Abstract: A method for individualizing message nicknames is provided. The method includes creating a nickname conversion table that contains a message address and the corresponding nicknames; receiving messages, converting the sender nickname or recipient nickname in the message according to the nickname conversion table; and sending the converted message out. An apparatus for individualizing message nicknames is also provided. The method and apparatus enable a user to set individualized nickname information; the nickname information can be shared by multiple terminals of a user uniformly, and can be stored in a server securely and reliably. A message server and terminal are also provided.

Abstract: A server cabinet includes a rack and a server unit installed in the rack. The server unit includes a casing with a rear wall and a sidewall substantially perpendicular to the rear wall, a motherboard accommodated in the casing, an installing bracket installed to the rear wall adjacent to the sidewall, a connector apparatus received in the installing bracket and electrically connected to the motherboard, and a cable with a connector. The installing bracket defines a through hole adjacent to the sidewall. The connector apparatus is aligned with the through hole. The connector of the cable extends through the through hole to be connected to the connector apparatus.

Abstract: A server cabinet includes a rack and a server unit installed in the rack. The server unit includes a receiving portion extending rearward from a rear wall of the server unit adjacent to a sidewall of the server unit, a motherboard with a first connector, and a cable with a second connector. The motherboard is received in the server unit. The first connector is received in the receiving portion. The receiving portion defines a through hole adjacent to the sidewall. The second connector of the cable extends through the through hole, to be connected to the first connector of the motherboard.

Abstract: A holding device includes a loading frame and two mounting plates. The loading frame includes a base portion for loading an HDD and a pair of sidewalls perpendicularly extending from the base portion. The sidewalls are parallel to each other. Each sidewall includes two sliding ribs substantially perpendicularly extending from a surface thereof away from the other sidewall. The two mounting plates are opposite to each other. Each mounting plate includes two guiding rails substantially perpendicularly extending from a surface thereof toward the other mounting plate. The two sliding ribs of each sidewall are configured to be slid into the two guiding rails of a corresponding mounting plate.

Abstract: A server cabinet includes a housing, a switch, and two fastening members. The housing includes two posts. The switch includes two opposite sidewalls. Each fastening member includes a fastening plate with a first end of the fastening plate fastened to a corresponding post, a connection plate slantingly extending from the fastening plate, and two mounting plates respectively extending from a second end of the fastening plate and a distal end of the connection plate and perpendicular to the fastening plate. The mounting plates of each fastening member are fastened to a corresponding sidewall.

Abstract: An interface device includes a circuit assembly, a fastening member having the circuit assembly accommodated and fastened inside; and a housing receiving the fastening member assembled inside. The fastening member removably secures the interface device to a periphery of a server. A server employing the present interface device is also described.

Abstract: A motherboard having a disk on module (DOM) module includes a connector arranged on the DOM, two first signal input pins and two first signal output pins connected to a control chip of the DOM, a first power pin connected to a first power unit of the DOM, and four first ground pins grounded. A socket to receive the connector includes two second signal input pins and two second signal output pins connected to a serial advanced technology attachment (SATA) control chip of the motherboard, a second power pin connected to a second power unit of the motherboard, and four second ground pins grounded.

Abstract: An electronic device includes a chassis including a bottom wall, a bracket fixed to the bottom wall, a data storage assembly received in the bracket, and a connector assembly. The connector assembly includes a main body and two mounting members. The mounting members are fixed to the chassis and the bracket. The main body is slidably arranged between the mounting members. The main body includes a first side surface and a second side surface, a first signal connector and a power connector are set on the first side surface, the first signal connector is to electrically connect with a motherboard of the electronic device, the power connector is to connect with a power supply, a plurality of second signal connectors are set on the second side surface, to electrically connect with the data storage assembly.

Abstract: A server cabinet for receiving a server includes two sidewalls forming two rails to support the server. A fixing board perpendicularly extends from a rear side of each sidewall toward the other sidewall and longitudinally defines a number of through holes. Each fixing board includes a blocking member. The blocking member includes a main portion, two curved claws extending from top and bottom ends of the main portion to be engaged in two through holes of the fixing board, and an extension piece extending from a side of the main portion to block a rear side of the server.

Abstract: A server cabinet for receiving a server includes two sidewalls forming two rails to support the server. A fixing board perpendicularly extends from a rear side of each sidewall toward the other sidewall and longitudinally defines a number of through holes. Each fixing board includes a blocking member. The blocking member includes a main portion, two curved claws extending from top and bottom ends of the main portion to be engaged in two through holes of the fixing board, and an extension piece extending from a side of the main portion to block a rear side of the server.

Abstract: A cabinet includes two opposite horizontal brackets and a resilient plate. Each bracket includes a stop plate and a supporting plate. A through hole is defined in one of the stop plates adjacent to a front end of the stop plate. A first end of the resilient plate is mounted to an outer surface of said one of the stop plates adjacent to the through hole. A latching pole protrudes from an inner surface of the resilient plate. A distal end of the latching pole extends through the through hole and forms two slanted surfaces at front and rear sides of the distal end. When a server supported on the supporting plates is slid forwards to depart from the cabinet, the distal end of the latching pole engages in a latching hole of the server, to remind a user that the server will separate from the brackets.

Abstract: A server rack includes a rectangular rack frame, and two mounting brackets. The rack frame includes four support posts. Each post includes a side attachment flange parallel to a lengthwise direction of the rack frame, and an end attachment flange parallel to a transverse direction of the rack frame. The rack frame defines an access in a front of the rack frame for a server unit sliding into or out of the rack frame. Each of the mounting brackets can be selectively fixed between the side attachment flanges of the corresponding support posts to support the server unit, or between the end attachment flanges of the corresponding support posts to shield the access, thereby preventing air from flowing through the access to decrease heat dissipation efficiency.

Abstract: An electronic device includes a chassis including a bottom wall, a bracket fixed to the bottom wall, a data storage assembly received in the bracket, and a connector module. The connector module includes a main body and two mounting members. The mounting members are fixed to the chassis and the bracket. The main body is slidably arranged between the mounting members. The main body includes a first side surface and a second side surface, a first signal connector and a power connector are set on the first side surface, the first signal connector is to electrically connect with a motherboard of the electronic device, the power connector is to connect with a power supply, a plurality of second signal connectors are set on the second side surface, to electrically connect with the data storage assembly.

Abstract: A server cabinet includes a housing and a cable management bracket. The cable management bracket is connected between a front end and a rear end of a side of the housing. The cable management bracket longitudinally defines a number of receiving spaces for cables extending through.

Abstract: A serial advanced technology attachment (SATA) DIMM device includes a board body. A control chip is arranged on the board body. First and second extending boards extend from an end of the board body and a space is defined between the first and the second extending boards. A first edge connector is set on the first extending board and a second edge connector is set on the bottom edges of the second extending board and the board body. The first edge connector includes a number of signal pins connected to the control chip, and a number of ground pins.

Abstract: A serial advanced technology attachment assembly includes a solid state drive and a serial advanced technology attachment. The solid state drive extends in a first longitudinal direction. The serial advanced technology attachment includes a first connector and a second connector; the first connector electrically connects the serial advanced technology attachment, the second connector extends in a second longitudinal direction parallel to the first longitudinal direction.

Abstract: A disk on module device includes a serial advanced technology attachment (SATA) connector connected to a SATA interface of a motherboard, a universal serial bus (USB) connector connected to a USB interface of the motherboard, a power unit, a control chip, and a number of storage chips. The power unit is connected to a power pin of the USB connector, to receive electrical power from the motherboard through the USB connector and converts the received voltage to make it suitable for the control chip and the storage chips. The control chip is connected to the SATA connector and the storage chips, to receive a control signal from the motherboard through the SATA connector and control the storage chips to store data.

Abstract: A fastening device for a hard disk drive (HDD) includes a bracket and a bottom plate. The bracket includes a base plate to support the HDD. Two latching tabs extend down from opposite sides of the base plate. A fastening tab extends out from a first end of the base plate. Two blocks protrude from the bottom plate. A hooking slot is defined in each block. The latching tabs are operable to engage in the hooking slots. A fastener is operable to extend through the fastening tab and engage in the bottom plate.

Abstract: A server enclosure includes a housing, at least one cable, a partition board, and a sealing member. The partition board is securely received in the housing and defines a through hole through which the at least one cable passes. The sealing member plugs the through hole. The sealing member is made of elastic materials, and defines at least one elastic deformation portion through which the at least one cable passes and by which the at least one cable is clamped.

Abstract: The present invention relates to mobile communication technologies, and discloses a method and a device for handover between User Equipment (UE) in a process of sending a message to enable the after-handover UE receive messages accurately. The method includes: receiving a UE handover request sent by a before-handover UE, wherein the UE handover request carries an identifier of an after-handover UE and indication parameters for sending a message; and sending the message to the after-handover UE according to the identifier of the after-handover UE and the indication parameters for sending the message. The embodiments of the present invention are applied to handover between UEs in the process of sending a message.