Abstract: Various solutions for configuring a mobile device are described. A processor of the mobile device detects an occurrence of an event. In response to the occurrence of the event, the processor applies one or more aspects of one of a plurality of configuration files stored in the mobile device to a configuration of the mobile device. The event may include one of the following: (1) detecting an insertion of a subscriber identity module (SIM) card into the mobile device, (2) receiving a notification from an operator indicating availability of an upgrade for the one of the plurality of configuration files, and (3) receiving a user command to change the configuration of the mobile device.

Abstract: A power supply device includes a power supply module, a voltage regulator module and an over-voltage protection (OVP) module. The power supply module is utilized to provide a standby voltage signal. The voltage regulator module includes a phase modulator circuit. The phase modulator circuit includes a high-side power transistor, a low-side power transistor and a phase inductor. The OVP module is utilized to transmit the standby voltage signal to the phase modulator circuit and detect a detection potential on the phase modulator circuit. The OVP module selectively conducts the low-side power transistor of the phase modulator circuit according to the detection potential.

Abstract: A power supply device includes a power supply module, a voltage regulator module and an over-voltage protection (OVP) module. The power supply module is utilized to provide a standby voltage signal. The voltage regulator module includes a phase modulator circuit. The phase modulator circuit includes a high-side power transistor, a low-side power transistor and a phase inductor. The OVP module is utilized to transmit the standby voltage signal to the phase modulator circuit and detect a detection potential on the phase modulator circuit. The OVP module selectively conducts the low-side power transistor of the phase modulator circuit according to the detection potential.

Abstract: A method for managing media content casting among media casting devices supporting different media casting protocols for use in a device wirelessly connected to the media casting devices is provided. The method includes the following steps. A request indicating media content to be casted is first received. The media casting devices are scanned to determine a list of available devices for media content casting according to the predetermined preferences. The list of available devices is displayed on a display for selection. A first media casting protocol corresponding to a first selected media casting device is determined and the media content is transmitted to the first selected media casting device by the first media casting protocol.

Abstract: The present invention provides an apparatus for sensing a status of testicular torsion and a method thereof, and is related to technical fields of measuring human pulse, heart rate, blood pressure, or blood flow, for sensing the status of a test area in a user. The apparatus comprises a sensor configured for projecting a specific wavelength light source to the test area and receiving a reflected light from the test area, for obtaining a pulse information and an oxygen saturation information on the test area; a comparing unit configured for determining a status of blood flow in the test area and a corresponding status of testicular torsion, according to the pulse information and the oxygen saturation information; and a display unit for displaying the testicular torsion status.

Abstract: A touch communication connection establishing method, for establishing a touch communication between a first touch panel device (500) with a first touch panel (501) and a second touch panel device (900) with a second touch panel (901). The touch communication connection establishing method comprises: sensing at least one control action, wherein the control action comprises at least one touch communication related action, and/or determining if an arrangement of the control action meets a predetermined rule to generate a determining result; and establishing the touch communication connection between the first touch panel device (500) and the second touch panel device (900) based on the determining result.

Abstract: A power supply system of an electronic device and a power supply method thereof are provided. Directly detecting the power voltage, when a power anomaly of the power voltage is detected, the electronic device may enter the energy-saving mode immediately for reducing power consumption, and a required DC voltage may be provided directly from the battery.

Abstract: A power management method adapted in a computer system is provided. The computer system includes a main monitor and a host. A management method includes the following steps. First, whether the main monitor is turned off or not is determined. When the main monitor is turned off, a power saving program is executed to reduce the power of the host. Furthermore, a computer system applying the above power management method is also provided.

Abstract: A power supply system of an electronic device and a power supply method thereof are provided. Directly detecting the power voltage, when a power anomaly of the power voltage is detected, the electronic device may enter the energy-saving mode immediately for reducing power consumption, and a required DC voltage may be provided directly from the battery.

Abstract: A power management method adapted in a computer system is provided. The computer system includes a main monitor and a host. A management method includes the following steps. First, whether the main monitor is turned off or not is determined. When the main monitor is turned off, a power saving program is executed to reduce the power of the host. Furthermore, a computer system applying the above power management method is also provided.

Abstract: The invention discloses a voltage adjusting apparatus including a power adaptor, a first resistor, a current detecting module, a second resistor, and a voltage feedback controlling module. The power adaptor outputs a first current first. The first resistor is used to convert the first current to a first voltage. The current detecting module is used to convert the first voltage to a second current. The second resistor is used to convert the second current to a second voltage. The voltage feedback controlling module is used to convert the second voltage to a third voltage. The power adaptor is used to convert the third voltage to a fourth voltage and output the fourth voltage.

Abstract: The invention discloses a voltage adjusting apparatus including a power adaptor, a first resistor, a current detecting module, a second resistor, and a voltage feedback controlling module. The power adaptor outputs a first current first. The first resistor is used to convert the first current to a first voltage. The current detecting module is used to convert the first voltage to a second current. The second resistor is used to convert the second current to a second voltage. The voltage feedback controlling module is used to convert the second voltage to a third voltage. The power adaptor is used to convert the third voltage to a fourth voltage and output the fourth voltage.