Abstract: Aspects of this disclosure relate to a front end architecture for selectively adding an external carrier aggregation band. A switch element can connect a radio frequency signal path to an antenna path through a frequency domain multiplexer, such as a diplexer, in a first mode. The switch element can connect the radio frequency path to the antenna path and bypass the frequency domain multiplexer in a second mode. The frequency domain multiplexer can be external to a front end module that include the radio frequency signal path. In the first mode, a front end system can support carrier aggregation with a band associated with circuitry implemented external to the front end module.

Abstract: A vehicle door handle including an RFID module and a button module cooperates with a vehicle controller and a remote control. The button module triggers the RFID module to transmit a querying code to the remote control upon being pressed. The remote control transmits a confirmation code and a remote ID code to the RFID module, and the RFID module determines whether the confirmation code corresponds to the querying code. If yes, the RFID module further forwards the remote ID code to the controller in order for the controller to determine whether the remote ID code is identical with a pre-stored ID code, and to control a lock actuator to switch from a locking position to an unlocking position, or vice versa, when it is determined that the remote ID code is identical with the pre-stored ID code.

Abstract: Aspects of this disclosure relate to a front end architecture for selectively adding an external carrier aggregation band. A switch element can connect a radio frequency signal path to an antenna path through a frequency domain multiplexer, such as a diplexer, in a first mode. The switch element can connect the radio frequency path to the antenna path and bypass the frequency domain multiplexer in a second mode. The frequency domain multiplexer can be external to a front end module that include the radio frequency signal path. In the first mode, a front end system can support carrier aggregation with a band associated with circuitry implemented external to the front end module.

Abstract: Aspects of this disclosure relate to a front end architecture for selectively adding an external carrier aggregation band. A switch element can connect a radio frequency signal path to an antenna path through a frequency domain multiplexer, such as a diplexer, in a first mode. The switch element can connect the radio frequency path to the antenna path and bypass the frequency domain multiplexer in a second mode. The frequency domain multiplexer can be external to a front end module that include the radio frequency signal path. In the first mode, a front end system can support carrier aggregation with a band associated with circuitry implemented external to the front end module.

Abstract: A camera device includes a lens module, a mounting casing, and a base member. The lens module includes a housing, a camera unit mounted in and partially exposed from the housing, and a wire electrically connected to the camera unit. The mounting casing includes a main body having a front wall formed with a front window and a surrounding wall peripherally extending from the front wall and cooperating with the front wall to define a receiving space being in spatial communication with the front window, and two connecting portions extending from the surrounding wall of the main body. The housing is disposed in the receiving space to expose the camera unit from the front window. The base member is connected to the housing and the mounting casing.

Abstract: A vehicle door handle including an RFID module and a button module cooperates with a vehicle controller and a remote control. The button module triggers the RFID module to transmit a querying code to the remote control upon being pressed. The remote control transmits a confirmation code and a remote ID code to the RFID module, and the RFID module determines whether the confirmation code corresponds to the querying code. If yes, the RFID module further forwards the remote ID code to the controller in order for the controller to determine whether the remote ID code is identical with a pre-stored ID code, and to control a lock actuator to switch from a locking position to an unlocking position, or vice versa, when it is determined that the remote ID code is identical with the pre-stored ID code.

Abstract: A camera device includes a lens module, a mounting casing, and a base member. The lens module includes a housing, a camera unit mounted in and partially exposed from the housing, and a wire electrically connected to the camera unit. The mounting casing includes a main body having a front wall formed with a front window and a surrounding wall peripherally extending from the front wall and cooperating with the front wall to define a receiving space being in spatial communication with the front window, and two connecting portions extending from the surrounding wall of the main body. The housing is disposed in the receiving space to expose the camera unit from the front window. The base member is connected to the housing and the mounting casing.

Abstract: Aspects of this disclosure relate to a front end architecture for selectively adding an external carrier aggregation band. A switch element can connect a radio frequency signal path to an antenna path through a frequency domain multiplexer, such as a diplexer, in a first mode. The switch element can connect the radio frequency path to the antenna path and bypass the frequency domain multiplexer in a second mode. The frequency domain multiplexer can be external to a front end module that include the radio frequency signal path. In the first mode, a front end system can support carrier aggregation with a band associated with circuitry implemented external to the front end module.

Abstract: A sheet-conveying apparatus and a method for detection of the multifeed thereof are provided. The sheet-conveying apparatus includes a passageway, a sheet-transporting mechanism and a sheet-detecting device. The sheet-detecting device disposed in the passageway includes a first transmitter, a first receiver, a second transmitter and a second receiver. A first signal is transmitted from the first transmitter along a first transmitting path and received by the first receiver. A second signal is transmitted from the second transmitter along a second transmitting path and received by the second receiver. The second transmitting path is oblique to the first transmitting path. The sheet-detecting device further includes a control-process unit for determining if the condition of the multifeed has occurred in the sheet-conveying apparatus according to the variations in the first signal and the second signal respectively received by the first receiver and the second receiver.

Abstract: A scanning module disposed on one side of a transparent platen of a scanner for scanning a document disposed on the reverse side of the transparent platen is provided. The scanning module comprises a base, a lamp, a holder and an optical sensing component. The lamp for illuminating the document comprises a first section and a second section. The first section extends substantially parallel to a plane of the transparent platen. A first end of the second section is connected to one end of the first section. The shortest distance between a second end of the second section and the transparent platen is greater than that between the first section and the transparent platen. The holder is disposed on the second section for fixing the lamp to the base. The optical sensing component is used for receiving the light reflected by the document and converting that into an image signal.

Abstract: A sheet-conveying apparatus and a method for detecting multiple-sheet feeding thereof are provided. The sheet-conveying apparatus includes a passageway, a sheet-transporting mechanism and a sheet-detecting device. The sheet-detecting device includes a first transmitter, a first receiver, a second transmitter and a second receiver. The first receiver is for receiving a first signal of a first intensity transmitted from the first transmitter. The second receiver is for receiving a second signal of a second intensity transmitted from the second transmitter. The second intensity of the second signal is not equal to the first intensity of the first signal. The sheet-detecting device further includes an analysis unit for determining if the multiple sheets are conveyed in the passageway, according to the intensities of the signals respectively received by the first receiver and the second receiver.