Abstract: A pressure gauge structure contains: a body, a positioning sleeve, outlet unit, a fixing member, and a guiding seat. The body includes a chamber and an abutting rib, and the abutting rib has a circular orifice and a noncircular locating rim. The positioning sleeve includes a locking portion retaining with the noncircular locating rim of the body, and the positioning sleeve also includes a connecting hole defined in the top thereof and aligning with the circular orifice. The outlet unit includes a coupling section inserted into the connecting hole from the circular orifice. The fixing member includes an aperture and is fitted and engaged in the positioning sleeve and connected with the coupling section to guide rotation of the outlet unit and to limit removal of the coupling section from the body. The guiding seat is fixed in the chamber and retains with the positioning sleeve.

Abstract: Particular embodiments described herein provide for an electronic device, that includes a main body, an interconnect attached to the main body, where the interconnect can electrically couple with different sized first housings, a hinge attached to the interconnect, where the hinge can rotatably couple the interconnect with the main body, and a porch, where the porch can accommodate different sized second housings.

Abstract: A connecting structure for an outlet pipe of a faucet contains: a body and an outlet pipe. The body is a thinly hollow cylinder and includes a circular orifice stamped on an inner wall thereof, a fitting tube horizontally extending outward to the body from a peripheral side of the circular orifice, and inner threads formed in the circular orifice and the fitting tube as one piece. The outlet pipe includes a connecting segment, an outlet segment, and a rotary connector fitted and limited in the connecting segment. The rotary connector has an outer threaded tube partially extending out of the connecting segment of the outlet pipe to screw with the inner threads formed in the circular orifice and the fitting tube, thus securely connecting the outlet pipe and the body together.

Abstract: A pressure gauge structure contains: a body, a positioning sleeve, outlet unit, a fixing member, and a guiding seat. The body includes a chamber and an abutting rib, and the abutting rib has a circular orifice and a noncircular locating rim. The positioning sleeve includes a locking portion retaining with the noncircular locating rim of the body, and the positioning sleeve also includes a connecting hole defined in the top thereof and aligning with the circular orifice. The outlet unit includes a coupling section inserted into the connecting hole from the circular orifice. The fixing member includes an aperture and is fitted and engaged in the positioning sleeve and connected with the coupling section to guide rotation of the outlet unit and to limit removal of the coupling section from the body. The guiding seat is fixed in the chamber and retains with the positioning sleeve.

Abstract: Particular embodiments described herein provide for device that includes a first housing, a cradle, and a hinge that rotatable couples the first housing to the cradle. The hinge includes a switch bolt configured to selectively provide friction torque to the hinge, a torsion spring configured to provide spring torque to the hinge, and a switch mechanism to activate and deactivate the switch bolt, wherein the friction torque provided by the switch bolt is greater than the spring torque provided by the torsion spring.

Abstract: Particular embodiments described herein provide for device that includes a first housing, a cradle, and a hinge that rotatable couples the first housing to the cradle. The hinge includes a switch bolt configured to selectively provide friction torque to the hinge, a torsion spring configured to provide spring torque to the hinge, and a switch mechanism to activate and deactivate the switch bolt, wherein the friction torque provided by the switch bolt is greater than the spring torque provided by the torsion spring.

Abstract: An online object reservation system includes a database and an object reservation server. The database stores multiple objects associated with individual selection status. The object reservation server establishes a continuous connection with a client to provide a reservation page and receive reservation requirements from the client. The object reservation server automatically selects connection objects according to the reservation requirements. The object reservation server also establishes other connections with other clients. Whenever the selection status of any of the objects is altered, the object reservation server sends a refresh notification to the client to update contents rendered on the reservation page.

Abstract: A pulse-based flip-flop that latches a data input signal to convert the data input signal into a data output signal in response to a first clock signal and the second clock signal. The pulse-based flip-flop includes a pulse generator and a data latch. The pulse generator includes a first inverter and a signal delay circuit to receive the first clock signal and generate the second clock signal; the data latch includes a delivery circuit, a latch circuit and a control circuit. The data latch is used to latch the data input signal and output the data output signal in response to the first and the second clock signals.

Abstract: A pulse-based flip-flop that latches a data input signal to convert the data input signal into a data output signal in response to a first clock signal and the second clock signal. The pulse-based flip-flop includes a pulse generator and a data latch. The pulse generator includes a first inverter and a signal delay circuit to receive the first clock signal and generate the second clock signal; the data latch includes a delivery circuit, a latch circuit and a control circuit. The data latch is used to latch the data input signal and output the data output signal in response to the first and the second clock signals.

Abstract: A fan frame has at least one protrudent connector and at least one recessed connector. The at least one protrudent connector is formed on a corner of a surface of the fan frame. The at least one recessed connector is formed on another corner of the same surface of the fan frame, opposite to the at least one protrudent connector and corresponding to the at least one protrudent connector of another same fan frame. Two fan frames can be securely connected against each other by engaging corresponding protrudent and recessed connectors.

Abstract: A pressure sensing device for an electronic device includes a pressure sensing unit, a control unit, and an alarm unit. The pressure sensing unit is installed in the electronic device, and used for detecting fluid pressure to generate a pressure signal. The control unit is coupled to the pressure sensing unit, and used for determining variation in the fluid pressure in the electronic device according to the pressure signal and generating a control signal. The alarm unit is coupled to the control unit, and used for outputting an alarm signal according to the control signal to execute an alarm function.

Abstract: A fan frame has at least one protrudent connector and at least one recessed connector. The at least one protrudent connector is formed on a corner of a surface of the fan frame. The at least one recessed connector is formed on another corner of the same surface of the fan frame, opposite to the at least one protrudent connector and corresponding to the at least one protrudent connector of another same fan frame. Two fan frames can be securely connected against each other by engaging corresponding protrudent and recessed connectors.

Abstract: The invention provides an image detecting module including a base, a carrier movably disposed on the base, an image detecting unit, a driving unit, and a magnetic device fixed to the base, corresponding to the driving unit. The image detecting unit is fixed to one of the carrier and the base, and the driving unit is disposed fixed to the other of the carrier and the base. The carrier is substantially parallel to a plane, and the driving unit includes a coil to produce a variable induced magnetic force between the coil and the magnetic device. The driving unit and the magnetic device both have an angle with respect to the plane. The carrier and the image detecting unit are moved with respect to the base by the induced magnetic force between the coil and the magnetic device.

Abstract: An exemplary method for indicating errors of a motherboard is provided. The method includes: setting a flicker count for indicating different error types occurred on a motherboard, and inserting the flicker count and corresponding error types in an error information index; resetting or clearing statuses information of the motherboard from the previous power-on self-test within the computer; performing a power-on self-test on the computer, and storing status information of the motherboard generated during the power-on self-test; detecting whether the motherboard has any error according to the status information of the motherboard; reading information of the error and corresponding flicker count from the error information index if the motherboard has any error; and flickering a light device according to the flicker count. A related system is also provided.

Abstract: A system for rebooting a computer automatically when a system critical error occurs is disclosed. The system includes: a timer (201) for counting down from a preset initial time when started, and for sending a reset signal to restart the computer (10) if the timer (201) counts down to zero; and a reset device (30) for setting a reset time, and for resetting the timer (201) when the reset time elapses. A related method is also disclosed.

Abstract: A fan capable of resisting reversed flow includes a frame body, a fan wheel and at least two baffle parts. The frame body has an inlet and an outlet and provides at least an actuating device at the outlet side. The fan wheel is rotationally attached to the inner side of the frame body and provides a hub and a plurality of fan blades extending outward radially along the periphery of the hub. One of the baffle parts is pivotally connected to the outlet side of the frame body and the first baffle part connecting with the actuating device. When the fan stops running, the other baffle part, which is without connecting with the actuating device, pushes the slide element of the actuating device to slide for the baffle part closing the outlet.

Abstract: An exemplary method for controlling central processing unit (CPU) overclocking is disclosed. The CPU runs in a computer system. The method includes: configuring an overclocking frequency and a reference temperature of the CPU at which the CPU begins overclocking; increasing the clock frequency of the CPU to the overclocking frequency if a real-time temperature of the CPU reaches the reference temperature; detecting whether the real-time temperature reaches a critical temperature at which the computer system would immediately power off; configuring the reference temperature and overclocking frequency by a certain increment if the real-time temperature does not reach the critical temperature; and reducing the clock frequency of the CPU if the real-time temperature reaches the critical temperature. A related system for controlling CPU overclocking is also disclosed.

Abstract: A rotor device capable of forcing heat dissipation includes a hub and an inner casing. The hub provides a closed end with at least a through hole radially disposed thereon and a projection extending therefrom along the circumference of the through hole. The inner casing is disposed in the hub. Fluid is forced by the projection to move outward or inward via the through hole so that temperature of the fluid in the hub and the inner casing can be lowered down.

Abstract: A rotor device capable of forcing heat dissipation includes a hub and an inner casing. The hub provides a closed end with at least a through hole radially disposed thereon and a projection extending therefrom along the circumference of the through hole. The inner casing is disposed in the hub. Fluid is forced by the projection to move outward or inward via the through hole so that temperature of the fluid in the hub and the inner casing can be lowered down.