Server cabinet with guiding fixtures

A server cabinet, comprising:

• two brackets spaced from each other, each of the brackets defining a plurality of latching holes therein;
• and
• a plurality of pairs of guiding fixtures coupled to the two brackets, the guiding fixtures of each pair being substantially at the same level and respectively engaged in two of the latching holes of the brackets, each of the guiding fixtures comprising:
• a supporting member comprising a main plate defining an opening corresponding to the latching hole of one corresponding bracket and a supporting arm extending from the main plate towards the space;
• a latching member comprising a resisting plate and a pivot extending from the resisting plate through the opening of the main plate and the latching hole of the corresponding bracket, a plurality of protrusions extending outwards from an end of the pivot, the protrusions engagable with the corresponding bracket at a periphery of the latching hole by rotating the latching member after the pivot has extended through the latching hole of the corresponding bracket;
• and
• a resilient member, the resilient member and the resisting plate being located at opposite sides of the main plate, the resilient member comprising a main body and a supporting body extending from the main body towards the space, and an aperture being defined in the main body corresponding to the opening.

A guiding fixture for supporting a server in a server cabinet, the guiding fixture comprising:

• a latching member comprising a resisting plate and a pivot extending from the resisting plate, a plurality of protrusions extending outwards from an end of the pivot farthest away from the resisting plate;
• a supporting member comprising a main plate and a supporting arm extending outwards from a lateral side of the main plate, the main plate defining a circular hole through which the pivot is extendable and a plurality of slots extending radially and outwards from the circular hole through which the protrusions are extendable, respectively;
• and
• a resilient member, the resilient member comprising a main body and a supporting body extending from the main body, the supporting body overlapping the supporting arm, the main body and the resisting plate being located at opposite sides of the main plate, the main body defining a central hole corresponding to the circular hole and a plurality of slits around the central hole, the slits and the slots being alternating along a circumferential direction of the central hole;
• wherein when the pivot is extended through the circular hole and the protrusions are extended through the slots, the latching member is rotatable such that a portion of the server cabinet is retained between the resisting plate and the protrusions;
• and the supporting arm is positioned where it can support a portion of the server.