Abstract: A driving assistance apparatus for a vehicle includes: an environment information acquisitor that acquires environment information in front of the vehicle; a target route setter that sets a target route; and a controller that causes the vehicle to travel along the target route.

Abstract: A driving assistance apparatus for a vehicle includes: an environment information acquisitor that acquires environment information ahead of the vehicle; a vehicle position estimator that estimates a vehicle's position; a target route setter that sets a target route; and a controller that causes the vehicle to travel along the target route.

Abstract: A driving assistance apparatus for a vehicle includes an environment information acquisitor, a vehicle position estimator, a target route setter, and a controller. The environment information acquisitor acquires environment information in front of the vehicle. The vehicle position estimator estimates a position of the vehicle on a road. The target route setter sets a target route of the vehicle. The controller causes the vehicle to travel along the target route. The controller includes an intersection determiner, a right-left turn determiner, a route generator, and an intervention controller. The intersection determiner determines whether an intersection is in front of the vehicle based on the environment information. The right-left turn determiner determines whether the vehicle turns right or left at the intersection. The route generator generates correct and erroneous routes.

Abstract: A vehicle light distribution control apparatus includes a first surrounding environment recognition device configured to recognize a surrounding environment around a vehicle and detect first object information in the recognized surrounding environment, and a second surrounding environment recognition device configured to acquire map information in a predetermined range based on the positional information of the vehicle, and second object information included in the acquired map information, and an illumination device configured to radiate illumination light.

Abstract: A vehicle lane keep control apparatus includes a steering control processor. the steering control processor is configured to, upon detection of a skid of a vehicle during control, switch modes from a lane keeping mode to a slip-handling mode, perform a steering control to allow the vehicle to have a stable attitude, and restart the lane keeping mode.

Abstract: A vehicle driving support apparatus includes a forward environment recognizing device configured to recognize a traveling environment forward of a vehicle, a control device configured to perform adaptive cruise control and active lane keep centering control based on the recognized traveling environment, an electric power steering device configured to control a turning angle of wheels in a ganged manner in accordance with a steering angle received from a steering handle, and a driver monitoring system configured to detect changes in biological information of a driver who drives the vehicle. When the driver monitoring system detects a drop in alertness of the driver, the control device is configured to perform the adaptive cruise control and the active lane keep centering control and execute a steering handle idle mode that stops the electric power steering device from controlling the turning angle in the ganged manner in accordance with the steering angle.

Abstract: A vehicle driving support apparatus includes a forward environment recognizing device configured to recognize a traveling environment forward of a vehicle, a control device configured to perform active lane keep centering control based on the traveling environment, an electric power steering device configured to apply an assist torque to control a turning angle of wheels in accordance with a steering angle received from a steering handle, and a driver monitoring system configured to detect biological information of a driver who drives the vehicle. During execution of the active lane keep centering control, the control device is configured to count the number of times a driver's line-of-sight direction in the biological information has deviated from a target route direction of the vehicle and if the counted number of times is greater than or equal to a predetermined threshold count, reduce the assist torque stepwise as the counted number of times increases.

Abstract: A vehicle continuously transmission mechanism includes a seal mechanism to seal a hydraulic chamber defined by fixed and movable members on a back surface side of a movable sheave of a pulley or seal an oil passage communicating with the hydraulic chamber. This seal mechanism has an annular seal member normally brought into intimate contact with an opposing surface of the sliding contact part and a lip seal member formed with an annular lip such that a tip end of the annular lip is directed toward the outside and a side surface of the annular lip located closer to the hydraulic chamber or oil passage is brought into elastic contact with the opposing surface of the sliding contact part.

Abstract: A vehicle continuously transmission mechanism includes a seal mechanism to seal a hydraulic chamber defined by fixed and movable members on a back surface side of a movable sheave of a pulley or seal an oil passage communicating with the hydraulic chamber. This seal mechanism has an annular seal member normally brought into intimate contact with an opposing surface of the sliding contact part and a lip seal member formed with an annular lip such that a tip end of the annular lip is directed toward the outside and a side surface of the annular lip located closer to the hydraulic chamber or oil passage is brought into elastic contact with the opposing surface of the sliding contact part.

Abstract: [Objective] When installing software into an in-vehicle terminal from a server, it is required to prevent the software from being installed into an unsuitable terminal, and to reduce time and efforts for data input and download, thereby improving the convenience of the user. [Solution] In an information distribution system, terminal identification information and a terminal unique key for an in-vehicle terminal are stored in a server as well as in itself. The in-vehicle terminal transmits the terminal identification information to the server for terminal authentication via a communication terminal after encrypting with the terminal unique key, and then the server transmits encrypted software to the communication terminal. The communication terminal transmits the encrypted software to the in-vehicle terminal, which in turn obtains a software unique key encrypted with the terminal unique key from the server and decrypts the encrypted software for installation using the software unique key.

Abstract: A virtual client management system includes a storage unit 14 and a processor 20. The processor 20 notifies a virtual client deployment apparatus 30 that deploys virtual clients 100 on a virtual client apparatus 10 of an instruction to deploy the virtual clients 100, the instruction including setting information read from the storage unit 14; transmits a request for acquiring the setting information to the virtual client deployment apparatus 20; acquires a physical address of the virtual client 100 deployed by the setting information; stores the physical address in correlation with a record including the setting information in the storage unit 14; and receives a request (including the physical address of the virtual client 100) for acquiring the setting information from the virtual client 100 deployed by the virtual client deployment apparatus 20, reads the setting information, and sets the setting information for the virtual client 100.

Abstract: A virtual client management system includes a storage unit 14 and a processor 20. The processor 20 notifies a virtual client deployment apparatus 30 that deploys virtual clients 100 on a virtual client apparatus 10 of an instruction to deploy the virtual clients 100, the instruction including setting information read from the storage unit 14; transmits a request for acquiring the setting information to the virtual client deployment apparatus 20; acquires a physical address of the virtual client 100 deployed by the setting information; stores the physical address in correlation with a record including the setting information in the storage unit 14; and receives a request (including the physical address of the virtual client 100) for acquiring the setting information from the virtual client 100 deployed by the virtual client deployment apparatus 20, reads the setting information, and sets the setting information for the virtual client 100.

Abstract: There is a demand for a technique that enable plural terminals devices to be easily paired with plural mobile terminals possessed by their respective users in a room where the terminal devices that can be shared among the users are installed. Each terminal device searches for mobile terminals present within the wireless range. If the plural mobile terminals are present within a searchable area, the search result indicates plural mobile terminals, making it difficult to determine with what mobile terminal should the terminal device be paired. The current states of various sensors of the mobile terminals are included in information indicating the names of the mobile terminals and are searched by the terminal device. Under circumstances where the plural terminal devices and the plural mobile terminals exist within short distances, the mobile terminal unit to be paired with the terminal device can be found with ease.

Abstract: In a terminal system for managing terminals coupled to a network, a terminal management server includes: a terminal information registration module for registering, in advance, information unique to each user of the terminal; an authentication module for executing authentication by comparing an ID and authentication information which are contained in an authentication request received from the terminal to user information set in advance; an authenticity determination module for determining, based on a predetermined investigation result received from the terminal, whether or not the terminal suffers falsification; and a unique information transmission module for transmitting, when the authentication is successful, and when the authenticity determination module has determined that the terminal does not suffer the falsification, the information unique to the each user to the terminal. The terminal outputs the information unique to the each user received from the terminal management server to a display unit.

Abstract: In remotely coupling one terminal apparatus to a server apparatus, if an authentication processing of a user of one terminal apparatus has been already completed, the user can switch one terminal apparatus to another without an additional authentication processing. Authenticated information indicating that the authentication of the user has already been successfully completed is transferred to another terminal apparatus by coordinating the authenticated information between more than one terminal apparatuses. Another terminal apparatus receives a service from the server apparatus using the authenticated information. Upon coordinating the authenticated information among more than one terminal apparatuses, another terminal apparatus to receive the authenticated information may be authenticated. A storage medium which conducts the authentication may be coupled to a terminal apparatus to be authenticated.

Abstract: An IC card includes: a common key set upon issuance of a card by an IC card issuer; a public key certificate of a parent IC card issued by an authentication station; a signed public key which has been signed by using the parent IC card secret key; a key storage unit which stores the secret key; a data transmission/reception unit which receives at least the public key certificate and the signed public key from the parent IC card; an encryption calculation unit which decodes encrypted user biometric information received from the parent IC card; and a biometric information storage unit which stores first biometric information which has been decoded. The use of the IC card is limited depending on whether biometric information is correct.

Abstract: In a terminal system for managing terminals coupled to a network, a terminal management server includes: a terminal information registration module for registering, in advance, information unique to each user of the terminal; an authentication module for executing authentication by comparing an ID and authentication information which are contained in an authentication request received from the terminal to user information set in advance; an authenticity determination module for determining, based on a predetermined investigation result received from the terminal, whether or not the terminal suffers falsification; and a unique information transmission module for transmitting, when the authentication is successful, and when the authenticity determination module has determined that the terminal does not suffer the falsification, the information unique to the each user to the terminal. The terminal outputs the information unique to the each user received from the terminal management server to a display unit.

Abstract: A coupling authentication of a mobile phone terminal is performed between the mobile phone terminal and an authentication server. Both the mobile phone terminal and an authentication server store therein coupling authentication information. In performing an authentication at a service device, the mobile phone terminal generates service authentication information using coupling authentication information and transmits the generated service authentication information to the authentication server. The authentication server performs the authentication using the coupling authentication information and the service authentication information and transmits a result of a service authentication to the service device. The service device determines whether or not the service authentication has been successfully completed, based on the service authentication result.

Abstract: The present invention provides a system and a method, in which after authenticating a device, the user authentication methods are switched and used. Specifically, in performing user authentication via a terminal apparatus, the terminal apparatus is authenticated first and then based on this authentication result, a practical use of the terminal apparatus is determined, and the user authentication methods are switched so as to suit this practical use and the resultant method is implemented.

Abstract: In remotely coupling one terminal apparatus to a server apparatus, if an authentication processing of a user of one terminal apparatus has been already completed, the user can switch one terminal apparatus to another without an additional authentication processing. Authenticated information indicating that the authentication of the user has already been successfully completed is transferred to another terminal apparatus by coordinating the authenticated information between more than one terminal apparatuses. Another terminal apparatus receives a service from the server apparatus using the authenticated information. Upon coordinating the authenticated information among more than one terminal apparatuses, another terminal apparatus to receive the authenticated information may be authenticated. A storage medium which conducts the authentication may be coupled to a terminal apparatus to be authenticated.