Abstract: A switch mounting bracket 8 including a bottom plate 9, a pair of legs 10 and a pair of flanges 11 on tip ends of the legs is accommodated in a space 7 defined between a lower surface of a roof panel 3 and an upper surface of a roof lining 1 by adhering the pair of flanges to the upper surface of the roof lining 1 at 15. A switch 2 inserted into the switch mounting bracket 8 through an opening 1.sub.1 in the roof lining 1 is fixed by bringing locking claws 18.sub.1 provided in a flange 18 of the switch 2 into engagement into locking bores 11.sub.1 defined in the flanges 11. With the above structure, when a shock is applied to the switch 2 mounted on a roof of a vehicle, damage to the switch can be suppressed to a minimum because the switch does not contact the roof panel, and the alignment of the opening 1.sub.1 in the roof lining and the switch mounting bracket 8 can be easily performed because the components are directly joined together.

Abstract: An article storage structure has a wall defining a cavity in an inner lining of a motor vehicle tailgate, and a belt for fastening an article stored in the cavity. The belt extends along an inner surface of the wall and has opposite ends exposed in the cavity. A fastening device is connected to the opposite ends of the belt, for tightening the belt. The article storage structure effectively utilizes the space in the tailgate, and firmly and reliably holds the article in position in the cavity.