A simple interface is provided for adjusting a side mirror. An in-vehicle system includes a display device (27) having a display module (22, 23) with a touch panel (25), and an information processing apparatus (10) having a controller (101) configured to execute obtaining a swipe operation…
A display device (20) includes a touch panel (27), a first display unit (21) disposed in front of a steering wheel (4), a second display unit (22, 23) disposed on at least one side of the first display unit (21) in a vehicle width direction and also disposed on a rear side of a vehicle (1) with…
Disclosed is an electrode active material having an O3-type structure, wherein the electrode active material has high capacity and high coulombic efficiency. The electrode active material of the present disclosure comprises a Na-containing transition metal oxide. The Na-containing transition metal…
A display control device including: a display control section that, in accordance with an operating state of a driving assistance function installed in a vehicle, performs control to change and display, at a display section, a display mode of partial images of images of boundary lines, the partial…
A battery electric vehicle (100) includes one or more processors (102) that control an output of an electric motor (2). In a case where the battery electric vehicle (100) is in an on-demand mode, the one or more processors (102) calculate, using an on-demand model, a virtual acceleration of a…
An in-vehicle system includes a display device (21, 22, 23), and an information processing apparatus (10) configured to output information via the display device (21, 22, 23). The display device (21, 22, 23) includes a pair of display units (22, 23) that are provided in a forward portion of a…
A method for manufacturing an electrode sheet (2) may include preparing a binder mixture containing a fibrillated first binder by mixing a fibrillatable first binder and inactive material particles which are non-fibrillatable particles; and preparing an electrode composite mixture containing the…
A dynamic power transmission device (1) includes: a single oil pump (100) configured to be able to feed oil; an electric motor (200); a lubrication-object member (300) that is lubricated with the oil; an oil passage (L) configured to supply the oil fed from the oil pump (100) to the electric motor…
The present disclosure relates to a positive electrode active material. The positive electrode active material includes a crystal structure belonging to a space group Pnma and an X-ray diffraction pattern satisfying a relationship of "5.8 ≤ I()/I()", wherein "I()" represents an integrated intensity…
The present disclosure relates to a positive electrode active material, an electrode (10), and a battery (100) that improve the rate characteristics of a battery (100). The positive electrode active material includes a primary particle. The primary particle contains an olivine-type phosphate…
A positive electrode active material includes a primary particle (1), wherein the primary particle (1) contains an olivine-type phosphate compound, the primary particle (1) has a cross-section in at least part of which a streak structure is provided, the streak structure includes a first region…
A drive apparatus (20; 120; 220; 320) includes: a plurality of rotating electrical machines (30R, 30L; 330R, 330L); a plurality of electricity conversion apparatuses (40R, 40L); and a plurality of refrigerant routes (62R, 62L) that are provided to be parallel to each other and are for cooling the…
A control system controls an amount of power demand indicating an amount of electric power supplied from an external power supply (PG) to a supply target (1). The supply target includes a first resource (100, 220) and a second resource (210, 220, 230, 241) configured to allow adjustment of the…
A positive electrode active material includes powder including single crystal particles (1). Each of the single crystal particles (1) includes a lithium transition metal composite oxide. The lithium transition metal composite oxide has a crystal structure that belongs to R-3m space group and…
A power storage device (10) includes a first power storage cell (101), a second power storage cell (102) spaced apart from the first power storage cell (101) in a predetermined direction, a third power storage cell (103) spaced apart from the second power storage cell (102) in the predetermined…
The control device (40) includes a control part (43) configured to play content and perform control of a vehicle function in conjunction with the content. The control part (43) is configured to generate control data for controlling the vehicle function based on a feature amount of the content, play…
A vehicle input device (10, 120) comprises a memory (28), and a processor (26), the processor (26) being configured to detect an operation to an operation section (40A - 54) reachable by an occupant of a driving seat, instruct a display to display an image including a frame corresponding to the…
A power storage device includes a plurality of power storage cells (29), and a heat exchange plate (32) disposed between the plurality of power storage cells (29) so as to face respective long side surfaces of the plurality of power storage cells (29) and extending in a long-side direction of the…
A controller includes an execution device and a non-transitory computer-readable storage medium. The storage medium stores playback content items. A playback content item refers to content in which multiple videos are switched and displayed on a display. The execution device acquires user…
A method of manufacturing a porous silicon, comprising: bringing a raw material containing a silicate into contact with an alkali earth metal gas; and bringing the raw material, which was brought into contact with the alkali earth metal gas, into contact with an acid.
A display device (20) includes a touch panel (27), a first display unit (21) disposed in front of a steering wheel (4), a second display unit (22, 23) disposed on at least one side of the first display unit (21) in a vehicle width direction and also disposed on a rear side of a vehicle (1) with…
A controller is configured to control a vehicle that includes a battery configured to store electrical energy for driving a drive motor, a touch display configured to display an image and receive a touch operation, and a display configured to display an image. The controller includes a storage…
An in-vehicle system includes a display device (21, 22, 23), and an information processing apparatus (10) configured to output information via the display device (21, 22, 23). The display device (21, 22, 23) includes a pair of display units (22, 23) that are provided in a forward portion of a…
A controller controls an output to a display mounted on a vehicle including an operating member operated to implement a traveling operation. The controller includes a non-transitory computer-readable storage medium and an execution device. The storage medium stores a first video file for playback…
A computer-implemented method (20) for automatically generating a speed profile of a vehicle (1) to be driven on a predetermined path, the method comprising the following steps:- collecting a first set of data representative of environmental conditions at waypoints along the predetermined path…
An in-vehicle system comprising a plurality of control devices, each including a master control device (200) and a slave control device (210), each of which is configured to set, as a start storage area, any one of a plurality of storage areas set as storage areas that store software, and be…
A vehicle control device that controls a speed of a vehicle (100) during traveling includes: a deceleration unit (332) that executes deceleration control for decelerating the vehicle when a predetermined deceleration condition is satisfied; a speed control unit (335) that executes speed control of…
An autonomous driving system includes an external sensor (10), an internal sensor (11), a machine learning model (120) configured to receive a detection result of the external sensor (10) and the internal sensor (11) as input values and output an instruction value of autonomous driving, an…
A battery electric vehicle (2) including an axle (4), a motor (5), a suspension (10), an inverter (6), a power cable (7), and a support bracket (21) is provided. The axle (4) extends in a vehicle-width direction. The motor (5) is coupled to the axle (4), and drives the axle (4). The suspension (10)…
A vehicle control system (100) that controls a vehicle (10) acquires a mental fatigue degree (M) of a driver of the vehicle (10) using a sensor (70) that is equipped in the vehicle (10). When an actuation condition including at least a condition that the mental fatigue degree (M) exceeds a first…