Abstract: A method for fabricating a semiconductor device includes the steps of first forming a shallow trench isolation (STI) in a substrate, forming a first gate structure on the substrate and adjacent to the STI, forming a first doped region between the first gate structure and the STI, forming a second doped region between the first doped region and the first gate structure, forming a first contact plug on the first doped region, and then forming a second contact plug on the second doped region.

Abstract: A transmission interface between at least a first module and a second module is proposed. The transmission interface includes at least two physical transmission mediums. Each physical transmission medium is arranged to carry a multiplexed signal in which at least two signals are integrated. The at least two physical transmission mediums include a first physical transmission medium arranged to carry a first multiplexed signal including a first IF signal and a reference clock signal. The first IF signal and the reference clock signal are at different frequencies.

Abstract: Disclosed is an adjustable attaching lens device comprising a lens holding member including a flexible confining strip and an adjustable fastener that is for adjusting a fastening position of the flexible confining strip, wherein the flexible confining strip is bent to confine a lens attaching hole with a given size and a given shape for holding an optical lens; and an attaching member, provided on the lens holding member in a manner that the attaching member is facing toward the same side of the lens attaching hole, for attaching with an attaching surface so that the lens attaching hole corresponds to an optical image grabbing element of an external device. The various kinds of detachable lenses are applied to an electric device with lens, and thus the detachable lens compatible to a specific electric device can be used for a different device.

Abstract: Disclosed is an adjustable attaching lens device comprising a lens holding member including a flexible confining strip and an adjustable fastener that is for adjusting a fastening position of the flexible confining strip, wherein the flexible confining strip is bent to confine a lens attaching hole with a given size and a given shape for holding an optical lens; and an attaching member, provided on the lens holding member in a manner that the attaching member is facing toward the same side of the lens attaching hole, for attaching with an attaching surface so that the lens attaching hole corresponds to an optical image grabbing element of an external device. The various kinds of detachable lenses are applied to an electric device with lens, and thus the detachable lens compatible to a specific electric device can be used for a different device.

Abstract: Disclosed is an ocular surgery training device including a base body, an eye means, and a surgery model component. The base body is provided with a receiving seat. The eye means is provided on the base body, and the eye means includes an eye base and a cover body. The eye base has a containing groove, and the cover body has an operation channel communicated with the containing groove. The surgery model component is replaceably provided between the receiving seat and the containing groove. Thereby the surgery model component in the eye means can be rapidly replaced by others for simulating various ocular surgeries.

Abstract: Each memory cell of a plurality of memory cells of a memory has a well, source and drain regions, a storage layer, and a gate. The memory cells are in a matrix. Same column drain regions connect to the same bit line, same row gates connect to the same word line, and same column source regions connect to the same source line. The memory is programmed by applying a first voltage to a word line electrically connected to a memory cell of the plurality of memory cells, applying a second voltage different from the first voltage by at least a programming threshold to a bit line electrically connected to the memory cell, applying a third voltage different from the first voltage by at least the programming threshold to a source line electrically connected to the memory cell, and applying a substrate voltage to the plurality of memory cells.

Abstract: In the present invention, copper(I) selenide (Cu2-xSe) nanoparticles are fabricated by pyrolysis in an inert atmosphere. Uniformly dispersed Cu2-xSe particles are synthesized by altering Cu/Se ratio, the concentration of Se Precursors (TOP Se), reaction time and temperature. Analysis by inductively coupled plasma atomic emission spectroscopy (ICP-AES) of said Cu2-xSe nanoparticles reveals that the composition of the nanoparticles is Cu 1.95Se, wherein x=0.05. In addition, Cu2-xSe is dissolved in ethanol to deposit thin films by electrophoretical deposition (EPD) in an inert atmosphere, wherein a positive electrode and a negative electrode are employed. The positive electrode is made of stainless steel plate and the negative electrode is made of indium tin oxide on a glass substrate. Investigations on properties and surface morphology thereof in different electrophoretical conditions are carried out. The rate of EPD is found to significantly influence the quality of thin films.

Abstract: In the present invention, copper(I) selenide (Cu2-xSe) nanoparticles are fabricated by pyrolysis in an inert atmosphere. Uniformly dispersed Cu2-xSe particles are synthesized by altering Cu/Se ratio, the concentration of Se Precursors (TOP Se), reaction time and temperature. Analysis by inductively coupled plasma atomic emission spectroscopy (ICP-AES) of said Cu2-xSe nanoparticles reveals that the composition of the nanoparticles is Cu 1.95Se, wherein x=0.05. In addition, Cu2-xSe is dissolved in ethanol to deposit thin films by electrophoretical deposition (EPD) in an inert atmosphere, wherein a positive electrode and a negative electrode are employed. The positive electrode is made of stainless steel plate and the negative electrode is made of indium tin oxide on a glass substrate. Investigations on properties and surface morphology thereof in different electrophoretical conditions are carried out. The rate of EPD is found to significantly influence the quality of thin films.

Abstract: Each memory cell of a plurality of memory cells of a memory has a well, source and drain regions, a storage layer, and a gate. The memory cells are in a matrix. Same column drain regions connect to the same bit line, same row gates connect to the same word line, and same column source regions connect to the same source line. The memory is programmed by applying a first voltage to a word line electrically connected to a memory cell of the plurality of memory cells, applying a second voltage different from the first voltage by at least a programming threshold to a bit line electrically connected to the memory cell, applying a third voltage different from the first voltage by at least the programming threshold to a source line electrically connected to the memory cell, and applying a substrate voltage to the plurality of memory cells.

Abstract: A touchscreen stylus applies to a capacitive touchscreen and comprises a body being hollow and having an accommodating space thereinside, and a coil arranged inside the accommodating space and forming a current loop. The body also has an electric-conduction element at one end thereof, and the electric-conduction element is used to contact the capacitive touchscreen. The current loop induces an electric field in the coil. The touchscreen detects the induced electric filed and works out the coordinates of the point the touchscreen stylus contacts. In the present invention, the current from the touchscreen needn't flow through the user's hand, and the touchscreen stylus makes the touchscreen detect the contact point more accurately. The touchscreen stylus of the present invention overcomes the conventional problems that current has to flow through the hand and that the touchscreen is unable to correctly recognize the instructions from the stylus.

Abstract: The present invention relates to a viewfinder of a camera for taking vertical/horizontal special effect type photos, which may use APS film for taking the known type photos as well as vertical/horizontal special effect type photos. A photo setting piece with vertical/horizontal photo sections is moved in or out of the viewfinder. The photo setting piece has a toothed rack engaging a linking gear connected to a drive gear and a control rod with a drive toothed rack. With this structure, the vertical/horizontal photo sections may enter the viewfinder subject to the need for taking wider or longer photos.

Abstract: A supporting device is used to support a floor form assembly on surrounding walls of a structure and includes a plurality of hangers fixed spacedly to the surrounding walls in a horizontal plane. Each of the hangers has a first engaging portion. An elongated mounting seat has a generally U-shaped cross section which has a first arm side, a second arm side, a base side, and an open side opposed to the base side so that the hangers can pass through the open side of the mounting seat. The first arm side has a second engaging portion so that the first engaging portions of the hangers can engage the second engaging portion in order to retain the mounting seat to the hangers. A fastening apparatus is mounted to the external face of the base side of the mounting seat. A support member is secured to the mounting seat by the fastening apparatus. The support member has a top portion which is formed with a supporting plate so that the floor form assembly can be rested on the supporting plate.

Abstract: A modular wall form assembly includes two adjacent form units and a fastening lever. Each of the form units has an upright flat panel, a connecting plate extending rearwardly and inclindedly from the mating edge of the flat panel. Each of the connecting plates has a positioning hole which has a generally oblong cross-section which has two opposed side walls defining its width. The connecting plates contact complementarily one another and the positioning holes are at least partially aligned with one another. The fastening lever has a handle portion and a fastening portion. The fastening portion has a base portion, a neck portion and an enlarged head portion. Each of the neck and head portions has a generally oblong cross-section. The neck portion has two opposed shorter sides in the lengthwise direction.

Abstract: A modular form assembly includes a plurality of vertical channel pieces coupled detachably side by side to one another. Each of the channel pieces includes two opposing vertical side walls and an intermediate vertical form wall which interconnects the side walls. The side walls of each of the channel pieces abut against and are attached detachably to the side walls of adjacent two of the channel pieces such that the form walls are arranged in a side-to-side contiguity in order to place the form walls in a common vertical plane. Each of the form walls is formed with at least one through-hole therethrough. Each of a plurality of cover plates is mounted removably on one of the form walls to cover a respective one of the through-holes. At least one of the cover plates is formed with at least one positioning hole therethrough.

Abstract: A connecting device is provided for interconnecting two juxtaposed upright form panels used in forming a concrete wall. The form panels have adjacent mating edges between which an edge connecting plate is interposed tightly and removably. The connecting device includes first and second mounting plates secured respectively to the form panels adjacent to the mating edges of the form panels. Each of a pair of guide rods has an end portion extending through the first mounting plate and secured to the second mounting plate so as to permit relative lateral movement between the form panels. A driving screw has a threaded shank portion which extends through the first mounting plate and which extends threadably through the second mounting plate. A positioning screw has a threaded shank portion extending threadably through the second mounting plate and abutting against the first mounting plate.

Abstract: A floor form assembly is adapted for use in the construction of a concrete floor of a structure that is enclosed by surrounding walls, and includes a plurality of mounting devices adapted to be mounted on the surrounding walls at a top portion of the structure, a plurality of elongated girders connected removably and longitudinally to one another so as to be adapted to extend along a lengthwise direction of the top portion of the structure, a plurality of supporting ribs connected removably to the girders such that the supporting ribs extend transversely from opposite longitudinal sides of the girders and are disposed spacedly on the girders so as to be adapted to extend along a transverse direction of the top portion of the structure, a plurality of vertical form units, each being connected removably to distal end portion of one of the girders and the supporting ribs, the vertical form units being adapted to form an enclosing frame that is supported removably on the mounting devices and that is adapted to be

Abstract: A form assembly includes a pair of rows of clasp members mounted respectively on back sides of two form members thereof in alignment with each other. Each clasp member includes a horizontal section extending rearward from each form member, a vertical section projecting downward from a distal end of the horizontal section, and a hook section projecting forward from the vertical section for defining a hook groove. Each pair of aligned clasp members is provided with a T-shaped latch member which has two arm portions to engage the aligned clasp members, and a handle portion extending from and intermediately of the arm portions. Each arm portion has a polygonal cross-section, a first side, and a second side opposing the first side. The second side of each arm portion is insertable into and is pivotable within the hook groove when each arm portion is pressed against the horizontal section to engage frictionally the vertical section, thereby placing tightly each arm portion in the clasp member.

Abstract: A positioning device for positioning a frame between two parallel form panels of a wall form assembly when pouring concrete includes a positioning plate and two seal strips. The positioning plate is adapted to be fastened to one of the panels and has a planar positioning surface which abuts against the frame and which is adapted to be perpendicular to the panel. The seal strips are adapted to be located on two sides of the frame between the panels such that each of the strips is positioned between the frame and one of the panels. A liquid-tight seal is established between the frame and the panels. Assembly of the frame and the seal strips defines between the panels a concrete pouring space and a non-pouring space which are located on two sides of the assembly. The positioning plate is located in the non-pouring space, and the frame is positioned between the positioning plate and the concrete pouring space.

Abstract: A driving assembly for driving opposed first and second driven members includes an elongated rod and a stop unit. The elongated rod extends through a through-hole of the second driven member. The elongated rod has an enlarged threaded first portion which is adapted to extend threadably through a screw hole of the first driven member and which is sized to prevent extension of the first portion through the through-hole of the second driven member, and a second portion which is adapted to extend out of the through-hole of the second driven member. The first and second portions of the elongated rod extend from two sides of the second driven member. The stop unit is connected to the second portion of the elongated rod so as to prevent axial movement of the elongated rod toward the first driven member.

Abstract: A form set-up and a method for stripping upright form panels of the form set-up from a concrete unit. The form set-up defines a pouring space into which concrete is poured and cast so as to form a concrete unit. The form set-up includes at least two form panels. Each of the form panels has a contact surface in contact with a vertical surface of the concrete unit, a mounting surface opposed to the contact surface, and a reinforcing beam member secured to the mounting surface. The reinforcing beam members of the two form panels are aligned with each other. An interconnecting member is interposed removably between the two form panels and has a contact surface which is flush with the contact surfaces of the two form panels and which is in contact with the vertical surface of the concrete unit.