Abstract: The glove box includes a partition plate and a side wall. The partition plate is removable in a state in which the glove box is opened, and partitions the storage space of the glove box so as to divide the storage space into two parts in the vehicle front-rear direction. The side wall is provided on both sides in the vehicle width direction, and a locking portion for locking the partition plate is provided inside.

Abstract: A mobile terminal holder structure includes a wireless charging face disposed upright substantially normal to a vehicle length direction, and a pair of retainers horizontally spaced from each other along the wireless charging face and coming into contact with opposite side edges of a mobile terminal, respectively, to retain the mobile terminal. Each retainer is rotatable about a rotation shaft extending along the vehicle length at an upper end of the retainer. A lower end of each retainer is urged toward the opposite retainer by an elastic force of a helical torsion spring.

Abstract: An airbag apparatus includes an airbag housed deployably, and an instrument panel covering the airbag in a deploying direction and forming a design surface of a vehicle cabin. The instrument panel includes, on the design surface facing the vehicle cabin, a character line including continuous protrusions toward the deploying direction. The instrument panel includes, on a surface facing the airbag along the character line, a tear line that ruptures at the time of deployment of the airbag.

Abstract: An airbag apparatus includes an airbag housed deployably, and an instrument panel covering the airbag in a deploying direction and forming a design surface of a vehicle cabin. The instrument panel includes, on the design surface facing the vehicle cabin, a character line including continuous protrusions toward the deploying direction. The instrument panel includes, on a surface facing the airbag along the character line, a tear line that ruptures at the time of deployment of the airbag.

Abstract: In an optical disk, one turn of a recording track is divided into a number of sectors. Each of these sectors is composed of a servo field, which is stored in advance with servo information for tracking, and a data recording area which is to be written with data. A predetermined number of these sectors are joined together to form a plurality of blocks. Each of these blocks is recorded at the data recording areas of its predetermined sectors with identification information for identifying the blocks and phase synchronization loop pull-in information for read out clocks.

Abstract: A device for optically tracking information recorded on an optical disc wherein a photodetector is disposed on the optical axis of an optical system for guiding diffracted waves to the photodetector. The origin of a fictitious X-Y coordinate system at the photodetector is placed on the above-mentioned optical axis, X- and Y-axes of the coordinate system are made parallel to and perpendicular to an information track having the information pits on the rotating recording medium, and the photodetector is divided into four equal parts. A first summation signal indicating the sum of output signals from the four parts of the photodetector is converted into a binary signal, and a difference signal between second summation signals each indicating the sum of output signals from a pair of photodetector parts facing each other with the origin of the coordinate system therebetween is converted into another binary signal.