JP2000200315A - Body mounted equipment and certification system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide body mounted equipment capable of functioning while canceling complexity and keeping security. SOLUTION: It is judged whether this body mounted equipment is just mounted on the arm of body of a user or not (step SA4). Further, it is judged whether the equipment is first mounted after the lapse of time longer than prescribed specified time or not (step SA5). In such a case, after initial setting at the time of mounting is performed (step SA6), certification data are inputted (step SA7), and the setting processing of certification data is performed (step SA8). Then this body mounted equipment is not just mounted on the body as a result of judgement in the step SA4, on the other hand, it is judged whether non-mounting is continued longer than the prescribed specified time or not (step SA13) and when non-mounting is continued longer than the prescribed specified time, processing is executed for canceling certification setting and disabling a certification request, etc., such as erasing the certification data stored in a certification data memory (step SA14).

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a body-worn device worn on a body such as an arm and an authentication system using the body-mounted device.

[0002]

2. Description of the Related Art Conventionally, an information communication terminal such as a personal computer connected to a computer network can share a mail address for each user when using the information communication terminal. However, it is complicated for each user to alternately make settings necessary for authentication such as a mail address and a password using one communication terminal. Of course, if the settings required for authentication are simplified, the complexity can be reduced, but it becomes difficult to secure security.

[0003]

Therefore, one communication terminal can be commonly used as a terminal for each user without having to perform complicated setting of personal information on the same communication terminal for each user. It is desirable that security can be ensured. In addition to communication terminals, devices that are shared and used by multiple persons, door locks for entry, etc., can be freely used and entered by each person without complication. In addition, it is desirable that security can be ensured.

The present invention has been made in view of such conventional problems, and has as its object to provide a body-worn device and an authentication system which can function while ensuring security while eliminating complexity. It is assumed that.

[0005]

According to a first aspect of the present invention, there is provided a body-worn device according to the present invention, comprising: a device main body; and a mounting means for detachably mounting the device main body to a body. A body wearing detecting means for detecting whether or not the device body is worn on the body, and a control means for controlling a function built in the device body according to a detection result of the body wearing detecting means. Have. Therefore, in a state where the user does not wear the apparatus main body, the built-in functions can be restricted, and security can be ensured without complication.

In the body-worn device according to the second aspect of the present invention, when the body-wear detecting unit detects that the device main body is not worn, the control unit executes the function. Restrict at least in part. Therefore, by limiting some of the functions, disadvantages due to the occurrence of the functions in a state where they are left unattended can be avoided.

According to a third aspect of the present invention, in the body-worn device, the mounting means is a mounting member for mounting the device main body on an arm of a body, and the body-wear detecting means is provided in the device. The main body detects whether or not the arm of the body is worn. Therefore, it can be easily used without feeling inconvenience in carrying as if wearing a wristwatch.

In the body-worn device according to the invention, the device main body stores an input means for inputting authentication data and the authentication data input by the input means. Storage means; and output means for outputting the authentication data stored in the storage means, wherein the control means detects that the device main body is worn by the body wearing detection means. On the condition that the input authentication data is stored in the storage means and the output data is output from the output means, and when it is detected that the authentication data is not worn on the body, the storage means Clear the memory of Therefore, when the body-worn device is worn, the authentication data can be stored or output in the storage means, but when the body-worn device is not worn on the body, the authentication data is stored in the storage means. By deleting the authentication data that has been set, security is ensured.

Further, in the body-worn device according to the invention, the authentication data is code data for personal authentication, and therefore, the body-worn device is worn on the body when the user forgets to put it. When a state where the authentication is not performed is formed, the security is ensured by deleting the code data for personal authentication.

According to a sixth aspect of the present invention, in the body-worn device, the device main body includes communication means for communicating with an external device, authentication data stored in the storage means, and the input means. And a comparison / matching unit that compares and matches the authentication data input by the control unit, wherein the control unit detects that the body of the device is worn by the body wearing detection unit. In the case where the comparison and matching means obtains the coincidence between the two authentication data, the internal functions including the operation of the communication means are allowed to be exhibited. Therefore, in order for the operation of the communication means to be performed, the first condition is that not only the matching of the two authentication data is obtained by the comparison and collation means, but also that the device main body is mounted. Is the second condition, which enhances security. In addition, since the second condition is satisfied when the device main body is worn on an arm or the like, security can be enhanced without complication.

According to a seventh aspect of the present invention, in the body-worn device, the device main body further includes communication means for communicating with an external device, and the control means transmits the external device and transmits the external device. If the authentication result data received by the communication means is negative, at least some of the internal functions including the operation of the communication means are restricted. Therefore, if the authentication result data is negative due to communication with the external device, the expression of some of the internal functions will be limited even if the device is worn, which will result in security when another person is wearing the device. Is secured.

Further, in the body-worn device according to the invention of claim 8, the device main body includes an input means for inputting first authentication data, and the first authentication data input by the input means. Storage means for storing authentication data;
Output means for outputting the authentication data of the device, wherein the control means is configured to detect when the body main body is mounted by the body mounting detection means, and to store the first data in the storage means. When the authentication data is stored, the output unit outputs the second authentication data, and when it is detected that the second authentication data is not worn on the body, the second authentication data is output. Stop output. Therefore, in order for the second authentication data to be output, the device body must be mounted,
If left behind, security is ensured by not outputting the second authentication data.

According to the ninth aspect of the present invention, the authentication inspection result data transmitted from the external device in response to the output of the second authentication data by the output means is received. Receiving means for detecting that the device main body is not worn by the body wearing detecting means, or that the authentication test result data received by the receiving means is negative. If it is, the output unit is stopped and the storage of the storage unit is erased. Therefore, in the body-worn device that communicates with the external device, in addition to the case where the authentication test result data is negative, the output of the second authentication data is performed on condition that the device body is not mounted. Is stopped and the storage in the storage means is erased, thereby ensuring security.

According to a tenth aspect of the present invention, the second authentication data is authentication code data for connection to an external device. Therefore,
Even if this body-worn device is misplaced and used by another person while leaving the body, the output of the second authentication data is stopped and the storage in the storage means is erased, so that security is improved. Secured.

In the body-worn device according to the eleventh aspect of the present invention, the second authentication data is different from the first authentication data in authentication code data. Security is ensured.

According to a twelfth aspect of the present invention, the second authentication data is the same code data as the first authentication data and the first authentication data. This is one of the encoded data including the encoded data and the encoded data generated based on the first authentication data. Therefore, the second authentication data has a certain relationship with the first authentication data, and the processing of the first and second authentication data is facilitated.

According to the thirteenth aspect of the present invention, the main body includes a signal generating means for generating a signal for remotely controlling an external device or a network, and the signal generating means comprises: Transmitting means for transmitting the generated signal, wherein the control means allows the operation of the transmitting means on condition that the body-wear detecting means detects that the device main body is worn. I do. Therefore, it is possible to remotely control the external device or the network only when the device is worn on the body of the user, and even if the device is used by another person in a non-wearing state, the external device or the network cannot be remotely controlled. Security for remote control of external devices and networks is ensured.

According to a fourteenth aspect of the present invention, the device main body includes communication means for communicating with a communication terminal, and the control means controls the device main body by the body wear detection means. The operation of the communication means is permitted on condition that it is detected that the device is mounted. Therefore, even if another person uses the terminal in a state where the terminal is not worn, communication with the communication terminal cannot be performed, thereby preventing unauthorized communication and associated charges.

Further, in the body-worn device according to the present invention, the device body includes a mobile communication terminal means, and the control means includes a body-wearing detection means for mounting the device body. The operation of the mobile communication terminal means is permitted on condition that the operation has been detected. Therefore, even if another person uses the mobile communication terminal in a state where the mobile communication terminal is not used, communication with the mobile communication terminal cannot be performed, thereby preventing unauthorized communication and associated charges.

Further, in the body-worn device according to the present invention, the device body includes a receiving unit for receiving a notification signal from a communication terminal such as a telephone terminal or a mail terminal, and the control unit. Allows the operation of the receiving means on condition that the body wearing detection means detects that the device main body is worn. Therefore, even if used by another person in a state of being left unattached, reception from the telephone terminal or the mail terminal is not possible, and leakage of privacy and secret is prevented.

In the body-worn device according to the seventeenth aspect of the present invention, the device main body further includes a notifying unit that performs a notifying operation based on a notification signal received by the receiving unit, and the control unit. Operates the notifying means on condition that the body wearing detection means detects that the device main body is worn.
Therefore, the notification means does not operate unnecessarily when the user is not using the apparatus, and the inconvenience of surrounding persons due to the operation of the useless notification means and the consumption of the battery are avoided.

Further, in the body-worn apparatus according to the invention, the notifying means comprises a first notifying means for notifying by sound emission and a second notifying means for notifying by soundless. The notifying unit notifies the second notifying unit when the device main body is mounted, and notifies the second unit when the non-mounted unit is detected. The notification is made by the first notification means. Therefore, according to the present invention, even when the user does not wear the body-worn device, it is possible to know the incoming call or the like by performing the notification.

In the body-worn device according to the nineteenth aspect of the present invention, the device body includes an authentication data transmitting unit for transmitting authentication data for connecting to an external system for performing authentication management. The control means allows the operation of the authentication data transmitting means on condition that the body wearing detection means detects that the device main body is worn. Therefore, even when used by another person in a state of being left unattached, data for authentication is not transmitted, thereby ensuring security.

In the body-worn device according to the twentieth aspect of the present invention, the external system performs security of entrance / exit or charge management of a pay service, and the authentication data includes entry / exit data. Authentication data for management or use of paid services. Therefore, it is possible to improve security with respect to entering / leaving and charging management of a paid service.

According to the twenty-first aspect of the present invention, the external system performs a security management of a mobile transportation service or a paid service facility and a billing process or a billing data management of a usage fee. This is a pay service management system, and the authentication data is data for authentication for using the pay service. Therefore, it is possible to suppress unauthorized use by others in the paid service management system.

According to a twenty-second aspect of the present invention, in the body-worn device, the external system is a communication service system for performing communication connection processing of a communication service and accounting processing or management of accounting data. The data is data for authentication for using the communication service.
Therefore, it is possible to suppress unauthorized use by others in a communication service system that performs communication connection processing of a communication service and charging processing or management of charging data.

According to a twenty-third aspect of the present invention, the external system is an electronic payment system for managing electronic payment data for financial transactions or processing electronic payment on a network. The authentication data is authentication data for electronic settlement in the financial transaction. Therefore, fraud in an electronic payment system that manages electronic payment data for financial transactions or processes electronic payment on a network can be suppressed.

According to a twenty-fourth aspect of the present invention, the external system performs electronic settlement processing and management of electronic settlement data using an electronic settlement medium such as electronic money. An electronic settlement system, wherein the authentication data is authentication data for electronic money value payment settlement using the electronic settlement medium. Therefore, it is possible to suppress fraud in an electronic settlement system that performs electronic settlement processing and manages electronic settlement data using an electronic settlement medium such as electronic money.

According to a twenty-fifth aspect of the present invention, in the body-worn device, the device main body includes communication connection means for communicatively connecting to an external device, and setting data necessary for the communication connection means to perform a connection operation. Storage means for storing
The control means operates the communication connection means based on the setting data stored in the storage means, on condition that the body wearing detection means detects that the device main body is worn. Therefore, it is possible to suppress a fraud that is connected to and communicated with an external device by another person while the user is not using the device.

According to a twenty-sixth aspect of the present invention, in the body-worn device, the device body includes a biometric data detecting unit for detecting biometric data of a wearer's own human body, and a biometric data detecting unit. Transmitting means for transmitting the obtained biometric data to an external device, the control means including: To work. Therefore, the biometric data of the user can be appropriately and easily transmitted.

In the body-worn apparatus according to the twenty-seventh aspect, the apparatus further comprises an authentication means for performing authentication on the basis of the biometric data, and the control means comprises means for detecting the body of the equipment by the body-wear detection means. The authentication unit is operated on condition that the attachment is detected. Therefore, proper authentication can be performed by performing authentication based on the biometric data.

According to a twenty-eighth aspect of the present invention, in the body-worn device, the device main body executes an authentication process and communicates with an external device, and a profile for storing personal profile data. Data storage means, and transmission means for transmitting personal profile data stored in the profile data storage means to the external device via the communication connection means, wherein the control means includes On condition that it is detected that the device main body is mounted, the communication connecting means is connected to the external device by executing the authentication process, and the transmitting means transmits the profile data, The external device is controlled to search for the related data corresponding to the personal profile data.

Therefore, while ensuring security,
It becomes possible to search for related data based on personal profile data.

Further, in the body-worn device according to the present invention, the device main body further includes biometric data detecting means for detecting biometric data of a wearer's own human body, and the personal profile data is The external device searches for and returns corresponding data based on the biometric data, the biometric data being detected by the biometric data detecting means. Therefore, it is possible to create and store personal profile data without complication, and it is possible to use as a medical system by searching and returning relevant data of the biometric data of the user.

According to a thirty-first aspect of the present invention, the personal profile data includes:
The external device constitutes a data service system that searches for and returns corresponding data based on the position data. Therefore, the position data can be obtained without any complication.

According to a thirty-first aspect of the present invention, in the body-worn device, the external device constitutes a reporting system for retrieving the relevant data and reporting to a predetermined contact. Therefore, it is possible to establish a notification system for notifying a contact address without any complication.

In the body-worn apparatus according to the present invention, the authentication process is a process of authenticating access to a server such as a mail box of a wearer, a message board in a group, and a shared file. Yes, the personal profile data is data including access information to the server, and the external device constitutes a data service system that searches and returns only corresponding data based on the access information. . Therefore, it is possible to establish a data service system that searches for and returns only corresponding data based on the access information while ensuring security.

[0038] In the body-worn device according to the invention of claim 33, the authentication processing is based on caller telephone number data, and the personal profile data includes the caller telephone number. Data, and the external device constitutes a data service system related to the caller telephone number for searching only the corresponding data based on the caller telephone number data. Therefore,
An information retrieval system based on a caller ID can be established while ensuring security.

In the body-worn apparatus according to the invention, the authentication processing is based on caller telephone number data, and the personal profile data includes the caller telephone number. The external device constitutes a reporting system that retrieves corresponding data based on the caller telephone number data and reports to a predetermined contact. Therefore, an information search system based on a caller number can be similarly established while ensuring security.

According to a thirty-fifth aspect of the present invention, in the body-worn device, the device main body includes data transmission means for exchanging encrypted data with an external device, and the control means includes: When it is detected by the body wearing detection means that the wearing of the device main body is not detected, the operation of at least a part of the data transmission means is restricted. Therefore, in a data transmission system that transmits and receives encrypted data, security can be improved without any complexity.

According to a thirty-sixth aspect of the present invention, the data transmission means is for illuminating that the wearer is a legitimate person or as a legitimate business partner. An encryption certificate for confirmation is sent to the external device.

Therefore, in a system in which it is necessary to illuminate that the wearer is a legitimate person or to confirm that the wearer is a legitimate business partner, it is possible to improve security without complicating the system.

According to a thirty-seventh aspect of the present invention, the data transmission means transmits order information such as a product order or a service order to the external device while keeping the order information secret from a third party. Things. Therefore, when order information such as a product order and a service order is concealed from a third party and sent to an external device, security can be improved without complication.

According to a thirty-eighth aspect of the present invention, in the body-worn device, the data transmission means includes an electronic signature generation means for generating an electronic signature for illuminating authenticity by adding to the transmission information. Encryption means for encrypting the electronic signature generated by the electronic signature generation means. Therefore, in a system for encrypting an electronic signature for illuminating authenticity by adding to transmission information, security can be improved without complication.

In the authentication system according to the thirty-ninth aspect of the present invention, the authentication system includes a body-worn device and an external device. The device main body is mounted by mounting means to be mounted, body mounting detecting means for detecting whether or not the device main body is mounted on the body, communication means for communicating with the external device, and the body mounting detecting means. When it is detected that the external device comprises a control means for operating the communication means to transmit the data for authentication, the external device, a communication means for communicating with the body-worn device,
An authentication unit determines whether or not authentication is possible based on the authentication data received through the communication unit, and a control unit that transmits an authentication result of the authentication unit through the communication unit. Therefore, in a state where it is left without being attached,
Even when the body-worn device is used by another person, the data for authentication is not transmitted to the external device, thereby ensuring security.

According to a forty-fourth aspect of the present invention, the control means for the on-body wearing device comprises:
If the authentication result received by the communication means is negative, at least some of the internal functions including the operation of the communication means are restricted. Therefore, if the authentication result is negative due to communication with the external device, the expression of some of the internal functions will be limited even if the device is worn, and the security when others are wearing the device will be limited. Secured.

Further, in the authentication system according to the invention of claim 41, the device main body has an input means for inputting first authentication data, and the first authentication data input by the input means. Storage means for storing the authentication data, and output means for outputting the second authentication data via the communication means, wherein the control means has the body mounted by the body wearing detection means. Is detected, and when the first authentication data is stored in the storage unit, the output unit outputs the second authentication data.
And outputting the second authentication data is stopped when it is detected that the second authentication data is not worn on the body, and the authentication unit of the external device outputs the second authentication data. It decides whether authentication is possible based on the data.

Therefore, in order for the second authentication data to be output, the device body must be mounted, and when the device is left behind, the second authentication data is not output, thereby providing security. It is possible to construct an authentication system that can secure the information.

In the authentication system according to the present invention, the authentication system comprises a body-worn device and an external device, wherein the body-worn device is configured such that the device body is detachable from the body. The device main body is mounted by mounting means to be mounted, body mounting detecting means for detecting whether or not the device main body is mounted on the body, communication means for communicating with the external device, and the body mounting detecting means. Control means for generating data for remotely controlling the external device and transmitting the data to the external device, wherein the external device communicates with the body-worn device. A communication unit; and a control unit configured to execute a predetermined process based on the signal received through the communication unit. Therefore, it is possible to remotely control an external device or a network only when the device is worn on the body of the user.
An external device or network cannot be remotely controlled, and an authentication system can be constructed that ensures security for remote control of external devices and networks.

In the authentication system according to the invention of claim 43, the external device constitutes a security management system for entering / leaving or a billing management system for a fee-based service, and the data includes an entrance / exit management system. Alternatively, it is authentication data for using a paid service. Therefore, it is possible to establish an authentication system that performs security of entering and leaving the room or manages charging of a fee-based service without complicated operation.

Further, in the authentication system according to the invention, the external device may be a mobile transportation service or a pay service which performs security management of a toll service facility and billing processing of usage fee or billing data management. And the data is authentication data for using the paid service. Therefore, it is possible to suppress unauthorized use by others in the paid service management system.

Further, in the authentication system according to the invention, the external device constitutes a communication service system for performing communication connection processing of communication service and charging processing or management of charging data. The data is data for authentication for using the communication service. Therefore, it is possible to establish a system that suppresses unauthorized use by others in a communication service system that performs communication connection processing of a communication service and charging processing or management of charging data.

In the authentication system according to the invention, the external device constitutes an electronic payment system for managing electronic payment data for financial transactions or processing electronic payment on a network. And the data is authentication data for electronic payment in the financial transaction. Therefore, in an electronic payment system that manages electronic payment data for financial transactions or processes electronic payment on a network, it is possible to establish an authentication system that can suppress fraud.

In the authentication system according to the invention, the external external device performs processing of electronic settlement and management of electronic settlement data using an electronic settlement medium such as electronic money. An electronic payment system is configured, and the data is authentication data for payment and settlement of an electronic monetary value using the electronic payment medium.

Therefore, it is possible to establish an authentication system capable of suppressing fraud in an electronic settlement system that performs electronic settlement processing and manages electronic settlement data using an electronic settlement medium such as electronic money. it can.

Further, in the authentication system according to the invention, the apparatus main body includes profile data storage means for storing personal profile data, and personal profile data stored in the profile data storage means. And transmitting means for transmitting to the external device via the communication means, wherein the control means performs authentication on condition that the body mounting detection means has detected that the device body is being worn. Executing a process to connect to the external device, causing the transmitting unit to transmit the profile data, and the control unit of the external device searching the external device for corresponding data based on the personal profile data. To control. Therefore, it is possible to establish an authentication system capable of searching for related data based on personal profile data while ensuring security.

In the authentication system according to the forty-ninth aspect, the apparatus main body further includes biometric data detecting means for detecting biometric data of a wearer's own human body, and the personal profile data includes: The biometric data detected by the biometric data detection means, and the control means of the external device searches for and returns corresponding data based on the biometric data. Therefore, it is possible to create and store personal profile data without any complication, and an authentication system that can be used as a medical system by searching and returning relevant data of the biometric data of the user. Can be established.

[0058] In the authentication system according to the fiftieth aspect, the personal profile data may include:
This is position data indicating the current position of the wearer, and the control means of the external device searches for and returns corresponding data based on the position data. Therefore, it is possible to establish a system capable of acquiring position data without any complication.

Further, in the authentication system according to the invention, the control means of the external device searches the relevant data and notifies a predetermined contact. Therefore, it is possible to establish a notification system for notifying a contact address without any complication.

In the authentication system according to the invention, the authentication process is a process of authenticating access to a server such as a letter box of a wearer, a message board in a group, and a shared file. The personal profile data is data including access information to the server, and the control unit of the external device searches for and returns only corresponding data based on the access information. Therefore, it is possible to establish a data service system that searches for and returns only corresponding data based on the access information while ensuring security.

In the authentication system according to claim 53, the authentication processing is based on caller telephone number data, and the personal profile data is a data including the caller telephone number. And the control means of the external device searches for only relevant data based on the caller telephone number data. Therefore, an information search system based on a caller number can be established while ensuring security.

[0062] In the authentication system according to the fifty-fourth aspect, the authentication processing is based on caller telephone number data, and the personal profile data is a data including the caller telephone number. The control means of the external device constitutes a report system for searching for corresponding data based on the caller telephone number data and reporting to a predetermined contact. Therefore, an information search system based on a caller number can be similarly established while ensuring security.

[0063]

DESCRIPTION OF THE PREFERRED EMBODIMENTS (1) First Embodiment A first embodiment of the present invention will be described below with reference to the drawings. In this embodiment, as shown in FIG. 1, the present invention is applied to a wristwatch-type body-worn device, and a body-worn device 1 includes a watch-side case 2 and both ends of the watch-side case 2. The wristbands 3 and 4 are combined. As shown in FIG. 1A, the watch-side case 2
A serial input / output terminal portion 5 is protruded from one side surface, and a wireless transmitting / receiving portion 6 is provided on a side surface adjacent thereto. A windshield 7 is attached to the upper surface of the watch case 2, and a plurality of keys 8 are provided on the upper surface and the other side surface of the watch case 2.

Also, inside the watch-side case 2, FIG.
As shown in (B), the LCD 9 is arranged below the windshield 7, and the MPU chip & circuit board 10 is arranged in the center. A battery 12 is disposed between the MPU chip & circuit board 10 and the back cover 11, and a body proximity sensor 13 is exposed from the back cover 11 to the outside. Further, electrode plates 14 and 15 are embedded inside the wristbands 3 and 4, and the electrode plates 14 and 15 are connected at one end to the MPU chip & circuit board 10 at the other end. ing.

As shown in FIG. 2, the body proximity sensor 13 is composed of an infrared LED 16 and an infrared photo sensor 17 arranged close to each other. Then, as shown in the drawing, when the body-worn device 1 is worn on the arm A, the infrared light from the infrared LED 16 is reflected on the skin of the arm A and is received by the infrared photo sensor 17 to be turned on. It is configured to be.

Also, at the end of each of the wristbands 3 and 4,
As shown in FIG. 3, a movable buckle 19 and a fixed buckle 20 are provided.
Switch electrodes 21 and 22 constituting the mounting sensor 18
Is provided. The switch electrodes 21 and 22 come into contact with the engagement of both buckles 19 and 20 and are connected to the ends of the electrode plates 14 and 15 so that the switch electrodes 21 and 22 come into contact with each other. As a result, the mounting sensor 18 is turned on.

FIG. 4 is a block diagram showing a circuit configuration and a system configuration of the body-worn apparatus 1. The body-worn apparatus 1 includes a function control circuit unit 23 for controlling each unit.
The function control circuit unit 23 is connected to the body proximity sensor 13 and the wearing sensor 18 via a body wearing detecting circuit 19 and has an input unit 24 constituted by the keys 8.
And a display unit 25 composed of the LCD 9 and the display unit 2
5, an illumination unit 26, a notification unit 27, a personal profile data memory 28, and a clock unit 55, which are backlights, are connected. Further, an output unit 29 including the serial input / output terminal unit 5 and a memory 30 are connected to the function control circuit unit 23, and an authentication data memory 31, an authentication control circuit 32, a communication control circuit 33, and a communication connection The setting data generator 34 and the power supply control circuit 35 are connected.

The authentication data memory 31 stores a LAN (described later).
Memory for storing authentication data required for connection to the
The authentication control circuit 32 performs a process of writing and reading data to and from the authentication data memory 31 and controls the authentication data generation unit 36. The communication control circuit 32 controls the authentication control circuit 32 based on the data from the communication connection setting data generation unit 34, and controls the encoder 37 to encode the authentication data from the authentication data generation unit 36. Wireless transmission is performed via the wireless transmission / reception unit 6. Also,
The signal received by the wireless transmission / reception unit 6 is decoded by the decoder 38, input to the function control circuit unit 23 via the communication control unit 33, and notified by the notification unit 27 or the display unit 2.
5 for display. The power supply control circuit 35 includes a battery 39
The power supply circuit 40 connected to the power supply is controlled to supply power to each unit.

On the other hand, the communication connection device (or remote access server) 41 includes a communication control unit 42 connected to each other.
And a communication connection control unit 44 connected to both of them, and a network connection unit 45 connected to the communication connection control unit 44. The communication control unit 42 is connected to a wireless transmission / reception unit 46 and a terminal device 48 via a network 47. The terminal device 28 and the wireless transmission / reception unit 46 perform transmission / reception with the wireless transmission / reception unit 6 on the body-worn device 1 side.

The network connection unit 45 is connected to the LAN 4
The LAN 49 has a host PC 50, various servers 51, a proxy server or a firewall 52. Proxy server or fire
The wall 52 is connected to the Internet 54 via an Internet provider 53.

In the present embodiment having the above configuration, the function control circuit section 23 of the body-worn device 1 operates according to the flowchart shown in FIG. 5 based on a program stored therein. That is, if there is a clock carry from the clock unit 55 that generates the time data by dividing the frequency of the clock signal of the predetermined frequency (step SA1), a clock process is executed (step SA2) and the display time is displayed on the display unit 25. Execute processing such as correction. Subsequently, sensor data, which is the output of the body proximity sensor 13 and the wearing sensor 18, is captured (step SA3).
It is determined whether or not is worn on the arm, which is the user's body (step SA4). At this time, the body proximity sensor 1
3 and the wearing sensor 18 are both on, it is determined that the body is being worn, and whether or not the body is newly worn, that is, non-wearing has elapsed for a predetermined time or more as described later. It is determined whether or not the mounting is the first mounting after the mounting (step SA5).

If it is a new attachment, after performing initial setting at the time of attachment (step SA6), the user is caused to input authentication data in accordance with an operation on the input unit 24 (step SA6).
7), perform authentication data setting processing (step SA)
8). By the authentication data setting process, data necessary for connection to the various servers 51 of the LAN 49, the Internet 54, and the like are stored in the authentication data memory 31. Next, perform regular function processing, send, receive, input and output,
The processing relating to all functions of the timepiece 1, such as control for authentication, display, and notification, is executed without limitation (step SA9).

Therefore, by the processing in step SA 9, the authentication data is transmitted from the wireless transmitting / receiving section 6 of the body-worn device 1 to the wireless transmitting / receiving section 46 or the terminal device 48, and the authentication data is connected to the LAN 49 via the communication connecting device 41. And data can be obtained from various servers 51 and the Internet 54. Then, display processing is continuously performed (step SA10), and data to be displayed generated in each of the regular function processing, that is, data downloaded from the various servers 51, the Internet 54, and the like are displayed.

As a result of the judgment in step SA5, if the processing in steps SA6 to SA8 has already been completed instead of the new mounting, regular processing in accordance with the key operation information from the input unit 24, ie, After performing the process according to the key operation information without any limitation (step SA1)
2) Perform the processing of step SA9 and step SA10 described above.

On the other hand, if the result of determination in step SA4 is that the body-worn device 1 is not being worn, it is determined whether or not non-wearing has continued for a predetermined time or more (step SA13). If the non-attachment has continued for a predetermined time or more, the authentication setting is canceled and an authentication request such as erasing the authentication data stored in the authentication data memory 31 is disabled. Is executed (step SA14). Therefore, for example, when the body-worn device 1 is stolen and the non-wearing time exceeds the specified time, security is ensured by deleting the authentication data. If the result of determination in step SA13 is that the non-wearing has not occurred for the specified time or longer, the notifying unit 27 is operated to issue an alert, and the display unit 25 is alerted that it is not wearing (step SA13). SA14). At this time, the display unit 25 may display the time of the non-wearing state and the remaining time until the specified time.

Further, step SA14 or step SA
In step SA15 following step 8, it is determined whether or not a key operation has been performed (step SA15). If a key operation has been performed, limited processing according to the operated key, for example, input or transmission of authentication data is performed. The processing for the clock function excluding is executed (step SA16). Further, after performing each of the limited functional processes, that is, processes that do not require authentication data or do not relate to authentication data (step SA17), the process proceeds to step SA10 described above. Therefore, when the body wearing device 1 is not worn, the functions in steps SA16 and SA17 are limited, so that a person other than a user who does not know this simply possesses the body wearing device 1. Even if you do
Transmission and reception with the wireless transmission / reception unit 46 and the terminal device 48 become impossible, so that security can also be ensured.

In the present embodiment, transmission and reception are performed between the wireless transmission unit 6 of the body-worn device 1 and the wireless transmission unit 46 or the communication terminal device 48 of the communication terminal connection device 41. As shown in FIG. 6, the communication may be performed directly with the data kiosk terminal 55a to perform transmission and reception with the business operator 59 via the dedicated network 58. In addition, it communicates with the digital public telephone 55b to transmit / receive information to / from the information equipment in the office 57 via the public network 56, or directly communicates with the wireless transmitting / receiving unit / input terminal 55c.
To send and receive information devices. Furthermore, Provider 5
Of course, the present invention can be applied to other communication modes such as connection to the Internet 54 via the Internet 3.

(2) Second Embodiment FIG. 7 shows a second embodiment of the present invention.
The present invention is applied to a neck-pending pendant-type body-worn device. The body-worn device 60 includes a device main body 61 and a pair of chains 62, 62 each having one end connected to an upper end of the device main body 61. On the front side of the device main body 61, the wireless transmission / reception unit 6, the display unit 25, and the plurality of keys 8
Is provided. A body proximity sensor 13 is disposed on the back side of the device main body 61. The body proximity sensor 13 includes an infrared LED 16 and an infrared photo sensor 17 disposed close to each other, as in the first embodiment. It is composed of A mounting sensor 18 is provided at the distal end of the chains 62, 62. The mounting sensor 18 is provided with a pair of detachably attachable hooks 63 provided at the distal ends of the chains 62, 62. It consists of a switch that is turned on by coupling. The configuration of the circuit provided inside the device main body 61 is the same as the circuit configuration of the body-worn device 1 shown in the upper part of FIG.

In such a configuration, as shown in FIG.
When the hook 63 is coupled to make the chain 62 annular, the mounting sensor 18 is turned on. When the chain 62 is hung on the neck with the back side of the device main body 61 facing the human body B as shown in the figure, the infrared light from the infrared LED 16 is reflected on the human body B and received by the infrared photo sensor 17. By
The body proximity sensor 13 is turned on. Therefore, by operating according to the flowchart shown in FIG. 5 described above, the same operation and effect as those of the first embodiment can be obtained.

(3) Third Embodiment FIG. 9 shows a third embodiment of the present invention.
The present invention is applied to a ring-type body-worn device.
The body-worn device 70 includes a device body 71 and a ring 72 having one end connected to the back surface of the device body 71. A transmitting / receiving unit 73 is provided on the front side of the device main body 71, and the body proximity sensor 13 is provided on the back side. This body proximity sensor 13 is also composed of an infrared LED 16 and an infrared photosensor 17 arranged close to each other, as in the first embodiment.

As shown in FIG. 10, the body-worn device 70 has a clock unit 74 for generating clock data, a random number unit 75 for generating random numbers, a one-time password generation unit 76 for generating a one-time password, and A one-time password unit 77 that sends a password to the control unit 78; a challenge code unit 79 that inputs a challenge code to the one-time password generation unit 76; a user ID memory 80 that stores a user ID; the body proximity sensor 13; 81 are provided. On the other hand, the authentication server 82
Is the transmission / reception unit 91, the authentication control unit 83, the reception user ID
It includes a memory 84, a challenge code unit 85, a received one-time password unit 86, a clock unit 87, a random number unit 88, an encoding unit 89, and an authentication check unit 90.

In the present embodiment having the above configuration, as shown in FIG. 10, when an ID request is made from the authentication server 82 (), the portable device 70 stores the ID request in the user ID memory 80 in response to the request. User I
D is transmitted (). Then, the challenge code is transmitted from the authentication server 82 side (), and the portable device 70 receiving the challenge code generates a one-time password in the one-time password generation unit 76, and the one-time password unit 77, the control unit 78, and the transmission / reception unit (81). This one-time password is stored in the authentication server 8
The data is received by the transmitting / receiving unit 91 on the second side, and is input to the authentication control unit 83, the received one-time password unit 86, and the authentication checking unit 90.
Sent from the second side ().

The one-time password generation unit 76 generates a one-time password according to the one-time password generation procedure shown in FIG. 11 or the one-time password generation flow shown in FIG. That is, after generating the user secret password (step S
B1, SB2), set the initial value “1” in the register K,
Until K ≧ N (Step SB6), Step SB4
To SB7 are repeated, thereby obtaining step SB5
Thus, the one-time password shown in FIG. 11 is sequentially generated.

In this embodiment, a one-time password is generated by the body-worn device 70. However, as shown in FIG. 13, a user A uses a personal computer B having a one-time password generation program. After a plurality of one-time passwords are generated, these one-time passwords are written to the portable device C, and the user A who carries the portable device C performs an operation on the go,
A one-time password may be input to the authentication input terminal D while being sequentially updated, and the authentication server E may be remotely connected to the authentication input terminal D to connect to a network or the like.

(4) Fourth Embodiment In this embodiment, as shown in FIG. 14, the present invention is applied to a wristwatch-type body-worn device 1. That is, the body-worn device 1 includes a watch-side case 2 and wristbands 3 and 4 connected to both ends of the watch-side case 2. The watch case 2 has a serial input / output terminal 5 protruding therefrom, and a microphone 100, a wireless communication unit 101, an infrared communication port 102,
A touch / pen input unit 103, an LCD display unit 10, a key input operation unit 105, and a fingerprint imaging sensor 106 are provided. The mounting sensors 18 having the same configuration as that shown in the first embodiment are provided at both ends of the wristbands 3 and 4.
Is provided.

FIG. 15 is a block diagram showing a circuit configuration and a system configuration of the body-worn device 1. As shown in FIG. As shown on the left side of the figure, the body-worn device 1 includes the fingerprint imaging sensor 106, and analyzes the fingerprint data captured by the fingerprint imaging sensor 106. The fingerprint data analysis unit 107 authenticates the analyzed fingerprint data. A fingerprint data authentication / inspection unit 108 to be inspected, a control unit 109, a wireless transmission / reception unit 110, a registered fingerprint data storage unit 111 for storing registered fingerprint data,
An authentication data storage unit 112 such as an ID and a mounting sensor 18 are provided.

On the other hand, the authentication device 113 includes a radio transmission / reception unit 114 for performing radio transmission / reception with the radio transmission / reception unit 110 of the body-worn device 1, a control unit 115 for controlling each unit of the device, an authentication data decryption for decrypting the received authentication data. Unit 116, an authentication inspection unit 118 for inspecting authentication data, and an access control &
A service control unit 118 is provided.

In such a configuration, when a fingerprint of a finger is pressed against the fingerprint imaging sensor 106, the fingerprint imaging sensor 106 captures the fingerprint and outputs fingerprint data. Part 1
08 to the control unit 119. Then, the control unit 109 transmits the fingerprint data via the wireless transmission / reception unit 110 on condition that the mounting sensor 18 is on.

The transmitted fingerprint data is stored in the authentication device 1
13 and is compared with fingerprint data registered in advance by the authentication inspection unit, and if both match, predetermined access control and service control are performed by the access control & service control unit 118. .

Note that in the fourth embodiment,
The fingerprint imaging sensor 106 is provided on the body-worn device 1 side. However, as shown in FIG.
A fingerprint imaging sensor 106 including an imaging element 106a and an image memory 106b is provided on the
6. The fingerprint data captured in step 6 is sent to the user's body-worn device 1 and stored in the registered fingerprint data storage unit 111.
13 and if the transmitted fingerprint data matches the pre-registered fingerprint data as a result of the authentication determination, the access control & service control unit 118 performs predetermined access control and service control. It may be.

(5) Fifth Embodiment FIG. 17 shows a fifth embodiment of the present invention. The external shape of the body-worn device 1 in this embodiment is the same as that of the embodiment shown in FIG. 14, and the microphone 100 is provided in the voice input unit 120. Further, the voice input unit 120 includes the microphone 1
An A / D conversion unit 121 for A / D converting a signal from 00;
Audio memory 12 for storing A / D converted audio data
2. Termination detection, cepstrum extraction, feature extraction 123
To 125, a voiceprint data collation / authentication inspection unit 128 for collating analysis data from the voice data analysis unit 126 with voiceprint data registered in the registered voiceprint data unit 127, A control circuit 129 is provided to receive the inspection result from the data collation / verification inspection unit 128 and to control each unit. Further, a wearing sensor 18 similar to that of each of the above embodiments and a body wearing detecting circuit 130 for detecting wearing on the body based on a signal from the wearing sensor 18 are provided.

The control circuit 129 is connected to a second authentication control unit 131 for controlling the second authentication data memory 132 and the second authentication data generation unit 133, and a communication control unit 134. The control unit 134 is connected to the wireless transmission / reception unit 137 via the encoder 135 and the decoder 136. The wireless transmission / reception unit 137 is connected to the external authentication device 13.
8 for transmission and reception.

In this embodiment, the control circuit 12
9 is a case where the mounting sensor 18 is turned on,
The voice from the microphone 100 is the registered voiceprint data part 1
If the voiceprint data matching / authentication inspection unit 128 determines that the voiceprint matches the voiceprint registered in the second authentication control unit 27, the second authentication control unit 1
A signal is output to 31. Then, the second authentication control unit 131
Sends the data in the second authentication data memory 132 to the second authentication data generation unit 133 to instruct the second authentication data generation unit 133 to generate the second authentication data. The second authentication data generation unit 133 The authentication data is encoded by the encoder 135 and transmitted to the external authentication device 138 via the wireless transmission / reception unit 137.

(6) Sixth Embodiment FIG. 18 shows a sixth embodiment of the present invention. The external shape of the body-worn device 1 in this embodiment is the same as that of the embodiment shown in FIG. 14, and the touch / pen input unit 103 and the display unit 104 are provided. A signature data analysis unit 13 for analyzing signature data input from the pen P by the touch / pen input unit 103
9, a signature authentication checker 141 for comparing the analysis data from the signature data analyzer 139 with the signature data registered in the registered signature data unit 140, and the signature authentication checker 1
A control circuit 1142 that receives the test results from 41 and controls each unit is provided. Further, the same mounting sensor 18 as in each of the above-described embodiments,
A body wearing detection circuit 130 for detecting wearing on the body based on a signal from the body 8 is provided. The second authentication control unit 131, the second authentication data memory 132, the second authentication data generation unit 133, the communication control unit 134, the encoder 135,
The configuration including the decoder 136, the wireless transmission / reception unit 137, and the external authentication device 138 is the same as that of the embodiment shown in FIG.

In this embodiment, the control circuit 12
9 is a case where the mounting sensor 18 is turned on,
If the signature authentication check unit 128 determines that the signature data from the touch / pen input unit 103 matches the signature registered in the registered signature data unit 127, the second authentication control unit 13
1 is output. Then, the second authentication control unit 131
Sends the data in the second authentication data memory 132 to the second authentication data generation unit 133 to instruct the second authentication data generation unit 133 to generate the second authentication data. The second authentication data generation unit 133 The authentication data is encoded by the encoder 135 and transmitted to the external authentication device 138 via the wireless transmission / reception unit 137.

(7) Seventh Embodiment FIG. 19 shows a seventh embodiment of the present invention. In this embodiment, the configuration of the body-worn device 1 is the same as that of the first embodiment shown in FIG. 4 except that an authentication test result reception data generation unit 34a is provided instead of the communication connection setting data generation unit 34. The configuration of the communication connection device 41 (or the remote access server) is the same as that of FIG.
This is the same as the first embodiment shown in FIG. However, LAN
The configuration of the LAN 49 is different from that of the host PC 50.
It is composed of various servers 51a and 51b and an authentication server 51c. In the fifth embodiment,
When the authentication data output is transmitted from the wireless transmission / reception unit 6 of the body-worn device 1, the wireless transmission / reception unit 46 of the communication connection device 41 receives the data output, and transmits the authentication test result. To receive. That is, in this embodiment, the authentication data is not transmitted unilaterally from the body-worn device 1 side, but the authentication test result is transmitted from the communication connection device 41 side. . Therefore, in the body-worn device 1, the authentication test result can be displayed on the display unit 25, and its function can be controlled according to the authentication test result.

(8) Eighth Embodiment FIG. 20 is a block diagram showing a circuit configuration and a system configuration of a body-worn device 1 when the present invention is applied to wireless transmission and remote control of the device. The body-worn device 1 includes a control circuit 150 that controls each unit.
The control circuit 150 is connected to a body proximity sensor 13 and a wearing sensor 18 having the same configuration as in the above-described embodiment via a body wearing detecting circuit 19, and performs an operation & The data input unit 151 and the output unit 29 having the serial input / output terminal unit 5 are connected. Further, an authentication & remote operation setting data memory 152, an authentication & remote operation control unit 153, and a communication control unit 154 are connected to the control circuit 150.

Authentication & Remote Operation Setting Data Memory 1
Reference numeral 52 denotes a memory for storing setting data required for remotely operating an external device, which will be described later. The authentication & remote operation control unit 153 performs data writing processing and reading processing to the authentication & remote operation setting data memory 152. And controls the communication data generation unit 155 for authentication and remote operation. The communication control unit 154 controls the encoder 1
By controlling 56, the transmission data for authentication and remote operation is encoded and transmitted wirelessly via the wireless transmission / reception unit 158. The signal received by the wireless transmission / reception unit 158 is decoded by the decoder 157 and input to the control circuit 150 via the communication control unit 154, and the authentication & service use reception data memory controlled by the control circuit 150. Fifteen
9 is stored. The data stored in the authentication & service use reception data memory 159 may be authenticated &
It is supplied to the remote operation control unit 153 and the control circuit 150.

On the other hand, the external device 160
61, an encoder 162, a decoder 163, a transmission data processing unit 164, a communication control unit 165, a reception data processing unit 166,
Authentication & remote operation control circuit 167 and device body 1
68. The device main body 168 generates the function of the external device, and the input device 169, the output device 170, and the communication device 170 are connected.

The authentication & remote operation setting data memory 152 stores the model and terminal authentication data of the external device 160 to be remotely controlled as shown in FIG. 21A, remote operation control data, and the like. The authentication & service use reception data memory 159 stores response data transmitted from the external device 160, such as model / terminal response data and remote operation response data, as shown in FIG. Is done.

In this embodiment, the control circuit 15
When the body proximity sensor 13 and the wearing sensor 18 are turned on, the remote operation / transmission data shown in FIG. Authentication & remote operation communication data generation unit 15
5. Wireless transmission is performed by the wireless transmission / reception unit 158 via the encoder 156. Then, the wireless transmission / reception unit 16 of the external device 160
1 receives this, the decoder 163, the received data section 166
, The received data is input to the authentication & remote operation control circuit 167. Thus, after the authentication & remote operation control circuit 167 performs the authentication, the device main unit 168 is controlled according to the remote operation data, and the device main unit 168 is remotely controlled. Certification &
The remote operation control circuit 167 transmits a response signal or the like corresponding to the authentication or the executed control to the transmission data unit 164, the encoder 162,
The data is transmitted via the wireless transmission / reception unit 161, and is received by the wireless transmission / reception unit 158 of the body-worn device 1.
As shown in FIG. 21B, the authentication &
This is stored in the service use reception data memory 159.

That is, if the body-worn device 1 according to the present embodiment is worn, various devices can be remotely operated according to the data stored in the authentication & remote operation setting data memory 152. . Therefore,
As shown in the usage example shown in FIG. 22, when used in a general household 172, it becomes possible to remotely control not only AV equipment and a TV monitor but also various household equipment.

(9) Ninth Embodiment FIG. 23 shows a system configuration according to a ninth embodiment of the present invention. This system comprises a base station / relay station 180, a shared telephone terminal / data kiosk. Terminal 181, body-worn device 1, mobile communication terminal 182, and base station 18
3. As shown in FIG. 24, the body-worn device 1 includes a control circuit 150 that controls each unit.
The control circuit 150 is connected to a body proximity sensor 13 and a wearing sensor 18 having the same configuration as in the above-described embodiment via a body wearing detecting circuit 19, and performs an operation & The data input unit 151 and the output unit 29 having the serial input / output terminal unit 5 are connected. Further, the control circuit 150 includes an authentication & SIM
(Subscriber ID setting module) The setting data memory 185 for setting, the authentication control unit 154, and the communication control unit 154 are connected.

Setting Data Memory 1 for Authentication & SIM Setting
Reference numeral 85 denotes a memory for storing setting data required for remotely performing the SIM setting of the mobile communication terminal 182. The authentication control unit 184 performs a data writing process and a reading process for the authentication & SIM setting setting data memory 185. Is performed, and the transmission data unit 186 is controlled.
The communication control unit 154 controls the encoder 156 to
The SIM setting data is encoded and transmitted wirelessly via the wireless transmitting / receiving unit 158. The signal received by the wireless transmission / reception unit 158 is decoded by the decoder 157, input to the control circuit 150 via the communication control unit 154, and stored in the reception data memory 187 controlled by the control circuit 150. You. This reception data memory 1
87 is stored in the authentication control unit 1 as necessary.
84 and the control circuit 150.

On the other hand, the mobile communication terminal 182 includes a radio transmitting / receiving unit 188, a data input / output unit & authentication control unit 189,
An M setting unit 190, a display unit 191, an operation unit 195, a control circuit 194, a RAM 193, and a ROM 192.
The SIM setting unit 190 stores a terminal ID, a subscriber ID, and custom settings. Also, this mobile communication terminal 182
Is a PHS (Personal Handyphone System)
Antenna 196, transmitting / receiving section 197, communication control section 201,
Voice processing unit 206, microphone 210, speaker 2
11 is provided. The transmission / reception unit 197 includes a transmission unit 198, a synthesizer 199, and a reception unit 200. The communication control unit 201 includes a modulation unit 202, a demodulation unit 203, and a TDM
An audio processing unit 206, an audio encoding / decoding unit 207, and an A control unit 204 and a channel codec 205.
It comprises a D / DA converter 208 and an amplifier.

In this embodiment, the control circuit 15
0 indicates that when the body proximity sensor 13 and the wearing sensor 18 are on, the SIM setting data (terminal ID or subscriber ID) is authenticated and set for SIM setting in response to an operation from the operation & data input unit 151. The data is read from the setting data memory 185 and transmitted wirelessly from the wireless transmission / reception unit 158 via the transmission data unit 186 and the encoder 156. Then, the wireless transmission / reception unit 188 of the mobile communication terminal 182 receives this,
The received data is input to and stored in the SIM setting unit 190 via the data input / output unit & authentication control unit 189,
Thus, the terminal ID and the subscriber ID can be remotely set.

(10) Tenth Embodiment FIG. 25 shows the appearance of a tenth embodiment of the present invention, in which a mobile communication terminal function is incorporated in a body-worn device. That is, the body-worn device 1 includes a watch-side case 2 and wristbands 3 and 4 connected to both ends of the watch-side case 2. The watch side case 2 is provided with a serial input / output terminal unit 5 protruding therefrom, and also has a microphone 100, an antenna unit and a mobile communication unit 220, an infrared communication port 102, a touch / pen input unit 103, an LCD display unit 10, Key input unit 22
1. A speaker 222 is provided. At both ends of the wristbands 3 and 4, a wearing sensor 18 having the same configuration as that shown in the first embodiment is provided, and a body proximity sensor 13 is similarly provided on the back surface of the body wearing device 1. Have been.

FIG. 26 is a block diagram showing a circuit configuration of the body-worn device 1. As shown in FIG. As shown in FIG.
24 includes the body proximity sensor (or biometric authentication unit) 13, a wearing sensor 18, and a new addition wearing detecting circuit 19, and performs wireless transmission / reception similarly to the mobile communication terminal 182 of the embodiment shown in FIG. Unit 188, SIM setting unit 1
90, display unit 191, operation unit 195, control circuit 194,
A RAM 193 and a ROM 192 are provided. The SIM setting section 190 stores a PIM (phone number book, etc.) along with a terminal ID, a subscriber ID, and custom settings. Also,
The RAM 193 is used as an answering machine, a message box, and a mail box. The ROM 192 stores programs for a telephone, a pager, and an e-mail. The mobile communication terminal incorporated in the body-worn device 1 is P
HS and the antenna 19 as shown in FIG.
PHS components from 6 to the speaker 211 are provided.

In this embodiment, the control circuit 19
Reference numeral 4 holds the stored state of the SIM setting unit 190 only when the body proximity sensor 13 and the wearing sensor 18 are turned on. Therefore, when the body-worn device 1 is detached from the arm, the ID and SIM settings are released, so that even if the device is misplaced or lost, it is misused by others and charged,
Security can be ensured by suppressing inconvenience that secret information is known.

(11) Eleventh Embodiment FIG. 27 is a block diagram showing an eleventh embodiment of the present invention. In this embodiment, a body-worn device 1, a notification signal transmission & control signal A system is composed of the receiver 230 and the mobile communication terminal 231 to which the notification signal transmission & control signal receiver 230 is detachably or integrally connected.

The body-worn device 1 includes a body proximity sensor 13, a wearing sensor 18, and a body-wearing detection circuit 19, as well as an antenna 232,
Transmission / reception unit 233, modulation unit 234, decoding unit 235, encoding unit 236, reception ID memory 237, reception ID unit 23
8, ID collation section 239, reception data processing section 240, transmission data processing section 241, transmission ID section 242, oscillation section 24
4, frequency divider / clock unit 245, alarm timer 246,
And a control unit 243. Further, the body-worn device 1 includes a reception information memory 247, a transmission information memory 248,
Schedule and other data memory 249, notification control unit 2
50, the vibrating body 2 controlled by the notification control unit 250
51, the alarm buzzer 252, the display unit 253, and the operation unit 2
The control unit 243 controls each unit of the apparatus.

Notification signal transmission & control signal receiver 230
Antenna 255, transmitting / receiving section 256, modulating section 257, coding section 258, decoding section 259, transmission data processing section 26
0, a reception data processing unit 261, a reception ID unit 262, a collation unit 263, a reception ID memory 264, a notification signal transmission / reception control unit 265, a transmission ID memory 266, and a data input / output control circuit 267.

The mobile communication terminal 231 is a PHS similarly to the above embodiment, and is provided with a PHS component from the antenna 196 to the speaker 211. Further, an operation unit 270, a display unit 271, a control unit 172, a terminal ID unit 173, a RAM 174, a ROM 175, a communication data memory 276 for incoming notification information, a data memory 277 for notification response information, and a data input / output unit 278 are provided. Have been.

The body-worn device 1 and the notification signal transmission / control signal receiver 230 are connected to the antennas 231 and 25, respectively.
5, the notification signal transmission & control signal receiver 230 is connected to the mobile communication terminal 231, and the data input / output control circuit 267 and the data input / output unit 27
8 for exchanging data.

In the present embodiment having the above configuration, the control section 243 of the body-worn device 1 operates according to the flowchart shown in FIG. 28 based on a program stored in advance therein. That is, a clock process is performed based on the output signal from the frequency divider / clock unit 55 that divides the clock signal from the oscillation unit 244 to generate time data (step SC1), and corrects the display time on the display unit 253. And the like. Subsequently, after the sensor data as the outputs of the body proximity sensor 13 and the wearing sensor 18 are fetched (step SC2), the notification signal transmission & control signal receiver 230 accompanies an incoming call to the mobile communication terminal 231 from outside.
It is determined whether or not notification data transmitted from is received (step SC3), and if received, a communication signal (notification data) is captured (step SC4).

Next, it is determined whether or not the reception ID included in the received notification data matches the terminal ID registered in advance in reception ID section 237 (step SC5). If they match, it is determined whether or not the body-worn device 1 is being worn on the body (arm) based on the sensor data captured in step SC2 (step SC2).
6). If the user is wearing the body, the notification control unit 2
After instructing 50 and operating at least one of the vibrating body 251 and the sounding buzzer 252 to perform the notification (step SC
7) Display a notification message based on the received notification data (step SC8). Therefore, as shown in FIG. 29, even when the mobile communication terminal 231 to which the notification signal transmission & control signal receiver 230 is connected has a conversation with the mobile communication terminal 231 in the bag K, the same figure is used. As shown in (1) to (5), when there is an incoming call to the mobile communication terminal 231, it can be confirmed at hand.

If the result of determination in step SC6 is that the user is not wearing the body, the vibrating body 251 and the alarm buzzer 252
Without operating any of the above (step SC9), the notification message is recorded as an answer phone in the reception information memory 247 (step SC10), and a display process is performed (step SC23). 253
To be displayed. By the process of step SC23, for example, as shown in FIG.
Message cannot be displayed! ) "Can be displayed on the display unit 253.

On the other hand, if the result of determination in step SC3 is that notification data has not been received, it is determined whether or not a response signal is to be transmitted (step SC11). It is determined whether or not the authentication data is to be transmitted as a response signal (step SC
12). If the authentication data is to be transmitted, it is determined whether or not the body-worn device 1 is being worn on the body (arm) based on the sensor data captured in step SC2 (step SC13). If the user is wearing the camera, personal authentication data is transmitted (step SC14).
However, when the user is not wearing, the non-wearing error response signal is transmitted without transmitting the personal authentication data (step SC15). Therefore, when the body wearing device 1 is left behind or lost, the authentication data is not transmitted. Also, as a result of the determination in step SC12,
If the authentication data is not to be transmitted, another response signal is transmitted (step SC16).

Further, as a result of the judgment in step SC11,
If the response signal is not to be transmitted, it is determined whether or not a key operation has been performed on the operation unit 254 (step S).
C17). If there is a key operation and it is an absence record reading operation (step SC19: YES), it is determined whether or not the body is being worn (step SC19).
If the user is wearing the body, after executing the process of reading the absence record from the reception information memory 247 (step SC2)
0), and this is displayed (step SC23). But,
If the user is not wearing the body, a warning that reading is not possible is displayed on the display unit 253 without performing the absence record reading process (step SC21). Therefore, when the body-worn device 1 is left behind, the absence record is not read out and displayed, whereby the security of the absence record can be ensured. If the result of determination in step SC18 is not that the absence record is to be read, after performing other key processing, display processing corresponding to this key processing is performed (step SC23).

(12) Twelfth Embodiment FIG. 31 shows a twelfth embodiment of the present invention, and shows another processing procedure in the control section 243 of the body-worn device 1 shown in FIG. It is a flowchart which shows. That is, after the clock processing described above is performed (step SD
1), sensor data / report reception (step SD2),
Data acquisition process for body-worn sensor (step SD3)
Are sequentially performed to determine whether or not the sensor alarm / report has been received (step SD4). Then, if the alarm / report is received, it is determined whether or not the body is being worn. If the body is being worn, the vibrating body 251 is driven via the notification control unit 250,
A silent notification is given by vibration (step SD6). Then, the contents of the alarm. The notification content is displayed on the display unit 253.
However, if the result of determination in step SD5 is that the user is not wearing the body, the notification buzzer 252
Is driven to notify by sound (step SD8).

On the other hand, if the result of determination in step SD4 is that no notification or the like has been received, the alarm timer 246
(Step SD9), the alarm set time (step SD10), or the schedule set date and time stored in the schedule or other data memory 249 (step SD11). ) Is determined, and if it does, the above-described processing after step SD5 is executed. But,
If not, it is determined whether or not a key operation has been performed on the operation unit 254 (step SC1).
7) If there is a key operation and the notification is being made at that time (YES in step SD13), the notification is stopped (step SD14). If not informing, after performing other key processing (step SD14), display processing corresponding to this key processing is performed (step SD1).
6).

(13) Thirteenth Embodiment FIG. 32 shows a thirteenth embodiment of the present invention, in which the present invention is applied to an entry / exit management and security management system. That is, the body-worn device 1 worn by the user U on the arm has a body-wearing detection function and a transmission / reception function as in the embodiment shown in FIG. On the other hand, the premises network includes an electronic lock device 279, an authentication terminal 280, and a security management terminal 281, a premises information terminal 282, an access server 283, and an authentication server 28 that can receive signals from the body-worn device 1.
4. A premises information server 285, a monitoring device 286, an alarm device 287, a fire sensor 289, a smoke sensor 290, a security sensor 291 and the like.

In such a configuration, when the user U wearing the body-worn device 1 leaves, the security management terminal 281 receives data transmitted from the body-worn device 1 so that the electronic lock device 279 is automatically unlocked. Can be locked. It is also possible to access various servers by performing transmission and reception with the premises information terminal 282.

(14) Fourteenth Embodiment FIG. 33 shows a fourteenth embodiment of the present invention, in which the present invention is used in a management system for a ticket, a boarding pass, an entrance ticket, and the like. It is. That is, the body-worn device 1 worn by the user U on the arm has a body-wearing detection function and a transmission / reception function as in the embodiment shown in FIG. On the other hand, an automatic ticket gate (gate opening / closing device) 300
The authentication device 30 capable of transmitting and receiving the body-worn device 1
1 is provided. The authentication device 301 is a control device 302
Is connected to the charge DB 305 and the service DB 3 via the charge management unit 303 and the dedicated network 304.
06 and the reservation DB 307.

Therefore, the user U operates the automatic ticket gate 30
0, the authentication data and the personal ID are transmitted from the body-worn device 1 side, and the control device 302 controls the charging management unit 303 based on the signal from the authentication device 301 that has received the authentication data and the personal ID, and Automatic charging can be performed by updating the charging information of the user U or the like. Also,
Similarly, it is possible to write data in the reservation DB 307 to perform an automatic reservation, or to write data in the service DB 306 to provide a service.

(15) Fifteenth Embodiment FIG. 34 is a system configuration diagram showing a fifteenth embodiment of the present invention. The system includes a body-worn device 1, a mobile communication terminal 310 capable of transmitting and receiving with the body-worn device 1,
A base station that transmits and receives to and from the mobile communication terminal 231, a public telephone terminal / data kiosk terminal 312 that can transmit and receive to and from the body-worn device 1, and a base station and relay station 313 that can transmit and receive to and from this public telephone terminal / data kiosk terminal 312. Have.

The base station 311 is a mobile communication network / public network 3
15 and provider 316, internet 317,
Authentication server 31 via firewall 318
9, connection to the member management database 321, the billing management database 322, the pay data service 323, the database server 324, the www server 325, and the mail server 326. Also, the base station / relay station 31
3 is a public network / dedicated network 314, a communication connection server 320
Can be connected to each of the databases and the server.

FIG. 35 is a block diagram showing a circuit configuration of body-worn device 1 according to the present embodiment. Control unit 32
7, a wireless transmission / reception unit 328, the mounting sensor 18, and the personal authentication unit 330 are connected, and a communication connection authentication data memory 331, a communication connection setting data memory 332, a personal profile data memory 333, a service request data Memory 334, function request data memory 3
35, electronic settlement means 336 are connected. Accordingly, the body-worn device 1 transmits the communication connection authentication data and the communication connection setting data stored in these memories to the mobile communication terminal 231 and the public telephone terminal / data kiosk terminal 312 to form the communication state. Then, by connecting to each of the databases and servers, it becomes possible to receive various services and make electronic payments.

As shown in FIG. 36, by transmitting and receiving to and from an authentication device 340 arranged at a store or a financial window, the financial institution 342 is connected to the financial host 343 or the financial network of the financial institution 342 via the communication network 342, and Payment may be performed. Also, as shown in FIG. 37, the user connects to the merchant server 347 of the electronic merchant / merchant 346 via the Internet or the like 345 to purchase a product, and furthermore, the financial institution 342 via the Internet or the like 348.
May be connected to the gateway 349 and the financial host 343 of the financial network 344 to perform electronic payment.

Further, as shown in FIG. 38, the external interface 350 is incorporated in the body-worn device 1 and the merchant server 3 of the electronic merchant / merchant 346 is connected via the consumer terminal 351 and the Internet 345.
47, purchase a product, and further connect to the gateway 34 of the financial institution 342 via the Internet or the like 348.
9. The financial host 343 may be connected to the financial network 344 to perform electronic payment.

(16) Sixteenth Embodiment FIG. 39 is a system configuration diagram showing a sixteenth embodiment of the present invention, in which a database search can be performed using an individual profile. That is, the wireless transmission / reception unit 361 and the mounting sensor 18 are connected to the control unit 360 of the body-worn device 1, and the personal authentication data memory 362 and the personal profile data memory 3
63, a remote connection setting data memory 364, and a data search request memory 365 are connected. Further, the remote client 366 has a data search & powderer 367, and the LAN 368 has an access server 369, an authentication server 370, a www server 371, and a database server 372.

Therefore, the transmitting / receiving section 3 of the body-worn device 1
61 is connected to the data search & powderer 367, and connected to the LAN 368 via the network 373, and then the personal authentication data and the personal profile data stored in the memories 362 to 365 are transmitted to perform authentication. By accessing the database server 372, a database search can be performed.

As shown in FIG. 40, if the data retrieval & powderer 367 is incorporated in the body-worn device 1, the data retrieval can be performed by directly accessing the LAN 368 via the network 373. .

(17) Seventeenth Embodiment FIG. 41 shows a seventeenth embodiment of the present invention, in which the present invention is applied to biomedical information retrieval using biometric information. That is, the body-worn device 1 has a biometric sensor unit 380, and the biometric sensor unit 380 includes a biometric sensor 381 for detecting a pulse, a blood pressure, and a fingerprint of the user U, a sense amplifier 382, an A / D converter. 383,
It is composed of a biometric data memory 384. The biological information stored in the biological data memory 384 is input to the biological measurement data analysis unit 385, and the analysis result by the biological measurement data analysis unit 385 is transmitted to the personal authentication inspection unit 387 based on the biological data. Personal information section 3 including data
88, the personal authentication inspection unit 38 based on biometric data
7, data registered in advance in the registered biometric authentication data unit 386 is also input.

The personal authentication inspection unit 38 based on the biometric data
7 and an output stage of the personal information unit 388 including the biometric data are connected to a control circuit 390, and the wearing sensor 18 is connected to the control circuit 390 via the body wearing detecting circuit 19 as in the above-described embodiment. ing. The control circuit 390 controls each unit, and the notification control unit 3 for the biological data.
91, a data search & powderer 393, a transmission / reception data unit 394, and a communication control unit 395 are connected.
A notification Saki communication setting data unit 392 is connected to the biometric data notification unit 391, and the communication control unit 39
5, an asexual transmission / reception unit 398 is connected via an encoder 396 and a decoder 397.

On the other hand, the medical institution 399 has an access server 400 and an authentication server 401
2. A medical diagnosis server 403, a database server 404, and a medical institution database 405 are provided. Also, in the emergency service return 11, the access server 407, the authentication server 408, the emergency monitoring center 4
09 and a registered member database 410 are provided.

In this configuration, the body-worn sensor 1 detects the body-worn device 1 on condition that the body-worn sensor 18 is turned on and the body-worn device 1 is worn on the arm of the user U. The biometric data is sent to the biometric data analysis unit 385, and the biometric data analysis unit 385 sends the analysis result to the personal authentication test unit 387 using biometric data and the personal information unit 388 including biometric data. Then, the user U
Is authenticated, the control circuit 390 transmits the personal information including the biometric data from the personal information unit 388 including the biometric data via the communication control unit 395, the encoder 396, and the wireless transmission / reception unit 398. The information is transmitted to the medical institution 399 or the emergency service institution 411.

Then, in the medical institution 399, the past medical data corresponding to the biometric data of the user U is read out and transmitted to the medical related database 405,
Alternatively, the biometric data is recorded on the corresponding server.
Further, the emergency service organization 411 reads out the data corresponding to the received biometric data of the user U from the registered member database 410, and
09 executes an emergency service if necessary according to the read data. Therefore, the user U can quickly receive appropriate medical services and emergency services by wearing the body-worn device 1.

(18) Eighteenth Embodiment FIG. 42 shows an eighteenth embodiment of the present invention, in which the present invention is applied to a geographical information search and an emergency call based on wearer's position information. It is. That is, the body-worn device 1 includes the position information data unit 420, the automatic notification control unit 42
1, a personal authentication data unit 422, a mounting sensor 18, a control unit 432, and a transmission / reception unit 424 similar to those of the above-described embodiment. The position information data section 420 is connected to a position information detection device 425, which receives signals from the position information detection device 425, the navigation satellite 426, the radio base station 427, the radio communication post 428, etc. (GPS receiver, mobile communication device, etc.).

On the other hand, the geographic information service / emergency service organization 430 which transmits and receives the data via the transmission / reception unit 424 and the network 429 includes an access server 431, an authentication server 432, a www server 433, a service center / monitoring center 434, and a member. Information / Customer Information DB
435, a location information / geographic information related DB 436 is provided. The service center / monitoring center 434 performs an emergency service S1 and a support service / dispatch service S2 for providing vehicles and rescue labor, and communicates via a radio base station 437 to notify an emergency contact 438. Step S3 is performed.

In this configuration, when the wearing sensor 18 is turned on and the body-worn device 1 is worn on the arm of the user U, the control unit 423 sends the position information data from the position information detecting device 425 to the position information data unit. The current position data input via 420 is transmitted via the transmission / reception unit 424 together with the personal authentication data. Then, the geographic information service / emergency service organization 430 stores the geographic information related to the received position data in the position information / geographic information related DB 43.
6, the user U wearing the body-worn device 1 can obtain geographical information related to the current position.

When the automatic notification control device 421 operates under a predetermined emergency condition, the current position data is automatically transmitted through the transmission / reception unit 424, and the geographic information service / information is transmitted.
The service center / monitoring center 434 of the emergency service organization 430 executes the emergency service S1, the support service / dispatch service S2, and the communication report service S3 as needed, thereby performing the emergency service of the user U in a timely manner. It becomes possible.

(19) Nineteenth Embodiment FIG. 43 shows a nineteenth embodiment of the present invention, in which the present invention is applied to a search for a book box and a message board based on profile information of a wearer. is there. That is, the body-worn device 1 includes a connection address / data memory 440, an access qualification data memory 441, and a personal authentication data memory 44.
2. The same mounting sensor 18 and control unit 4 as in the above embodiment.
43, a transmission / reception unit 444, and a mail / message bulletin board browser 445. On the other hand, the e-mail / message bulletin board service 446 that transmits and receives the data to and from the transmission / reception unit 424 via the network 429 is provided by the access server 44.
7, authentication server 448, www server 449, member information DB 450, mail / message bulletin board server 451,
A mail box 452 and a message board 453 are provided.

Therefore, the transmitting / receiving unit 4 of the body-worn device 1
4 to return an e-mail or message from the e-mail / message bulletin board service 446 by connecting to the e-mail / message bulletin board service 446 according to the connection address via the network 429 and sending access qualification data or personal authentication data. Becomes possible.

(20) Twentieth Embodiment FIG. 44 shows a twentieth embodiment of the present invention. The present invention is applied to personal authentication and data search based on caller telephone number notification data of a wearer. Applied. That is, the body-worn device 1 has the personal authentication data memory 465,
A communication connection setting data memory 466, a personal profile memory 467, the same mounting sensor 18 as in the above embodiment,
Control section 468, transmitting / receiving section 469, search browser 470,
It has a self-response notification control unit 471. On the other hand, a communication device 47 such as a mobile terminal that performs transmission and reception with the body-worn device 1
2 is a transmitting / receiving unit 473, a SIM setting unit 474, a control unit 4
75, a voice / data processing unit 476, a modulation / demodulation / communication control unit 477, a transmission / reception unit 474, and an antenna 479.

The communication device 47 such as a mobile terminal is used.
The radio base station 480 transmitting and receiving to and from the second antenna 479 is
Connected to a network 482 via an exchange 481,
The network 482 includes an exchange 483 and a PBX 48 or the like.
4 to an information service organization / monitoring center 485. This information service / monitoring center 48
5 is an access server 486, an authentication server 487 based on a caller ID, a www server 488, a service center / monitoring center 489, and a member / customer information DB 49.
0 and other databases 491.

In such a configuration, the body-worn device 1 is controlled by the communication device 472 such as a mobile terminal under the condition that the body-mounting device 18 is on and the body-worn device 1 is worn on the arm of the user U. A signal is transmitted to operate the communication device 472, and the radio base station 480 and the exchange 4
Information service organization / monitoring center 485 via 81 etc.
And send personal authentication data. At this time, the caller number is also notified from the communication device 472. Therefore, in the information service organization / monitoring center 485, only the data related to the user U can be searched by collating based on the caller number.
Searching the address of the user U from the customer information DB 490,
The dispatch service / emergency service S can be performed for the user U.

(21) Other Embodiments (A) Remote Control of Merchandise Sales / Information Service by Data Broadcasting or Network (FIG. 45) As described above, personal authentication data and personal profile data are stored in the body-worn device 1. If so, as shown in FIG. 45, the data broadcast receiver / or / adapter 50
Send the product order data along with these data to
Information / via the network 501 and the server 502
By causing the service provider 504 to reach these data, it is possible to ship goods and receive services.

(B) SET (Secure Electoronic Trans)
electronic credit settlement using action) (FIG. 46). Also, as shown in FIG. 46, the personal authentication data is sent to the client terminal 510 of the consumer on condition that the personal authentication device is worn from the body wearing device 1 side. A registration request is sent from the client terminal 510 to the certificate authority CA 511, and the issuer (card issuing company) 512 is sent from the certificate authority CA 511.
Sends an authentication request to and issues Issuer 512 authentication response to authentication C
By sending the certificate to A511 and sending the certificate from the authentication CA 511 to the client terminal 510 of the consumer, it is possible to issue a credit card (register a card member).

Also, provided that the device is worn from the body-worn device 1, the personal authentication data is sent to the consumer client terminal 510 together with the purchase request, and the client terminal 510 sends the purchase request to the server 513 of the store. Then, an authentication request and a payment request are issued to the issuer 512 via the server 513 of the store at the payment gateway 514, and an authentication response and a settlement response are obtained from the issuer 512, whereby electronic payment can be performed. Further, the certificate authority CA is sent from the server 513 of the store.
A registration request is sent to 515, and a certification request is sent from the certification authority CA 515 to the acquirer (member store contract company) 516,
A certification response is sent from the acquirer 516 to the certification authority CA515.
By sending an authentication response to the certificate authority and sending a certificate from the certificate authority CA 515 to the server 513 of the store, the store can be registered.

(C) Electronic Check (Alternative Check) System Using the Internet (FIG. 47) The consumer places an IC card or a client terminal 520 on a FSTS (Financial Services Technol.)
Electronic Check system of ogy Consortium setting standard)
It has an electronic check book 521 such as an electronic check, and when purchasing a product from the store 522 on the Internet, a check is cut from the electronic check book 521 and payment to the store 522 is made via the Internet. At this time, by sending the personal authentication data from the body-worn device 1 to the client terminal 520, the payment on the check can be remotely performed by the operation on the body-worn device 1 side.

(D) Internet-based Debit Payment (Instant Account Debit) System (FIG. 48) The consumer downloads the debit payment terminal software 531 from a micropayment payment institution such as NetBill or a payment storage agency 530, and obtains the name. The customer information such as address, bank account number, etc. is encrypted and the payment storage agency 5
Open an account at 30. In addition, the consumer's bank 532 preliminarily deposits an account of the payment receiving agency 530, and the store 533 also opens an account at the payment receiving agency 530. Then, when buying or selling a product such as digital content via the Internet, the consumer sends a settlement request form and the consumer receives a payment storage agency 530 from the consumer to the store.
Transfer and settle accounts. At this time, by transmitting the personal authentication data from the body-worn device 1 to the consumer terminal 520, the debit payment can be performed by the operation on the body-worn device 1.

(E) Electronic Shopping Linked Account Transfer System (FIG. 49) From the consumer terminal 540, the consumer account number encrypted with the key (public key or the like) of the consumer's bank 252 at the time of the purchase request is obtained. The second password for network payment (transfer request 1) is sent to the store server 541. The store server 541 also transfers the transfer request form 2 to the consumer's bank 54.
2 to make an authentication request (authorization request) and a reception request (capture request; transfer settlement approval request), and request a transfer of the price from the consumer's account to the dealer's account at the dealer's bank 543. I do. The transfer request form 2 includes the account number of the store, together with the account number of the consumer and the second PIN code encrypted with the key of the consumer's bank 542, which can be decrypted only at the consumer's bank 542. It is possible. In this system, personal authentication data and bank certificate data are transmitted from the body-worn device 1 to the consumer terminal 5.
By sending the information to the account 40, the transfer between accounts becomes possible by the operation on the body-worn device 1.

(F) ATM service using a network, account transfer service (FIG. 50) The consumer terminal 550 receives a certificate or the like from a bank account 551 of a consumer who has opened an account in advance. The account number encrypted with the bank key, the second PIN for network transactions, the transfer account number, and the like are transmitted to the bank 551 via the network to introduce the account balance and the transaction, or the transfer bank. Requesting a transfer to 552 or the like, and receiving a response of balance data and transaction contents, and an execution result such as transfer and transfer.
At this time, by transmitting the personal authentication data from the body wearing device 1 to the consumer terminal 550, if the body authentication device 1 receives the bank certificate, the ATM service or the account transfer service is immediately started. It becomes possible.

(G) Prepaid Electronic Money System (FIG. 51) The personal authentication data of the user is transmitted from the body-worn device 1 to the consumer terminal 571, and the electronic money card 5
While the amount data is sent from 70, the prepaid issuance / filling is performed from the settlement institution 573 to the consumer terminal 571 (1).
Then, a store (member store) 572 is sent from the consumer terminal 571.
Then, after ordering the goods via the Internet or the like (2), the payment instruction is issued to the settlement institution 573 (3), and the settlement institution 573 performs authorization (identification and balance check) (4). Thereafter, the settlement institution 573
After the settlement notice and the settlement confirmation are performed between the client and the store 572 (5) and (6), the balance is updated and updated by the settlement institution 573 (7).

(F) Cash type electronic money system (FIG. 5)
2) Consumer A has a consumer terminal, an electronic wallet balance display 581 and an electronic money card 582 or body-worn device 1, and consumer B has an electronic money card 583 or body-worn device 1. I have. The store (member store) 584 is
It has a store terminal 585 and a network terminal 586, and a bank and a settlement institution 587 have a network-type ATM terminal 588, an ATM terminal 589, an electronic money management system 590, and an account provided with a consumer (A) account. The accounting system 591 is connected to the financial network 593. Further, the body-worn device 1 of the consumer (A) and the network terminal 586 of the store 584 are configured to be connectable via the network terminal 592.

In such a configuration, it is possible to issue / fill electronic money between the consumer's (A) electronic money card 582 or the body-worn device 1 and the ATM terminal 589 of the bank or settlement institution 587 ( 1) The consumer (A) uses the consumer terminal to operate the shop terminal 5 of the shop 584.
A payment such as the purchase of a product can be made between the server and the server 85 (2). On the other hand, the bank or the settlement institution 587 can make a network settlement of electronic money between the network type ATM terminal 588 and the network terminal 592 or the network terminal 586 (2 '), and furthermore, the consumer (A) and the consumer (A) It is also possible to exchange electronic money between the body-worn devices 1 in (B) (2 '). That is,
As described above, the body-worn device 1 can be used as an electronic money card.

[0158]

As described above, according to the first aspect of the present invention, the built-in functions can be restricted in a state where the user is not wearing the apparatus main body and is left alone. Security can be ensured without complicated operation. Further, according to the second aspect of the present invention, since a part of the functions is limited, it is possible to avoid a disadvantage due to the occurrence of the function in a state where the apparatus is left unattended. According to the third aspect of the present invention, it is possible to easily use the watch as if wearing a wristwatch, without feeling inconvenience in carrying. According to the fourth aspect of the present invention,
If this body-worn device is worn, the authentication data can be stored in the storage means or output, but if it is not worn on the body, it is stored in the storage means. By deleting the authentication data, the security can be ensured.

According to the fifth aspect of the present invention, when a state in which the body-worn device is not worn, such as when the body-worn device is left behind, is formed, the code data for personal identification is erased. Security can be ensured. According to the invention described in claim 6, in order for the operation of the communication means to be performed, not only the first condition that the coincidence of the two authentication data is obtained by the comparison and collation means but also the first condition. The second condition is that it is detected that the device main body is mounted, thereby improving security. Moreover, the second condition is
When the device main body is worn on an arm or the like, the condition can be satisfied, so that security can be enhanced without complicated operation.

According to the seventh aspect of the present invention, when authentication result data is negative due to communication with an external device, the expression of some of the internal functions is restricted even when the device is attached. Thus, security when another person wears it can be ensured. According to the invention of claim 8, since the device main body must be attached in order to output the second authentication data, if the device is left behind, the second authentication data may be output. Is not output, security can be ensured. According to the ninth aspect of the present invention, in a body-worn device that communicates with an external device, in addition to the case where the authentication test result data is negative, the condition is that the device body is not mounted. As a result, the output of the second authentication data is stopped, and the storage in the storage unit is erased, so that security can be ensured.

According to the tenth aspect of the present invention, the output of the second authentication data is stopped even if the body-worn device is misplaced and used by another person while leaving the body. Since the storage of the storage means has been deleted, security can be ensured. According to the eleventh aspect, since the second authentication data is authentication code data different from the first authentication data, it is possible to double secure security. According to the twelfth aspect of the present invention, since the second authentication data has a certain relationship with the first authentication data, the processing of the first and second authentication data is not performed. It will be easier.

According to the thirteenth aspect of the present invention, it is possible to remotely control an external device or a network only when the device is worn on the body of the user. Remote control of external devices and networks cannot be performed, and security for remote control of external devices and networks can be ensured. According to the fourteenth aspect of the present invention, in a state in which the terminal is left unattended and not used, communication with the communication terminal cannot be performed even if another person uses the terminal. Can be prevented.

According to the fifteenth aspect of the present invention, in a state where the mobile communication terminal is used without being worn, even if used by another person, communication with the mobile communication terminal cannot be performed. Can be prevented beforehand. Also,
According to the invention as set forth in claim 16, even when used by another person in a state of being left unattended, reception from the telephone terminal or the mail terminal is not possible, and leakage of privacy and secret can be prevented. .

According to the seventeenth aspect of the present invention, the informing means does not operate unnecessarily when the user is not in use, and the inconvenience of surrounding persons due to the operation of the unnecessary informing means, and the battery is not used. Consumption can be avoided.

Further, according to the eighteenth aspect of the present invention, even when the user does not wear the body-worn device, the notification is made, so that the incoming call and the like can be surely known. According to the nineteenth aspect of the present invention, the data for authentication is not transmitted even when used by another person in a state where the device is left unattached, so that security can be ensured. . According to the twentieth aspect of the present invention, it is possible to improve security for entering / leaving a room or charging management of a pay service. Claim 2
According to the invention described in the first aspect, it is possible to suppress unauthorized use by others in the paid service management system. Further, according to the invention of claim 22, it is possible to suppress unauthorized use by others in a communication service system that performs communication connection processing and charging processing of communication services or management of charging data.

According to the twenty-third aspect of the present invention, fraud in an electronic settlement system that manages electronic settlement data for financial transactions or processes electronic settlement on a network can be suppressed. According to the invention described in claim 24, fraud in an electronic payment system that performs electronic payment processing and manages electronic payment data using an electronic payment medium such as electronic money can be suppressed. In addition, according to the invention described in claim 25, it is possible to suppress fraudulent communication by being connected to an external device by another person while the user is not using it. According to the twenty-sixth aspect, the biometric data of the user can be appropriately and easily transmitted.

According to the twenty-seventh aspect of the present invention, proper authentication can be performed by performing authentication based on biometric data. Further, according to the twenty-eighth aspect, it is possible to search for related data based on personal profile data while ensuring security. According to the twenty-ninth aspect of the present invention, it is possible to create and store personal profile data without complication, and to search and return relevant data of the biometric data of the user, It can be used as a medical system. Further, according to the invention described in claim 30, position data can be obtained without accompanying complexity.

According to the thirty-first aspect of the present invention, it is possible to establish a reporting system for reporting a contact to a contact without any complication. Further, according to the invention of claim 32, it is possible to establish a data service system that searches for and returns only the related data corresponding to the access information while ensuring security. Also,
According to the thirty-third aspect, an information search system based on a caller number can be established while ensuring security. According to the invention of claim 34, an information search system based on a caller number can be similarly established while ensuring security.

Further, according to the invention of claim 35, in a data transmission system for transmitting and receiving encrypted data, security can be improved without complication. According to the invention of claim 36,
In a system in which it is necessary to illuminate that the wearer is a legitimate person or to confirm that the wearer is a legitimate business partner, the security can be improved without complexity. According to the invention of claim 37, when order information such as a product order or a service order is transmitted to an external device while being concealed from a third party, security can be improved without complication. . According to the thirty-eighth aspect of the present invention, in a system for encrypting an electronic signature for illuminating authenticity by adding to transmission information, security can be improved without complication.

According to the thirty-ninth aspect of the present invention, even when another person uses the body-worn device in a state where the body-worn device is not worn, authentication data is not transmitted to the external device. Thereby, security can be ensured. According to the forty-fourth aspect, when the authentication result is negative due to communication with the external device, the expression of some of the internal functions is restricted even when the device is worn,
As a result, security when another person wears it can be ensured. According to the invention as set forth in claim 41, in order for the second authentication data to be output, the device main body must be mounted, and if the device body is left behind, the second authentication data is lost. Is not output, an authentication system that can ensure security can be constructed.

According to the invention described in claim 42, the external device and the network can be remotely controlled only when the user is wearing the user's body. An authentication system that cannot remotely control an external device or a network and can secure security for remote control of the external device or a network can be constructed. Further, according to the invention of claim 43, it is possible to establish an authentication system for performing security of entry / exit or charging management of a pay service without complicating the invention. Further, according to the invention described in claim 44, it is possible to suppress unauthorized use by others in the paid service management system.

Further, according to the invention described in claim 45, it is possible to establish a system for suppressing unauthorized use by others in a communication service system for performing communication connection processing and charging processing of communication services or managing charging data. Also,
According to the invention described in claim 46, it is possible to establish an authentication system capable of suppressing fraud in an electronic payment system that manages electronic payment data for financial transactions or processes electronic payment on a network. it can. Also,
According to the invention set forth in claim 47, an authentication system capable of suppressing fraud in an electronic settlement system that performs electronic settlement processing and manages electronic settlement data using an electronic settlement medium such as electronic money. Can be established.
According to the invention of claim 48, it is possible to establish an authentication system capable of searching for related data based on personal profile data while ensuring security.

According to the forty-ninth aspect of the present invention, it is possible to create and store personal profile data without complication, and to search and return data related to the biometric data of the user. Thus, an authentication system that can be used as a medical system can be established. Further, according to the invention described in claim 50, it is possible to establish a system capable of acquiring position data without complicated operation. Further, according to the invention described in claim 51, it is possible to establish a reporting system for reporting a contact to a contact without any complication. Further, according to the invention of claim 52, a data service system for searching and returning only the related data corresponding to the access information can be established while ensuring security. Further, according to the invention of claim 53, it is possible to establish an information search system based on a caller number while ensuring security. Further, according to the invention of claim 54, an information search system based on a caller number can be similarly established while ensuring security.

[Brief description of the drawings]

FIG. 1A is a plan view of a body-worn device according to a first embodiment of the present invention, and FIG. 1B is a cross-sectional view of FIG.

FIG. 2 is a schematic diagram showing an arrangement form and a detection operation of a body proximity sensor.

FIG. 3 is a perspective view showing a body-worn device.

FIG. 4 is a block diagram showing a circuit configuration and a system configuration of a body-worn device according to the first embodiment.

FIG. 5 is a flowchart showing a processing procedure according to the embodiment shown in FIG. 5;

FIG. 6 is a block diagram showing a modification of the first embodiment.

FIG. 7A is a front view showing a second embodiment of the present invention, and FIG. 7B is a rear view.

FIG. 8 is a side view showing the mounted state of the embodiment.

FIGS. 9A and 9B are perspective views in different directions showing a third embodiment of the present invention, and FIG. 9C is a side view showing a mounted state.

FIG. 10 is a block diagram showing a circuit configuration and a system configuration of a body-worn device according to the embodiment.

FIG. 11 is a diagram showing a procedure for generating a one-time password.

FIG. 12 is a flowchart showing a one-time password generation procedure.

FIG. 13 is a system configuration diagram when a one-time password is generated using a personal computer B.

FIG. 14 is a front view of a body-worn device according to a fourth embodiment.

FIG. 15 is a block diagram showing a circuit configuration and a system configuration of the embodiment.

FIG. 16 is a block diagram showing a modification of the embodiment.

FIG. 17 is a block diagram showing a fifth embodiment of the present invention.

FIG. 18 is a block diagram showing a sixth embodiment of the present invention.

FIG. 19 is a block diagram showing a seventh embodiment of the present invention.

FIG. 20 is a block diagram showing an eighth embodiment of the present invention.

FIG. 21 is a diagram showing storage contents of an authentication & remote operation setting data memory and an authentication & service use reception data memory of the embodiment.

FIG. 22 is a diagram showing a usage example of the embodiment.

FIG. 23 is a diagram illustrating a system configuration according to a ninth embodiment of the present invention.

FIG. 24 is a block diagram showing a configuration of a body-worn device and a mobile communication terminal 182 according to the embodiment.

FIG. 25 is a diagram illustrating an external configuration according to a tenth embodiment of the present invention.

FIG. 26 is a block diagram showing a circuit configuration of the body-worn device of the embodiment.

FIG. 27 is a block diagram showing an eleventh embodiment of the present invention.

FIG. 28 is a flowchart showing a processing procedure of the embodiment.

FIG. 29 is an explanatory diagram of an operation at the time of mounting according to the embodiment.

FIG. 30 is an explanatory diagram of the operation of the embodiment when not mounted.

FIG. 31 is a flowchart showing a processing procedure according to the twelfth embodiment of the present invention.

FIG. 32 is a system configuration diagram showing a thirteenth embodiment of the present invention.

FIG. 33 is a system configuration diagram showing a fourteenth embodiment of the present invention.

FIG. 34 is a system configuration diagram showing a fifteenth embodiment of the present invention.

FIG. 35 is a block diagram showing a circuit configuration of the body-worn device according to the embodiment.

FIG. 36 is a block diagram showing a modification of the embodiment.

FIG. 37 is a block diagram showing another modification of the embodiment.

FIG. 38 is a block diagram showing another modification of the embodiment.

FIG. 39 is a system configuration diagram showing a sixteenth embodiment of the present invention.

FIG. 40 is a block diagram showing a modification of the embodiment.

FIG. 41 is a block diagram showing a seventeenth embodiment of the present invention.

FIG. 42 is a block diagram showing an eighteenth embodiment of the present invention.

FIG. 43 is a block diagram showing a nineteenth embodiment of the present invention.

FIG. 44 is a block diagram showing a twentieth embodiment of the present invention.

FIG. 45 is a system configuration diagram showing remote control of merchandise sales / information service by data broadcasting or a network to which the present invention is applied.

FIG. 46 is a system configuration diagram for performing electronic credit settlement according to the present invention.

FIG. 47 is a configuration diagram showing an electronic check (check replacement) system using the Internet to which the present invention is applied.

FIG. 48 is a configuration diagram of a debit payment system using the Internet to which the present invention is applied.

FIG. 49 is a configuration diagram of an inter-account transfer system linked to electronic shopping to which the present invention is applied.

FIG. 50 shows a network-based ATM to which the present invention is applied.
1 is a system configuration diagram of a service and a fund transfer service. FIG.

FIG. 51 is a configuration diagram of a prepaid electronic money system to which the present invention is applied.

FIG. 52 is a configuration diagram of a cash-type electronic money system to which the present invention is applied.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 body-worn device 3 wristband 4 wristband 6 wireless transmission unit 13 body proximity sensor 16 infrared LED 17 infrared photosensor 18 wearing sensor 19 body-wear detection circuit 23 function control circuit 31 authentication data memory 36 authentication data generation unit 76 one-time pass Code generation unit 80 User ID memory 103 Touch / pen input unit 105 Key input unit 106 Fingerprint imaging sensor 107 Fingerprint data analysis unit 120 Voice input unit 139 Signature data analysis unit 160 External device 220 Antenna unit and mobile communication unit 281 Security management terminal 286 Monitoring device 284 Authentication server 300 Automatic ticket gate 301 Authentication device

Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat II (Reference) G08B 25/04 G08B 25/04 F H04Q 7/38 G06F 15/30 330 H04L 9/32 H04B 7/26 109S H04L 9 / 00 673D

Claims (54)

[Claims] 1. An apparatus main body; mounting means for detachably mounting the apparatus main body to a body; body mounting detecting means for detecting whether the apparatus main body is mounted on the body; and body mounting detecting means. Control means for controlling a function incorporated in the device main body in accordance with the detection result of the body wearing device. 2. The apparatus according to claim 1, wherein the control unit restricts at least a part of the function when the body wearing detection unit detects that the device main body is not worn. Body-worn equipment. 3. The mounting means is a mounting member for mounting the device main body on an arm of a body, and the body mounting detecting means detects whether or not the device main body is mounted on the arm of the body. The body-worn device according to claim 1, wherein the body-worn device is a device. 4. The apparatus main body includes: an input unit for inputting authentication data; a storage unit for storing the authentication data input by the input unit; and an authentication unit that stores the authentication data stored in the storage unit. Output means for outputting, wherein the control means stores the input authentication data in the storage means on condition that the body wearing detection means detects that the device main body is worn. 2. The body according to claim 1, wherein the authentication data is output from the output unit, and when it is detected that the body is not worn on the body, the storage in the storage unit is erased. Mounting equipment. 5. The body-worn device according to claim 4, wherein the authentication data is code data for personal authentication. 6. The apparatus main body, comprising: a communication unit that communicates with an external device; and a comparison and collation unit that compares and verifies the authentication data stored in the storage unit with the authentication data input by the input unit. The control unit may further include a case where the body wearing detection unit detects that the device main body is worn, and the comparison / matching unit obtains a match between the two authentication data. 5. The body-worn device according to claim 4, wherein when it is given, the expression of an internal function including the operation of the communication unit is permitted. 7. The device main body further includes a communication unit that communicates with an external device, and the control unit determines that authentication result data transmitted from the external device and received by the communication unit is negative. 5. The body-worn device according to claim 4, wherein, in the case, at least a part of an internal function including an operation of the communication unit is restricted. 8. The apparatus main body includes: input means for inputting first authentication data; storage means for storing the first authentication data input by the input means; second authentication data Output means for outputting the first authentication data when the body wearing detection means detects that the device main body is worn. Is stored, the output means outputs the second authentication data, and when it is detected that the second authentication data is not worn on the body, the output of the second authentication data is stopped. The body-worn device according to claim 1, wherein: 9. A receiving unit for receiving authentication test result data transmitted from an external device in response to the output of the second authentication data by the output unit, wherein the control unit detects the body wearing detection. If the means detects that the device main body is not mounted, or if the authentication test result data received by the receiving means is negative, the output means is stopped and the storage means is stopped. 9. The body-worn device according to claim 8, wherein the storage device erases the memory of the device. 10. The body wearing device according to claim 8, wherein the second authentication data is authentication code data for connection to an external device. 11. The second authentication data includes the first authentication data.
10. The body-worn device according to claim 8, wherein the authentication code data is different from the authentication data. 12. The second authentication data includes the first authentication data.
10. Code data which is the same as the authentication data, code data including the first authentication data, or code data generated based on the first authentication data. Body wear device as described. 13. The apparatus main body includes: signal generating means for generating a signal for remotely controlling an external device or a network; and transmitting means for transmitting a signal generated by the signal generating means. 2. The body-worn device according to claim 1, wherein an operation of the transmitting unit is permitted on condition that the body-wearing detecting unit detects that the device main body is worn. 14. The apparatus main body includes communication means for communicating with a communication terminal, and the control means includes a condition that the body mounting detection means detects that the device main body is worn. The body-worn device according to claim 1, wherein the operation of the communication unit is permitted. 15. The device main body includes a mobile communication terminal unit, and the control unit performs the mobile operation on condition that the body main body is detected by the body mounting detection unit. The body-worn device according to claim 1, wherein operation of the body communication terminal means is permitted. 16. The device main body includes a receiving unit that receives a notification signal from a communication terminal such as a telephone terminal or a mail terminal, and the control unit is mounted with the device main body by the body wearing detection unit. 2. The body-worn device according to claim 1, wherein the operation of the receiving unit is permitted on condition that the detection is performed. 17. The device main body further includes a notifying unit that performs a notification operation based on a notification signal received by the receiving unit, and the control unit is mounted with the device main body by the body wearing detecting unit. 17. The body-worn device according to claim 16, wherein the notifying unit is operated on condition that the detection is performed. 18. The notifying means includes a first notifying means for notifying by sound emission and a second notifying means for notifying by soundless, and the notifying means is provided with the device main body. If it is detected, it is notified by the second notification means, and if it is detected that it is not mounted,
18. The body-worn device according to claim 17, wherein the notification is performed by the first notification unit. 19. The apparatus main body further comprises authentication data transmitting means for transmitting authentication data for connecting to an external system for performing authentication management, wherein the control means is configured such that the device body is detected by the body wearing detecting means. 2. The body-worn device according to claim 1, wherein the operation of the authentication data transmitting unit is permitted on condition that the wearing is detected. 20. The external system performs security of entry / exit or charging management of a pay service, and the authentication data is data for entry / exit management or authentication for use of a pay service. 20. The body-worn device according to claim 19, wherein: 21. The external system is a fee-based service management system that performs security management of a mobile transportation service or a fee-based service facility, and performs billing processing or billing data management of a usage fee. 20. Authentication data for using the service of (1).
Body wear device as described. 22. The external system is a communication service system for performing communication connection processing of a communication service and accounting processing or management of accounting data, wherein the authentication data is authentication data for using the communication service. 20. The body-worn device according to claim 19, wherein: 23. The external payment system, wherein the external system is an electronic payment system that manages electronic payment data for financial transactions or processes electronic payment on a network, and wherein the authentication data is an authentication for electronic payment in the financial transactions. 20. The body-worn device according to claim 19, wherein the data is data for use. 24. The electronic payment system, wherein the external system performs electronic payment processing and manages electronic payment data by using an electronic payment medium such as electronic money. 20. The body-worn device according to claim 19, which is authentication data for electronic money value payment settlement using a medium. 25. The device main body includes: communication connection means for communication-connecting with an external device; and storage means for storing setting data necessary for the communication connection means to perform a connection operation. 2. The communication connection unit is operated based on setting data stored in the storage unit, on condition that the mounting of the device body is detected by the installation detection unit. Body wear device as described. 26. The apparatus main body includes: biological data detecting means for detecting biological data of a wearer's own human body; and transmitting means for transmitting the biological data detected by the biological data detecting means to an external device. The body-wearing device according to claim 1, wherein the control unit operates the transmitting unit on condition that the body-wearing detection unit detects that the device body is worn. . 27. An apparatus according to claim 27, further comprising an authentication unit configured to perform authentication based on the biometric data, wherein the control unit is configured to detect that the device main body is worn by the body wearing detection unit. 27. The body-worn device according to claim 26, wherein the authentication unit is operated. 28. The apparatus main body, comprising: a communication connection unit for executing an authentication process and communicating with an external device; a profile data storage unit for storing personal profile data; and an individual stored in the profile data storage unit. Transmission means for transmitting profile data to the external device via the communication connection means, wherein the control means is configured to detect that the body of the device is worn by the body wearing detection means. And causing the communication connection means to execute the authentication processing, connect to the external device, cause the transmission means to transmit the profile data, and cause the external device to search for corresponding data based on the personal profile data. 2. The body-worn device according to claim 1, wherein the control is performed in such a manner. 29. The apparatus main body further comprises biometric data detecting means for detecting biometric data of a wearer's own human body, wherein the personal profile data is biometric data detected by the biometric data detecting means, 29. The body-worn device according to claim 28, wherein the external device searches for and returns corresponding data based on the biometric data. 30. The personal profile data is position data indicating a current position of a wearer, and the external device constitutes a data service system that searches for and returns corresponding data based on the position data. 29. The body-worn device according to claim 28, wherein: 31. The body-worn device according to claim 29, wherein the external device constitutes a reporting system that searches the related data and reports to a predetermined contact. 32. The authentication process is a process of authenticating access to a server such as a letter box of a wearer, a message bulletin board in a group, and a shared file, and the personal profile data includes access information to the server. 29. The body-worn device according to claim 28, wherein the external device constitutes a data service system that searches for and returns only corresponding data based on the access information. 33. The authentication processing is based on caller telephone number data, the personal profile data is data including the caller telephone number, and the external device is configured to include the caller telephone number data 29. The body-worn device according to claim 28, wherein said body-wearing device constitutes a data service system related to a caller's telephone number for searching for only relevant data based on said data. 34. The authentication processing is based on caller telephone number data, the personal profile data is data including the caller telephone number, and the external device is configured to include the caller telephone number data. The body-worn device according to claim 33, wherein said body-wearing device constitutes a reporting system that retrieves corresponding data based on the relevant data and reports to a predetermined contact. 35. The device main body includes data transmission means for exchanging encrypted data with an external device, and the control means detects that the device main body is worn by the body wearing detection means. 2. The body-worn device according to claim 1, wherein when it is detected that the data transmission is not performed, the operation of at least a part of the data transmission unit is restricted. 36. The data transmission means for transmitting an encryption certificate for illuminating that the wearer is a valid person or for confirming that the wearer is a valid business partner to the external device. 36. The body-worn device according to claim 35, wherein: 37. The body-worn device according to claim 35, wherein the data transmission means confidentially transmits order information such as a product order or a service order to a third party and sends the order information to the external device. . 38. An electronic signature generating means for generating an electronic signature for illuminating authenticity by adding to transmission information, and encrypting the electronic signature generated by the electronic signature generating means. 36. The body-worn device according to claim 35, further comprising an encryption unit that performs encryption. 39. A body mounting device comprising: a body mounting device; and an external device, wherein the body mounting device includes: a device main body; mounting means for detachably mounting the device main body to the body; Body-wearing detection means for detecting whether or not the device is mounted, and communication means for communicating with the external device. Control means for operating to transmit data for authentication, wherein the external device communicates with the body-worn device, and determines whether or not to perform authentication based on the authentication data received via the communication means. An authentication system comprising: an authentication unit that performs authentication; and a control unit that transmits an authentication result of the authentication unit via the communication unit. 40. The control means of the body-worn device, when the authentication result received by the communication means is negative, at least a part of the internal function including the operation of the communication means. 40. The authentication system according to claim 39, wherein the authentication system is restricted. 41. The apparatus main body, comprising: input means for inputting first authentication data; storage means for storing the first authentication data input by the input means; Output means for outputting through the communication means, wherein the control means is configured to detect when the body mounting is detected by the body mounting detection means, and When the first authentication data is stored, the output means outputs the second authentication data. When it is detected that the second authentication data is not worn on the body, the second authentication data is output. The output of the external device is stopped, and the authentication unit of the external device determines whether or not to perform authentication based on the second authentication data.
9. The authentication system according to 9. 42. A body wearing device and an external device, wherein the body wearing device is a device main body, a mounting means for detachably mounting the device main body to the body, and wherein the device main body is mounted on the body. Body wearing detecting means for detecting whether or not the external device, the communication means for communicating with the external device, the body wearing detecting means, when it is detected that the device body is mounted, the external device Control means for generating data for remote control and transmitting the data to the external device, wherein the external device communicates with the body-worn device; and Control means for executing predetermined processing based on the authentication information. 43. The external device constitutes a security management system for entrance / exit security or a pay service, and the data is data for authentication for entrance / exit management or use of a pay service. 43. The authentication system according to claim 42, wherein: 44. The external device constitutes a pay service management system that performs security management of a mobile transportation service or a pay service facility and performs charging processing or charging data management of a usage fee. 43. The authentication system according to claim 42, which is authentication data for using the paid service. 45. The external device constitutes a communication service system for performing communication connection processing and charging processing of a communication service or managing charging data, wherein the data is used for authentication for using the communication service. 43. The authentication system according to claim 42, wherein the authentication system is data. 46. The external device constitutes an electronic settlement system for managing electronic settlement data for financial transactions or processing electronic settlement on a network, wherein the data is for electronic settlement in the financial transactions. 43. The authentication system according to claim 42, wherein the authentication data is authentication data. 47. The external external device is an electronic payment system that performs electronic payment processing and manages electronic payment data by using an electronic payment medium such as electronic money. 43. The authentication system according to claim 42, wherein the authentication data is authentication data for payment and settlement of an electronic monetary value using an electronic settlement medium. 48. The apparatus main body, comprising: profile data storage means for storing personal profile data; and transmitting means for transmitting personal profile data stored in the profile data storage means to the external device via the communication means. The control unit executes authentication processing and connects to the external device on condition that the body-wear detection unit detects that the device body is worn, and the transmission unit 43. The authentication system according to claim 42, wherein the profile data is transmitted by the control unit, and the control unit of the external device controls the external device to search for the corresponding data based on the personal profile data. 49. The apparatus main body further includes biometric data detecting means for detecting biometric data of a wearer's own human body, wherein the personal profile data is biometric data detected by the biometric data detecting means, 49. The authentication system according to claim 48, wherein the control unit of the external device searches for and returns corresponding data based on the biometric data. 50. The personal profile data is position data indicating a current position of a wearer, and the control means of the external device searches for and returns corresponding data based on the position data. 49. The authentication system of claim 48, wherein 51. The authentication system according to claim 49, wherein the control unit of the external device searches the related data and notifies a predetermined contact. 52. The authentication process is a process of authenticating access to a server such as a letter box of a wearer, a message board in a group, and a shared file, and the personal profile data includes access information to the server. 49. The authentication system according to claim 48, wherein the control unit of the external device retrieves and returns only corresponding data based on the access information. 53. The authentication process is based on caller telephone number data, wherein the personal profile data is data including the caller telephone number, and the control means of the external device comprises: 49. The authentication system according to claim 48, wherein only the corresponding related data is searched based on the number data. 54. The authentication processing is based on caller telephone number data, wherein the personal profile data is data including the caller telephone number, and the control means of the external device comprises: 54. The authentication system according to claim 53, wherein the authentication system is configured to search for related data corresponding to the number data and notify a predetermined contact.