King Slide Technology

A slide rail assembly(20) is provided and includes a first rail(22), a second rail(24), a third rail(26), an auxiliary member(34) and a damping device(38). The third rail(26) is located between the first rail(22) and the second rail(24), and the first rail(22), the second rail(24) and the third rail(26) are displaceable relative to one another. The auxiliary member(34) is arranged on the second rail(24). The damping device(38) is arranged on the third rail(26). When the second rail(24) displaces from an extended position(E) in a retracting direction(D2), the third rail(26) displaces relative to the first rail(22) in the retracting direction(D2), and the damping device(38) is configured to abut against the auxiliary member(34) on the second rail(24) to provide a resistance force for decelerating a displacement of the second rail(24) from the extended position(E) in the retracting direction(D2).

A slide rail assembly (20) adapted for a rack is provided and includes a first rail (22), a second rail (24) and a mounting fitting (26). A first bracket (30) is arranged on the first rail (22). The first rail (22) is mounted on the rack by the first bracket (30). The second rail (24) is displaceable relative to the first rail (22) longitudinally. The mounting fitting (26) includes a connecting portion (48). One of the first rail (22) and the first bracket (30) includes a predetermined feature (46). When the second rail (24) is located at a retracted position (R) relative to the first rail (22) and the connecting portion (48) of the mounting fitting (26) is detachably connected to the predetermined feature (46), the mounting fitting (26) prevents the second rail (24) from displacing away from the retracted position (R) in an opening direction (D1).

A handle assembly(32) adapted for a carried object(24) is provided and includes a housing(52), a handle member(56) and a locking member(58). The housing(52) is detachably mounted on the carried object(24). The handle member(56) is movably mounted on the housing(52). The locking member(58) is movably mounted on the housing(52). The locking member(58) includes a locking portion(33). When the handle member(56) is in a first state(S1), the locking portion(33) of the locking member(58) protrudes out of the housing(52) in a transverse direction. When the handle member(56) is operated from the first state(S1) to a second state(S2), the handle member(56) drives the locking member(58) to retract the locking portion(33) of the locking member(58) into the housing(52). Besides, a related supporting mechanism is also provided.

A bracket device(24) arranged on a slide rail(22) and configured to be mounted on a rack is provided and includes a reinforcing member(28), a first bracket(30), a first supporting member(32), a second supporting member(34) and a second bracket(36). The reinforcing member(28) is connected to the slide rail(22). The first bracket(30) is arranged on one of the slide rail(22) and the reinforcing member(28). The first supporting member(32) and the second supporting member(34) are movable relative to the reinforcing member(28). The second bracket(36) is arranged on the second supporting member(34). The first supporting member(32) can be positioned at different predetermined positions relative to the reinforcing member(28), so as to enable a first mounting member(44) on the first bracket(30) and a second mounting member(56) on the second bracket(36) to be spaced apart from each other by different distances. Besides, a related slide rail mechanism(20)is also provided.

A bracket assembly (200) includes a first bracket (202) and a second bracket (206). The first bracket (202) is arranged with a first mounting member (204) . The second bracket (206) is movable relative to the first bracket (202), and is arranged with a second mounting member (208). A supporting member (212) is arranged on one side of the second bracket (206) and configured to support a carried object (214). The supporting member (212) is arranged with a mounting feature (216) configured to mount a portion of the carried object (214).

A bracket assembly (200) includes a first bracket (202), a second bracket (206) and a supporting member (212). The first bracket (202) is arranged with a first mounting member (204). The second bracket (206) is movable relative to the first bracket (202), and is arranged with a second mounting member (208). The supporting member (212) is arranged on one side of the second bracket (206) and configured to support a carried object (214). The supporting member (212) includes a mounting feature (216) and configured to mount a portion of the carried object (214). The first bracket (202) includes a reinforcement structure (238) located adjacent to the mounting feature (216).

Abracket assembly (20) includes a first bracket (22) arranged with a first mounting member (34), a second bracket (24) arranged with a second mounting member (44), a toothed bar (26) arranged on the first bracket (22), a working member (28, 30) arranged on the second bracket (24) and configured to be engaged with the toothed bar (26), and an operating member (32). When the working member (28, 30) is engaged with the toothed bar (26), the first bracket (22) is only movable relative to the second bracket (24) along a first direction, and the second bracket (24) is only movable relative to the first bracket (22) along a second direction opposite to the first direction, such that a distance defined between the first and second mounting members (34, 44) is adjustable. The operating member (32) is configured to disengage the working member (28, 30) from the toothed bar (26).

A slide rail mechanism is provided and includes a first slide rail assembly(24), a second slide rail assembly(26) and a locking member(30). Each of the first slide rail assembly(24) and the second slide rail assembly(26) includes a first rail(42, 86) and a second rail(44, 84). The second rails(44, 84) of the first slide rail assembly(24) and the second slide rail assembly(26) are displaceable relative to the corresponding first rails(42, 86), respectively. When the second rail(44) of the first slide rail assembly(24) is displaced in an opening direction(D1), the locking member(30) is driven to move from a first predetermined position(P1) to a second predetermined position(P2) to prevent the second rail(84) of the second slide rail assembly(26) from displacing in the opening direction(D1).

A slide rail mechanism is provided and includes a first slide rail assembly(200), a second slide rail assembly(206) and a locking member(230). Each of the first slide rail assembly(200) and the second slide rail assembly(206) includes a first rail(204, 210) and a second rail(202, 208). The second rails(202, 208) of the first slide rail assembly(200) and the second slide rail assembly(206) are displaceable relative to the corresponding first rails(204, 210), respectively, from a retracted position(R) to a working position(W) by a predetermined distance(G) in an opening direction(D1). When the second rail(202) of the first slide rail assembly(200) is displaced from the retraced position or the working position(W) in the opening direction(D1), the locking member(230) is driven to move from a first predetermined position(P1) to a second predetermined position(P2) to prevent the second rail(208) of the second slide rail assembly(206) from displacing from the working position(W) in the opening direction(D1).

A slide rail assembly(20,200) is provided and includes a first rail(22,205) having a predetermined feature(34), a second rail(24,212), a resilient member(48,206) arranged on the second rail(24,212), and an operating member(50,202) movable relative to the second rail(24,212). The operating member(50,202) at a first operating position(K1,K1') is configured to abut against the resilient member(48,206) to prevent the resilient member(48,206) from being blocked by the predetermined feature(34), thereby allowing the resilient member(48,206) to pass over the predetermined feature(34) as the second rail(24,212) is displaced relative to the first rail(22,205) along a first direction(D1). The operating member(50,202) at a second operating position(K2,K2') is configured not to abut against the resilient member(48,206) to allow the resilient member(48,206) to be blocked by the predetermined feature(34), thereby stopping the second rail(24,212) at a working position(W) when the second rail(24,212) is displaced and reaches the working position(W) relative to the first rail(22,205) along the first direction(D1).