JP2003116797A - Vital data acquiring device and vital data acquiring network transmission system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a vital data acquiring device and a vital data acquiring network transmission system for easily performing data acquiring operation or the like. SOLUTION: A remote controller combined with a communication adapter 2 receives respective vital data outputted by a homodynamometer 3A, a blood sugar gauge 3B, and a motional quantity gauge 3C from a data communication terminal by a cable. The vital data can be registered by manual input by using a key of the remote controller combined with the communication adapter 2. The remote controller combined with the communication adapter 2 transmits these vital data to a pet terminal 1 by infrared rays. The pet terminal 1 is automatically connected to a radio network, and transmits the vital data to a server 5, for example, by the Internet.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a vital data acquisition device and a vital data acquisition net transmission system which can be used in a health management support system particularly suitable for prevention of lifestyle-related diseases such as diabetes.

[0002]

2. Description of the Related Art In recent years, as an effective system for preventing lifestyle-related diseases such as diabetes, a system that acquires various vital data at home without requiring a hospital visit and uses the data for health maintenance is expected. ing.

[0003]

However, although acquiring various vital data at home can solve the complaints such as the time to go to the hospital for the acquisition of vital data and the long waiting at the medical examination waiting place, If the acquisition operation cannot be performed easily, data acquisition tends to be neglected and the data may not be sufficiently collected.

In view of the above circumstances, it is an object of the present invention to provide a vital data acquisition device and a vital data acquisition net transmission system that can easily perform data acquisition operations and the like.

[0005]

In order to solve the above problems, a vital data acquisition apparatus of the present invention includes a plurality of data communication terminal portions for receiving vital data output from each vital measuring device, and a vital measurement. An instruction key unit for giving a device selection and a data registration instruction, a display unit for displaying a message, and a unit for wirelessly transmitting the data obtained from the vital measuring device are provided.

With the above configuration, for example, a vital measuring device such as a sphygmomanometer, a blood glucose meter, and an exercise meter is connected to the vital data acquisition device via the data communication terminal section. Which vital measuring device is used to obtain vital data can be selected with an instruction key for selection. The display of the acquired vital data, the instruction message and the like can be shown to the user by the display means for displaying the message. Then, the vital data sent from each measuring device is wirelessly (for example, infrared rays) given to the health management support terminal by operating the key. Therefore, rather than having a vital measuring device in the health management support terminal itself, the data acquisition operation can be easily performed using a general blood pressure monitor, etc. It becomes easy to expand the healing process such as conversation function with the person.

It is preferable to provide a numerical input key unit for manually inputting data. For example, with respect to a device having no data communication function or a device having different communication specifications, it is possible to manually input the data instead of receiving the data through the data communication terminal unit.

Date and time can be input using the numerical value input key section, and when the key for giving the data registration instruction is operated when the date and time is displayed on the display means, vital data and input date and time data are displayed. It may be configured to transmit wirelessly. Further, it may be configured to include a button indicating emergency and wirelessly transmit information indicating emergency when the button is operated. Further, it may be configured to include a button that means consultation and wirelessly transmit information that means consultation when the button is operated.

Further, the vital data acquisition net transmission system of the present invention receives any of the above-mentioned vital data acquisition devices and data wirelessly transmitted from the vital data acquisition device, and transmits the data to the server at the time of internet connection. And a terminal that operates.

Further, the vital data acquisition net transmission system of the present invention receives the vital data acquisition device equipped with the above-mentioned emergency button and the information transmitted by radio from the vital data acquisition device. And a terminal that performs a notification process by connecting to a predetermined contact point.

Further, the vital data acquisition net transmission system of the present invention, when receiving the vital data acquisition device equipped with the above-mentioned consultation meaning button and the information meaning the consultation wirelessly transmitted from the vital data acquisition device. And a terminal for connecting to a predetermined contact and performing a call process.

It is preferable that the terminal is provided with a wireless network connection means. Also, the terminal may have a pseudobiological form. Further, it is preferable that the terminal is configured to perform voice synthesis or voice output based on voice data. In addition, in the configuration having the voice output function, it is preferable that the vital data to be acquired is configured to be notified by voice output when there is unacquired vital data. In addition, the vital data acquisition device is configured to simultaneously perform wireless transmission using both infrared and radio waves, and the vital data acquisition net transmission system is configured to simultaneously receive both infrared and radio waves. It is desirable to ensure the sending and receiving of information.

[0013]

BEST MODE FOR CARRYING OUT THE INVENTION A vital data acquisition device and a vital data acquisition net transmission system according to an embodiment of the present invention will be described below with reference to FIGS. 1 to 18.

FIG. 1 is an explanatory view showing a health management support system of this embodiment. In the user's house (patient's house),
Pet type health management support terminal (hereinafter referred to as pet terminal)
1, a remote control / communication adapter (vital data acquisition device) 2, vital data measuring device 3 (sphygmomanometer 3A, blood glucose meter 3B, exercise meter 3C, weight scale 3D, thermometer not shown, etc.), and PDA 4 with camera are placed. There is. A personal computer (hereinafter referred to as a doctor terminal) 6 having a communication environment is placed in the examination room of the clinic. A personal computer (hereinafter referred to as a dietitian terminal) 7 having a communication environment is placed in the dietitian's house. The pet terminal 1, the camera-equipped PDA 4, the doctor terminal 6, and the dietitian terminal 7 are connected to the server 5 via a network (in this embodiment, the Internet) 8.

FIG. 2 is a block diagram showing the configuration of the pet terminal 1. The infrared light receiving unit 102 acquires vital data and inspection date / time data sent by infrared rays from the remote controller / communication adapter 2, and stores the vital data and the like in M
It is given to a PU (micro processing unit) 101. The radio wave reception unit 103 acquires the weight data and the inspection date / time data which are vital data transmitted from the weight scale 3D by weak radio waves, and gives the weight data and the like to the MPU 101. The MPU 101 stores the vital data etc. in the memory 105.
To store. The switches 104 ... Are provided on the feet or the like of the pet terminal 1, and are operated by the user grasping the feet or the like.
Give to PU101. The MPU 101 has a switch 104
"Yes" and "No" for the inquiry that will be described later.
May be processed as an answer or an internet connection command.

The PHS wireless communication unit 106 executes wireless connection to the Internet and transmits the data (for example, the vital data and inquiry result data described later) instructed to be transmitted by the MPU 101 to the server 5 and the server 5. The process of receiving the data from the device and giving it to the MPU 101 is performed. The calendar function unit 107 gives the MPU 101 current date information and the like.

DSP (Digital Signal Processor)
Reference numeral 108 serves as a functional part for voice output and voice recognition. The flash memory 111 stores voice data, voice recognition data, and various parameter data.
When the DSP 108 receives a speech instruction from the MPU 101, the DSP 108 executes a voice signal generation process and gives the voice signal to the speaker 110. As a form of speech processing, for example,
When I received a code such as number 3 from MPU 101,
The process of acquiring the voice data of "Good morning" stored as No. 3 from the flash memory 111 and converting it into voice, or receiving the text data of "Good morning",
There is a process to read this out. Of course, a process of receiving an audio file and converting it into an audio signal can also be performed. Further, the DSP 108 A / D-converts the voice input from the microphone 109, and obtains a word candidate determined to be close from the voice recognition data stored in the flash memory 111 based on this digital data. And perform voice recognition. The voice recognition result is given to the MPU 101.

Although the appearance of the pet terminal 1 is simply shown in FIG. 1, in this embodiment, the pet terminal 1 has an appearance part recognized as a face and body parts such as limbs, except when charging. Since the pet terminal 1 is not wired and is lightweight, the user (patient) a can hold the pet terminal 1 and carry it anywhere. Since the pet terminal 1 has a pseudo-biological form, the user a can speak to the pet terminal 1 in a natural sense without seeing it as a machine. Further, the appearance of the pet terminal 1 does not expose the switches, and the equipment such as the keyboard, the mouse, and the CRT is not provided, so that the affinity for the pet terminal 1 is further enhanced.

The pet terminal 1 recognizes a word uttered by the user a by the voice recognition function and the voice output function of the MPU 101 or the like and returns an appropriate word to enable a simple conversation. There is. Further, it is possible to perform a simple inquiry by voice output, obtain the answer by voice recognition, and store this answer in the memory 105. In addition, "yes""no" to inquiry
Can also be assigned to the switches 104 provided on the left and right feet. The contents of the interview are shown in FIG. The contents of this inquiry are stored in the flash memory 111 as voice data.

The MPU 101 obtains the current date and time information from the calendar function unit 107, and, for example, at midnight every day, turns on the timer, gives a start command to the PHS wireless communication unit 106, and automatically executes wireless Internet connection. Has become. Then, the vital data, the inquiry result data, and the like acquired so far are read from the memory 105,
Data is transmitted to the server 5 via the PHS wireless communication unit 106.

FIG. 4 is a block diagram showing the configuration of the remote controller / communication adapter 2. The data communication terminal (see FIG. 13) of the remote controller / communication adapter 2 is connected to the blood pressure monitor 3A, the blood glucose meter 3B, and the exercise meter 3C by a jack cord, and the data (vital data and examination date / time data) of each instrument is connected. ) Is a serial communication driver 204
Through the MPU 201. The MPU 201 stores vital data in the SRAM 205. A function key group 207 and a ten-key group 208 are provided on the external part of the remote controller / communication adapter 2, and the LED 2 is provided as a predetermined key.
06 has been incorporated. Mako, reset switch 2
09 and the buzzer 210 are connected to the MPU 201.

The operation signal of each key and the reset switch 209 is given to the MPU 201. By using each of the above keys, it is possible to manually input vital data. In this embodiment, the body temperature measured by the thermometer is manually input. Also, by operating the function keys, selection of vital data measuring equipment can be performed, and the ten key group 208
By operating the registration key therein, vital data is read from the SRAM 205, and the remote control transmission unit 202
To start infrared transmission to the pet terminal 1. Note that the remote controller / communication adapter 2 may wirelessly receive the weight data at the weak wireless transmission / reception unit 203 and may transmit the weight data to the pet terminal 1 by infrared transmission.

FIG. 13 is an enlarged view of the remote controller / communication adapter 2, and the blood pressure monitor 3 is connected to the data communication terminals.
A, the blood glucose level meter 3B, and the exercise amount meter 3C are connected. Further, FIG. 14 shows a state transition diagram in the processing of the remote controller / communication adapter 2. The state transition is performed between the sleep mode, the input waiting mode, and each vital data registration mode.

FIG. 15 is a flow chart briefly showing the vital data input process by the remote controller / communication adapter 2 to the data transmission process to the pet terminal 1 in consideration of the relationship with the state transition.

The blood pressure data acquisition process in the process of FIG. 15 will be described with reference to the flowchart of FIG. Note that FIG. 17 shows a message displayed on the liquid crystal display screen LCD of the remote controller / communication adapter 2.
When the user presses the "power key" of the remote controller / communication adapter 2 (step S1), the mode shifts to the input waiting mode (step S2). At this time, "he
Ilo! Message is displayed on the LCD (Fig. 17
(See (A-1)). In the input waiting mode, all vital keys (blood pressure key, blood sugar key, etc.) are blinked.
Then, after the activation message (displayed for about 1 second), a message "Would you like to save data" is displayed as a measurement data selection message to prompt the selection of vital keys (see FIG. 17 (A-2)). When the user presses the "blood pressure key" (step S3), the "blood pressure key" is turned on and a beep sound is emitted.

Next, it is determined whether or not a pin is inserted in the data communication terminal (step S4). If the pin is inserted, the message "data communication" is displayed on the LCD as a data communication message (step S5: refer to FIG. 17A-3), and the data reception process is performed. It is judged whether or not the data reception is successful (step S6). If the data reception is unsuccessful, a message "Error!
By displaying a message of "No status" (see FIG. 17 (A-4)), a confirmation of connection is instructed (step S7), and the mode shifts to the input waiting mode. If the data has been successfully received (YES in step S6), the latest data, for example, "Ketsuatsu 135-110 Makuhaku 68" is displayed (step S8: see FIG. 17B-4).

When the user presses the "return key" (step S9), the mode shifts to the input waiting mode, and when the "registration key" is pressed (step S10), the "pitching"
And make a sound. After the measurement date and time is input by the user (step S11), “Data No.
Soushinga Kanryo Shimashita. Is displayed for about 2 seconds (step S12: FIG. 17 (A-5).
reference). Then, this registration process is terminated and the mode returns to the input waiting mode.

If no pin is inserted into the data communication terminal (NO in step S4), a message prompting manual input of the systolic blood pressure, for example, "Psycho-Katsuatsu
"□ mmHg" is displayed on the LCD (step S13: see FIG. 17 (B-1)). After that, it is reconfirmed whether or not the pin is inserted (step S14), and if it is inserted, the process proceeds to step S5. If not, the user manually inputs the systolic blood pressure using the numerical keys of the remote controller / communication adapter 2 (step S15: FIG. 17 (B-1)).
Then, press the "registration key" (step S17). When the "registration key" is pressed, a beep sounds. Further, manually input the minimum blood pressure (steps S19, S2
0, S22), manual input of pulse rate (steps S24, S2)
5, S27) is prompted and registered in the same procedure as for systolic blood pressure. In each process, when the "return key" is pressed (steps S16, S18, S21, S23, S2)
6, S28), the process returns to the previous stage.

Although the blood pressure value registration is shown in the above processing example,
Similar processing is performed for registration of blood glucose level and exercise amount. Regarding blood sugar level, meal selection (morning, noon, etc.)
There is a process that prompts selection before and after meals.

FIG. 18 is a flow chart showing the processing for registering the measurement date and time in step S11 of FIG. First, it is determined whether or not the measurement date and time has been registered (step S31). If not registered, the user is prompted to enter the measurement date (step S32). When the user presses the "registration key" as it is (step S33), the process proceeds to step S38. When the user inputs the measurement date (step S34), the user presses the "registration key" after the input (step S36).

If the vital data is the amount of exercise (YES in step S38), it is not necessary to input the time, so the process proceeds to the date and time confirmation display process (step S45). In the case other than the exercise amount registration process, the input of the measurement time is prompted (step S39). When the "registration key" is pressed as it is (step S40), the process proceeds to the date and time confirmation display process (step S45). When the user inputs the measurement time (step S41), the user inputs " Registration key ”
Is pressed (step S43). After that, a display for confirming the date and time is displayed (step S45), and "Registration key"
If is pressed (step S46), the pet terminal 1
Infrared transmission is used to send data, and a beep sounds. When the "return key" is pressed in each process (steps S35, S37, S42, S44, S4)
In 7), the process returns to the previous stage.

If the "registration key" is pressed without inputting the date and time (steps S33, S40), the pet terminal 1
On the side, the current date and time information acquired from the calendar function unit 107 is adopted and added to the vital data.

The camera-equipped PDA 4 has a wireless network connection function and a digital camera function. The camera-equipped PDA 4 can be used for transmitting to the server 5 the text data (contents of meal, etc.) input by the user a and the image of the meal taken by the user a.

The server 5 accumulates user health-related information, which is obtained by managing the inquiry answer data and vital data transmitted from the pet terminal 1, for each user, and the user health-related information is used as the content. For example, an HTML file is created. It should be noted that the server 5 has a patient characteristic (address, name,
Date of birth, height, weight, blood type, eyesight, etc., illness (medical history, family medical history, etc.), lifestyle (average daily working hours, sleeping hours, etc.), meals (number of meals per day, Information on the number of snacks, the amount of alcohol, the frequency of eating out, etc.) and the content of treatment (diet therapy (instruction calories), exercise therapy (instruction exercise amount), insulin administration, etc.) is initially registered. The user health-related information is accumulated in association with the initial registration data for each user. FIG. 5 shows an example of the initial data registration screen. This initial registration can be performed using the doctor terminal 6.

The server 5 is a PDA with a camera.
The text data (meal contents etc.) and the meal image data sent from the No. 4 are accumulated. Data such as a meal image is transmitted to the dietitian terminal 7 as a transmission request from the dietitian terminal 7 or as an attached image file of an electronic mail. The dietitian C performs processing such as displaying a meal image using the dietitian terminal 7, and calculates approximate calorie intake of the user a by viewing this image. Then, the nutritionist C uses the nutritionist terminal 7 to transmit the calorie calculation result to the server 5 as the calorie intake of the user a. 6 (a) (b)
Shows an example of an operation screen and a calorie calculation result input screen on the dietitian terminal 7. The server 5 incorporates the calorie calculation result received from the dietitian terminal 7 into the user health-related information.

The server 5 also transmits the user health-related information to the doctor terminal 6 in response to a request from the doctor terminal 6. The doctor terminal 6 is operated by the doctor B in charge of the hospital visited by the user a.

FIG. 7 is an explanatory view showing an example of an operation screen on the doctor terminal 6. In order to display this main menu screen, it is necessary to connect to the server 5 online and enter a password. On this main menu screen, buttons for "patient information", "patient registration application", "new inquiry registration", and "password change" are displayed.
Clicking these buttons causes screen transitions.

FIG. 8 is an explanatory diagram showing an example of the patient information screen. On this screen, the patient name list can be displayed by operating the box of the “patient” item, and the desired patient can be specified. And
Click the item "Display patient status list"
As shown in (a), a data screen (health-related information (interview result data, vital data, calorie intake) screen) of the designated patient is displayed. Furthermore, when a desired date part is clicked in the measurement date column of this screen, the screen shown in FIG.
As shown in (b), the detailed data of that date is displayed. In this detailed data display, the relationship between each calorie intake in the morning, noon, and evening and the blood glucose level is shown, and blood pressure, etc. are shown separately for morning, noon, and evening. Correspondence is shown. In addition, in FIG. 9 (a), the inquiry result "1" means that there is one caution response, and in FIG. 9 (b), to know which inquiry content the caution response was made. You can

FIG. 10 is a screen showing a patient profile. This screen is displayed by clicking the notation of "Profile" in the left side item column of the patient data screen shown in FIG. 9 (a). Although the contents of the initial registration data described above are displayed on this profile screen together with the information of the registration date and time, the contents can be changed by corrections or updates. Will be registered.

FIG. 11 is a screen showing the examination information of the patient. This screen is displayed by clicking the notation part of "inspection result" in the left side item column of the patient data screen shown in FIG. 9 (a). On this inspection result screen, the inspection result and the inspection execution date and time received when the user visits the hospital are displayed. The examination result at the time of hospital visit is also stored in the server 5 as the user health related information in association with each user.

FIG. 12 is a screen showing the treatment information of the patient. This screen is displayed by clicking the notation part of “treatment content” in the left side item column of the patient data screen shown in FIG. 9A. On this treatment content screen, the treatment content and registration date and time that the user received when visiting the hospital are displayed.
The contents of the treatment at the time of going to the hospital are also stored in the server 5 as the user health related information in association with each user.

When the user a comes to the hospital, the doctor in charge connects to the server 5 using the doctor terminal 6 and looks at the above-mentioned screen to refer to the daily data and use it for medical treatment. You can

The remote controller / communication adapter 2 is provided with a button for emergency, and when the button is operated, information indicating emergency is wirelessly transmitted to the pet terminal 1 (for example, infrared rays). . And the pet terminal 1
When receiving the information indicating an emergency wirelessly transmitted from the remote controller / communication adapter 2, for example, the PHS wireless communication unit 106 transmits the emergency data to the emergency center by connecting to the server 5 via the Internet. (Transmission of emergency user identification information, etc.). As a result, the server 5 side or the emergency center can know the emergency situation of the user and take a predetermined measure.

Further, the remote controller / communication adapter 2 is provided with a button indicating consultation, and when the button is operated, information indicating consultation is wirelessly transmitted to the pet terminal 1 (for example, infrared rays). . And the pet terminal 1
When the information indicating the consultation wirelessly transmitted from the remote controller / communication adapter 2 is received, the PHS wireless communication unit 106 connects the line to the consultation center. This allows the user to make a telephone consultation with the operator of the consultation center via the pet terminal 1.

Further, the pet terminal 1 informs by voice output when there is vital data to be acquired that has not been acquired yet. For example, after a simple conversation process, when you say "Do you want to measure your vitals?" And user "a" replies "No," if all the data for that day has been acquired, "OK. While all the data for today is registered, "for example, if there is insufficient blood glucose data, say," Oh, I haven't measured my blood glucose today, do you want to measure it? " This is one example. Further, the remote controller / communication adapter 2 is configured to perform wireless transmission simultaneously using both infrared rays and radio waves, and to receive both infrared rays and radio waves simultaneously in the vital data acquisition net transmission system. Is desirable to ensure the transmission and reception of information.

In this specification, the medical staff manages the health information of the medical staff and the user to give advice to the user, take care of the patient, and provide the health information to the medical staff. Includes health management support companies that provide the information. Further, the network is not limited to the one through a so-called provider, but includes a mode in which a telephone line (public line, dedicated line, etc.) is directly connected to the server. Further, for example, when the time information is connected to the server, the pet terminal 1 and the PDA 4 communicate with each other, the time information is shared, and the server, the pet terminal 1, and the PDA 4 mark the same time. Good to do.

[0047]

As described above, according to the present invention, the vital data acquisition device receives vital data from a vital measuring device such as a blood pressure monitor, a blood glucose meter, and a physical activity meter, and the vital data is, for example, a pet type data. Since it will be transmitted to the health management support terminal by infrared light, rather than having a pet type health management support terminal itself with a vital measuring device, it will be easier to perform data acquisition operation using a general blood pressure monitor etc. Further, the above-mentioned health management support terminal has various effects such that the healing process such as the conversation function with the user can be easily expanded.

[0048]

[Brief description of drawings]

FIG. 1 is an explanatory diagram showing a health management support system using a vital data acquisition and transmission system according to an embodiment of the present invention.

FIG. 2 is a block diagram of a pet-type health management support terminal used in the vital data acquisition and transmission system according to the embodiment of the present invention.

FIG. 3 is an explanatory diagram showing an example of interview voice data.

FIG. 4 is a block diagram showing a configuration of a remote controller / communication adapter.

FIG. 5 is an explanatory diagram showing an example of a patient initial data registration screen.

6A and 6B are explanatory diagrams showing an example of an operation screen of a dietitian terminal.

FIG. 7 is an explanatory diagram showing an example of an operation screen of a doctor terminal.

FIG. 8 is an explanatory diagram showing an example of an operation screen corresponding to a designated patient.

9 (a) and 9 (b) are explanatory views showing an example of a detailed data display screen of a designated patient.

FIG. 10 is an explanatory diagram showing an example of a profile display screen of a designated patient.

FIG. 11 is an explanatory diagram showing an example of an examination information display screen of a designated patient.

FIG. 12 is an explanatory diagram showing an example of a treatment information display screen of a designated patient.

FIG. 13 is an explanatory view showing a remote controller / communication adapter in an enlarged manner and showing a connection state with each vital measuring device.

FIG. 14 is an explanatory diagram showing state transitions of a remote controller / communication adapter.

FIG. 15 is a flowchart showing an outline of processing of a remote controller / communication adapter.

FIG. 16 is a flowchart showing a blood pressure data acquisition process by a remote controller / communication adapter.

FIG. 17 is an explanatory diagram showing a message displayed on the LCD of the remote controller / communication adapter in the process of FIG.

FIG. 18 is a flowchart showing a measurement date / time input process in the remote controller / communication adapter.

[Explanation of symbols]

1 Pet type health management support terminal (pet terminal) 2 Remote control and communication adapter (vital data acquisition device) 3 Vital data measuring device 3A Blood pressure monitor 3B Blood glucose meter 3C Exercise meter 3D Weight scale 4 PDA with camera 5 Server 6 Personal computer (doctor) Terminal 7 Personal computer (dietist terminal) 8 Network (Internet)

   ─────────────────────────────────────────────────── ─── Continued front page    F term (reference) 5C087 AA02 AA10 AA24 AA25 BB12                       BB13 BB32 BB46 BB65 BB74                       DD03 DD24 DD29 EE05 EE16                       EE18 FF01 FF05 FF19 FF20                       GG07 GG11 GG18 GG19 GG21

Claims (14)

[Claims] 1. A plurality of data communication terminal units for receiving vital data output from each vital measuring device, an instruction key unit for giving an instruction for selecting a vital measuring device and data registration, and a display means for displaying a message. And a means for wirelessly transmitting the data acquired from the vital measuring device, the vital data acquisition apparatus. 2. The vital data acquisition device according to claim 1, further comprising a numerical value input key unit for manually inputting data. 3. The vital data acquisition device according to claim 2, wherein date and time can be input using the numerical value input key section, and the data registration instruction is given when the date and time is displayed on the display means. A vital data acquisition device configured to wirelessly transmit vital data and input date / time data when a key is operated. 4. The vital data acquisition apparatus according to any one of claims 1 to 3, further comprising a button indicating emergency, and wirelessly transmitting information indicating emergency when the button is operated. A vital data acquisition device characterized in that 5. The vital data acquisition apparatus according to any one of claims 1 to 4, further comprising a button that means consultation, and wirelessly transmitting information that means consultation when the button is operated. A vital data acquisition device characterized in that 6. A vital data acquisition device according to any one of claims 1 to 5, and a terminal for receiving data wirelessly transmitted from the vital data acquisition device and transmitting the data to a server when connected to the Internet. A vital data acquisition network transmission system comprising: 7. The vital data acquisition device according to claim 4, and when receiving the information indicating an emergency wirelessly transmitted from the vital data acquisition device, connects to a predetermined contact and performs notification processing. A vital data acquisition network transmission system, comprising: a terminal. 8. The call processing is performed by connecting to the vital data acquisition device according to claim 5 and connecting to a predetermined contact when the information meaning the consultation wirelessly transmitted from the vital data acquisition device is received. A vital data acquisition network transmission system, comprising: a terminal. 9. The vital data acquisition net transmission system according to claim 6, wherein the terminal is provided with wireless net connection means. 10. The vital data acquisition net transmission system according to claim 6,
The vital data acquisition net transmission system, wherein the terminal has a pseudo-biological form. 11. The vital data acquisition net transmission system according to claim 6, wherein the terminal is configured to perform voice synthesis or voice output based on voice data. A vital data acquisition online transmission system. 12. The vital data acquisition net transmission system according to claim 11, wherein the terminal is configured to notify by voice output when there is unacquired vital data to be acquired. A vital data acquisition network transmission system. 13. The vital data acquisition device according to claim 1, wherein the vital data acquisition device is configured to perform wireless transmission simultaneously using both infrared rays and radio waves. Data acquisition device. 14. The vital data acquisition apparatus according to claim 6, wherein the vital data acquisition net transmission system is configured to simultaneously receive both infrared rays and radio waves. .