Abstract: A phosphinated (2,6-dimethylphenyl ether) oligomer, preparation method thereof and cured product. The phosphinated (2,6-dimethylphenyl ether) oligomer includes a structure represented by Formula (1): wherein X is a single bond, —CH2—, —O—, —C(CH3)2— or R?0, R0, R1, R2 and R3 are independently hydrogen, C1-C6 alkyl or phenyl; n and m are independently an integer from 0 to 300; p and q are independently an integer from 1 to 4; Y is hydrogen, U and V are independently an aliphatic structure.

Abstract: A phosphinated (2,6-dimethylphenyl ether) oligomer, preparation method thereof and cured product are provided. The phosphinated (2,6-dimethylphenyl ether) oligomer includes a structure represented by Formula (1): wherein X is a single bond, —CH2—, —O—, —C(CH3)2— or R?0, R0, R1, R2 and R3 are independently hydrogen, C1-C6 alkyl or phenyl; n and m are independently an integer from 0 to 300; p and q are independently an integer from 1 to 4; Y is hydrogen, U and V are independently an aliphatic structure.

Abstract: A cable tie including a belt, a base, a restricting part, and a controlling part is provided. The belt has a contacting side. The base is connected to a first end of the belt and has a through-hole. The restricting part is connected to the base and is located in the through-hole. The controlling part has a connecting portion, and a protruding portion and a pressing portion away from the connecting portion, and the connecting portion is connected to the base. When the belt passes through the through-hole, the contacting side defines a tying area for accommodating a tied object, and the protruding portion protrudes into the tying area. When the tied object pushes the protruding portion towards outside the tying area, the pressing portion presses the restricting part to restrict a movement of the belt.

Abstract: A rack-mounted, combined KVM switch with console is described. The combined KVM switch with console is attached to the rack by affixing the switch to two front posts of the rack. The monitor and input module of the console are hinged to the switch so that they can be independently swiveled. The user may easily position the monitor and the input module in various different positions for various purposes. A first locking mechanism releasably locks the input module to a horizontal position, and a second locking mechanism releasably locks the monitor to a vertical position.

Abstract: A sliding flat panel display and keyboard module for monitoring and controlling server computers on a server rack is described. The sliding flat panel display and keyboard module has an L-shaped supporting frame, a vertical sliding rail, a horizontal sliding rail, a flat panel display, and a keyboard. The vertical sliding rail and the horizontal sliding rail are respectively disposed on a vertical surface and a horizontal surface of the L-shaped supporting frame. The flat panel display couples to the vertical sliding rail and the keyboard couples to the horizontal sliding rail, so that the flat panel display and the keyboard are able to slide on the L-shaped supporting frame horizontally.

Abstract: A rack-mounted KVM module is configured for a server rack. An L-shaped supporting frame, which has a vertical plane and a horizontal plane, is coupled to the sever rack. A flat panel display is coupled to the vertical sliding rail to move along the L-shaped supporting frame horizontally. A keyboard module is coupled to the horizontal sliding rail to move along the L-shaped supporting frame horizontally. A positioning mechanism is disposed in the horizontal sliding rail. The positioning mechanism consists mainly of an outer rail, an inner rail, a link bracket, a latch and a positioning switch. The latch is swiveled to engage a notch of the latch in a block portion of the outer rail or to remove the notch thereof from the block portion to respectively lock or unlock a fixed position when the link bracket is slid along the inner rail by moving the positioning switch.

Abstract: Embodiments for a slider mounting module suitable for mounting a KVM assembly to a server rack are provided. In one embodiment, the slider mounting module includes a front rack mount and a back rack mount which are configured to couple together and be secured to a server rack. The coupling of the front rack mount to the back rack mount is adjustable to accommodate different depth server racks. The slider mounting module includes a front move plate slidably coupled to the front rack mount and a back move plate slidably coupled to the back rack mount. The front and back rack mounts provide a mounting surface for KVM assembly.

Abstract: A rack-mounted, combined KVM switch with console is described. The combined KVM switch with console is attached to the rack by affixing the switch to two front posts of the rack. The monitor and input module of the console are hinged to the switch so that they can be independently swiveled. The user may easily position the monitor and the input module in various different positions for various purposes. A first locking mechanism releasably locks the input module to a horizontal position, and a second locking mechanism releasably locks the monitor to a vertical position.

Abstract: A sliding flat panel display and keyboard module for monitoring and controlling server computers on a server rack is described. The sliding flat panel display and keyboard module has an L-shaped supporting frame, a vertical sliding rail, a horizontal sliding rail, a flat panel display, and a keyboard. The vertical sliding rail and the horizontal sliding rail are respectively disposed on a vertical surface and a horizontal surface of the L-shaped supporting frame. The flat panel display couples to the vertical sliding rail and the keyboard couples to the horizontal sliding rail, so that the flat panel display and the keyboard are able to slide on the L-shaped supporting frame horizontally.

Abstract: A sliding flat panel display and keyboard module for monitoring and controlling server computers on a server rack is described. The sliding flat panel display and keyboard module has an L-shaped supporting frame, a vertical sliding rail, a horizontal sliding rail, a flat panel display, and a keyboard. The vertical sliding rail and the horizontal sliding rail are respectively disposed on a vertical surface and a horizontal surface of the L-shaped supporting frame. The flat panel display couples to the vertical sliding rail and the keyboard couples to the horizontal sliding rail, so that the flat panel display and the keyboard are able to slide on the L-shaped supporting frame horizontally.

Abstract: A rack-mounted KVM module is configured for a server rack. An L-shaped supporting frame, which has a vertical plane and a horizontal plane, is coupled to the sever rack. A flat panel display is coupled to the vertical sliding rail to move along the L-shaped supporting frame horizontally. A keyboard module is coupled to the horizontal sliding rail to move along the L-shaped supporting frame horizontally. A positioning mechanism is disposed in the horizontal sliding rail. The positioning mechanism consists mainly of an outer rail, an inner rail, a link bracket, a latch and a positioning switch. The latch is swiveled to engage a notch of the latch in a block portion of the outer rail or to remove the notch thereof from the block portion to respectively lock or unlock a fixed position when the link bracket is slid along the inner rail by moving the positioning switch.

Abstract: A sliding module positioning device for locking a sliding module at a predetermined position on a rack is described. The sliding module positioning device includes a base, a positioning pin, an elastic device, an internal pushing member, and an external control member. The positioning pin is moveable on the base and coupled to the elastic device for pushing the positioning pin into a positioning hole on a positioning bracket. The internal pushing member can push the positioning pin away from the positioning hole. The external control member connects with the internal pushing member, and the positioning pin couples to an inner surface of the internal pushing member to prevent the positioning pin protruding from the external control member after the positioning pin is moved away from the positioning hole. The positioning device further utilizes an elastic piece for coupling the positioning pin to the positioning hole.

Abstract: A sliding module positioning device for locking a sliding module at a predetermined position on a rack is described. The sliding module positioning device includes a base, a positioning pin, an elastic device, an internal pushing member, and an external control member. The positioning pin is moveable on the base and coupled to the elastic device for pushing the positioning pin into a positioning hole on a positioning bracket. The internal pushing member can push the positioning pin away from the positioning hole. The external control member connects with the internal pushing member, and the positioning pin couples to an inner surface of the internal pushing member to prevent the positioning pin protruding from the external control member after the positioning pin is moved away from the positioning hole. The positioning device further utilizes an elastic piece for coupling the positioning pin to the positioning hole.

Abstract: A sliding flat panel display and keyboard module for monitoring and controlling server computers on a server rack is described. The sliding flat panel display and keyboard module has an L-shaped supporting frame, a vertical sliding rail, a horizontal sliding rail, a flat panel display, and a keyboard. The vertical sliding rail and the horizontal sliding rail are respectively disposed on a vertical surface and a horizontal surface of the L-shaped supporting frame. The flat panel display couples to the vertical sliding rail and the keyboard couples to the horizontal sliding rail, so that the flat panel display and the keyboard are able to slide on the L-shaped supporting frame horizontally.