Abstract: A server cabinet includes a housing and a slide plate. The housing includes a plate defining an opening. Two opposite slide rails extend from the plate, adjacent to opposite sides of the opening. The slide plate is slidably attached the slide rails to adjustably cover or uncover the opening. The slide plate defines a row of hooking slots. A latch protrudes from one of the slide rails to engage in one of the hooking slots for positioning the slide plate.

Abstract: An electronic device, includes a first touch panel, a second touch panel, a processing unit, a first touch controller and a second touch controller, the first and the second touch controller are used to determine touch information according to touch signals produced by the first touch panel and the second touch panel respectively. The processing unit determines the touch mode is a single-surface touch mode if only receives the touch information from the first touch controller, and determines gesture according to the touch information and executes the function associated with the gesture. The processing unit determines the touch mode is a double-surface touch mode if receives the touch information from both the first touch controller and the second touch controller, determines an combined gesture according to the touch information from the first and the second touch controller, and executes function associated with the combined gesture.

Abstract: A mounting apparatus for a data storage device (30) with at least a stud (32) includes a bracket (10) for receiving the data storage device therein and a locking member (20) to secure the data storage device. The bracket includes a side panel (12) with at least a slot (123) defined therein for slidably receiving the stud of the data storage device therein. The locking member includes a pivot portion (24) rotatably attached to the side panel of the bracket, and a resilient arm (22) extending from the pivot portion. The pivot portion of the locking member includes a guiding edge (2433) for facilitating the stud of the data storage device sliding into the bracket to a secured position and a blocking edge (2435) for engaging with the stud of the data storage device in the secured position.

Abstract: A guiding device includes a connecting member, a first clamping arm, and a second clamping arm. The first clamping arm defines a first restricting groove and a first receiving groove in an end, and the first restricting groove communicates with the first receiving groove. The second clamping arm defining a second restricting groove and a second receiving groove in an end, and the second restricting groove communicates with the second receiving groove. The first clamping arm and the second clamping arm are rotatably connected to the connecting member. When the first clamping arm resists the second clamping arm, the first restricting groove and the second restricting groove cooperatively form a guiding portion. The first receiving groove and the second receiving groove cooperatively form a receiving portion. The receiving portion is substantially perpendicularly to the guiding portion to form a T-shaped groove.

Abstract: A slide mechanism includes a rear cover, a front cover slidably attached to the rear cover, a resilient member for creating an elastic force to make the front cover slide relative to the rear cover, and an operating module. The resilient member is connected between the rear cover and the front cover. The operating module includes a first latching member rotatably connected to the rear cover, a tension spring, an operating member, and a second latching member fixed to the front cover. The operating member is sleeved by the tension spring and includes a pressing portion at an end for pressing the first latching member to rotate. The second latching member is latched with the first latching member after the first latching member is rotated by an elastic force created by the tension spring and unlatched with the latching member after the latching member is rotated by the operating member.

Abstract: The present disclosure provides a battery charging control circuit. The charging control circuit includes: a constant-current charging unit and a trickle charging unit. The charging control circuit further includes a branch switch, a control unit, and a detection unit. The branch switch is connected between a power source and the rechargeable battery for enabling or disabling the constant-current charging unit. The control unit is between the constant-current charging unit and the branch switch for controlling the branch switch. The detection unit is used to detect a state of the rechargeable battery. If the detection unit detects the state of the rechargeable battery is correspond to a predetermined state, then the control unit controls the branch switch to disable the constant-current charging unit and enable the trickle charging unit.

Abstract: A CPU power control circuit includes a temperature detection circuit, a power supply circuit and a discharge circuit. The power supply circuit is connected to the temperature detection circuit, a CPU and the discharge circuit. The discharge circuit is connected to the temperature detection circuit and the CPU. The temperature detection circuit is connected to the CPU for detecting the temperature of the CPU. When the temperature of the CPU exceeds a predetermined range, the temperature detection circuit outputs a high temperature signal. The power supply circuit receives the high temperature signal, and stops working. The discharge circuit receives the high temperature signal, and discharges the power supply circuit so as to stop supplying power to the CPU.

Abstract: A mounting apparatus includes a bracket (30), and a retainer (50) slidably attached to the bracket. The bracket is punched inwardly from a side panel (21) of an electronic device for receiving a storage device (1) therein. A frame (10) contains the storage device therein and includes a pair of posts extending from side plates thereof. The bracket includes a pair of opposite sidewalls (33) each defining a pair of sideways therein. The retainer includes a pair of wings (56) slidably attached to the sidewalls of the bracket. A catch (56) with a slopped edge (561) is formed in a rear portion of each of the wings. The posts of the frame slide in the sideways and engage the actuating portions of the catch to move the retainer away from the bracket. The storage device is securely mounted in the bracket, with the posts held by the catches.