Abstract: A fixing assembly includes a base with a receiving slot, a bracket rotatably connected to the base along its length direction, and a functional component on the bracket. The bracket has a resilient structure that deforms elastically and exerts a force toward the base when the bracket rotates away. The functional component contacts the memory module, and the receiving slot is for installing the memory module.

Abstract: A joint module for cutting coolant circuit in server comprises a shell, a plug connector, folding mechanism, and a switch. The plug connector is placed on the shell and movable in a first direction between a first position and a second position for connecting a plug. The folding mechanism is connected to the shell and the plug connector and is used for moving the plug connector. The switch is placed on the shell with a first condition and a second condition. When the switch is in the first condition, the folding mechanism is unfolded, the plug connector is on the first position and is connected to the plug, when the switch is in the second condition, the folding mechanism is folded, the plug connector is on the second position and is disconnected to the plug. A server and a computing system with the joint module is also disclosed.

Abstract: A joint module for cutting coolant circuit in a server comprises a base, a first moving piece, a second moving piece, a drive component, and a plug connector located on the first moving piece. The first moving piece is movable in a first direction between a first position and a second position. The second moving piece is movable in a second direction between a third position and a fourth position. The drive component moves the second moving piece. When the second moving piece is on the third position, the first moving piece is on the first position and the plug connector is connected to a plug. When the second moving piece is on the fourth position, the first moving piece is on the second position and the plug connector is disconnected with the plug. A server and a computing system with the joint module are also disclosed.

Abstract: A joint module for cutting coolant circuit in server comprises a shell, a moving piece, a rotating piece, a driving piece, and a plug connector. The moving piece is movable in the shell between a first position and a second position. The rotating piece is rotatable in the shell between a first angle and a second angle. The driving piece is located on the shell and is used for rotating the rotating piece. The plug connector is located on the moving piece and is used for connecting a plug. When the driving piece rotates the rotating piece from the first angle to the second angle, the moving piece moves from the first position to the second position, the plug connector moves towards the shell and disconnects the plug. A server and a computing system with the joint module is also disclosed.

Abstract: A joint module for offsetting manufacturing tolerance comprises an outer joint support, a middle joint support, an inner joint support, a plug connector, and a reset component. The middle joint support is rotatably and movably connected to the outer joint support along a first axis. The inner joint support is rotatable and movable connected to the middle joint support along a second axis. The plug connector is connected to the inner joint support. The reset component is placed between the outer joint support, the middle joint support, and the inner joint support to reset the middle joint support and the inner joint support. When the joint module is reset, a third axis of the plug connector is perpendicular to the first axis and the second axis, the plug connector moves along the third axis to connect a plug. A computing device with the joint module is also disclosed.

Abstract: A connector for connecting to a first connecting member comprises a first supporting member, a second supporting member and an elastic member. A mounting hole is defined on the first supporting member for movable connecting to the first supporting member. The second supporting member is configured to be able to deflect axially relative to the first supporting member. The elastic member comprises a first ring body and a second ring body. A gap is defined between the first ring body and the second ring body for translating or deflecting the first ring body relative to the second ring body. When the second supporting member moves and/or deflects relative to the first supporting member, the first ring body and the second ring body are forced to translate and/or deflect relative to each other. The connector is applied in the server and computer for accommodating the accumulated tolerance.

Abstract: A joint module for offsetting manufacturing tolerance comprises an outer joint, a middle joint, an inner joint, a plug connector, and a reset component. The middle joint is movable in radial directions of an axis of the outer joint. The inner joint is rotatable around radial directions of an axis of the middle joint, and the axis of the middle joint is parallel to the axis of the outer joint. The plug connector is fixed to the inner joint. The reset component is placed between the outer joint, the middle joint, and the inner joint, to reset the middle joint and the inner joint until the axis of the plug connector, the outer joint, and the middle joint are coincided. A server system with the joint module is also disclosed.

Abstract: A cable management device in a server chassis able to hold and safeguard a greatly extended range of cable lengths, and server chassis including same, comprises connecting assembly, sliding rail assembly, and cable management assembly. The sliding rail assembly includes parallel first and second sliding rails, the first sliding rail including outer, middle, and inner rails, and the second sliding rail including similar outer, middle, and inner rails. The assembly includes first to fourth sliding arms, together with a supporting bar. The first sliding arm is movably connected to the outer rail of the second sliding rail, and the fourth sliding arm is movably connected to the inner rail of the first sliding rail. One end of the supporting bar is connected to the middle rail of the first sliding rail, the other end is connected to the middle rail of the second sliding rail.

Abstract: A cable management device in a server chassis able to hold and safeguard a greatly extended range of cable lengths, and server chassis including same, comprises connecting assembly, sliding rail assembly, and cable management assembly. The sliding rail assembly includes parallel first and second sliding rails, the first sliding rail including outer, middle, and inner rails, and the second sliding rail including similar outer, middle, and inner rails. The assembly includes first to fourth sliding arms, together with a supporting bar. The first sliding arm is movably connected to the outer rail of the second sliding rail, and the fourth sliding arm is movably connected to the inner rail of the first sliding rail. One end of the supporting bar is connected to the middle rail of the first sliding rail, the other end is connected to the middle rail of the second sliding rail.

Abstract: A server cabinet which can be assembled and disassembled by means of a buckle instead of screws includes a fixing plate and a sliding rail structure. The fixing plate defines restriction holes. The sliding rail structure comprises a rail assembly and a buckle. The rail assembly includes first and second limiting portions. The second limiting portion passes through the restriction hole and is disposed on a first side of the fixing plate. The first limiting portion, with a first limiting hole, is disposed on a second side of the fixing plate opposite to the first side. The second limiting portion, with a second limiting hole, communicates with the first limiting hole. The buckle is hooked and passes through the first limiting hole to abut the first side, and can be disengaged from the first side by rotation.

Abstract: A sliding rail positioning device includes a first rail, a second rail, and a third rail. The second rail includes a second body and a second holding member. The second body defines a first receiving hole. The third rail includes a third body and a third holding member. When the second body is driven by the first rail to slide out, the third holding member is biased toward the second body to be received in the first receiving hole, so that the second body cannot be retracted back. When the first rail is retracted, the first rail presses the second holding member to press the third holding member out of the first receiving hole so that the second body can be retracted.

Abstract: A non-permanent bracket assembly for a server cabinet which can hold a server only or a server and a power distribution unit includes a slide member and a fixing member. One end of the slide member can be mounted to a cabinet for supporting a server. The fixing member is detachably positioned at the other end of the slide member. The other end of the slide member is mounted to the cabinet through the fixing member, and the fixing member is further configured to fix a power distribution unit.

Abstract: A sliding rail positioning device includes a first rail, a second rail, and a third rail. The second rail includes a second body and a second holding member. The second body defines a first receiving hole. The third rail includes a third body and a third holding member. When the second body is driven by the first rail to slide out, the third holding member is biased toward the second body to be received in the first receiving hole, so that the second body cannot be retracted back. When the first rail is retracted, the first rail presses the second holding member to press the third holding member out of the first receiving hole so that the second body can be retracted.

Abstract: A slide rail assembly includes an inner rail, a middle rail slidably coupled to the inner rail, and an outer rail slidably coupled to the middle rail. The inner rail includes a first body and a latching member. The latching member extends from the first body to the middle rail. The middle rail includes a second body and a locking device. The locking device is fixedly coupled to the second body. The locking device defines a latching hole configured to receive the latching member so that the middle rail moves together with the inner rail relative to the outer rail to extend to a designated position and length of the slide rail assembly.

Abstract: A server cabinet which can be assembled and disassembled by means of a buckle instead of screws includes a fixing plate and a sliding rail structure. The fixing plate defines restriction holes. The sliding rail structure comprises a rail assembly and a buckle. The rail assembly includes first and second limiting portions. The second limiting portion passes through the restriction hole and is disposed on a first side of the fixing plate. The first limiting portion, with a first limiting hole, is disposed on a second side of the fixing plate opposite to the first side. The second limiting portion, with a second limiting hole, communicates with the first limiting hole. The buckle is hooked and passes through the first limiting hole to abut the first side, and can be disengaged from the first side by rotation.

Abstract: A slide rail assembly includes an inner rail, a middle rail slidably coupled to the inner rail, and an outer rail slidably coupled to the middle rail. The inner rail includes a first body and a latching member. The latching member extends from the first body to the middle rail. The middle rail includes a second body and a locking device. The locking device is fixedly coupled to the second body. The locking device defines a latching hole configured to receive the latching member so that the middle rail moves together with the inner rail relative to the outer rail to extend to a designated position and length of the slide rail assembly.

Abstract: A non-permanent bracket assembly for a server cabinet which can hold a server only or a server and a power distribution unit includes a slide member and a fixing member. One end of the slide member can be mounted to a cabinet for supporting a server. The fixing member is detachably positioned at the other end of the slide member. The other end of the slide member is mounted to the cabinet through the fixing member, and the fixing member is further configured to fix a power distribution unit.

Abstract: A strengthened sliding assembly, for non-permanent storage, and able to function over longer sliding distances includes at least a first sliding rail and a second sliding rail. The first sliding rail includes a first board and a pair of first bending edges. The two first bending edges are positioned on both sides of the first board, which defines two first sliding grooves. The second sliding rail includes a second board and a pair of second bending edges. The two second bending edges are positioned on both sides of the second board. A part of each second bending edge is received in a first sliding groove. The second sliding rail can slide in first sliding grooves relative to first slide rail. The sliding assembly of the disclosure is increased load-bearing capacity and compact structure.

Abstract: A slide rail mechanism includes a first bracket and a second bracket. The first bracket is slidably coupled to the second bracket. The second bracket includes a second body and two second bent portions respectively extending toward each other from two longitudinal sides of the second body. A gap is defined between each second bent portion and the second body. The first bracket is slidably received in the gaps. The second bent portions limit a sliding direction of the first bracket relative to the second bracket. The first bracket is retracted or extended relative to the second bracket to adjust a combined length of the first bracket and the second bracket in a cabinet.

Abstract: An electronic device includes a chassis, a cover on the chassis, a fixing member fixed on the cover and a handling member. A pair of latches are arranged on the chassis and each define a latching hole. The fixing member includes a substrate and a pair of side plates each defining a locking groove. A pair of catches extend upwards from the substrate and each define a locking groove. Cooperatively the locking groove and the latching groove forms a closed groove. The handling member includes a pivot received in the closed groove, and a pair of shafts in the guiding grooves. Firstly, the handling member rotates around the shafts to cause the pivot to engage with the latch, and then rotates into the aperture around the pivot to cause the shafts to move upwards to make the cover moving relative to the chassis to lock with the chassis.