Abstract: Provided is a shield case, including: a case main body configured to cover at least a part of a circuit pattern provided on a mounting surface of a substrate; a flange portion extending from an outer peripheral end portion of the case main body in a direction of separating away from the case main body along the mounting surface; and a bent portion bending and extending from an outer peripheral end portion of the flange portion in a direction of separating away from the mounting surface, wherein the shield case is to be mounted to the substrate by means of a joining member to be provided between the flange portion and a case mounting region of the substrate at which the flange portion is to be arranged, and between the bent portion and the case mounting region.

Abstract: The left headlamp (100L) includes first light source modules (13L, 14L, and 15L) and a light guide member (16L). The first light source modules (13L, 14L, and 15L) corresponds to partial light distributing patterns (P1L, P2L, and P3L) and have light projection directions parallel to each other. The light guide member (16L) has: first incident surfaces (17L, 18L, and 19L), arranged so as to face the first light source modules (13L, 14L, and 15L) and corresponding to the first light source modules (13L, 14L, and 15L); and an emitting surface (20L), arranged so as to face the first incident surfaces (17L, 18L, and 19L) and shared by the first light source modules (13L, 14L, and 15L). The light guide member (16L) forms a light distributing pattern (PL) by deflecting light projected by the first light source modules (13L, 14L, and 15L).

Abstract: The left headlamp (100L) includes first light source modules (13L, 14L, and 15L) and a light guide member (16L). The first light source modules (13L, 14L, and 15L) corresponds to partial light distributing patterns (P1L, P2L, and P3L) and have light projection directions parallel to each other. The light guide member (16L) has: first incident surfaces (17L, 18L, and 19L), arranged so as to face the first light source modules (13L, 14L, and 15L) and corresponding to the first light source modules (13L, 14L, and 15L); and an emitting surface (20L), arranged so as to face the first incident surfaces (17L, 18L, and 19L) and shared by the first light source modules (13L, 14L, and 15L). The light guide member (16L) forms a light distributing pattern (PL) by deflecting light projected by the first light source modules (13L, 14L, and 15L).

Abstract: A disk device including a first disk holder movable with disk conveyance, a second disk holder opposed to a groove portion formed in the first disk holder and holding a disk grippingly in cooperation with the first disk holder when the first disk holder holds the disk, and a supporter which supports the first disk holder and which causes a support position for the first disk holder to be shifted in accordance with the movement of the first disk holder to be shifted in accordance with movement of the first disk holder, realizes reducing in size and number of parts, prevention of damage to disks, shortening operation time for plurality of operations, improved vibration resistance and less expensive manufacturing cost.

Abstract: A disk device capable of storing a plurality of disks therein includes a disk holder capable of changing its vertical position to hold a disk, a driver to drive the disk holder, and the disk holder performs a rotational movement and the changing of its vertical height by means of the same driving mechanism of the driver. The disk device realizes a reduction in size and number of parts, prevention of damage to disks, a shortened operation time for a plurality of operations, improved vibration resistance, and a reduced manufacturing cost.

Abstract: A disk device realizing reducing in size and number of parts, prevention of damage to disks, shortening operation time for plurality of operations, improved vibration resistance and less expensive manufacturing cost is provided. The disk device capable of storing a plurality of disks includes an operation setting means to actuate the disk holding means according to an operation mode of the disk, and an operation mode switching means to switch the operation mode of the operation setting means based on contents of disk operation.

Abstract: A disk device realizing reducing in size and number of parts, prevention of damage to disks, shortening operation time for plurality operations, improved vibration resistance and less expensive manufacturing cost is provided. The disk device capable of storing a plurality of disks loosely fitted and supported at its inner diameter, including separable loose mandrel mechanisms, when the mandrel mechanism is loosely fitted to the disk, the disk holder holds the disk, and one end of the a second mandrel mechanism is connected to another end of a first mandrel mechanism in a state that the disk is raised to a height abutting upon a support of a ceiling side formed on the first mandrel mechanism.

Abstract: A disk device realizing reducing in size and number of parts, prevention of damage to disks, shortening operation time for plurality of operations, improved vibration resistance and less expensive manufacturing cost is provided. In the disk device when a disk is reproduced, a disk reproducing mechanism is moved to become a center of disk coincident with a center of turntable thereof, a first disk holding mechanism is moved downward to load the disk on the disk reproducing mechanism, then a disk clamping mechanism is moved to clamp the disk loaded on the disk reproducing mechanism, and the disk is reproduced after the first and second disk holding mechanism release the disk and are taken away from the disk.

Abstract: A disk device includes a disk playing section provided with a pickup reading recorded information on a disk and a rotatable turntable mounting a disk, a damper section supporting said disk playing section to float and a rotatable base section which disposes said disk playing section through said damper section and which forms an engaged section by an engaging action and an engaging section which engages with an engaged section. The invention is further characterized in that when said base section is rotated to a disk playing position, said engaged section is adapted to engage with said engaging section.

Abstract: A disk device providing disk storage and disk playing capabilities. The disk storage being provided along a vertical column. Upon the retrieval of a desired disk from the disk storage, the desired disk is rotated around the column so that it may move up and down the column into a playing position. Upon reaching the playing position the disk is provided to a disk playing device for playing the disk.

Abstract: A disk device is provided with a disk insertion/ejection means which performs insertion and ejection operations of a disk to the inside and outside the device and a displacement means which displaces said disk insertion/ejection means along a direction of disk insertion/ejection and wherein said displacement means is adapted to displace the disk insertion/ejection means in either a direction of disk insertion or disk ejection based on the operation of said disk.

Abstract: A disk device includes a rotatable bar-shaped fixing element which is fixed loosely to an inner peripheral hole of each of a plurality of disks and a support element which forms a support section. The support section supports a section of a disk on a peripheral section of the fixing element. The support element is displaced in a direction of a rotational axis of the fixing element based on the rotations of the fixing element.

Abstract: A disk device providing disk storage and disk playing capabilities. The disk storage being provided along a vertical column. Upon the retrieval of a desired disk from the disk storage, the desired disk is rotated around the column so that it may move up and down the column into a playing position. Upon reaching the playing position the disk is provided to a disk playing device for playing the disk.

Abstract: A disk device comprises a rotatable bar-shaped fixing means which is fixed with a play to an inner diameter of a disk R and a support means which forms a support section which supports a section of a disk on a peripheral section of the fixing means. The support means is displaced in a direction of a rotational axis of the fixing means based on the rotations of the fixing means.

Abstract: A disk device is provided with a plurality of rotatable disk support means which form a support section which supports a section of a peripheral section of a disk, and a support control means which rotates said plurality of disk support means based on an operation of said disk and which controls a support state of said support section with respect to a peripheral section of a disk.

Abstract: A disk device includes a disk playing section provided with a pickup reading recorded information on a disk and a rotatable turntable mounting a disk, a damper section supporting said disk playing section to float and a rotatable base section which disposes said disk playing section through said damper section and which forms an engaged section by an engaging action and an engaging section which engages with an engaged section. The invention is further characterized in that when said base section is rotated to a disk playing position, said engaged section is adapted to engage with said engaging section.

Abstract: A disk device is provided with a disk insertion/ejection means which performs insertion and ejection operations of a disk to the inside and outside the device and a displacement means which displaces said disk insertion/ejection means along a direction of disk insertion/ejection and wherein said displacement means is adapted to displace the disk insertion/ejection means in either a direction of disk insertion or disk ejection based on the operation of said disk.

Abstract: A cathode-ray-tube display device has a cathode-ray tube enclosed in a front cabinet and back cabinet. The cathode-ray tube has peripheral lugs with holes. The front cabinet has front bosses with elongate members that extend backward through the holes in the lugs. The back cabinet has back bosses that extend forward and terminate in ends with front cavities, which receive the ends of the elongate members. The front cabinet is fastened to the back cabinet by screws that are driven through holes in the back bosses and into tapped holes in the elongate members. The lugs are held between the front and back bosses, thereby securing the cathode-ray tube to the front and back cabinets.