Abstract: A hard disk mounting assembly includes a chassis (10), a first cage (20) mounted to the chassis, a hard disk drive(40) (HDD) and a second cage (60). The HDD defines a plurality of fixing openings (42). The first cage includes a plurality of mounting pillars (28) resilient connected with the cage and received in the fixing openings of the HDD at one end portion. The first cage further defines a pair of engaging apertures (34) at opposite sides thereof. The second cage has a base (62) and two connecting arms (68) depending from the base. the base forms a plurality of elastic fingers (66). The first cage is mounted to the chassis and the HDD is received in the first cage, the second cage hitches the first cage by the connecting arms with the elastic fingers pressing the HDD, thereby mounting the HDD to the chassis.

Abstract: A data storage device mounting assembly for mounting a data storage device (400) with screws (401) includes a bracket (100), and an operating member (200). The bracket includes a first sidewall (130) and a second sidewall (150) each defining a groove (131) therein. The first sidewall includes a protrusion (137) near the groove. The operating member comprises a locking portion (220) with a cutout (222) and a fixing hole (224). The operating member is rotatably attached to the first sidewall of the bracket. The data storage device is slidably moved into the bracket with screws sliding in the grooves. The data storage device is secured in the bracket with the screw held in the cutout and the protrusion received in the fixing hole of the operating member.

Abstract: A data storage device mounting assembly for mounting a data storage device (400) with screws (401) includes a bracket (100), and an operating member (200). The bracket includes a first sidewall (130) and a second sidewall (150) each defining a groove (131) therein. The first sidewall includes a protrusion (137) near the groove. The operating member comprises a locking portion (220) with a cutout (222) and a fixing hole (224). The operating member is rotatably attached to the first sidewall of the bracket. The data storage device is slidably moved into the bracket with screws sliding in the grooves. The data storage device is secured in the bracket with the screw held in the cutout and the protrusion received in the fixing hole of the operating member.