Abstract: A server rack includes a frame, a support, and a securing member. The frame includes a first pole and a second pole connected to the first pole. The support is connected to the first pole and the second pole. The securing member includes a first fastening section, a second fastening section connected to the first fastening section, and a third fastening section connected to the first fastening section and the second fastening section. The first fastening section is received in the first pole, the second fastening section is received in the second pole, and the third fastening section is received in the support. The first fastening section and the second fastening section are located on a first plane, and the third fastening section is located on a second plane substantially perpendicular to the first plane. The first fastening section, the second fastening section, and the third fastening section share a base wall.

Abstract: A slider assembly includes a first slider (20) with a resiliently deformable positioning member (30) secured thereon, a second slider (40) slidably installed on the first slider, and a sliding member (50) slidably secured on the second slider and positioned between the first slider and the second slider. A protrusion (36) protrudes from the positioning member. The protrusion defines a receiving slot (362) therein. A restricting tab (46) protrudes from the second slider. A protrusion (52) protrudes from the sliding member. The sliding member defines a through slot (522) through the protrusion thereof for the restricting tab sliding therein. The sliding member is slidable to disengage the second slider from the first slider.

Abstract: A server rack assembly for supporting a receiving bracket accommodating a plurality of electronic components, includes a base, a pair of rails mounted on the base, and at least one pair of securing brackets. The base spacedly protrudes two pairs of opposite stands. At lease one first positioning hole is defined in each stand. Each rail spans between the respective stands and is mounted thereon. One of the securing brackets is securely mounted on a rear end of one of the rails, and the other securing bracket is slidably attached to a front end of the rail. Each securing bracket protrudes at least one positioning member for inserting in the at least one first positioning hole. A sliding member attached to each securing bracket elastically abuts against one corresponding stand for preventing the positioning member being disengaged from the positioning hole of the stand.

Abstract: A slide assembly includes a first slide (10), a second slide (20) slidably attached to the first slide, and a third slide (30) incorporated with a releasing member (50) slidably attached to the second slide. The first slide includes a stop (14) and a block (16). The second slide has a stop piece (28) and a slot (26) for movably receiving a retention pin (40). When the first, second, and third slides are in a fully extended state, the retention pin and the stop piece are resisted by the stop and the block of the first slide respectively, thereby restraining sliding movement between the second slide and the first slide; when the third slide is retracted from the fully extended state to a semi-extended state, the retention pin is lifted by the releasing member and disengaged from the stop, thereby allowing the second slide to retract into the first slide.

Abstract: A slide assembly for slidably mounts a server unit (100) to a rack (200), said slide assembly includes an inner slide (110), an outer slide (150) and a locking device (130). The inner slide has an inner side (111). A locking device disposed on the inner side of the inner slide at a distal end thereof, the locking device includes a spring (133), a locking member (135), and a base (131), the base has a receiving opening (1315), the locking member being held within the base and resiliently protruding out from the receiving opening by support of the spring. An outer slide slidably attached to the inner side of the inner slide, the outer slide defines an engaging opening (153) at a distal end corresponding to the locking member, the locking member in alignment with the engaging opening to limit a back and forth longitudinal movement of the inner slide.

Abstract: A slide assembly for slidably mounts a server unit (100) to a rack (200), said slide assembly includes an inner slide (110), an outer slide (150) and a locking device (130). The inner slide has an inner side (111). A locking device disposed on the inner side of the inner slide at a distal end thereof, the locking device includes a spring (133), a locking member (135), and a base (131), the base has a receiving opening (1315), the locking member being held within the base and resiliently protruding out from the receiving opening by support of the spring. An outer slide slidably attached to the inner side of the inner slide, the outer slide defines an engaging opening (153) at a distal end corresponding to the locking member, the locking member in alignment with the engaging opening to limit a back and forth longitudinal movement of the inner slide.

Abstract: A slide assembly includes a first slide (10), a second slide (20) slidably attached to the first slide, and a third slide (30) incorporated with a releasing member (50) slidably attached to the second slide. The first slide includes a stop (14) and a block (16). The second slide has a stop piece (28) and a slot (26) for movably receiving a retention pin (40). When the first, second, and third slides are in a fully extended state, the retention pin and the stop piece are resisted by the stop and the block of the first slide respectively, thereby restraining sliding movement between the second slide and the first slide; when the third slide is retracted from the fully extended state to a semi-extended state, the retention pin is lifted by the releasing member and disengaged from the stop, thereby allowing the second slide to retract into the first slide.

Abstract: A slider assembly includes a first slider (20) with a resiliently deformable positioning member (30) secured thereon, a second slider (40) slidably installed on the first slider, and a sliding member (50) slidably secured on the second slider and positioned between the first slider and the second slider. A protrusion (36) protrudes from the positioning member. The protrusion defines a receiving slot (362) therein. A restricting tab (46) protrudes from the second slider. A protrusion (52) protrudes from the sliding member. The sliding member defines a through slot (522) through the protrusion thereof for the restricting tab sliding therein. The sliding member is slidable to disengage the second slider from the first slider.

Abstract: A server rack assembly for supporting a receiving bracket accommodating a plurality of electronic components, includes a base, a pair of rails mounted on the base, and at least one pair of securing brackets. The base spacedly protrudes two pairs of opposite stands. At lease one first positioning hole is defined in each stand. Each rail spans between the respective stands and is mounted thereon. One of the securing brackets is securely mounted on a rear end of one of the rails, and the other securing bracket is slidably attached to a front end of the rail. Each securing bracket protrudes at least one positioning member for inserting in the at least one first positioning hole. A sliding member attached to each securing bracket elastically abuts against one corresponding stand for preventing the positioning member being disengaged from the positioning hole of the stand.

Abstract: A slide assembly (20) is attached to a side wall (11) of an electronic device. The side wall has a retaining member (113). The slide assembly includes a first slide (30), and a second slide (50) telescopically attached to the first slide. An engaging tab (33) is formed on the first slide for inserting in the retaining member in a lengthways direction to thereby secure the first slide to the side wall. A flexible fixing portion (41) is fixed on the first slide. The fixing portion blocks the retaining member in the lengthways direction for preventing engaging tab moving away from the retaining member. The fixing portion is reboundably moved away from the first slide in a lateral direction so as to release the retaining member from the engaging tab.