Abstract: A handle has a rod body and a handle. The rod body and the handle are installed with an illuminating device and driving structures. The rod body is formed by a first driving rod and a second driving rod. One end of the rod body is formed with a driving structure which is formed by a teethed half ball. One end of the second driving rod is installed with an opener head and another end of the second driving rod is formed with another driving structure which is a teethed half ball. The driving structure of the first driving rod and the driving structure of the second driving rod are engaged and then they are sleeved by the sleeve; thereby, the rod body can be bent with a predetermined angle and has a function of illumination.

Abstract: A Li-ion polymer battery and methods for its fabrication. A first and second layer, of a polymer/particulate material composition, separate and bind each anode and cathode. The polymer of the first layer and its associated solvent differ from the polymer of the second layer and its associated solvent. Solubility requirements are such that the polymer of the first layer is non-soluble in the solvent of the second layer, and the polymer of the second layer is non-soluble in the solvent of the first layer. The polymers and particulate materials of the layers form a porous structure for containing the electrolyte of the battery so as to eliminate the need for a substantial case for enclosing the battery.

Abstract: Embodiments of the present invention relate to a method of making an IC capacitor. In one embodiment, the method comprises providing a substrate, forming a polycide layer on the substrate, and forming an insulating amorphous silicon layer on the polycide layer. The insulating amorphous silicon layer serves as an anti-reflection layer. The method further comprises implanting n-type ions into the insulating amorphous silicon layer to transform the insulating amorphous silicon layer into a conductive amorphous silicon layer, and patterning the polycide layer and the conductive amorphous silicon layer to form a bottom electrode on the substrate. A dielectric layer is formed on the bottom electrode and the substrate, and a conductor layer is formed on the dielectric layer. The conductor layer is patterned to form a top electrode on the dielectric layer.

Abstract: Embodiments of the present invention are directed to a method of forming a bottom oxide layer in a trench on a semiconductor substrate. In one embodiment, a method for forming a bottom oxide layer in a trench on a semiconductor substrate comprises depositing an oxide layer along the surface of the sidewall and the bottom of a trench on a semiconductor substrate which has top layers, depositing a nitride layer along the surface of the said oxide layer, and forming a photo-resist filler in a trench. The top surface of the photo-resist filler is lower than the top surface of the substrate to expose a portion of the nitride layer uncovered by the photo-resist filler. The exposed portion of the nitride layer is removed to expose the oxide layer underneath. A portion of the oxide layer on the sidewalls of a trench is removed to form a bottom oxide layer in a trench.

Abstract: An electrolytic solution formulation for an electropolishing process comprises at least an acid solution and an organic additive. The acid solution includes phosphoric acid or a mixture of phosphoric acid and sulfuric acid solutions, which can form a passivation layer on the surface of the metal layer. The additive comprises at least an acid group, wherein the diffusion of the organic additive is controlled in which a concentration gradient is formed in the opening of the metal layer. The electropolishing rate at the top of the opening is thereby faster than that at the bottom of the opening. The organic additive is selected from a monocarboxylic acid compound, a dicarboxylic acid compound, a tricarboxylic acid compound, a heterocyclic carboxylic acid compound or a sulfonic acid compound.

Abstract: A method of forming a laminated circuit is described as follows: designing the laminated circuit in computer, recording the circuit layout of the laminated circuit into a data file subject to a predetermined format, inputting the data file into the main control unit of a laminated circuit forming apparatus for conversion into sequential control signals to drive insulative material sprayer, conductive material sprayer, and impedance material sprayer to eject respective fluid insulative materials onto a platform at different times and locations subject to the sequential control signals, forming the desired laminated circuit having an insulative body, electric circuits and passive components in it.

Abstract: A method for protecting a mold of a servo-driven type mold clamping unit comprises the steps of (a) changing the torque output of the power source generated by a servo-motor subject to the position of a movable die of the mold, and (b) comparing the values set in an encoder of the servo-motor with signal received by the encoder when the movable die is in displacement so as to detect the presence of any foreign objects in the mold for determination of normal/abnormal handling control.

Abstract: A hand tool with three connecting bodies comprises a handle body and at least two connecting bodies for being connected to screwing tools. The handle body is an approximate T shape body. Two ends thereof are installed with a first connecting body and a second connecting body. The handle body has a cruciform-like pivotal hole. A center of the hole is vertical to an axis of the handle body. A cruciform-like pivotal elastomer is tightly engaged in the pivotal hole. A third connecting body has a pivotal end. The pivotal end of the third connecting body is inserted into the pivotal hole. Thereby, the first, second and third connecting bodies are capable of being engaged with sleeve form openers, hexagonal openers and other screwing tools.

Abstract: A memory device includes a memory array, a first protocol circuit, a second protocol circuit, an operation interface, and a protocol detection circuit. The first protocol circuit, which implements a first communication protocol, and the second protocol circuit, which implements a second communication protocol, are coupled in parallel between the memory array and the operation interface. The protocol detection circuit, which is coupled to the operation interface and to the first and second protocol circuits, monitors control signals provided to the operation interface by a host controller to determine which communication protocol the host controller employs. In response thereto, the protocol detection circuit selects one of the first and second protocol circuits to handles communication between the host controller and the memory device.

Abstract: A method for protecting a mold of a servo-driven type mold clamping unit comprises the steps of (a) changing the torque output of the power source generated by a servo-motor subject to the position of a movable die of the mold, and (b) comparing the values set in an encoder of the servo-motor with signal received by the encoder when the movable die is in displacement so as to detect the presence of any foreign objects in the mold for determination of normal/abnormal handling control.

Abstract: A back pressure control method of a servo-driven injection molding machine is proposed, wherein the injection molding machine includes a metering servo and an injection servo motor, which is controlled by a current circuit, a position circuit, a speed circuit and corresponding controllers thereof, so as to perform multi-stage metering control of back pressure. The back pressure control method includes the steps of: establishing a current-pressure relationship table according to mechanism design of the injection molding machine and torque values of the injection servo motor; setting a back pressure value and a rotation speed of the metering servo motor for each metering position; retrieving a current value corresponding to a maximal set value of back pressure according to the current-pressure relationship table, so as to obtain a torque upper-limit value outputted by the injection molding machine; and setting output from a position controller of the position circuit to be zero.

Abstract: The present invention provides a servo drive type automatic mold-adjusting control method. When a toggle of a mold-clamping unit of a servo drive type injection molding machine stretches straight, if a mobile moldboard exactly contacts a static moldboard, the mold-clamping force will be near zero at this time. Assume the toggle recedes a distance and a mold-adjusting board and the mobile moldboard move forwards another distance and are then fixed, if the toggle stretches straight at this time, the mobile moldboard cannot move forwards continually because it already contacts the static moldboard. Therefore, advance of the motor will result in deformation of tie bars, hence building the mold-locking force.

Abstract: The present invention is related to a multi-axis adjusting apparatus comprises a base with an upper surface, and each side of a central line of the base has at least one slot; a sliding seat, which is set on the upper surface of the base, and each of two ends of an upper surface of the sliding seat has at least one screw hole, each position of two sides of the upper surface of the sliding seat corresponding to the slot has at least one sliding plate, which has a U-shaped slot; a plurality of fixing screws, which are inserted into the U-shaped slot and the slot; a carrier, which is mounted on the upper surface of the sliding seat, and each of two ends of the upper surface corresponding to the screw hole has at least one fillister with one penetrating hole; plural adjusting screws are going through the screw holes and connecting to the penetrating holes by way of a floating structure.

Abstract: The present invention is a fixture for reflection mirror. Wherein a plurality of adhering sections are set on surrounding edges inside a rear frame of a rear projection television. Depending on dimensions and weights of different reflection mirrors, an area of the adhering section can be adjusted. Then to coat glue on adhering sections, and the back surrounding edges of the reflection mirror is stuck on the adhering sections, therefore the reflection mirror is fixed on the rear frame. Due to the adhering sections being on the back of the reflection mirror, the reflection mirror is used as a reflection surface of reflecting a light beam back to a screen without blocking of the adhering sections and interference of the rear frame so as to effectively use the reflection surface.

Abstract: The present invention is disclosed an optical assembly comprises an optical engine in a carrier, which is fixed a lower frame on the one side of the carrier. The lower frame has an inlet approach to one side of the optical engine that enable the projection lens of the optical engine to extend the lower frame. A first mirror is fixed on the other side of the lower frame, in front of the projection lens. Exit of the lower frame is on the optical path of the first mirror and is disposed on an inlet of the upper frame. A second mirror is fixed on rear of the upper frame on the optical path along with the optical reflection path of the first mirror. The optical reflection path of the second mirror faces the exit of the upper frame, which is provided a screen.

Abstract: The present invention is that a digital television comprises an inside, a maintain cover, a panel of a front of the digital television, at least one DVD slot and an ejection button around the panel, a hollow sliding frame inside the digital television, an exit of the sliding frame facing the maintain cover, a personal computer mainframe, which comprises a case, a plurality of grooves on upper surface and lower surface of the case and being installed along a central line of the case, a handle on the case toward an end surface of the maintain cover and being capable of pushing the personal computer mainframe into the sliding frame from the exit of the sliding frame being on the reverse side of the end of the maintain cover, a protruded DVD player connecting to the DVD slot and the ejection button for fast assembling and disassembling the computer mainframe to be in maintain and upgrade and offering multiple functions and options to consumers.

Abstract: An adjusting apparatus for adjusting a light engine is disclosed. The adjusting apparatus includes a base having an upward surface, and a sliding seat installed on the upward surface of the base. The sliding seat has at least a supporter, on which is installed an arc-shaped stand. The arc-shaped stand has a round surface, a slot installed on the round surface, and at least one fixing slot installed at a position adjacent to an end of the arc-shaped stand. The adjusting apparatus further includes a carrier installed on the arc-shaped stand and at least one tilt-adjusting screw passing through the supporter for controlling movement of the block. A dovetail slot installed on a region along a central axis of an upward surface of the base, and a sliding plate fixed to the supporter, the sliding plate having a dovetail side corresponding to and capable of sliding along the dovetail slot. Afixing frame is installed on a central strip-shaped region along a central line of the downward surface of the base.

Abstract: The rear projection television of the present invention comprises an optical assembly; an optical engine disposed on the lower supporting base of the optical assembly; a hood member coupled to an end of the supporting base at the front end of the optical engine; an inlet disposed on the hood member, the inlet having an elastic sealed cover which allows the projection lens of the optical engine to be extended inside the hood member and closely wraps the external diameter of the projection lens; a first mirror disposed in front of the projection lens; a second mirroris disposed on the upper end of the inner side of the hood member along the optical path of the small reflective projection lens. A screen is coupled to the outlet of the hood member along the optical reflection path of the second mirror.

Abstract: A method makes a magnetic head having a top and a bottom, front and rear ends and an air bearing surface (ABS) at the front end, comprising the steps of forming first and second pole piece layers with the first and second pole piece layers separated by a write gap layer at the ABS and connected at a back gap that is recessed rearwardly in the head from the ABS; forming a zero throat height (ZTH) defining layer of baked photoresist that is sandwiched between the first and second pole piece layers with the ZTH defining layer having a rounded front edge where the first and second pole piece layers first separate from one another after the ABS to define the ZTH; and forming an insulation stack with a coil layer embedded therein between the first and second pole piece layers with the insulation stack placed so that the ZTH defining layer is located entirely between the ABS and the coil layer.

Abstract: An adjustable lens assembly includes a lens barrel for carrying a lens, at least one guiding member having a shaft axis parallel to the optical axis of the lens barrel for guiding the direction of motion of the lens barrel, a gear shaft driven by a driving source, a driving member meshing with the gear shaft, and a connection mechanism connecting the lens barrel and the driving member. The connection mechanism is capable of adjusting itself with multiple degrees of freedom so that if there is three-dimensional skew bias between the gear shaft and the optical axis or the guiding member, the lens barrel can be driven smoothly.