JP2003284695A - Biological data measuring and collecting system, biological examination system, biological measuring system and biological data measuring and collecting method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a system for periodically measuring and collecting user's biological data without considering a user and applying load to the user. <P>SOLUTION: A biological data measuring and collecting system is constituted of a telephone and a biological measuring apparatus mounted on the telephone and measuring at least one biological data from a data of the user's body coming into contact with at least one contact surface provided to the predetermined part on the surface of the telephone when a user speaks by telephone. Biological data is measured by a biological measuring apparatus when a telephone is used and the user responds to the telephone and, when the quantity and quality of the measured data collected at this time is not fitted to the health diagnosis of the user, the conversation of the user through the telephone is performed in order to acquire the measured quantity and quality of data suitable for the health diagnosis of the user. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention measures biological information of humans and animals, which is used, for example, for health management of humans and animals and for restricting visitors to prevent accidents at event facilities. The present invention relates to a biological information measuring device.

[0002]

2. Description of the Related Art With the recent miniaturization and widespread use of mobile terminals, attempts have been made to continuously measure biometric information with a biometric sensor that is always mounted to provide health management and health support in daily life.

Japanese Unexamined Patent Publication No. 5-240970 discloses a sensor provided with a transmitting means and a wristwatch provided with a receiving means for receiving a radio signal, and detects a user's heartbeat detected by the sensor. There is disclosed a system in which the data can be transmitted to a wristwatch by a wireless signal, and the wristwatch can display the received data on a display so that the user can check his / her heartbeat.

Japanese Unexamined Patent Publication No. 8-10232 discloses a device for measuring the body temperature of a human body. The temperature measuring unit is attached to the body surface, or the temperature measuring unit is attached by a belt to measure the temperature of the person being measured. A device for automatically measuring and collecting body temperature is disclosed. This is a device that focuses on measuring the body temperature of infants and children accurately.

In Japanese Unexamined Patent Publication No. 9-322882, when a time for recording vital data is set in advance, various body health information is recorded by attaching a body to the wrist that tells the time and recording method by voice. A terminal device that does this is disclosed.

Japanese Patent Laid-Open No. 2001-112725 discloses that
A biological information measuring device formed in a wristwatch type, which is mounted on the wrist, measures biological information such as heartbeat and blood pressure, and discloses a system that warns the physical condition of the subject in advance. There is.

[0007] These devices are intended to facilitate constant measurement by always wearing them. However, even though it is miniaturized, it is a burden to wear it on the body for 24 hours on a daily basis, and since it takes time for charging and the like, the user is inevitably burdened.

On the other hand, there is also a stationary type in which the user regularly measures the biometric information on his / her own will, but in this case, it is possible to continuously measure the biometric information at appropriate intervals. It's getting very difficult. Also, the device itself tends to be large.

In recent years, aging of pets and lifestyle-related diseases have become a problem. It is said to have the same causes as human lifestyle-related diseases, such as high calorie intake and lack of exercise. In the case of a pet, unlike human beings, it is not possible to complain about one's own disorder in words. However, the owners tend to spoil them and tend to give them extra food. There is a need for a method of managing whether proper luck is achieved without burdening the owner.

At amusement facilities such as theme parks, depending on the playground equipment, the height may be 120 cm for safe operation.
There are many cases where conditions such as "above people", "strict prohibition of alcoholism", "please refrain from hypertension" are imposed. For marathon participants,
It is necessary to perform a physical check, such as whether it is normal heat and whether blood pressure is normal. However, it may be crowded, and at the time of ticket inspection, it may not be possible for the attendees to fully confirm whether or not these conditions are satisfied.

[0011]

As described above, the biological information of the user, such as body temperature, acceleration, blood pressure, GSR (Ga
When the measuring device for measuring (evanic Skin Reflex) is a wearable type,
There is a problem that the user has to wear it all the time for 24 hours, and the stationary type requires a certain amount of space and constant measurement by self-management, and in any case, the burden on the user becomes large. is there.

[0012] Further, there is a problem that the health management of pets cannot last long unless it is a method that does not burden the owner.

Further, in the ticket inspection at the amusement facility of the theme park, it is necessary to check not only the admission ticket but also the physical condition of the attendee such as whether the height and blood pressure are proper, and whether or not he / she is drunk. However, it is necessary for marathon participants to check whether they have normal fever and whether their blood pressure is normal. However, there is a problem that such a check cannot be sufficiently carried out at the time of congestion.

Therefore, in view of the above problems, the present invention is capable of periodically measuring and collecting biometric information of the user without the user being aware of it and without burdening the user. It is an object of the present invention to provide a method and a biometric system and a biometric information measurement / collection system using the method.

It is another object of the present invention to provide a biometrics system and a biometrics information collection system capable of easily measuring and collecting the health management of an animal as a pet without burdening the owner or the pet.

Further, it is an object of the present invention to provide a biopsy system capable of easily performing a physical check on visitors, participants, etc. in a game facility or a competition.

[0017]

According to the present invention, a telephone, a biometric device mounted on the telephone for measuring biometric information of a user, and biometric information measured by the biometric device are collected. In the biological information measuring and collecting system including a biological information collecting device, the biological measuring device is configured to contact at least one contact surface provided on a predetermined portion of the surface of the telephone when the user makes a call. Biometric means for measuring at least one biometric information from a part of the body of the user, and the biometric information of the biometric information measured by the biometric means during the call of the user in response to the call from the biometric information collecting device. A call for transmitting measurement data to the biometric information collecting device, wherein the biometric information collecting device calls the telephone and makes a call with a user who responds to the call. A receiving unit that receives the measurement data transmitted from the biometric device during a call with the user, a storage unit that stores the measurement data received by the receiving unit, and a receiving unit that receives the measurement data by the receiving unit. The measurement data includes a determination unit that determines whether or not the user is suitable for health examination of the user from the amount of data and the amount of noise included in the data, and the communication unit is the determination unit. Based on the determination result of (1), a dialogue is conducted with the user to acquire the measurement data of the data amount and quality suitable for the health check of the user.

According to the present invention, the user does not need to wear the biometric device and manages the measurement time by himself, and pays special attention during the normal daily activities such as making a call. It is possible to measure and collect data on a living body necessary for health management on a regular basis without any need to pay attention (without being aware of it) and without burdening the user at all.

The present invention comprises a robot, a biometric device mounted on the robot for measuring biometric information of a user, and a biometric information collecting device for collecting biometric information measured by the biometric device. In the biological information measuring and collecting system, the biological measuring device measures at least one biological information from a part of the user's body that is in contact with at least one contact surface provided at a predetermined portion on the surface of the robot. While the measuring means, the operation control means for operating the robot so that a part of the user's body contacts the contact surface, and the part of the user's body contacting the contact surface, And a transmitting unit that transmits the measurement data of the biological information measured by the measuring unit to the biological information collecting apparatus, wherein the biological information collecting apparatus transmits from the biological measuring apparatus. Whether or not the receiving unit that receives the measured data that is received, the storage unit that stores the measured data that is received by the receiving unit, and the measurement data that is received by the receiving unit are suitable for the physical examination of the user Based on the determination result by the determination unit and the determination amount by the determination unit, and the measurement data of the data amount and quality suitable for the user's health check. And a control unit for controlling the operation of the robot to obtain the information.

According to the present invention, the user does not need to wear a biometric device, manage the time of measurement by himself, and pay no special attention while playing with the pet robot ( Without being conscious of), it is possible to regularly measure and collect data on a living body necessary for health management without burdening the user at all.

The present invention measures a biometric information of a robot and a user mounted on the robot, and measures the biometric information of the user from the measured biometric information to determine whether the user satisfies a predetermined condition. In the biometric inspection system including an inspection device, the biometric inspection device is a part of a user's body to be inspected, which is in contact with at least one contact surface provided in a predetermined portion on the surface of the robot. Biometric means for measuring biometric information of the inspection target,
Based on the measurement data of the biometric information measured by the biometric means, a determination unit that determines whether the inspection target satisfies a predetermined condition, and a part of the inspection target body on the contact surface. And a motion control means for operating the robot to bring the robot into contact with the robot.

According to the present invention, not only do the users not get bored while waiting for their turn but also the user is not burdened, the physical, biological,
It is possible to easily check whether or not a physiological matter satisfies a predetermined condition.

According to the present invention, a personal accessory such as a collar worn by a pet at all times, a biometric device for measuring biometric information of the pet, which is provided on the personal accessory, and measured by the biometric device. In a biological information measuring and collecting system including a biological information collecting device that collects biological information, the biological measuring device is provided on at least one contact surface provided at a predetermined portion with which a part of the pet body on the accessory comes into contact. The biometric measuring means for measuring at least one biometric information from a part of the body in contact, and the transmitting means for transmitting the measurement data of the biometric information measured by the biometric measuring means to the biometric information collecting device. The biometric information collecting device is for receiving a measurement unit that receives the measurement data transmitted from the biometric measuring device, and for communicating with a user who is the owner of the pet. Talking means, storage means for storing the measurement data received by the receiving means, and whether or not the measurement data received by the receiving means is suitable for health examination of the pet, the data amount and the And a determination unit that determines from the amount of noise included in the data, the communication unit, based on the determination result by the determination unit, the measurement data of the data amount and quality suitable for health examination of the pet. It is characterized by having a dialogue with the user as the owner in order to obtain

According to the present invention, the biometric information of a pet can be regularly measured and collected without burdening the owner.

The present invention is a biometric system comprising a telephone and a biometric device mounted on the telephone to measure biometric information of a user, wherein the biometric device is on the surface of the telephone. On at least one contact surface provided on a predetermined portion of the user, and at least one biological information from a part of the body of the user with which the user contacts when making a call; And a transmission unit that transmits the measurement data of the biological information measured by the biological measurement unit to a predetermined destination.

According to the present invention, the user does not need to wear the biometric device, and does not have to manage the measurement time and the like himself or herself, and pays special attention in the normal daily activities such as making a call. It is possible to measure and collect data on a living body necessary for health management on a regular basis without any need to pay attention (without being aware of it) and without burdening the user at all.

The present invention is a biometric system comprising a robot and a biometric device mounted on the robot for measuring biometric information of a user, wherein the biometric device is on the surface of the robot. And a part of the user's body that contacts at least one contact surface provided on a predetermined portion of the user, and a part of the user's body contacts the contact surface. And a destination to which the measurement data of the biometric information measured by the biometric means while a part of the user's body is in contact with the contact surface is predetermined. And a transmitting means for transmitting to.

According to the present invention, the user does not need to wear the biometric device, manage the measurement time, etc. by himself, and pay no special attention while playing with the pet robot ( Without being conscious of), it is possible to regularly measure and collect data on a living body necessary for health management without burdening the user at all.

The present invention is a biometric system comprising an accessory such as a collar worn by a pet at all times and a biometric device provided on the accessory to measure biometric information of the pet. The biometric device measures at least one biometric information from a part of a body of a pet on the accessory that comes into contact with at least one contact surface provided on a predetermined part of the body. And a transmitting means for transmitting the measurement data of the biological information measured by the biological measuring means to a predetermined destination.

According to the present invention, it is possible to regularly measure and collect the biometric information of a pet without burdening the owner.

According to the present invention, a telephone and at least one contact surface provided at a predetermined portion on the surface of the telephone are at least one living body from a part of the user's body contacted when the user talks. A biometric information measurement / collection method for measuring / collecting biometric information of a user using a biometric system configured to measure information and including a biometric device mounted on the phone. When calling and answering a call with the user, the biometric device measures the biometric information, and collects the measurement data obtained as a result, and at this time, the data amount of the collected measurement data and When the quality is not suitable for the user's physical examination, the user interacts with the telephone through the telephone in order to obtain the measurement data of the amount and quality of the data suitable for the physical examination of the user. And performing. According to the present invention, the user does not need to wear a biometric device, manage his or her own measurement time, etc., and need not take special care during normal living activities such as making telephone calls. (Unknowingly), it is possible to regularly measure and collect data relating to a living body necessary for health management without burdening the user at all.

[0032]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described with reference to the drawings.

(First Embodiment) FIG. 1 shows a first embodiment of the present invention.
The outline of an example of the entire configuration of the biometric information measurement and collection system according to the embodiment is roughly divided into two parts: the biometric information collection device 1 provided in the health management center and the biometric measurement installed in each user's home. It is composed of a device. Note that FIG. 1 shows a case where the biometric device is installed in a general telephone 2 used at home, and in particular, the biometric device is built in the handset of the telephone 2.

The biological information measuring and collecting system shown in FIG. 1 is provided at a predetermined position of the handset of the telephone 2 while the health management center makes a call to the user and the user is receiving the call. The earlobe and palm of the user come into contact with the first and second contact surfaces, respectively, so that the pulse measuring unit 201 and the skin perspiration measuring unit 2 built in the handset are provided.
02, measure the pulse and skin conductivity of the user,
The biological information (first measurement data and second measurement data) as the measurement result is transmitted to the health management center.

In the meantime, the biometric information collecting apparatus 1 is actually connected with the telephone 2 equipped with the biometric measuring apparatus corresponding to each of a plurality of users. The case of collecting biometric information from the user will be described.

As shown in FIG. 1, the biological information collecting apparatus 1 installed in the health management center has a determination unit 101, a dialogue control unit 102, a communication unit 103, a storage unit 104, and a diagnosis unit 10.
It is composed of 5 and.

The dialogue control unit 102, as shown in FIG.
For example, a call control unit 302 that connects to the telephone 2 at the user's home by using the communication unit 103 and a pattern of a plurality of types of message texts used for dialogue with the user (for each predetermined time for each user). (Dialogue template), a dialogue template storage unit 304, a voice recognition unit 303,
The control unit 301 and the like are included.

The control unit 301 is mainly for carrying out a dialogue with the user. For example, an appropriate dialogue template is selected from a plurality of dialogue templates stored in the dialogue template storage unit 304. , Necessary data is set to variables in the dialogue template at any given time to create a message sentence, the message sentence is converted to voice and transmitted to the user, or the user is recognized by the voice recognition unit 303. Create an appropriate message based on the voice of and make a call. Further, based on the determination result of the determination unit 101, a dialog template suitable for the determination result is selected from the dialog template storage unit 304, and necessary data is collected while having a dialog with the user. further,
During the call between the dialogue control unit 102 and the user, the biometric information transmitted from the biometric device of the user is transmitted to the communication unit 1
03, and is sent to the determination unit 101 through the control unit 301 of the dialogue control unit 102.

The dialogue control unit 102 has a function of encoding a voice signal and converting it into a digital signal, for example,
It has a function of decoding the data transmitted from the user side and restoring the audio signal.

The determination unit 101 receives the biological information (first measurement data and second measurement data) received by the communication unit 103 through the dialogue control unit 102, and stores it.
The data of the received biometric information is stored in
Whether or not it is suitable for diagnosing the health of the user is determined based on at least the amount of data and the amount of noise included in the data. Based on this determination result, the dialogue control unit 10
2 selects a message to be used in a dialog with the user.

The diagnosis unit 105 is adapted to diagnose the health condition of the user based on the biometric information stored in the storage unit 104. The diagnosis result here may be sent to the dialogue control unit 102 and included in a message by the dialogue control unit 102 to notify the user by voice.

The communication unit 103 is, for example, an IP (Internet
Data received as a protocol packet is sent to the dialogue control unit 102 and the like, transmission data sent from the dialogue control unit 102 and the like is converted into an IP packet, and a header including a destination address and the like is added, for example, the Internet It is sent to a network such as an IP network.

The health management center may be provided with a plurality of the biological information collecting devices 1. Each biometric information collection device 1 is connected to the router 6. This router 6
This is a so-called broadband router, and each biometric information collecting device 1 in the health management center is connected to the Internet or IP.
It is designed to connect to a net.

As shown in FIG. 1, the telephone at the user's home is
In addition to the call unit 204 for realizing the original function of the telephone,
Pulse measurement unit 2 constituting the biometric device according to the present embodiment
01, a skin issue measurement unit 202, and a call unit 203.

The pulse measuring unit 21 measures a pulse by a photoelectric pulse wave, and it can be constructed by a known utility technique. The pulse measurement data (first measurement data) measured by the pulse measurement unit 21 is sent to the communication unit 203.

The skin issuing / measuring unit 202 uses the GSR (Gal
vanic Skin Reflex), which measures the skin conductivity, which can also be configured by known utility techniques. The measurement data (second measurement data) of the skin conductivity measured by the skin perspiration measurement unit 202 is sent to the communication unit 203.

When the user picks up the handset to make a call,
The first contact surface is provided at a portion of the human body where the photoplethysmograph is likely to be measured, that is, a portion where the ear is in contact with the user, and the pulse measuring unit 201 is provided.
When the ear contacts the first contact surface, the pulse is measured from this ear (lobe). That is, as shown in FIG. 2, a first contact surface is provided at a position where the ear comes into contact when a person makes a call with a handset, and the ear is for the purpose of the user making a call on the first contact surface. By touching, the pulse can be measured.

Similarly, when the user picks up the handset to make a call, a part of the human body where the handset contacts the user is a part of the human body where the skin conductivity is easily measured, that is, the part where the user's palm or finger touches. A second contact surface is provided, and the skin perspiration measuring unit 202 can measure the skin conductivity by touching the second contact surface with a palm or a finger. That is, as shown in FIG. 2, a second contact surface is provided on the grip portion of the handset, and the palm or finger is placed on the second contact surface by gripping the grip portion for the purpose of the user to talk. Upon contact, the skin conductivity can be measured. Note that FIG. 2 shows a state in which the user is holding the grip of the handset. Therefore, the second contact surface of the skin perspiration measurement unit 202 is
Since it is provided in a portion that is just held by the user's hand, it is hidden from view by the user's hand in FIG.

The telephone 2 (the telephone call unit 204 which realizes the original function of the telephone) is connected to the VoIP (Voiceover IP) gateway 4, and the voice signal input from the microphone of the handset is converted into an IP packet here. Also, Vo
The IP packet input to the IP gateway 4 (hereinafter simply referred to as the GW 4) is decoded into a voice signal and the telephone 2
(Call unit 204). VoIP
The gateway 4 is connected to the router 5.

In the present embodiment, the health care center makes a call to the user, and while the user receives the call, the pulse measuring unit 201 and the skin perspiration measuring unit 202 built in the handset, The pulse and skin conductivity of the user are measured, and the measurement results (first measurement data and second measurement data) are transmitted to the health management center.
Therefore, it is preferable that the measurement result is transmitted to the health management center while a call is being made between the user and the health management center. For this reason, the communication unit 203 connects to the router 5 by wireless communication, converts the first measurement data and the second measurement data into IP packets, and then directly transmits them to the router 5 as a wireless signal. The router 5 is a so-called broadband router, and the IP transmitted from the communication unit 203
The packet and the IP packet transmitted from the GW 4 are transmitted to the biometric information collecting device 1 of the health management center via the Internet or the IP network, and received from the health management center, for example, from the health management center. Output the IP packet of the above to the GW 4 or the communication unit 203. In this case, the IP address corresponding to the communication unit 204 and the IP address corresponding to the communication unit 203 of the biometric device are different.

In this way, the telephone 2 at the user's home is
It is desirable to use an internet telephone or an IP telephone. The communication between the communication unit 203 and the router 5 is preferably wireless communication, and its system may be Bluetooth (TM), for example.

Pulse measuring unit 201 and skin perspiration measuring unit 202
FIG. 3 shows an example of the data measured in. Pulse rate is 1
It is measured in the number of times per second. Usually the pulse is 60 ~
It is sung at 70 times / second. Similarly, the skin perspiration measuring unit 2
The GSR measured in 02 is measured in μ / S as the skin conductivity per unit area. In FIG. 3, the graph shown at the top is the measured pulse data (second measurement data), and the graph shown at the bottom is the GSR.
It is measurement data (first measurement data) of (skin conductivity).

According to this embodiment, the user does not need to wear a biometric device or the like in his or her normal life.

Next, the processing operation of the biological information measuring and collecting system shown in FIG. 1 will be described with reference to the flowchart shown in FIG.

For example, at a predetermined time for a user to be measured, such as after every meal or before going to bed (step S1), the dialogue control unit 102 initiates the connection to the communication unit 1.
03 is instructed (step S2). Communication unit 103
Makes a call to the telephone 2 having a built-in biometric device corresponding to the user (step S3).

The user picks up the handset of the telephone 2 and (the dialogue control section 1 of the biological information collecting apparatus 1 of the health management center)
02) and the call is started. First, the dialogue control unit 1
In 02, it is confirmed by the call whether or not the other party who is currently talking is the user to be measured (step S).
4). For example, when it is possible to confirm that the other party with whom the call is being made is the user to be measured, such as by asking the name, etc., the pulse measurement unit 201 and the skin perspiration measurement unit 202 start measurement (step S5). . That is, the dialogue control unit 1
02 transmits a command message as an IP packet for instructing the biometric measuring device on the user side to start measurement through the communication unit 203.

Pulse measuring unit 201 and skin perspiration measuring unit 202
If the measurement data obtained as a result of the measurement is the data shown in FIG. 3, the measurement data is transmitted to the health management center through the communication unit 203. At this time, the user is a portable exercise amount measuring device such as a pedometer (registered trademark), has a predetermined wireless communication function, and displays the amount of exercise of the user measured by the exercise amount measuring device. When the measurement data is periodically sent to the communication unit 203 or the router 5 and accumulated, the measurement data of such momentum (third measurement data) may also be transmitted. Good. The measurement data is transmitted, for example, at predetermined intervals during a call with the user.

In the biological information collecting apparatus 1, the above-mentioned first and second measurement data received via the communication unit 103 are passed to the determination unit 101 via the dialogue control unit 102.

When the determination unit 101 receives the measurement data, is the measurement data suitable for diagnosing the health of the user, for example, from the data amount of the measurement data and the amount of noise included in the measurement data? Determine whether or not.

For example, when the first and second contact surfaces corresponding to the pulse measuring unit 201 and the skin perspiration measuring unit 202 are not in proper contact with the user's ear, palm or finger of the measurement target, There is a possibility that accurate measurement cannot be performed because the measurement data is noisy. Therefore, step S
In 7, the determination unit 101 first checks whether the received measurement data as shown in FIG. 3 is noisy.

If the second measurement data measured by the pulse measuring unit 201 has a lot of noise (for example, if the judging unit 101 can detect noise above a predetermined threshold), the dialogue control unit. In step 102, the user's ear and the first contact surface of the pulse measuring unit 201 provided on the handset are guided in a dialog manner so as to firmly adhere to each other over a wider area (step S8). For example, if the volume from the health management center is low, the user will try to put the receiver close to the ear. Therefore, the dialogue control unit 102 reduces the volume of the voice message to be transmitted. Alternatively, a voice message such as “Please put it tightly on your ear” may be transmitted. If the first measurement data measured by the skin perspiration measurement unit 202 has a lot of noise (for example, when the determination unit 101 can detect noise equal to or more than a predetermined threshold), the dialogue control unit. 1
In 02, a voice message such as "Please hold the handset a little more strongly" is transmitted.

On the other hand, when the received measurement data does not have much noise, but the measurement time is short and the data amount is not sufficient for diagnosis (step S9), the dialogue control unit 10
For example, “2 is the weather forecast for today is XXX, but is it ○○○”, “The highest temperature today is YYY degrees, and it was hot (cold)”, so that the dialogue is not interrupted. "What are you going to do tomorrow?", "You seem to have a little exercise, are you busy with your work?", "You're doing a lot of exercise these days. Did you get used to walking?" By talking in general, the conversation time is lengthened and the measurement time in the pulse measurement unit 210 and the skin perspiration measurement unit 202 is extended, and the pulse measurement unit 210 and the skin perspiration measurement unit 2 are extended.
02 enables measurement data having a sufficient data amount to be obtained (step S10).

The dialogue control unit 102 stores a plurality of types of dialogue templates as mentioned above in the dialogue template storage unit 3.
04, which is stored in the template, such as weather and temperature of the day, which is obtained by searching the Internet in real time.
Create a message sentence by substituting it into "X" or "○○○"
This is converted into voice, and the user interacts with the user.

The response from the user to the message transmitted from the dialogue control unit 102 is the voice recognition unit 30.
3 is recognized, and the result is sent to the determination unit 101 and the storage unit 104.

Although a sufficient amount of data was obtained, for example, in order to diagnose the health condition, some users need data other than the above-mentioned first and second measurement data, for example, data regarding the amount of food. There may be. Data other than the first and second measurement data is acquired through a dialogue with the user (steps S11 and S12).

For example, "How was your dinner? Can you eat it all again?", "I'm sleepy in the morning, did you eat your breakfast deliciously?" Was it? "
A dialogue template regarding meals is stored in the dialogue template storage unit 304, and based on this, the dialogue control unit 1
02 generates a message sentence and interacts with the user. During this dialogue, the voice recognition unit 303 recognizes the answer transmitted from the user, and the recognition result is sent to the determination unit 101 and the storage unit 104.

As described above, the data necessary for diagnosing the health condition of the user, such as the first and second measurement data and other data, is obtained through the dialogue with the measurement target user of the communication partner. When is acquired, the dialogue control unit 103 issues an instruction to the diagnosis unit 105 to perform a predetermined process based on the data stored in the storage unit 104, and ends the dialogue.

The diagnostic section 105 is based on the first and second measurement data and other data stored in the storage section 104 and acquired through a dialogue with the user of the communication partner, which is a measurement target. Predetermined processing is performed to diagnose the health condition of the user. This diagnosis result is stored in the storage unit 1.
04 and sent to the dialogue control unit 102.
The dialogue control unit 102 may include it in a message to notify the user by voice. After that, the dialogue control unit 102 uses the communication unit 103 of the health care center 100.
And the call unit 204 of the telephone 2 of the user's home to be measured.
And the communication with the communication unit 203 is terminated (step S13).

In step S10, when extending the dialogue for lengthening the measurement time,
In 13, the content to be heard from the user, that is, the matter regarding meals may be heard. In this case, in step S11, it is determined that other data necessary for diagnosis has already been obtained, so step S12 is omitted.

In this embodiment, the pulse rate and the skin conductivity are measured, but the present invention is not limited to this. For example, as a biometric device, a portable blood pressure measuring unit is used to provide a blood pressure measuring unit to measure blood pressure, or a non-invasive blood glucose level sensor is used to provide a blood glucose measuring unit to measure blood glucose level. It may be something like. In that case, it is possible to deal with it by changing the contact surface or the contact method according to the place of the human body where the measurement is performed.

Further, although FIG. 1 shows a case of a biometric device mounted on a telephone fixedly used at a predetermined place in the home, a biometric device mounted on a portable telephone (mobile phone). The case is almost the same. That is,
In the configuration of the mobile phone in this case, the call unit 204 also has the function of the communication unit 203 in the configuration of the phone 2 of FIG.
Send to. In this case, for example, if the call and the transmission of the measurement data are alternately performed (for example, divided so that the call and the transmission of the measurement data do not overlap each other), the communication line of one line can be applied. is there. Further, as in the case of FIG. 1, the first contact surface of the pulse measurement unit 201 is provided in the portion of the mobile phone body that is in contact with the user's ear, and the skin perspiration measurement unit 2
The second contact surface of 02 may be provided at a portion that supports the mobile phone by hand.

FIG. 1 illustrates the case where the biometric device is mounted on the telephone, but the present invention is not necessarily limited to this. For example, as shown in FIG. 6, the pet robot 7 may be embedded (mounted on the pet robot). In the case of the embodiment shown in FIG.
As shown in FIG. 7, the first contact surface of the pulse measuring unit 201 is provided on the throat portion of the pet robot so that the user to be measured can measure the pulse by the movement of the throat with the palm. . In addition, as shown in FIG. 7, the skin perspiration measurement unit 202 is provided on the back of the pet robot so that the perspiration of the skin can be measured by the gesture of “good and good”.
Second contact surface is provided.

The portion where the first contact surface of the pulse measuring unit 201 and the second contact surface of the skin perspiration measuring unit 202 are provided is not limited to the throat and back of the pet robot. For example, when the pet robot is dog-shaped, the front leg of the pet robot is placed on the palm of the user to be measured with the gesture of "hand", so that the skin sweating and the pulse can be measured at the same time. , The second contact surface of the skin perspiration measurement unit 202 on the part of the front leg that comes into contact with the palm of the user with the gesture of "hand" (for example, the back side of the front foot), and the first contact of the pulse measurement unit 201 on the front side. You may make it provide a surface.

When the pet robot is not dog-shaped but has another shape such as a cat or a bear, the pulse measuring section 201 and the skin perspiration measuring section 202 are provided at a portion which the user often touches with his / her hand according to the shape. To provide the first and second contact surfaces.

As described above, when the biometric device is incorporated (built-in) in the pet robot, when the user touches the pet robot, the part of the pet robot (the palm of the user's palm touches well) By providing a contact surface corresponding to these measuring parts on the
While the user pets the pet robot, the pulse and the skin conductivity can be measured (without the user being aware). It should be noted that what incorporates the biometric device may be anything other than a pet robot, as long as it has a shape such that it is likely to come into contact with it when approaching.

In FIG. 6, the same parts as those in FIG. 1 are designated by the same reference numerals, and only different parts will be described.

When the biometric device is built in the pet robot 7, an operation control unit 205 for controlling the operation of the pet robot 7 itself is connected to the communication unit 203. Further, in the case where the telephone 2 shown in FIG.
The biometric information was collected during the telephone conversation with the user to be measured with the biometric information collection device 1 provided in the health management center. However, in the case of the configuration shown in FIG. The information collecting device 1 communicates the movement of the pet robot with the communication unit 20.
By performing control through 3, the pet robot 7 goes to the owner, slides the body, and causes the pet robot 7 to touch the body to collect biological information.

The motion control unit 205 includes the pet robot 7
A microphone and a speaker may be provided so that the user to be measured can interact with. In this case, the pet robot 7
Interacts based on the operation control from the biological information collecting device 1, and a voice as a reaction of the user to the message issued by the pet robot is transmitted to the information collecting device 1 through the communication unit 203.

As in the case of FIG. 1, the pet information robot 1 (including the biometric device) corresponding to each of a plurality of users is actually connected to the biometric information collecting device 1. For simplicity of explanation, a case where biometric information is collected from one user will be described. Furthermore, the health management center may be provided with a plurality of the biological information collecting devices 1. Each biometric information collection device 1 is connected to, for example, a router (broadband router) 6, and each biometric information collection device 1 in the health management center is connected to the communication unit 203 of each pet robot 7 via the Internet or IP network. It may be connected.

Now, returning to the description of FIG. 6, the configuration of the dialogue control unit 102 of FIG. 1 is different in the biological information collecting apparatus 1 installed in the health management center. That is, as shown in FIG. 8, the dialogue control unit 102 is provided with a pet robot operation control unit 305 instead of the call control unit 302.

The pet robot operation control unit 305 is for controlling the movement and dialogue of the pet robot 7 instead of making a call in FIG. 1 in order to collect desired biological information from the user to be measured.

FIG. 9 is a flow chart for explaining the processing operation of the biological information measuring and collecting system shown in FIG. In FIG. 9, the same parts as those in FIG. 4 are designated by the same reference numerals, and only different parts will be described. That is,
In FIG. 9, step S3 is replaced with step S3 of FIG.
In a, in response to a connection start instruction from the dialogue control unit 102, the communication unit 103 instructs the pet robot 7 to move to the pet owner's owner so that the pet robot 7 slides its body and touches the body. Instruct them to do so. Then, instead of step S4 of FIG. 4, as step S4a, it is determined whether or not the user, who is the owner, of the measurement object is touching the pet robot 7. If the owner is touching the pet robot 7, the process proceeds to step S5, and measurement of biometric information is started as described above.

Further, in FIG. 9, in step S7, when the first and second measurement data have a lot of noise, in order to guide the user to make the contact more closely and to widen the contact area, Step S8 instead of Step S8
As 8a, the user is guided by the gesture of the pet robot 7. Similarly, in FIG. 9, in step S9, when the measurement time is short and the amount of data required for diagnosis is not sufficient, step S10a instead of step S10 in FIG.
Not only the dialogue, but the action (behavior) of the pet robot 7 prolongs the contact with the pet robot 7. Furthermore, in FIG. 9, when data other than the first and second measurement data is required in step S11, step S12 is replaced with step S12 in FIG.
As 12a, not only the simple dialogue as described above,
Necessary data is collected together with the behavior (gesture) of the pet robot 7.

Even if the biometric device is mounted (built-in) on the telephone 2 or the pet robot 7, it is not necessary for the dialogue control unit 102 to perform all dialogues with the user to be measured. Periodically, once a week, once a month, etc., the visiting nurse, the counselor, the home helper, the care planner, etc., can obtain the raw information of the user by the person himself / herself through the telephone 402. It is also possible to have a dialogue and collect information.

Further, in the case of the configuration shown in FIG. 6, in step S12a of FIG. 9, a person such as a nurse is sent from the health management center side to the user without interaction between the pet robot 7 and the user to be measured. You may make a call to collect other data.

As described above, according to the first embodiment, the user does not need to wear the biometric device and does not need to manage the measurement time by himself / herself, and the user is talking on the telephone. During normal life activities, such as during or during playing with pet robots, you do not need to pay any special attention (without being aware of it), do not burden the user at all, and keep healthy. It is possible to measure and collect data on the living body necessary for management.

Furthermore, although the elderly, etc., are constantly in contact with other persons or pet robots, etc. even for the purpose of measurement, there is an emergency such that they cannot take a call due to physical abnormality. Without making the elderly aware of privacy invasion,
It is possible to detect naturally.

In the first embodiment described above, the purpose is to measure and collect human biometric information for the purpose of managing human health, but similarly, for the purpose of managing health of pets, The biological information measuring and collecting system of the present invention is applicable even when the measurement target is an animal instead of a human.

Therefore, a biological information measuring / collecting system in the case where the measurement target is an animal will be described next.

FIG. 10 schematically shows an example of the overall configuration of a biological information measuring / collecting system for measuring animals such as cats, dogs and small birds as pets. Note that FIG.
10, the same parts as those in FIG. 10 are denoted by the same reference numerals, and only different parts will be described. That is, in FIG. 10, the biometric device having the pulse measuring unit 201, the skin perspiration measuring unit 202, and the like is provided on an accessory such as a collar that a pet can normally wear without hesitation (see FIG. 11). ). Hereinafter, as an example, the case of being integrated with the collar 10 will be described. In this case, the acceleration measuring unit 20 capable of measuring the daily movement of the pet.
6 is preferably (but not necessarily) provided.

The collar 10 is provided with a communication section 201,
From here, the pulse measuring unit 201 and the skin perspiration measuring unit 202,
The biological information (first to third measurement data) as the measurement result in the acceleration measuring unit 206 is transmitted to the biological information collecting apparatus 1, and various instructions from the biological information collecting apparatus 1 are transmitted.
It is transmitted to the pulse measuring unit 201, the skin perspiration measuring unit 202, and the acceleration measuring unit 206.

On the surface of the collar 10 that contacts the pet's neck,
A first contact surface for measuring a pulse by the pulse measuring section 201 and a second contact surface for measuring a skin conductivity by the skin perspiration measuring section 202 are provided. Note that the first and second contact surfaces may be provided as one contact surface.

Next, the processing operation of the biological information measuring / collecting system shown in FIG. 10 will be briefly described with reference to the flowchart shown in FIG.

When a predetermined time comes for a pet to be measured (step S101), the dialogue control unit 10
2 instructs the communication unit 103 to start the connection (step S102). The communication unit 103 communicates with the communication unit 203 incorporated in the collar 10 in which the biometric device corresponding to the pet is incorporated, so that the pulse measuring unit 2
01, the skin perspiration measuring unit 202, and the acceleration measuring unit 206 start the measurement. Then, the measurement results (first to third measurement data) in each of the pulse measurement unit 201, the skin perspiration measurement unit 202, and the acceleration measurement unit 206 are the communication unit 20.
3 is transmitted to the biometric information collection device 1 of the health management center (step S103). Alternatively, it may be instructed to transmit the first to third measurement data measured up to that time and accumulated in advance to the biological information collecting apparatus 1.

In the biological information collecting apparatus 1, the above-mentioned first to third measurement data received via the communication unit 103 are passed to the judgment unit 101 via the dialogue control unit 102.

When the determination unit 101 detects noise in the measurement data that is equal to or greater than a predetermined threshold value (steps S106 and S107), the dialogue control unit 1
02 calls the owner's user to check the wearing state of the collar 10 by a telephone call. For example, the first and second contact surfaces provided on the collar 10 are attached to the neck of the pet. Ask them to reattach them so that they are in close contact (step S108).

When data other than the above-mentioned first to third measurement data, such as the amount of food, is required, the dialogue control unit 102 makes a call with the owner by telephone. The data of (step S11
1, step S112). At this time, when it is necessary to make a call to the owner, the call is made.

As described above, when the data necessary for diagnosing the health condition of the pet, such as the first to third measurement data and other data, is acquired, the dialogue control unit 103 causes the diagnosis unit to operate. 105 issues an instruction to perform a predetermined process based on the data stored in the storage unit 104, and
The dialogue with the owner is ended (step S113).

Since it is assumed that the biometric device built in the collar 10 is of a rechargeable type, in that case, as shown in steps S109 to S110, for example, it is attached to a pet. After a predetermined period from,
The owner may be inquired by telephone to check the remaining battery level. Further, as shown in steps S104 to S105, if a charging device such as a cradle for charging the collar 10 is provided, it is confirmed that the collar is placed on the cradle and charging is in progress. You may allow it. When the battery is being charged, it is impossible to measure the biological information.For example, if the battery is still being charged after a predetermined time,
The dialogue control unit 102 may urge the owner to call on the pet by telephone.

As described above, by using the biological information measuring / collecting system as shown in FIG. 10, it is possible to regularly measure / collect the biological information of the pet without burdening the owner.

(Second Embodiment) The above-mentioned biological information measuring / collecting system is premised to be used at home, for example, and regularly performs health management of humans and pets (collecting and measuring biological information). Was to do.

Next, as an application example of the above-mentioned biological information measuring / collecting system, for example, physical conditions when participating in an event such as a marathon or using a play facility (amusement facility) such as a theme park. A case will be described in which the biometric inspection system that inspects whether or not the above is satisfied without a sense of discomfort to humans.

FIG. 13 schematically shows a configuration example of the whole biopsy system for inspecting visitors and users to the playground facility in the theme park according to the second embodiment. , An inspection robot 501 arranged at the entrance,
It is composed of a terminal device 502 installed in an event management center that collects and manages data about inspection results from the inspection robot 501. The inspection robot 501 is arranged at each of the plurality of entrances,
The data transmitted from each inspection robot 501 may be centrally managed by the terminal 502.

The inspection robot 501 determines whether or not conditions such as height, blood pressure, body temperature, and blood alcohol level are acceptable for users of a playground facility of a theme park or participants of an event such as a marathon. To do.

[0105] In the following, a case where each user who is placed at the entrance of the playground facility of the theme park and intends to use the playground facility is inspected for whether or not the playable facility can be used is checked An example will be described.

The ticket-checking robot 501 can use the biometrics unit 511 for biometrically measuring the user's blood pressure, body temperature, blood alcohol, etc., and the age, height, and height at which the predetermined play equipment facility can be used. When the data obtained by the biometric measurement unit 511 is insufficient, for example, a condition storage unit 512 that stores a reference value such as a blood pressure value or a body temperature as a use condition and a user talks to find out the age and the like. Alternatively, when the data obtained by the biometric measurement unit 511 contains a lot of noise, the interaction control unit 514 and the biometric measurement unit 511 are used to collect necessary data in a dialogue with the user. A determination unit for determining whether or not the data obtained through the dialogue, such as the blood pressure value and the body temperature of the user, satisfy the usage conditions stored in the condition storage unit 512 (whether admission is possible). 5 2. The communication unit 516 for transmitting the determination result of the determination unit 512 to the terminal 502 in the event management center, and conversely, when the communication unit 516 receives an instruction or the like from the terminal 502, the received instruction content becomes It is composed of an operation control unit 515 for controlling the operation of the inspection robot 501 based on the above.

The living body measuring section 511 may include a height measuring section for measuring the height of the user. For example, the dialogue control unit 514 may measure the height without being noticed by the user using a sensor or the like while having a dialogue with the user.

The judging section 512 has a function of checking the amount of noise in the data measured by the living body measuring section 511. Here, when noise equal to or higher than a predetermined threshold is detected in the measurement data, the dialogue control unit 51
The operation of collecting necessary data from the user through a dialogue through 4 is performed.

As in the first embodiment, the dialogue control unit 514 also has a dialogue template storage unit for storing a plurality of types of dialogue templates, a voice recognition unit for recognizing a user's speech by voice, and the like. is doing.

Further, by the dialogue in the dialogue control section 514, for example, the user to be inspected is urged to inflate the balloon with the exhaled breath, and the biometric section 511 measures the alcohol content of the exhaled air in the inflated balloon. Such a method of measuring biological information is also possible.

Some of the biological information measured by the biological measuring unit 511 can be measured only by contact with the user, such as pulse. In order to measure such biometric information, for example, the interaction in the interaction control unit 514 and the operation of the inspection robot 501 may cause the user to shake hands with the user and measure the biometric information during that time. The operation control unit 515 controls the operation of the robot for collecting such biological information. Also, when measuring biological information by touching the user's hand by shaking hands,
A contact surface for measuring the biometric information is provided at a portion corresponding to the palm of the robot. Further, it is desirable that the contact surface is formed in a shape and a material that the user who is the subject of the inspection wants to make contact with. This is because, on such a contact surface, the user to be inspected tries to contact with his / her own will, without performing any action of “shaking hands”.

The event management center has a communication section 521.
And a management unit 522 for storing and managing the determination result received by the communication unit 521. Management unit 522
In addition, a control unit that controls the opening and closing of the gate is connected so that users who meet the predetermined conditions and who are determined to be able to enter are allowed to enter, and those who are not allowed to enter are not allowed to enter. May be. In addition, the management unit 522 issues an instruction such as entry restriction based on the congestion level of the playground equipment, and the communication unit 52.
Alternatively, the inspection robot 515 may be performed via the step 1.

At the time of using and entering the playground equipment provided at a theme park, etc., not only is the admission ticket checked (checked), but also the user's height and blood pressure are appropriate, and whether they are not drunk, It is necessary to check whether or not the physical condition of the visitors also meets the prescribed conditions. In addition, it is necessary for the participants of the marathon to check whether they have normal fever and normalize blood pressure. However, it is almost impossible to check each one when it is crowded.

However, according to the inspection system of the second embodiment, not only does the user not get bored while the user waits in line, but also the user is not burdened with each use. For a person, it is possible to easily check whether or not the physical, biological, and physiological matters satisfy predetermined conditions.

[0115]

As described above, according to the present invention,
Not only the user himself / herself, but also the biometric information of the pet can be regularly measured and collected without the user being aware of it and without burdening the user.

Further, the physical check can be easily performed on the visitors, participants, etc. to the game facility and the competition.

[Brief description of drawings]

FIG. 1 is a diagram showing an example of the overall configuration of a biological information measurement / collection system according to a first embodiment of the present invention.

FIG. 2 is a diagram for explaining a location where contact surfaces of a pulse measurement unit and a skin perspiration measurement unit are provided on a handset.

FIG. 3 is a diagram showing an example of measurement data.

FIG. 4 is a flowchart for explaining a processing operation of the biological information measurement / collection system in FIG.

FIG. 5 is a diagram showing a configuration example of a main part for realizing a function of a dialogue control unit.

FIG. 6 is a diagram showing another configuration example of the biological information measurement / collection system according to the first embodiment.

FIG. 7 is a diagram for explaining a place where contact surfaces of a pulse measurement unit and a skin perspiration measurement unit are provided on a pet robot equipped with the biometric device shown in FIG. 6;

FIG. 8 is a diagram showing another configuration example of the main part of the function of the dialogue control unit.

9 is a flowchart for explaining a processing operation of the biological information measurement / collection system in FIG.

FIG. 10 is a diagram showing still another configuration example of the biological information measurement / collection system according to the first embodiment.

FIG. 11 is a diagram for explaining locations where contact surfaces of a pulse measurement unit and a skin perspiration measurement unit are provided on a pet collar provided with the biometric apparatus shown in FIG.

12 is a flowchart for explaining the processing operation of the biometric information measurement / collection system in FIG.

FIG. 13 is a diagram showing an example of the overall configuration of a living body inspection system according to a second embodiment of the present invention.

[Explanation of symbols]

1. Biometric information collection device 2 ... Telephone equipped with biometric device 4 ... VoIP gateway 5, 6 ... Router 7 ... Pet robot equipped with a biometric device 101 ... Judgment unit 102 ... Dialogue control unit 103 ... Communication unit 104 ... Storage unit 105 ... Diagnostic department 201 ... Pulse measurement unit 202 ... Skin perspiration measurement unit 203 ... Communication unit 204 ... call section 301 ... Control unit 302 ... Call control unit 303 ... Voice recognition unit 304 ... Dialogue template storage unit 305 ... Pet robot operation control unit 206 ... Acceleration measurement unit 501 ... Inspection robot equipped with a biometric device 502 ... Terminal 511 ... Biometrics unit 512 ... Judgment unit 513 ... Condition storage unit 514 ... Dialogue control unit 515 ... Operation control unit 521 ... Communication unit 522 ... Administration Department

─────────────────────────────────────────────────── ─── Continuation of front page (51) Int.Cl. ⁷ Identification code FI theme code (reference) H04M 1/21 H04M 11/00 302 11/00 302 A61G 12/00 Z // A61G 12/00 A61B 5 / 02 C (72) Inventor Kazunari Ouchi 1 Komukai Toshiba-cho, Sachi-ku, Kawasaki-shi, Kanagawa Inside the Toshiba Research and Development Center, Inc. (72) Inventor Hiroshi Sugiyama 1 Komukai-shishi-cho, Kawasaki-shi, Kanagawa F-term in Toshiba Research and Development Center, Inc. (reference) 4C017 AA08 AA10 AA16 AA20 AB08 AB10 BB02 BB13 BD06 FF30 4C027 AA00 AA07 CC00 EE01 GG00 JJ01 JJ03 KK00 KK05 4C341 LL06 LL30 5K023 MM00 MM19 KK22 MM22

Claims (14)

[Claims] 1. A living body comprising a telephone, a biometric device mounted on the telephone for measuring biometric information of a user, and a biometric information collecting device for collecting biometric information measured by the biometric device. In the information measurement / collection system, the biometric device includes at least one contact surface provided on a predetermined portion of a surface of the telephone, from at least a part of the user's body that is in contact with the user when making a call. Biometric measuring means for measuring one piece of biometric information, and measurement data of the biometric information measured by the biometric measuring means during the call of the user in response to a call from the biometric information collecting device, Transmitting means for transmitting to the device, the biological information collecting device, the call means for making a call to the user who calls the telephone and responds to the telephone, the user During a call with, the receiving means for receiving the measurement data transmitted from the biometric device, the storage means for storing the measurement data received by the receiving means, the measurement data received by the receiving means, A determination unit that determines whether or not it is suitable for a user's health check based on the amount of data and the amount of noise included in the data; Based on
A biometric information measurement and collection system characterized by having a dialogue with the user in order to acquire the measurement data of the amount and quality of data suitable for a health check of the user. 2. The biometrics means measures at least the pulse of the user as the biometric information, and a first contact surface provided on a predetermined portion on the surface of the telephone has the user's telephone conversation time. The biological information measurement / collection system according to claim 1, wherein the biological information measurement / collection system is provided in a portion where the ear of the person touches. 3. The biometric device measures at least the skin conductivity of the user as the biometric information, and a second contact surface provided on a predetermined portion of the surface of the telephone is used when the user talks. The biological information measuring and collecting system according to claim 1, wherein the biological information measuring and collecting system is provided in a portion that is touched or supported by a hand. 4. When the determination unit determines that the received measurement data contains a lot of noise and thus is unsuitable for the health check of the user, the call unit,
2. The biological information measurement according to claim 1, wherein a part of the user's body is in close contact with the contact surface, and the user is interactively guided so that the contact area between the part of the body and the contact surface is increased. Collection system. 5. When the determination means determines that the received measurement data is small in amount and therefore is unsuitable for a health check of the user, the call means until the communication means can acquire a sufficient amount of data. The biological information measurement / collection system according to claim 1, wherein a part of the user's body is contacted to the contact surface by a dialogue. 6. Biometric information comprising a robot, a biometric device mounted on the robot for measuring biometric information of a user, and a biometric information collecting device for collecting biometric information measured by the biometric device. In the measurement / collection system, the biometric device measures at least one biometric information from a part of the user's body in contact with at least one contact surface provided in a predetermined portion on the surface of the robot. A motion control means for operating the robot so that a part of the user's body comes into contact with the contact surface; and the living body measurement means while the part of the user's body comes into contact with the contact surface. And a transmitting unit that transmits the measured data of the biometric information measured in step 1 to the biometric information collection device, wherein the biometric information collection device is transmitted from the biometric measurement device. Receiving means for receiving the measured data that has been received, storage means for storing the measured data received by this receiving means, and whether or not the measured data received by the receiving means is suitable for a physical examination of the user Is determined from the amount of data and the amount of noise included in the data, and based on the determination result of the determination unit, the measurement data of the data amount and quality suitable for the health check of the user is obtained. A biological information measurement / collection system, comprising: a control unit that controls the operation of the robot to be acquired. 7. A robot and a robot mounted on the robot,
In a biopsy system configured by a biopsy device for measuring biometric information of a user and inspecting whether or not the user satisfies a predetermined condition from the measured biometric information, the biopsy device is: Biological measuring means for measuring biological information of the inspection target from a part of the body of the user as the inspection target, which is in contact with at least one contact surface provided in a predetermined portion on the surface of the robot, and the biometric measuring means. Determination means for determining whether or not the inspection target satisfies a predetermined condition based on the measurement data of the biological information measured in, and for contacting a part of the inspection target body with the contact surface And a motion control means for operating the robot, the biopsy system comprising: 8. The determination means for determining whether or not the measurement data is suitable for inspecting the inspection target, based on the amount of the data and the amount of noise included in the data. , Further comprising a dialogue means for interacting with the inspection target, the dialogue means, based on the determination result in the determination means,
8. The biopsy system according to claim 7, wherein a dialogue is performed between the inspection target and the inspection target in order to acquire the measurement data having a data amount and quality suitable for the inspection of the inspection target. 9. The contact surface is provided at a portion corresponding to a palm of the robot, and the operation control means causes the robot to perform a handshake operation with the inspection target, whereby the hand of the inspection target is inspected. The biopsy system according to claim 7, wherein the contact surface is brought into contact with. 10. An accessory such as a collar worn by a pet at all times, a biometric device provided on the accessory for measuring biometric information of the pet, and biometric information measured by the biometric device. In the biological information measuring and collecting system including a biological information collecting device that collects the biological information collecting device, the biological measuring device is in contact with at least one contact surface provided in a predetermined portion with which a part of the pet body on the accessory comes into contact. Biometrics means for measuring at least one biometrics information from a part of the body, and a transmission means for transmitting the measurement data of the biometrics information measured by the biometrics means to the biometrics information collecting device, The biological information collecting device includes a receiving unit that receives the measurement data transmitted from the biological measuring device, and a communication unit for communicating with a user who is the owner of the pet. Talking means, a storage means for storing the measurement data received by the receiving means, and whether or not the measurement data received by the receiving means is suitable for health examination of the pet, the data amount and the And a determination unit that determines from the amount of noise included in the data, the communication unit, based on the determination result by the determination unit,
A system for measuring and collecting biological information, characterized by having a dialogue with a user as the owner in order to acquire the measurement data of the amount and quality of data suitable for the health examination of the pet. 11. A biometric system comprising a phone and a biometric device mounted on the phone to measure biometric information of a user, wherein the biometric device is a predetermined device on the surface of the phone. Biometric means for measuring at least one biometric information from a part of the user's body contacted when the user makes a call on at least one contact surface provided on the part; A living body measuring system, comprising: a transmitting means for transmitting measured data of the living body information measured by the living body measuring means to a predetermined destination. 12. A biometric system comprising a robot and a biometric device mounted on the robot to measure biometric information of a user, wherein the biometric device is a predetermined surface on the robot. Biometric means for measuring at least one biometric information from a part of the user's body in contact with at least one contact surface provided in the part; and a part of the user's body to contact the contact surface Operation control means for operating a robot, and transmission of measurement data of the biometric information measured by the biometric means while a part of the user's body is in contact with the contact surface to a predetermined destination. A biometric system, comprising: 13. A living body measurement system comprising: an accessory such as a collar worn by a pet at all times; and a biometric device provided on the accessory to measure biological information of the pet. The measuring device is a living body measuring means for measuring at least one biological information from a part of the body in contact with at least one contact surface provided in a predetermined portion where a part of the body of the pet on the accessory comes into contact, A living body measuring system, comprising: a transmitting means for transmitting the measured data of the living body information measured by the living body measuring means to a predetermined destination. 14. A telephone and at least one contact surface provided on a predetermined portion on the surface of the telephone, at least one biometric information from a part of the body of the user contacted when the user talks. A biometric information measurement / collection method for measuring and collecting biometric information of a user by using a biometric system configured to measure and a biometric device mounted on the phone. During the call with the user who responds to this, the biometric information is measured by the biometric device, and the measurement data obtained as a result is collected. At that time, the data amount and quality of the collected measurement data are When not suitable for the physical examination of the user, a dialogue may be conducted with the user through the telephone in order to obtain the measurement data of the data amount and quality suitable for the physical examination of the user. And a method for collecting and collecting biological information.