Abstract: An electrical connector plug having resilient contact terminals electrically connects to an electrical connector socket with a casing and two groups of engaging terminals mounted on or in the casing. The electrical connector plug has an electrically conductive housing. A coupling device extends in a longitudinal direction and has a base portion. The resilient contact terminals are mounted on the coupling device axially symmetrically arranged with each other in the longitudinal direction, each of which has a flat section and an upwardly protruding contact section. A metallic shield frame is electrically connected to and secured to the electrically conductive housing, having a frame section, a front section, and two lateral protective sections. The respective lateral protective sections have a height no less than that of the upwardly protruding contact sections of the resilient contact terminals.

Abstract: An electrical connector plug has resilient contact terminals for electrical connection to an electrical connector socket. The electrical connector plug has an electrically conductive housing, and a dielectric shell and resilient contact terminals are mounted in the electrically conductive housing. The dielectric shell has a base portion and a front edge portion extending from the base portion. Two groups of resilient contact terminals are mounted on the dielectric shell and axially symmetrical to each other in the longitudinal direction, with each of the resilient contact terminals having a flat section and an upwardly protruding contact section. A metallic shield frame surrounds the front edge portion and is electrically connected to the electrically conductive housing, with the metallic shield frame having a front section and two lateral protective sections. The lateral protective sections have a height no less than that of the upwardly protruding contact sections.

Abstract: An electrical connector plug having resilient contact terminals electrically connects to an electrical connector socket with a casing and two groups of engaging terminals mounted on or in the casing. The electrical connector plug has an electrically conductive housing. A coupling device extends in a longitudinal direction and has a base portion. Two groups of resilient contact terminals are mounted in the coupling device axially symmetrically arranged with each other in the longitudinal direction, each of which has a flat section and an upwardly protruding contact section. A metallic shield frame is electrically connected to and secured to the electrically conductive housing, having a frame section, a front section, and two lateral protective sections. An electrically conductive section extends from the frame section towards the front section for electrical connection to the casing of the electrical connector socket.

Abstract: A receptacle of an electrical connector comprises a metal housing body, a plastic main body positioned in the metal housing body, and flat terminals. The plastic main body incorporates with the metal housing body to form an accommodating space for being plugged by a plug. First and second tongue parts disposed on the plastic main body are respectively close to upper and lower sides of the metal housing body. Each flat terminal comprises a fixing part, a contacting part formed in a flat shape, and a soldering part. The contacting parts are respectively disposed on first and second tongue parts and respectively expose to the accommodating space in downward and upward directions. A tongue of a plastic body of the receptacle, i.e. first and second tongue parts, and the flat terminals are hardly damaged, so as to prevent expensive cost of repairing a damaged receptacle.

Abstract: An embodiment method of forming a source/drain region for a transistor includes forming a recess in a substrate, epitaxially growing a semiconductor material in the recess, amorphizing the semiconductor material, and doping the semiconductor material to form a source/drain region. In an embodiment, the doping utilizes either phosphorus or boron as the dopant. Also, the amorphizing and the doping may be performed simultaneously. The amorphizing may be performed at least in part by doping with helium.

Abstract: A pharmaceutical composition for inhibiting inflammation is provided. The pharmaceutical composition comprises (a) hyaluronic acid, (b) a vitamin and (c) a pharmaceutically acceptable carrier.

Abstract: The apparatus of measuring a workpiece according to the present disclosure includes a base, a measuring member, an upper arm member, a lower arm member, a first pin and a second pin, wherein the upper arm member includes an upper rotation frame and the lower arm member includes a lower rotation frame. When the first pin is moved to disconnect the upper rotation frame from the lower rotation frame, the upper rotation frame is rotatable. When the second pin is moved to lock the lower rotation frame to the measuring member, the lower rotation frame is free of rotation. When the first pin is moved to connect the upper rotation frame and the lower rotation frame with each other and when the second pin is moved to unlock the lower rotation frame from the measuring member, the lower rotation frame is rotatable with the upper rotation frame.

Abstract: An electronic system and an electronic device thereof are provided. The electronic device includes a first housing, a speaker module, a second housing, and a bearing. The first housing has a first hole. The speaker module is disposed in the first housing, and a sound generated by the speaker module is transmitted out of the electronic device through the first hole. The second housing has a bearing surface facing to the first housing. The bearing is disposed between the first housing and the second housing. The second housing and the first housing move relative to each other by using the bearing, so the first housing covers or exposes a portion of the bearing surface.

Abstract: The present disclosure provides a method of semiconductor device fabrication including forming a multi-composition ILD layer by forming a first portion of an inter-layer dielectric (ILD) layer on a semiconductor substrate; and forming a second portion of an ILD layer on the first portion of the ILD layer. The second portion may have a greater silicon content than the first portion. For example, the second portion may be a silicon rich oxide.

Abstract: The present method of forming an electronic structure includes providing a tantalum base layer and depositing a layer of copper on the tantalum layer, the deposition being undertaken by physical vapor deposition with the temperature of the base layer at 50.degree. C. or less, with the deposition taking place at a power level of 300 W or less.

Abstract: The present method of forming an electronic structure includes providing a tantalum base layer and depositing a layer of copper on the tantalum layer, the deposition being undertaken by physical vapor deposition with the temperature of the base layer at 50.degree. C. or less, with the deposition taking place at a power level of 300 W or less.

Abstract: A method of fabricating a high voltage device includes the step of forming a patterned photoresist layer on a conductive layer and a dielectric below the conductive. The conductive layer and the dielectric layer are patterned by taking the patterned photoresist layer as a mask. Subsequently the patterned photoresist layer is shrunk. The conductive layer and the dielectric layer are then patterned by taking the shrunk photoresist layer as a mask.

Abstract: The present invention discloses a Universal Serial Bus (USB) connector which includes a first terminal set and a second terminal set. By increasing the width of a connection portion of a ground line terminal of the signal ground line terminal within the second terminal set, and bending two pairs of the signal terminal within the second terminal set toward one side respectively and surrounding two sides of the signal ground line terminal connecting section so as to let two pairs of the signal terminals away from the signal terminals in the first terminal set so as avoid the crosstalk interference caused by the first pair of the signal terminals in the second pair of the signal terminals and the third pair of the signal terminals to stabilize the transmission.

Abstract: Disclosed is a blind cord winder integrating with stopping control to allow open/close operation of the cordless blind to lift or lower the cordless blind at any positions according to user's needs. The winder primarily comprises a spool installed inside a first compartment, a force-feedback mechanism, and a braking cushion mechanism installed inside a second compartment where the force-feedback mechanism is installed in a shaft cavity of the first compartment. The force-feedback mechanism includes a shaft sleeve and a volute spring. The braking cushion mechanism includes a friction ring, a friction spring, and a trigger sleeve. The friction ring is immovably installed inside the second compartment. The friction spring is tightly plugged into the friction ring and has an extrusion end for the trigger sleeve to trigger friction variation in a single directional rotation of the trigger sleeve.

Abstract: A wiper for screwing on a rolling groove of a screw shaft includes a ring and a plurality of wiping protrusions extended from the inner surface of the ring. The ring has a plurality of dust discharge grooves formed on an inner surface thereof. The inner surface of the ring substantially configured to abut an outer surface of the screw shaft. Each wiping protrusion is arranged between any two adjacent dust discharge grooves. When the wiper screws on the rolling groove of the screw shaft, the wiping protrusions are arranged in and compressed by the rolling groove of the screw shaft, and a portion of the rolling groove touched with the wiping protrusions is arranged in a single pitch of the screw shaft. The instant disclosure also provides a ball screw assembly.

Abstract: A localized surface plasmon resonance (LSPR) sensing system with anisotropic particles is revealed. The anisotropy of nanoparticles spectrally splits the phase spectra of two perpendicular polarizations thus inducing a phase difference between the two polarizations. An apparatus of ellipsometry is used to measure the phase difference. The simulated results demonstrate that the full width at the half maximum of the spectrum of phase difference is much narrower than the spectrum of transmittance. Therefore the figure of merit is dramatically increased and the performance of the refractive index sensor is improved.