Abstract: A front panel 11 has a plurality of caulking pieces 16 each of which is formed in a tongue-like shape defined by a pair of slits 17 in a side edge portion 11c of the front panel. The caulking piece is inwardly bent at its base end portion 16a and bent sideward at its distal end portion 16c to form a substantially L-shape. Side panels 12 whose forward end portions are abutted on an inner face 11a of the front panel 11. The side panels are formed along the forward end portions 12a with caulking holes 18 into which the caulking pieces 16 are adapted to be engaged. The front panel 11 is joined to a mount panel 2 in substantially intimate contact along its whole surface. The front panel 11 and the mount panel 2 are formed into an integral structure, whereby the mechanical strength in a direction of the thickness of the front panel can be maintained.

Abstract: In a shield case for housing an electronic equipment therein, a plurality of metal plates include a top plate, a bottom plate, a front plate, a rear plate, a pair of side plates, which are assembled to one another in a box-like shape. A projection is formed on an outer face of the rear plate. A stopper projection is formed on an outer face of each side plate. A rear face holding piece extends downwardly from a rear edge of the top plate. The rear face holding piece is formed with a holding member at a lower end portion thereof. The holding member elastically abuts on the outer face of the rear plate, after climbing over the projection. Side face holding pieces extend downwardly from side edges of the top plate. Each side face holding piece is formed with a notched portion at a lower end portion thereof.

Abstract: In a shield case for housing an electronic equipment therein, a plurality of metal plates include a top plate, a bottom plate, a front plate, a rear plate, a pair of side plates, which are assembled to one another in a box-like shape. A projection is formed on an outer face of the rear plate. A stopper projection is formed on an outer face of each side plate. A rear face holding piece extends downwardly from a rear edge of the top plate. The rear face holding piece is formed with a holding member at a lower end portion thereof. The holding member elastically abuts on the outer face of the rear plate, after climbing over the projection. Side face holding pieces extend downwardly from side edges of the top plate. Each side face holding piece is formed with a notched portion at a lower end portion thereof.

Abstract: A front panel 11 has a plurality of caulking pieces 16 each of which is formed in a tongue-like shape defined by a pair of slits 17 in a side edge portion 11c of the front panel. The caulking piece is inwardly bent at its base end portion 16a and bent sideward at its distal end portion 16c to form a substantially L-shape. Side panels 12 whose forward end portions are abutted on an inner face 11a of the front panel 11. The side panels are formed along the forward end portions 12a with caulking holes 18 into which the caulking pieces 16 are adapted to be engaged. The front panel 11 is joined to a mount panel 2 in substantially intimate contact along its whole surface. The front panel 11 and the mount panel 2 are formed into an integral structure, whereby the mechanical strength in a direction of the thickness of the front panel can be maintained.