Abstract: A data writing method, a memory control circuit unit, and a memory storage device are provided. The method includes: receiving a first write command from a host system; selecting a first physical erasing unit from at least one physical erasing unit available for writing and writing data corresponding to the first write command to the first physical erasing unit by using a single page programming mode or a multi-page programming mode when the number of physical erasing units available for writing is greater than a first threshold; and selecting a second physical erasing unit from the at least one physical erasing unit available for writing and writing data corresponding to the first write command into the second physical erasing unit by only using the single page programming mode when the number of physical erasing units available for writing is not greater than the first threshold.

Abstract: A data writing method, a memory control circuit unit, and a memory storage device are provided.

Abstract: Methods and systems of signal generation for an electronic device are provided. First, a posture or a motion of an electronic device is detected by at least one sensor. It is determined whether the electronic device continuously moves in a predefined interval. When the electronic device does not continuously move in the predefined interval, a signal is generated. When the electronic device continuously moves in the predefined interval, a delay time is determined, and a signal is generated after the delay time.

Abstract: Methods and systems of signal generation for an electronic device are provided. First, a posture or a motion of an electronic device is detected by at least one sensor. It is determined whether the electronic device continuously moves in a predefined interval. When the electronic device does not continuously move in the predefined interval, a signal is generated. When the electronic device continuously moves in the predefined interval, a delay time is determined, and a signal is generated after the delay time.

Abstract: Management methods and systems for item change are provided. First, a plurality of items are provided. An instruction for performing a change between the items is received. When the change between the items is performed, a notification is generated to inform the performance of the corresponding change.

Abstract: Image capture methods and systems are provided. First, at least one identification data is received from at least one wearable electronic device via a wireless network, wherein the wearable electronic device actively broadcasts its identification data via the wireless network. Then, an image is captured using an image capture unit of an electronic device. When the image is captured, the at least one identification data and the image are associated, and the identification data and the image are automatically transmitted to a server via a network.

Abstract: Methods and systems for displaying graphic representations in a user interface are provided. First, a wireless signal generated by at least one specific electronic device is detected via a wireless network. Then, a signal strength of the wireless signal is obtained, and a visual representation manner of a graphic representation corresponding to the specific electronic device is determined according to the signal strength. Then, the graphic representation is displayed in a user interface via a display unit.

Abstract: Group event management methods and systems are provided. First, information about a group of wearable electronic devices is provided. Then, an event is received. The event is transmitted to the respective wearable electronic devices in the group via a wireless network, wherein the respective wearable electronic device performs a setting operation according to the event, such that the respective wearable electronic device executes the event when a specific condition is met.

Abstract: Angle-based item determination methods and systems are provided. First, the orientation of an electronic device is detected via at least one sensor. An included angle between a specific axis of the electronic device and a specific direction is obtained. Then, one of a plurality of items is determined according to the included angle.

Abstract: Management methods and systems for item change are provided. First, a plurality of items are provided. An instruction for performing a change between the items is received. When the change between the items is performed, a notification is generated to inform the performance of the corresponding change.

Abstract: A remote controlled power supply system includes a data processing system and at least one power supply. The data processing system outputs a power source ON/OFF signal to drive the power supply to switch either in a working state or a sleeping state. The power supply includes a signal integration unit and a communication unit. The signal integration unit receives a working parameter of the power supply and outputs a first ON/OFF signal to drive the data processing system to output the power ON/OFF signal to switch the state of the power supply state. The communication unit is linked to the signal integration unit to receive the working parameter and output the working parameter to a communication network. The administrators can acquire the working parameter through a remote control equipment and control the power supply at the remote site.

Abstract: A server rack assembly includes a base with a pair of opposite stands, a rack spanning between the stands, and a pair of mounting apparatuses respectively mounted on two ends of the rack. Each stand defines one first positioning hole therein. Each mounting apparatus includes a fixing member comprising a hook thereon for engaging with the corresponding first positioning hole of one of the stands, and a locking member comprising of a restriction portion slidably positioned on the fixing member and moveable between a first position and a second position. In the first position, the restriction portion is received in the corresponding first positioning hole. In the second position, the restriction portion is out of the corresponding first positioning hole.

Abstract: A connector mounting apparatus includes a hollow receiving member, and a securing bracket. The receiving member is used for receiving a connector interface. A securing opening is defined in the securing bracket to receive the receiving member. The securing bracket includes a first resilient contacting tab extending from a first edge of the securing opening. A free end of the first resilient contacting tab extends towards a center of the securing opening. The first resilient contacting tab is used for contacting the receiving member when the receiving member is received in the securing opening.

Abstract: A remote controlled power supply system includes a data processing system and at least one power supply. The data processing system outputs a power source ON/OFF signal to drive the power supply to switch either in a working state or a sleeping state. The power supply includes a signal integration unit and a communication unit. The signal integration unit receives a working parameter of the power supply and outputs a first ON/OFF signal to drive the data processing system to output the power ON/OFF signal to switch the state of the power supply state. The communication unit is linked to the signal integration unit to receive the working parameter and output the working parameter to a communication network. The administrators can acquire the working parameter through a remote control equipment and control the power supply at the remote site.

Abstract: A server rack assembly includes a base with a pair of opposite stands, a rack spanning between the stands, and a pair of mounting apparatuses respectively mounted on two ends of the rack. Each stand defines one first positioning hole therein. Each mounting apparatus includes a fixing member comprising a hook thereon for engaging with the corresponding first positioning hole of one of the stands, and a locking member comprising of a restriction portion slidably positioned on the fixing member and moveable between a first position and a second position. In the first position, the restriction portion is received in the corresponding first positioning hole. In the second position, the restriction portion is out of the corresponding first positioning hole.

Abstract: A server rack includes a base and a receiving bracket secured to the base. The base includes a pair of parallel guiding rails. A limiting member is formed on each guiding rail and extends along a first direction. A horizontal guiding slot is defined in the limiting member along an extension direction of each guiding rail. The receiving bracket is supported on and slidable long the guiding rails in the first direction, including a pair of opposite sidewalls parallel to the guiding rails. A horizontal sliding portion is formed on each sidewall of the receiving bracket corresponding to the guiding slot of the limiting member, and engaged with the guiding slot in a second direction perpendicular to the first direction when the receiving bracket is entirely retracted into the base, to prevent the receiving bracket shaking relative to the base during shipment.

Abstract: A drive bracket assembly includes a drive bracket and a back panel. The drive bracket includes a first side plate and a second side plate with a securing post. The securing post includes a thin shank portion and a thick head portion. The back panel has a first edge and a second edge, and defines a locking hole corresponding to the securing post. The locking hole has an inserting hole and a restricting hole. In assembly, the securing post inserts into the inserting hole of the back panel with the head portion passing through the inserting hole and the shank portion received in the inserting hole. The back panel moves to have the first edge resisting against the first side plate. The shank portion of the securing post moves into the restricting hole to sandwich the back panel between the head portion of the securing post and the second side plate.

Abstract: An electronic device assembly includes an electronic device, a transfer card configured for connecting the electronic device to another electronic device, and a fixing board for mounting the transfer card to the electronic device. The electronic device includes a front wall defining a port. The transfer card is coupled to the electronic device. The transfer card comprises a printed circuit board perpendicular to the front wall, a first connector arranged on the elongated printed circuit board and protruding beyond a first longitudinal edge of the printed circuit board for engagement in the port in the front wall of the electronic device, and a second connector arranged on the printed circuit board and protruding beyond an opposite second longitudinal edge of the printed circuit board.

Abstract: A mounting apparatus includes a securing mechanism, a drive bracket (20), and a fastener (50). The securing mechanism has a securing hole (15) defined in a circuit board (10). The drive bracket includes first and second side plates (23, 24). The first side plate defines a mounting hole (237) therein, corresponding to the securing hole of the circuit board. The second side plate forms two lines of tabs (243) for sandwiching the circuit board therebetween. The fastener engages into the securing hole of the securing mechanism and the mounting hole of the drive bracket, for preventing the circuit board releasing from the tabs.

Abstract: A mounting apparatus includes a first cage (10) and a second cage (20). The first cage includes a plurality of damping members (30). Each of the damping members has a rotatable portion (32). The rotatable portions are rotatable relative to the first cage about rotational axes thereof. The second cage is capable of sliding into the first cage in a sliding direction, and contacting with the rotatable portions of the damping members. The rotational axes of the rotatable portions of the damping members are generally perpendicular to the sliding direction of the second cage.