Toyota Motor Corporation

An in-vehicle apparatus is mounted on a vehicle configured to be controlled by multiple digital keys. The digital keys are respectively registered to multiple devices. The devices are respectively held by holders. The in-vehicle apparatus includes processing circuitry and a display. Digital key information relates to each digital key and includes information indicating the holder of the device corresponding to each digital key. When displaying the digital key information on the display, the processing circuitry displays only the digital key information about some of the holders among all of the digital key information regarding the vehicle.

A management server includes processing circuitry configured to, upon receiving a deletion request for deleting a deletion-target digital key from a sender device, the deletion-target digital key being one of digital keys registered with a vehicle, and the sender device being one of the devices that respectively store information relating to the digital keys, store information indicating the deletion-target digital key is in a deletion-pending state in which the deletion-target digital key is deleted upon satisfaction of a predetermined condition, and transmit a pending-state notification to a receiving device, the pending-state notification indicating that the deletion-target digital key is in the deletion-pending state, and the receiving device being one of the devices that belongs to a user other than a user of the sender device.

An owner key and a shareable key, which are digital keys of a vehicle, are registered in the vehicle. When determining that a termination process has been executed with the vehicle in a stopped state at a termination location, the vehicle starts a deletion process for a shareable key registered in the vehicle when a digital key other than the registered shareable key is authenticated. When determining that the termination process has not been executed with the vehicle in a stopped state at the termination location, the vehicle does not delete the registered shareable key for which deletion is deferred even if the digital key other than the registered shareable key is authenticated for the vehicle.

A driving device includes a first accommodating chamber (200), a second accommodating chamber (300), a partition wall (190) between the first accommodating chamber (200) and the second accommodating chamber (300), and a through-hole (191) formed in the partition wall (190). A speed reduction mechanism (40) includes a rotary shaft (44) extending from the first accommodating chamber (200) to the second accommodating chamber (300) through the through-hole (191), a first reduction gear (41) that is a hypoid gear, and a second reduction gear (42). The first accommodating chamber (200) accommodates a hypoid pinion (31) and the first reduction gear (41), and contains a first oil. The second accommodating chamber (300) accommodates a second motor-generator (50) and contains a second oil having a lower viscosity than the first oil. An oil seal (105) provides sealing between the rotary shaft (44) and the through-hole (191).

In response to a request to delete a target digital key, a management system (10) transmits a deletion request to a target device and a vehicle (20). When transmitting the deletion request, if both the target device and the vehicle (20) are in a non-communicable state, the management system (10) retransmits the deletion request when at least one of the target device and the vehicle (20) is restored to a communicable state.

A vehicle is configured to communicate with multiple devices registered as multiple digital keys by storing first information related to the digital keys. The vehicle includes a user interface, a storage device storing second information related to the digital keys, and processing circuitry. The processing circuitry is configured to, when receiving, via the user interface, a deletion operation for deleting a digital key to be deleted that is at least one of the digital keys, set a state of the digital key to be deleted to a phase-out state in which the digital key to be deleted is deleted when a prescribed condition is satisfied, and delete the second information related to the digital key to be deleted from the storage device when the prescribed condition is satisfied.

A management system, a vehicle manager, a deletion management method, and a program are provided. Under a condition in which a predetermined specified condition (RC) is satisfied, processing circuitry deletes (S69) a deletion subject digital key (DK2) included in multiple digital keys to a vehicle (20). When deleting (S69) the deletion subject digital key (DK2), a group key deletion process (S70) is executed to delete one or more digital keys (DK3, DK4) registered based on the deletion subject digital key (DK2). If the vehicle (20) authenticates (S81: YES) at least one of the one or more registered digital keys (DK3, DK4), the group key deletion process (S70) is not executed

The vehicle mode control device for controlling a mode of a vehicle (1), includes a mode setting part (34) configured to set the mode of the vehicle (1) to a state maintenance mode for maintaining a vehicle state in which power is supplied to an air conditioner (7) of the vehicle (1) and a display in the vehicle (1) but not to a drivetrain of the vehicle (1) based on an instruction from a user of the vehicle (1), and a charge state detection part (35) configured to detect a charge state of a main battery (14) of the vehicle (1). The mode setting part (34) is configured to allow execution of the state maintenance mode regardless of a value of an SOC of the main battery (14), when the main battery (14) of the vehicle (1) is being charged.

A manufacturing device configured to manufacture a pressure tank by winding a fiber bundle around a surface of a liner that is a hollow body includes an impregnation mechanism configured to impregnate the fiber bundle with resin before the fiber bundle is wound around the liner. The impregnation mechanism includes: a first surface along which the resin is supplied to the fiber bundle before the fiber bundle is wound around the liner; and a second surface that faces the first surface and sandwiches the fiber bundle between the first surface and the second surface before the fiber bundle is wound around the liner.

A method for manufacturing an energy storage module including a plurality of energy storage cells stacked along a first direction and at least one heat insulating member disposed between two adjacent ones of the energy storage cells includes: a pressing step of pressing, in a thickness direction of the heat insulating member, at least a region of the heat insulating member that includes a non-identical position portion, the non-identical position portion being a portion overlapping, in the first direction, a portion of at least one of the energy storage cells adjacent to the heat insulating member in which no electrode is accommodated; and a placing step of placing the heat insulating member such that the portion of at least one of the energy storage cells adjacent to the heat insulating member in which no electrode is accommodated overlaps, in the first direction, a pressed portion of the heat insulating member.