Quick-mount slide rail

A quick-mount slide rail adapted to be disposed on a rack, the rack having a plate body and a plurality of disposition holes that are formed in the plate body, said quick-mount slide rail comprising:

• a bracket including
• a side plate that extends in a front-rear direction and an up-down direction perpendicular to the front-rear direction, and
• a front plate that extends perpendicularly from a front edge of said side plate in a left-right direction perpendicular to the front-rear direction and the up-down direction, and that is adapted to abut against the plate body of the rack, said front plate having two through holes that are arranged in the up-down direction;
• and
• a connector slide module disposed on said bracket, and movable relative to said side plate along the front-rear direction among a plurality of locking positions, said connector slide module including a connector sliding block that has
• a block body, and
• two stepped cylindrical connectors extending forwardly from said block body and extending respectively through said through holes of said front plate, each of said stepped cylindrical connectors having a plurality of cylindrical segments, outer diameters of said cylindrical segments decreasing sequentially and forwardly in the front-rear direction;
• wherein, when said connector slide module is moved to a selected one of the locking positions, one of said cylindrical segments of each of said stepped cylindrical connectors protrudes forwardly from said front plate for at least a predetermined distance and is adapted to be inserted into a respective one of the disposition holes of the plate body;
• wherein
• said bracket further includes two positioning plates extending from said side plate in the left-right direction, and located respectively over and under said block body of said connector sliding block,
• each of said positioning plates has a positioning slot wavy in shape,
• said positioning slot of each of said positioning plates has a plurality of positioning slot portions,
• said block body of said connector sliding block has at least one sliding slot formed through said block body in the up-down direction and extending in the left-right direction,
• said connector slide module further includes a positioning rod extending in the up-down direction through said at least one sliding slot and slidable along said at least one sliding slot, said positioning rod having opposite end portions that engage respectively and slidably said positioning slots of said positioning plates, and
• when said connector slide module is disposed at the selected one of the locking positions, said positioning rod is disposed at one of said positioning slot portions of said positioning slot of each of said positioning plates, and abuts against said positioning plates to prevent rearward movement of said positioning rod;
• and
• wherein said connector slide module further includes at least one positioning resilient member disposed in said at least one sliding slot for biasing said positioning rod, so as to position said positioning rod at a selected one of said positioning slot portions of said positioning slot of each of said positioning plates.