Abstract: A vehicle body side structure includes: a side sill extending in a longitudinal direction of a vehicle at a side bottom of the vehicle and having a recess sagging inward in a width direction of the vehicle; a door being hollow, having a door bottom portion disposed so as to overlap the side sill when seen from a side, and being arranged at an outer side of the side sill in the width direction; and a force transferring member having a projection protruding inward in the width direction, being disposed in a hollow interior of the door bottom portion, and being configured to transfer force acting inward in the width direction to the side sill.

Abstract: A vehicle body side structure includes: a side sill extending in a longitudinal direction of a vehicle at a side bottom of the vehicle and having a recess sagging inward in a width direction of the vehicle; a door being hollow, having a door bottom portion disposed so as to overlap the side sill when seen from a side, and being arranged at an outer side of the side sill in the width direction; and a force transferring member having a projection protruding inward in the width direction, being disposed in a hollow interior of the door bottom portion, and being configured to transfer force acting inward in the width direction to the side sill.

Abstract: A pair of positioning arms are arranged in a housing, and positioning members are fixed to the positioning arms, respectively. The positioning arms are biased in a direction in which the positioning members become close to each other in response to the elastic force of a biasing member. When a cartridge is inserted, the positioning members are fitted in recessed portions to position the cartridge. When the disk is inserted, the disk is positioned by the positioning members. Both the cartridge and the disk can be positioned by a common positioning mechanism.

Abstract: A disk device including a guide, formed in a housing, having an inclined guide portion and a straight-line guide portion. A moving member moves along the guide. The moving member is affixed to a wire, and the wire is wound upon a biasing pulley. A small-diameter pulley is formed integrally with the biasing pulley, and a spring is provided at a biasing wire wound upon the small-diameter pulley. When the moving member is pushed into the disk device by a cartridge, the shutter is opened. The moving member is also used to eject the cartridge. Even when the resilient force of the spring is large, the reaction force, produced as a result of cartridge insertion, is small, and the ejection stroke of the cartridge is large. In a conventional disk device for loading a cartridge therein, both a mechanism for opening the shutter of the cartridge, and a mechanism for ejecting the cartridge are required.