Abstract: A vehicle is configured to assist parking at a predetermined position by generating a path to the predetermined position and changing, based on the path, at least a vehicle wheel angle of a steered wheel. The vehicle includes: at least one steered wheel; at least one driven wheel; a power unit configured to provide a driving force to the driven wheel; and an operation device configured to receive at least an operation of changing power of the power unit. Before the predetermined position on the path, the vehicle wheel angle of the steered wheel is changed based on the path. If the vehicle travels beyond the predetermined position of the path, the vehicle wheel angle of the steered wheel is changed to allow the vehicle to advance in a tangential direction of the predetermined position of the path.

Abstract: When a gearshift of a vehicle is in drive, a video image of a movement state of the vehicle moving forward depending on the rotation of the wheels detected by a wheel rotation sensor is displayed on a monitor. Thereafter, when the gearshift is in neutral, a video image of a movement state of the vehicle moving forward depending on the rotation of the wheels is displayed on the monitor. When the gearshift is in rear where the vehicle moves in a second direction opposite to a first direction, a video image of a movement state of the vehicle moving in the second direction depending on the rotation of the wheels is displayed on the monitor. Thereafter, when the gearshift is in neutral, a video image of a movement state of the vehicle moving in the second direction depending on the rotation of the wheels is displayed on the monitor.

Abstract: A vehicle is configured to assist parking at a predetermined position by generating a path to the predetermined position and changing, based on the path, at least a vehicle wheel angle of a steered wheel. The vehicle includes: at least one steered wheel; at least one driven wheel; a power unit configured to provide a driving force to the driven wheel; and an operation device configured to receive at least an operation of changing power of the power unit. Before the predetermined position on the path, the vehicle wheel angle of the steered wheel is changed based on the path. If the vehicle travels beyond the predetermined position of the path, the vehicle wheel angle of the steered wheel is changed to allow the vehicle to advance in a tangential direction of the predetermined position of the path.

Abstract: When a gearshift of a vehicle is in drive, a video image of a movement state of the vehicle moving forward depending on the rotation of the wheels detected by a wheel rotation sensor is displayed on a monitor. Thereafter, when the gearshift is in neutral, a video image of a movement state of the vehicle moving forward depending on the rotation of the wheels is displayed on the monitor. When the gearshift is in rear where the vehicle moves in a second direction opposite to a first direction, a video image of a movement state of the vehicle moving in the second direction depending on the rotation of the wheels is displayed on the monitor. Thereafter, when the gearshift is in neutral, a video image of a movement state of the vehicle moving in the second direction depending on the rotation of the wheels is displayed on the monitor.

Abstract: A parking control device includes a controller and a notification unit. The controller executes a parking assistance control for making a vehicle travel from a drop-off position of an occupant of the vehicle to a parking space that is preliminarily determined and making the vehicle be parked in the parking space by automated driving. The controller ceases the parking assistance control in a case where an obstacle is present on a traveling route of the vehicle including the parking space. The notification unit provides a notification that the parking assistance control is stopped. The notification unit transmits information indicating that the parking assistance control is ceased to a device having identification information preliminarily associated with identification information of the vehicle.

Abstract: The battery system is a combined system of a first battery and a second battery. The discharging curve (discharging characteristic) (311) of the first battery has a stable region (B1). The discharging curve (discharging characteristic) (321) of the second battery has a stable region (B2) in the range of voltage lower than the voltage in the stable region (B1) of the first battery and also has an unstable region (A2) in the range of voltage overlapping the voltage in the stable region (B1) of the first battery. The first battery and the second battery are connected in parallel so that, in a discharging process, the discharging state of the entire battery shifts from the stable region (B1) of the first battery to the stable region (B2) of the second battery.

Abstract: The battery system is a combined system of a first battery and a second battery. The discharging curve (discharging characteristic) (311) of the first battery has a stable region (B1). The discharging curve (discharging characteristic) (321) of the second battery has a stable region (B2) in the range of voltage lower than the voltage in the stable region (B1) of the first battery and also has an unstable region (A2) in the range of voltage overlapping the voltage in the stable region (B1) of the first battery. The first battery and the second battery are connected in parallel so that, in a discharging process, the discharging state of the entire battery shifts from the stable region (B1) of the first battery to the stable region (B2) of the second battery.

Abstract: A content reproduction device includes: a plurality of communication units (a cellular phone and a wireless LAN communication unit), each receiving a content transmitted in segments from a content transmission device over a communication path; a content reconstruction unit that has a buffer in which each segmented data of the content received by each of the communication units is temporarily accumulated, and that reconstructs each segmented data accumulated in the buffer into the content; a reproduction unit that reproduces, at a predetermined bit rate, the content reconstructed by the content reconstruction unit; and a communication control unit that: calculates, for every predetermined time, target transmission speeds to be assigned for content reception performed by the respective communication units, based on free space in the buffer and the bit rate; and transmits a first request signal indicating the calculated target transmission speeds to the content transmission device via one of the communication un

Abstract: The present invention realizes streaming reproduction in an environment in which a communication speed changes due to a change in the position of a moving body such as a vehicle.