Abstract: A docking station including a housing, a linkage, a forcing member and a first connector for electrically connecting to a first connector of an electronic device, is provided. The housing includes a platform having a first opening and the electronic device is suitable for being placed on the platform. The housing further comprises a second opening located outside the platform. The linkage is disposed within the housing. The forcing member disposed on the second opening is connected to one end of the linkage, wherein the forcing member is suitable for moving back and forth along a predetermined path to actuate the linkage. The first connector disposed on the first opening is connected to the other end of the linkage, wherein the first connector is suitable for expanding and contracting in the first opening through the linkage to be connected to or disconnected from the second connector of the electronic device.

Abstract: An antenna structure and its manufacture method are disclosed. The antenna structure is applied to an electronic device and wirelessly operated at least a frequency band. The antenna structure includes a first antenna body, a second antenna body connected to the first antenna body through a third body. The first antenna body is provided for generating radiations. The second antenna body is connected to the first antenna body through the third body. The second antenna body has a folding portion upwardly extended from a tail portion of the second antenna body to reflect scattered radiations generated by the first antenna body to increase broadband, and at least two beveled edges are formed at a side of the first antenna body to increase peak gain. The antenna structure is a PIFA antenna, and the folding portion is upwardly extended toward the first antenna body, thereby completely reflecting scattered radiations.

Abstract: An image formation system includes a projection lens being a last optical component of the image formation system; a light pipe; a controlling device, for controlling the image formation system; a first curved surface optical component, for receiving and transmitting light from the light pipe; and a second curved surface optical component, for receiving the light from the first curved surface optical component and transmitting the light to the controlling device; wherein the first curved surface optical component and the second curved surface optical component make the light pipe and the controlling device image-conjugate.

Abstract: A system of fast launching network link service comprising: a search engine server, and a client device. The search engine server, through a receiving unit, receives a key-data produced by the client device, and through an analysis unit of a search unit analyzes the form of key-data, and then searches a database to output at least one network link service. The client device, through a link menu interface, produces a link candidate corresponding to the network link service. Furthermore, the client device can open the network link service represented by the link candidate. Hence, the present invention can achieve the purpose of simplifying the steps of operating search engine.

Abstract: An inductor includes: a substrate; an insulator layer; a conductive coil; and a permeability-enhancing film of a multi-layer structure. The multi-layer structure includes at least one repeating unit that has at least two layers. The two layers exhibit an exchange-coupling effect and include a first ferromagnetic layer of a first ferromagnetic material and an exchange-coupling layer.

Abstract: A light emitting diode (LED) having disposed on a top of a package an optical mechanism comprised of multiple grooves or dots to promote optical use efficiency of the packaging through light condensing effects produced by the optical mechanism to collect a light source inside the LED to emit in a given direction through the optical mechanism for effectively reducing discriminating escape of the light source in both right and left sides of the given direction thus to significantly upgrade general luminance performance of the LED.

Abstract: A wireless transmission system is provided for receiving a wireless signal in a wireless electronic device. The wireless transmission system includes a first antenna for vertical polarization, a second antenna for horizontal polarization, a sensor module for sensing pose status of the wireless electronic device and generating a control signal, and a controllable switch coupled to the first antenna and the second antenna for selecting one of the first antenna and the second antenna as an active antenna for receiving the wireless signal according to the control signal. With the aid of the two antennas, signal that comes from any direction can be received efficiently. Furthermore, one omni-directional antenna is used for transmitting signal. All the antennas are internal, and have better throughput performance than external antennas.

Abstract: A single chip has a substrate and at least one magnetoresistive memory layer. The substrate has an underlying memory and a control circuit. The magnetoresistive memory layer is placed on the substrate, and has a plurality of magnetoresistive random access memory cells controlled by the control circuit.

Abstract: A fastener buckles a hard disk driver (HDD) in a first fasten portion of a case. The fastener comprises a second fasten portion and a third fasten portion. The second fasten portion buckles a first hole on the HDD. A first side of the third fasten portion connects with the second fasten portion. At least one part of the third fasten portion buckles the first fasten portion so that the HDD is fastened to the case.

Abstract: Methods are provided for forming a circuit component on a workpiece substrate. The methods comprise the steps of depositing a dielectric material over the substrate; etching a pattern through the dielectric material to expose a portion of the substrate; depositing a barrier metal over the dielectric material and the exposed portion of the substrate; depositing a conductive metal over the barrier metal, the deposited conductive metal having a thickness sufficient to fill the etched pattern; planarizing the conductive metal to form a planar metal layer; and polishing the metal layer and the barrier metal in a single polishing step using an abrasive-free polish until the dielectric material surrounding the pattern is exposed.

Abstract: Phase change memories may exhibit improved properties and lower cost in some cases by forming the phase change material layers in a planar configuration. A heater may be provided below the phase change material layers to appropriately heat the material to induce the phase changes. The heater may be coupled to an appropriate conductor.

Abstract: An orthogonal array backlight module includes multiple fluorescent tubes paved on both inner sides of a light box, and a display panel comprised of diffuser plate, optical film and liquid crystal panel being provide on the top of the light box; and each fluorescent tube being significantly shorter than that of the prior art of same size to effectively provide consistent luminance and allow easier assembly.

Abstract: A system for opening an application quickly is suitable for an electronic device, and includes a receiving unit, a recognition unit, a menu screen interface, and a function-opening unit. The receiving unit is for receiving a first data, and the recognition unit searches to compare the first data with a database, and then, according to the compared result, outputs at least one second data. The menu screen interface produces a list of corresponding applications resulting from the second data. The function-opening unit loads the application-opening directive of one of the applications from the database while detecting this application has been triggered, and then opens the corresponding application. Hence, the system can list the related applications by distinguishing the first data, and achieves the goal of opening an application quickly.

Abstract: A method of detecting foreign objects in display manufacturing process, wherein the method comprising steps as flows: First a laser source and a laser detector are provided on a first side of a target to be measured, wherein the laser detector is supported by an adjustable gauge to provide the laser detector both horizontal and vertical movement. Then, a reflector located is provided on a second side of the target, wherein a laser beam coming from the laser source passes through a detecting position over the surface of the target, and is reflected to the laser detector by the reflector. Subsequently the intensity of the reflected laser beam is received and measured of by the laser detector.

Abstract: A mounting device assembly includes an expansion card (70) with a securing clip (72), a panel (10) and a retention member (50). The panel has a supporting member (16). The retention member includes a fixing portion (51) and a curved tab (58) pivotably hooking the supporting member and suspending therefrom. The retention member is pivoted about the supporting member, so that the securing clip of the expansion card is sandwiched between the fixing portion of the retention member and the panel.

Abstract: A projector capable of adjusting brightness and brightness uniformity includes a light module, a light pipe, a first lens module, a second lens module and an image module. The light module generates a light ray. The light pipe includes an entrance and an exit. The light ray is converged onto the entrance of the light pipe and outputted through the exit of the light pipe. The first lens module has a first focal surface, which overlaps the exit of the light pipe, and receives the light ray outputted through the exit of the light pipe. The second lens module has a second focal surface and receives the light ray outputted through the first lens module. The image module is disposed on the second focal surface of the second lens module and receives the light ray outputted through the second lens module.

Abstract: A light guide and a display device incorporating the same are provided. The light guide includes a first surface, a second surface and a lateral surface. The first surface is for receiving a light beam. The second surface is for guiding the light beam and is opposite to the first surface. The second surface has an irregular structure for reducing a luminous flux of a total reflection of the light beam projected on the second surface. The lateral surface is for connecting the edges of the first surface and the second surface. Meanwhile, the luminous flux of the light beam from the first surface to the second surface is larger than the luminous flux of the light beam from the first surface to the lateral surface.