Abstract: A semiconductor device includes a substrate, a plurality of nanowires, a gate structure, a source/drain epitaxy structure, and a semiconductor layer. The substrate has a protrusion portion. The nanowires extend in a first direction above the protrusion portion of the substrate, the nanowires being arranged in a second direction substantially perpendicular to the first direction. The gate structure wraps around each of the nanowires. The source/drain epitaxy structure is in contact with an end surface of each of the nanowires, in which a bottom surface of the source/drain epitaxy structure is lower than a top surface of the protrusion portion of the substrate. The semiconductor layer is in contact with the bottom surface of the epitaxy structure, in which the semiconductor layer is spaced from the protrusion portion of the substrate.

Abstract: The present disclosure provides an integrated circuit that includes a circuit formed on a semiconductor substrate; and a de-cap device formed on the semiconductor substrate and integrated with the circuit. The de-cap device includes a filed-effect transistor (FET) that further includes a source and a drain connected through contact features landing on the source and drain, respectively; a gate stack overlying a channel and interposed between the source and the drain; and a doped feature disposed underlying the channel and connecting to the source and the drain, wherein the doped feature is doped with a dopant of a same type of the source and the drain.

Abstract: The present disclosure provides a method of manufacturing a semiconductor device. The method includes forming a fin structure in which first semiconductor layers and second semiconductor layers are alternately stacked; forming a sacrificial gate structure over the fin structure; etching a source/drain region of the fin structure, which is not covered by the sacrificial gate structure, thereby forming a source/drain trench; laterally etching the first semiconductor layers through the source/drain trench; forming an inner spacer layer, in the source/drain trench, at least on lateral ends of the etched first semiconductor layers; forming a seeding layer on the inner spacer layer; and growing a source/drain epitaxial layer in the source/drain trench, wherein the growing of the source/drain epitaxial layer includes growing the source/drain epitaxial layer from the seeding layer.

Abstract: A display device includes a housing unit, a display module, an electronic module and a stop mechanism. The housing unit includes a frame that has a front surface, an inner frame edge defining a window and a notch recessed from the inner frame edge. The display module includes a panel disposed at the front surface of the frame, and a display unit including a body located in the window and a lug corresponding to the notch. The stop mechanism includes a stop member disposed at the frame, and operable to switch between a locked state, where the stop member is disposed between the notch and the lug for restricting forward movement of the lug through the notch, and In a released state, where the lug is allowed to pass through the notch.

Abstract: A display device includes a housing unit, a display module, an electronic module and a stop mechanism. The housing unit includes a frame that has a front surface, an inner frame edge defining a window and a notch recessed from the inner frame edge. The display module includes a panel disposed at the front surface of the frame, and a display unit including a body located in the window and a lug corresponding to the notch. The stop mechanism includes a stop member disposed at the frame, and operable to switch between a locked state, where the stop member is disposed between the notch and the lug for restricting forward movement of the lug through the notch, and In a released state, where the lug is allowed to pass through the notch.

Abstract: The present invention to a system for positioning staff in an office, which comprises a plurality of fixed identification reader devices, a plurality of identification devices and a host computer. Each staff carries the identification device. The identification reader devices are places at fixed points of the terminal of the system to record and identify staff near the terminal. The host computer is used for collecting and recording the information read by the reader devices. Thereby, the system for position staff in an office according to the present invention could manage the staff in an office efficiently.

Abstract: A recordable projector mainly comprises: a set of video/audio input terminals used to receive output signals from a video/audio output device; a projector device used to project animation pictures on a screen; a set of speakers used to output voice; a voice receiver used to receive voice from outside; and, a video/audio recorder/player used for recording and playing video and audio data. The video/audio input terminals, the projector device, the speakers, the voice receiver and the video/audio recorder/player are all integrated into one body. Thereby, video and audio recording and playing can be processed in the projector according to the present invention.

Abstract: A recordable projector mainly comprises: a set of video/audio input terminals used to receive output signals from a video/audio output device; a projector device used to project animation pictures on a screen; a set of speakers used to output voice; a voice receiver used to receive voice from outside; and, a video/audio recorder/player used for recording and playing video and audio data. The video/audio input terminals, the projector device, the speakers, the voice receiver and the video/audio recorder/player are all integrated into one body. Thereby, video and audio recording and playing can be processed in the projector according to the present invention.

Abstract: The present invention to a system for positioning staff in an office, which comprises a plurality of fixed identification reader devices, a plurality of identification devices and a host computer. Each staff carries the identification device. The identification reader devices are places at fixed points of the terminal of the system to record and identify staff near the terminal. The host computer is used for collecting and recording the information read by the reader devices. Thereby, the system for position staff in an office according to the present invention could manage the staff in an office efficiently.

Abstract: The present invention discloses a semi-fixed type bookmark, which comprises a fixing clamp and a rope ribbon fixed thereon. The rope ribbon is capable of inserting between two adjacent pages of a book in order to mark a reading point when the book is closed. Also, the clamp can be fixed on a certain place of the book to prevent the bookmark from missing when book is being read.

Abstract: An automatic focusing projector comprises a rangefinder, microprocessor, stepping motor and zoom lens. The rangefinder is used to measure a distance between the projector and a projection screen. The table look-up method is used to obtain a position that the stepping motor should be rotated after the microprocessor read the distance. And then, the stepping motor is commanded to drive the zoom lens to the position. Thereby, the automatic focusing method can be performed on a projector device.

Abstract: A mobile phone capable of being activated by a signal transmitted from an activation device is provided. The mobile phone includes an IC card driver connected with a communication system for communicating with others, and an access module connected with the IC card driver and the communication system for receiving the signal transmitted from the activation device to activate the mobile phone, thereby communicating with others.

Abstract: A method for establishing a rescue system by integrating a positioning system with a mobile phone is disclosed. The method includes steps of a) setting a database in the mobile phone, b) transmitting an emergency signal to the positioning system according to the database when the mobile phone receives an emergency command, c) identifying a location of a dispatcher when the emergency signal is received by the positioning system, and d) transmitting a rescue signal from the mobile phone to a rescue unit.