kbps is performed in a very short distance up to about 10 cm without contact. Bluetooth can communicate at a maximum speed of 24 Mbps using radio waves in the 2.45 GHz band.
Therefore, in ST3, it is determined whether or not communication is possible between the activity meter communication device 63 of FIG. 4 of the activity meter 60 carried by the patient and the communication device such as the electronic thermometer 51. Can do.
This determination is made by the “communication enabled device detection unit (program) 64” of FIG. 4 operating.

In ST3, it is possible to communicate with any one or more of the electronic thermometer 51, the body composition meter 52, the electronic blood pressure meter 53, the blood glucose meter 54, the pulse oximeter 55, and the body moisture meter 56 with which the activity meter 60 can communicate. If it is determined that there is, the process proceeds to ST4. In ST4, the activity meter 60 communicates with a device communicable in ST3, for example, the blood glucose meter 54, etc., acquires “patient ID information” stored in the device, and the activity meter 60 It is determined whether or not vital data of “patient ID information” that matches the number of “patient ID information” of the patient who is recognized as the user who is the user is stored.
Specifically, the “ID information determination processing unit (program) 65” in FIG. 4 performs determination processing.

  When it is determined in ST4 that the activity meter 60 stores vital data of “patient ID information” that matches the number of “patient ID information” of the patient who is the user of the activity meter 60 , Go to ST5. In ST5, the activity meter 60 acquires the vital data together with the “time information (year / month / day, time)” associated with the device (blood glucose meter 54, etc.), and the “activity meter side” in FIG. It is stored in the vital data storage unit 66 with time information ”.

As described above, in the present embodiment, the activity meter 60 has the vital data of the patient measured by the blood glucose meter 54, the electronic thermometer 51 in the patient's home, the body composition meter 52, the electronic blood pressure meter 53, and the like. It is configured to be automatically acquired and stored together with time information and the like.
Therefore, the patient can acquire, store and display vital data of other devices such as the electronic thermometer 51 only by carrying the activity meter 60 for measuring the amount of activity such as calories consumed, It is not necessary to prepare a special device for storing vital data, and vital data measured by a plurality of different types of devices can be acquired, stored, and displayed efficiently and without omission.

However, since the storage capacity increases, for example, the storage period may be controlled to be updated up to 7 days and updated sequentially. In addition, the stored body temperature, body composition, blood pressure, blood glucose, blood oxygen saturation, and body water content data are stored on the activity meter side display 60a by, for example, a radar chart by operating the memory call button 60e. You may make it control so that an own past average value or standard value may be displayed collectively.
In addition, when data on body temperature, body composition, blood pressure, blood glucose, blood oxygen saturation, and body water content cannot be acquired for a predetermined number of days, for example, 5 days or more, an alarm for prompting measurement may be generated / displayed.

  In the present embodiment, the activity meter 60 receives only vital data associated with the same “patient ID information” as the patient using the activity meter 60 from other devices such as the electronic thermometer 51. Since it is acquired, the vital data of other family members in the home is not mistakenly acquired and the reliability of the acquired vital data is ensured.

  Furthermore, in the present embodiment, since the activity meter 60 that acquires and stores vital data is a device that is always carried by the patient to measure the activity amount, unlike other special devices, The number of people who forget to carry them is dramatically reduced.

Next, the process proceeds to ST6. In ST6, the activity meter 60 determines whether or not the communication time with the patient home communication device 50 of FIG. 1 at a predetermined interval has arrived.
That is, in the present embodiment, as described above, the vitality meter 60 of FIG. 1 acquires and stores the vital data acquired from the patient's home electronic thermometer 51 and the like, and after a predetermined time has elapsed, the dispensing pharmacy server of FIG. 30.
For this reason, in this Embodiment, the time (a fixed interval) at which the active mass meter 60 transmits the vital data which it acquired and stored to the dispensing pharmacy server 30 via the patient home communication apparatus 50 has arrived. Judge whether or not.
Specifically, the “communication time determination processing unit (program) 67” in FIG. 4 operates and processes.

  When the activity meter 60 determines in ST6 that the communication time with the patient home communication device 50 has arrived, the process proceeds to ST7. In ST7, the activity meter 60 stores the “vital data with activity meter side time information” stored in the “vital data storage unit with activity meter side time information” 66 of FIG. The patient ID information, time information, and the like are transmitted to the patient home communication device 50, and the patient home communication device 50 transmits these data to the dispensing pharmacy server 30 in FIG.

Next, the process proceeds to ST8. In ST8, the dispensing pharmacy server 30 that received the data refers to the “dispensing pharmacy side patient / physician-related prescription data storage unit 35” in FIG. 3 based on the received “patient ID” data and the like. "Search for data on data.
Then, the received “vital data with activity meter side time information” is associated with the data of the “patient ID” and stored as “dispensing pharmacy server side vital data” in the “dispensing pharmacy server side vital data storage unit 36”. .
This operation is executed by the “dispensing pharmacy server side vital data generation processing unit (program) 37” of FIG.

As described above, in the present embodiment, the various vital data of the patient acquired and stored by the patient activity meter 60 are transmitted to the dispensing pharmacy server 30 and stored together with the time data at which the measurement was performed. .
Therefore, detailed vital data of the patient is held in the dispensing pharmacy server 30.

In the present embodiment, as described above, the patient has been provided with, for example, a predetermined amount of diabetes medicine, for example, for two weeks from the dispensing pharmacy based on the “long-term prescription” of the doctor in charge. If you take it for 2 weeks, you will finish taking the medicine.
At this time, as described above, since the expiration date of the “long-term prescription” provided by the doctor in charge is two months and is still within the expiration date, the patient is again provided with the same medicine. I will go to the pharmacy.
Then, the patient who arrives at the dispensing pharmacy inputs his / her “patient ID” information (number, etc.) to the pharmacy server 30.

Then, the process proceeds to ST9. In ST9, the dispensing pharmacy server 30 determines whether or not “patient ID” has been input.
If it is determined in ST9 that the “patient ID” has been input, the process proceeds to ST10. In ST10, the “input patient data identification processing unit (program) 38” in FIG. 3 operates, and the “dispensing pharmacy server side vital data” of the “patient ID” that has been input is changed to the “dispensing pharmacy server side vital data” in FIG. It is specified from the data storage unit 36 ”.
Further, the “dispensing pharmacy side patient / doctor related prescription data” including the “long term prescription” data of the patient from the inputted “patient ID” is stored in the “dispensing pharmacy side patient / doctor related prescription data storage unit 35 in FIG. ”

Next, the process proceeds to ST11. In ST11, the “vital data / prescription data range determination processing unit (program) 39” in FIG. 3 operates, and the “dispensing pharmacy server side vital data” of the “patient ID” specified in ST10 is input. It is determined whether or not it is within the range of “Dispensing pharmacy side patient / doctor related prescription data” including the “long-term prescription” data of the patient from the “patient ID”.
That is, the change in vital data (blood glucose level, etc.) of the patient measured with the blood glucose meter 54 at home after providing the drug from the previous dispensing pharmacy is “Vital data” defined in the “long-term prescription”. It is determined whether or not it is within the range (such as blood glucose level).
In other words, as described above, the “long-term prescription” indicates that a specific drug is specified for several months (for example, two months) when the blood glucose level, blood pressure, etc. of the patient is within a predetermined range. Since “the number of times, taking a specific amount” is described, it is determined whether or not the “vital data” measured by the patient at home remains within the “predetermined range”.

  If it is determined in ST11 that the “vital data” measured by the patient at home remains within the “predetermined range”, the process proceeds to ST12. In ST12, “Dispensing pharmacy server-side display 33” in FIG. 3 of the dispensing pharmacy server 30 is displayed as “medicine can be provided”, and a pharmacist or the like of the dispensing pharmacy provides the same drug as the previous time.

  As described above, in the present embodiment, the dispensing pharmacy server 30 can determine whether or not to continue to provide drugs to the patient, and the determination is based on prescription information of the doctor in charge. This is a safe and appropriate decision.

  On the other hand, if it is determined in ST11 that the “vital data” measured by the patient at home is not within the “predetermined range”, the process proceeds to ST13. In ST13, the dispensing pharmacy server 30 displays "dispensing pharmacy server side vital data" which is the vital data measured by the patient at home while displaying "drug provision impossible" on the "dispensing pharmacy server side display 33" of FIG. Along with the “patient ID” and the like, it is transmitted to the hospital server 10 of FIG.

In other words, if the vital data measured by the patient at home, such as blood glucose levels, is not within the specified range of the doctor's “long-term prescription” data, it is not appropriate to provide the same medicine as it is. Since it is necessary to receive a diagnosis by a doctor or the like, vital data (dispensing pharmacy server side vital data) measured by the patient at home is transmitted to the hospital server 10.
Accordingly, when a drug is provided at a dispensing pharmacy, whether or not the drug is provided is determined based on the prescription information of the doctor, so that it is possible to prevent the drug from being deviated from the symptoms.

Next, the process proceeds to ST14. In ST14, the hospital server 10 that has received the “dispensing pharmacy server side vital data” and “patient ID”, which are vital data measured by the patient at home, from the dispensing pharmacy server 30 is based on the “patient ID”. The “hospital patient / doctor related prescription data” of the patient is specified from the “hospital patient / doctor related prescription data storage unit 16”.
Then, in association with the “hospital side patient / doctor related prescription data”, the dispensing pharmacy server side vital data is stored as “hospital side vital data” in the “hospital side vital data storage unit 17”. Specifically, the “hospital-side vital data storage processing unit (program) 18” in FIG. 2 operates and processes.

On the other hand, in ST13, the patient who has not been provided with the medicine at the dispensing pharmacy visits the hospital in accordance with the recommendation of the dispensing pharmacy, etc., with the doctor in charge.
Next, the process proceeds to ST15. In ST15, the hospital server 10 determines whether or not “patient ID” has been input. If it is determined in ST15 that “patient ID” has been input, the process proceeds to ST16. In ST16, the “hospital-side vital data search / output unit (program) 18” of FIG. 2 operates, and the doctor terminal in which the doctor in charge visually recognizes the “hospital-side vital data” of the input “patient ID”. 10a is displayed on the display.

  Therefore, the doctor in charge measured at the patient's home together with data on activity such as the total number of walks per day, walking strength, walking time (minutes), walking distance (km), and calorie consumption. A numerical value of vital data such as a blood glucose level can be quickly grasped, and a quick and appropriate diagnosis can be performed.

  By the way, the present invention is not limited to the above-described embodiment.

  DESCRIPTION OF SYMBOLS 1 ... Vital data management system, 10 ... Hospital server, 10a ... Doctor terminal, 11 ... Hospital server control part, 12 ... Hospital server side communication apparatus, 13 ... Hospital server side display , 14 ... hospital server side input device, 15 ... hospital side patient / doctor customs prescription data generation processing unit (program), 16 ... hospital side patient / doctor related prescription data storage unit, 17 ... hospital Side vital data storage unit, 18 ... Hospital side vital data search output unit (program), 30 ... Dispensing pharmacy server, 31 ... Dispensing pharmacy server control unit, 32 ... Dispensing pharmacy server side communication device, 33 ... Dispensing pharmacy server side display, 34 ... Dispensing pharmacy server side input device, 35 ... Dispensing pharmacy side patient / doctor related prescription data storage unit, 36 ... Dispensing pharmacy server Side vital data storage unit, 37 ... Dispensing pharmacy server side vital data generation processing unit (program), 38 ... Input patient data identification processing unit (program), 39 ... Vital data / prescription data range judgment processing unit (Program), 50 ... Patient home communication device, 51 ... Underarm thermometer, 52 ... Body composition meter, 53 ... Blood pressure monitor, 54 ... Blood glucose meter, 55 ... Pulse oximeter 56 ... Body moisture meter, 60 ... Activity meter, 60a ... Activity meter side display, 60b ... Mets display, 60c ... Flame display, 60d ... Setting change button, 60e ... Memory call button, 61 ... Activity meter control unit, 62 ... Activity meter main unit, 63 ... Activity meter side communication device, 64 ... Communication device detector (program) , 65 ... ID information determination processing unit (program), vital data storage unit with 66 ... activity meter side time information, 67 ... communication time determination processing section (program)

Claims (4)

A biological information measuring device that measures specific biological information and stores the specific biological information in association with identification information of the target person;
A biometric information management system having a prescription information management device having prescription information relating to prescriptions such as drugs of dispensing pharmacies,
The biological information measuring device is configured to be able to communicate with another biological information measuring device that measures other biological information and stores the other biological information in association with the identification information,
When the identification information of the other biological information matches the identification information of the biological information measuring device, the other biological information is acquired and stored in association with the identification information.
The prescription information comprises prescribable biometric range information that is the biometric information corresponding to prescribable ranges such as drugs provided to the subject,
The biological information measuring device is configured to measure or transmit the biological information acquired from the other biological information measuring device to the prescription information management device,
The said prescription information management apparatus becomes a structure which judges whether the said biometric information acquired from the said biometric information measurement apparatus corresponds to the said prescription possible biometric range information, The biometric information management system characterized by the above-mentioned.   The biological information management system according to claim 1, wherein the biological information measuring device is configured to be able to measure biological information related to the activity of the subject person when the subject person carries it.   The living body information measuring device which memorizes the specific living body information is an activity meter, and communication with the other living body information measuring device is near field communication. Biological information management system. A biometric information measuring device that measures biometric information of a specific type, stores the specific type of biometric information in association with identification information of the subject, a prescription information management device that has prescription information related to prescriptions such as drugs in a dispensing pharmacy, A biological information management method using
The biological information measuring device is configured to be able to communicate with another biological information measuring device that measures other biological information and stores the other biological information in association with the identification information,
When the identification information of the other type of biological information matches the identification information of the biological information measuring device, the other biological information is acquired and stored in association with the identification information.
It is configured to measure or transmit the biological information acquired from the other biological information measuring device to the prescription information management device,
In the prescription information management device , the prescribable biometric range information in which the biometric information acquired from the biometric information measurement device is the biometric information corresponding to the prescribeable range of a medicine or the like provided to the subject included in the prescription information. It is the structure which judges whether it corresponds to biometric information management method characterized by the above-mentioned.

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