Abstract: A vehicle display control device includes a hardware processor functioning as a regulation recognition unit, a regulation validity determination unit, and a display controller. The regulation recognition unit serves to recognize a traffic regulation mark indicating a traffic regulation provided on a traveling route of a host vehicle. The regulation validity determination unit serves to determine whether or not regulation content information is valid. The regulation content information is content of the regulation indicated by the traffic regulation mark recognized by the regulation recognition unit. The display controller serves to control a display device mounted on the host vehicle to display the regulation content information in a display region. The display controller changes a display mode of the regulation content information in response to determining by the regulation validity determination unit that the regulation content information is not valid.

Abstract: An eye-gaze input apparatus includes a hardware processor functioning as an eye-gaze determination unit, an input/output processing unit, and a careless-state determination unit. The eye-gaze determination unit determines a first input by an eye gaze of a user with respect to first images of input elements displayed in a display region set in front of a windshield and a driver seat of a vehicle. The careless-state determination unit determines whether the user is in a careless state. The input/output processing unit confirms the first input in a case where the eye-gaze determination unit determines that there is the first input on any of the one or more first images and the careless-state determination unit determines that the user is not in the careless state, and does not confirm the first input in a case where the careless-state determination unit determines that the user is in the careless state.

Abstract: A soundproofing device for a transmission according to the present disclosure is provided to transmit the power of one or more prime movers (for example, internal combustion engine and electric motor). The soundproofing device includes a Helmholtz resonator including: a wall that forms a Helmholtz resonance chamber; and an opening formed in the wall so as to cause the Helmholtz resonance chamber to communicate with the outside of the Helmholtz resonance chamber. The wall includes a transmission case that accommodates the transmission and a housing of a component mounted on the transmission (for example, PCU housing). The Helmholtz resonance chamber is formed between the transmission case and the housing.

Abstract: A friction damper includes a cylindrical core member and a cylindrical elastic body. The core member is disposed between an outer circumferential surface of an inner shaft and an inner circumferential surface of an outer shaft, and is fixed to one of the inner and outer shafts. The elastic body is in compressive contact with the other of the inner and outer shafts, and has an axial length larger than that of the core member. The elastic body includes a portion extending in an axial direction away from the core member and has a thick-walled section which extends in a radial direction away from the core member. The thick-walled section has a larger wall thickness than a section of the elastic body which overlaps the core member in an axial direction of the core member, and is held in pressing contact with the other of the inner and outer shafts.

Abstract: A soundproofing device for a transmission according to the present disclosure is provided to transmit the power of one or more prime movers (for example, internal combustion engine and electric motor). The soundproofing device includes a Helmholtz resonator including: a wall that forms a Helmholtz resonance chamber; and an opening formed in the wall so as to cause the Helmholtz resonance chamber to communicate with the outside of the Helmholtz resonance chamber. The wall includes a transmission case that accommodates the transmission and a housing of a component mounted on the transmission (for example, PCU housing). The Helmholtz resonance chamber is formed between the transmission case and the housing.

Abstract: A soundproofing device according to the present disclosure includes a Helmholtz resonator including: a wall that forms a Helmholtz resonance chamber; and a first opening formed in the wall so as to cause the Helmholtz resonance chamber to communicate with an outside of the Helmholtz resonance chamber. At least a part of the wall is configured by a sound source member that radiates sound. The Helmholtz resonator includes: one or more partition walls formed so as to divide the Helmholtz resonance chamber into a plurality of regions, and a second opening formed in the one or more partition walls so as to cause the plurality of regions to communicate with each other.

Abstract: A friction damper comprising a cylindrical core member and a cylindrical elastic body bonded to an inner or outer circumferential surface of the core member, the core member being disposed within an annular space between an outer circumferential surface of an inner shaft and an inner circumferential surface of an outer shaft, which outer and inner circumferential surfaces are held in spline-fitting with each other, the core member being fixed to one of the inner and outer shafts, while the elastic body being disposed in pressing contact with the other of the inner and outer shafts, with compressive deformation of the elastic body, wherein the elastic body has an axial length larger than that of the core member, and includes an extending portion extending in its axial direction away from the core member, and wherein the extending portion of the elastic body has a thick-walled section which extends in a radial direction of the elastic body away from the core member and has a larger wall thickness than a section

Abstract: A parking lock device that is installed in a transmission of a vehicle includes a gear, a lock, a receiver, a cam, and a damper. The lock has a pawl that can be engaged in a tooth space between the teeth of the gear. The lock moves between an engagement position at which the pawl is engaged in the tooth space to lock the gear and a retreat position at which the pawl is not engaged in the tooth space. The receiver is arranged to be fixed to a case of the transmission. The cam moves forward and backward with respect to a gap between the receiver and the lock. The cam holds the lock at the engagement position when having entered the gap. The damper is provided in a vibration transmission path to dampen vibrations transmitted to the case of the transmission.

Abstract: It is provided a meshed gear for a vehicle disposed in a power transmission path between an engine and drive wheels and made up of a pair of gears meshed with each other, at least one gear making up the meshed gear having a ring shape, and the one gear having an outer circumferential portion disposed with an additional vibration system.

Abstract: A parking lock device that is installed in a transmission of a vehicle includes a gear, a lock, a receiver, a cam, and a damper. The lock has a pawl that can be engaged in a tooth space between the teeth of the gear. The lock moves between an engagement position at which the pawl is engaged in the tooth space to lock the gear and a retreat position at which the pawl is not engaged in the tooth space. The receiver is arranged to be fixed to a case of the transmission. The cam moves forward and backward with respect to a gap between the receiver and the lock. The cam holds the lock at the engagement position when having entered the gap. The damper is provided in a vibration transmission path to dampen vibrations transmitted to the case of the transmission.

Abstract: It is provided a meshed gear for a vehicle disposed in a power transmission path between an engine and drive wheels and made up of a pair of gears meshed with each other, at least one gear making up the meshed gear having a ring shape, and the one gear having an outer circumferential portion disposed with an additional vibration system.

Abstract: The present invention is designed to enable a secure device to authenticate a terminal application that operates on an information processing terminal and that accesses the secure device. An application issue request transmitter (301) of the information processing terminal (30) sends a request for issue of a terminal application to an application issuer (101). The application issuer (101) of an secure device (10) reads a terminal application (31) from an application storage (105) and embeds authentication information in the terminal application (31), associates an ID and the authentication information of the terminal application (31) and save them in an issue information storage (106), and sends the terminal application (31) to an application receiver (302) of the information processing terminal through an application transmitter (102). The application receiver (302) starts the terminal application (31).

Abstract: The present invention aims at providing an information processing terminal, a status notification system, and a status notification method that can protect both privacy and security when a status of the information processing terminal is notified to a server. An information processing terminal 10 has a disclosure/nondisclosure determination section 1001 that determines a notifiable server for each entry; a log concealing section 1002 that conceals an entry; a multi-log measurement section 1003 that commands to update hashes as to a plurality of parties; a log configuration section 1004 that configures a log directed at a notified party and that causes performance of signing action; a verification request section 1005 that requests verification; a policy storage section 1006 that stores a policy used for determining a party that can be notified; and a log storage section 1007 for storing the entry.

Abstract: Provided is an information distribution system having a simple configuration and capable of selecting information without inconvenience to the user. A mobile terminal device (100) is equipped with a terminal side communication section (101) for performing directional short range wireless communication with an information distribution device (200). A control section (102) determines, based on the communication sensitivity of the terminal side communication section (101), an operation by the user and controls, based on the determined operation information of the user, the continuation and termination of the information acquisition by the terminal side communication section (101) and issuing of a new information acquisition request to the information distribution device (200). An operation acknowledgement section (202) of the information distribution device (200) acknowledges the operation by the user from a communication content received by a distribution-side communication section (201).

Abstract: The present invention intends to hold safely string information such as secret information, or the like, and also to lessen user's burden of storing the information in connection to the string information. In registering the secret information, a coding section 16 synthesizes input correct secret information SD and individual characteristic information under a predetermined rule, and produces a code word S16. A check symbol for error correction is produced in the course of the coding of the coding section 16, and this check symbol is stored in a storing section 20. In reproducing the secret information, an error correcting section 22 applies an error correcting process using the check symbol stored in the storing section 20 to a code word, which is produced by the coding section 16 based on the input secret information SD and the individual characteristic information, as the object. Accordingly, the correct secret information is reproduced.

Abstract: A medium-opposed surface of a slider body is hemisected into first and second areas by the centerline extending in the longitudinal direction of the slider body. The second area is designed to generate a positive pressure larger than that generated at the first area when a load acting on the slider body in a direction toward a recording medium decreases. The head slider of the type is allowed to enjoy the imbalance of the lift on the slider body. This imbalance can be utilized to intentionally induce increases in the roll angle and the pitch angle of the slider body. The increase in the roll and pitch angles causes disappearance of the lift and the negative pressure generated at the medium-opposed surface. The head slider can reliably be distanced from the moving surface of the recording medium solely with the assistance of the airflow acting on the medium-opposed surface.

Abstract: A secure device can make contents of terminal application authentication information calculation a different complicated calculation process at each time while suppressing the processing load in the secure device and a card application code size to low values. When issuing of a terminal application (302) is requested from an application loader (301) to an application management unit (1011), an instruction content execution unit (1012) embeds authentication information used for calculation of an authentication key required for authentication with an application causing an information processing terminal (30) to perform a process, into the terminal application (302). A calculation complicating unit (1013) creates a calculation problem having a calculation result as an answer and embeds it as a part of the authentication information calculation into the terminal application (302).

Abstract: The present invention aims at providing an information processing terminal, a status notification system, and a status notification method that can protect both privacy and security when a status of the information processing terminal is notified to a server. An information processing terminal 10 has a disclosure/nondisclosure determination section 1001 that determines a notifiable server for each entry; a log concealing section 1002 that conceals an entry; a multi-log measurement section 1003 that commands to update hashes as to a plurality of parties; a log configuration section 1004 that configures a log directed at a notified party and that causes performance of signing action; a verification request section 1005 that requests verification; a policy storage section 1006 that stores a policy used for determining a party that can be notified; and a log storage section 1007 for storing the entry.

Abstract: With respect to a secure device 10 for executing a data storing operation and a data calculating operation under secrecy condition, a first application program 15 and a second application program 11 are retained. The program 15 causes an information processing terminal 30 mounted thereon this secure device 10 to execute a process operation by utilizing a resource of this information processing terminal 30. The program 11 causes the secure device 10 to execute such a process operation under secrecy condition in conjunction with the process operation of this information processing terminal 30. When this secure device 10 is mounted on the information processing terminal 30, this secure device 10 loads the program 15 to the information processing terminal 30 so as to install this loaded first application program therein. Then, a terminal application program required to execute a service is automatically installed to the information processing terminal 30.

Abstract: A medium-opposed surface of a slider body is hemisected into first and second areas by the centerline extending in the longitudinal direction of the slider body. The second area is designed to generate a positive pressure larger than that generated at the first area when a load acting on the slider body in a direction toward a recording medium decreases. The head slider of the type is allowed to enjoy the imbalance of the lift on the slider body. This imbalance can be utilized to intentionally induce increases in the roll angle and the pitch angle of the slider body. The increase in the roll and pitch angles causes disappearance of the lift and the negative pressure generated at the medium-opposed surface. The head slider can reliably be distanced from the moving surface of the recording medium solely with the assistance of the airflow acting on the medium-opposed surface.