Abstract: An electronic device having a replaceable casing panel comprises a first portion and a second portion. The first portion includes a gliding member having a plurality of second positioning elements corresponding to a plurality of first positioning elements, and each second positioning element includes a fixing element for fixing the gliding member in the first portion and restricting the moving direction of the gliding member, and the gliding member includes a first panel that slides with the gliding member. The second portion includes a second panel having a plurality of third embedding elements and a plurality of fourth embedding elements embedded with each other, and the second portion includes a plurality of first embedding elements and a plurality of second embedding elements, such that the first panel can be pushed to form a gap for replacing the second panel.

Abstract: The present invention relates to a hydrophilic surface structure of the non-hydrophilic substrate and the manufacturing method for using the same. The hydrophilic substrate surface structure is fabricated by forming an amphiphilic polymer layer, a cross-linked stacking layer, and a hydrophilic layer in sequence on the surface of a non-hydrophilic substrate. For example, the hydrophobic surface of poly(dimethylsiloxane) (PDMS) can be made from hydrophobic to hydrophilic and the hydrophilicity can be retained for a long period of time and resist protein adsorption. The hydrophilic thin films give long term stability to the PDMS surface by resisting hydrophobicity recovery, which is the major problem with PDMS. The disclosed method can further be used in the immobilization of protein and other molecules. This method can also be used for modifying other substrates which suffer problems of surface instability.

Abstract: Roughly described, a floating gate memory cell is fabricated by forming an oxide-nitride dielectric layer above a floating gate of the memory cell and in an oxide growth region not above a floating gate. The nitride layer is removed in the oxide growth region using a mask that protects the nitride layer above the floating gate, and then the bottom oxide layer is removed in the oxide growth region using a wet etch that does not affect the nitride remaining above the floating gate. First and second oxide layers are then formed both above the floating gate and in the oxide growth region, to act as the top layer of ONO above the floating gate and as the gate oxide in the oxide growth region. One of the first and second oxide layers is formed using in-situ steam generation.

Abstract: A process for producing high speed transmitting dielectric materials comprises essentially mixing and reacting a proportion of polyphenylene ether (PPE) with a proportion of an epoxy resin of the type of low bromine content in a non-polar solvent in the presence of a catalyst in a reactor at a temperature of 90° C. to 220° C., characterized in that, in the course of the reaction, PPE needs not to be cleaved into small molecules and in stead, can mix and react directly with the epoxy resin to thereby produce a high speed transmitting dielectric material. The process of the invention can reduce greatly the synthetic reaction time, and is applicable in the production of the material useful in printed circuit board for wireless communication, base station and the like.

Abstract: A stackable mobile storage device is provided, including a first mobile drive, at least a second mobile drive and a detachable module plugged between the first mobile drive and the second mobile drive to stack each other. The detachable module is composed of a male connector and a female connector. Especially, the second mobile drive is connected to a control unit of the first mobile drive by a switching unit when serving as a mobile drive for expanding capacity, to be enabled by the control of the first mobile drive. Therefore, the memory capacity of the second mobile drive can be added to the first mobile drive with more capacity to store more data.

Abstract: The present invention provides a non-volatile memory device and a control method thereof. The memory device comprises a memory controller and a multi-die memory. Since a first and a second non-volatile memory dies in the multi-die memory are enabled at different times by a first and a second chip enable signals provided by the memory controller, the data in the multi-die memory can be accessed continuously to increase the data access rate.

Abstract: The present invention provides a method for producing an agent to be used in biocontrol and for preventing plants from suffering from disease. The method includes providing an agent having a microorganism object therein, making the agent contact an external object, and releasing the microorganism object from the agent to act on the external object. In practice, the microorganism agent is applied in a paddy rice system to make the agent contact the plant and release the microorganism object on the plant to control and prevent plant disease.

Abstract: The present invention provides a method for an agent to be used in biocontrol and for preventing plants from suffering from disease. The method includes providing an agent having a microorganism object therein for controlling and preventing a plant lesion, making the agent contact a plant, and releasing the microorganism object from the agent to act on the plant to control and prevent the plant lesion. In practice, the microorganism agent is applied in a paddy rice system to make the agent contact the plant and release the microorganism object on the plant to control and prevent plant disease.

Abstract: The present invention provides an agent to be used in biocontrol and for preventing plants from suffering from disease. The agent includes a microorganism being active on an object; a modeling material mixing therein with the microorganism, and a modeling reagent shaping the modeling material mixed with the microorganism into the agent. In practice, the microorganism agent is applied in a paddy rice system to make the agent contact the plant and release the microorganism object on the plant to control and prevent plant disease.

Abstract: In a method for forming STI in a silicon substrate having a pad oxide over the substrate, a hard mask is formed over the pad oxide, the hard mask and the pad oxide are patterned to form an opening, the silicon substrate is etched through the opening to form a trench, a liner oxide is formed over the trench, an STI insulator is formed in the trench, and the hard mask and the pad oxide are removed. Before the formation of the liner oxide, a clean process is performed that comprises applying silicon-consuming solution to round the top corners of the trench.

Abstract: A backlight module (100) includes a light guide plate (56), a bottom tray (50) having a spring finger (506), a radiation element (59) disposed adjacent to the light guide plate, and a frame (55) receiving the light guide plate and the radiation element. The light guide plate includes a light incident surface (560), and a side surface (564) opposite to the light incident surface. An ear (566) is formed on the side surface, and the spring finger presses the light guide plate toward the radiation element. A distance between the radiation element and the light incident surface is thereby decreased or even eliminated. This enables the backlight module to provide improved brightness and uniformity of emitting luminance.

Abstract: A method for die attaching is disclosed. At first, at least one die and a die-attach preform are separately provided. The die-attach preform is picked and placed upon a die carrier. Then, the die is picked and placed upon the die-attach preform. The die and the die carrier are heated and clipped, so that the die-attach preform can adhere the die and the die carrier at the same time.

Abstract: An ignition enhancement device for enhancing ignition efficiency of car engine is installed between a high voltage wire and a spark plug. The ignition enhancement device has a capacitor. Two sides of the capacitor are connected to two metal conductive rods. An insulating sleeve encloses the capacitor; and two sides of the insulating sleeve are formed with two insertion holes. An outer wall of each of the two sides of the insulting sleeve has an annular slot; and two ends of the capacitor being covered by waterproof rubbers. When the engine is actuated, the capacitor serves to store the current from the high voltage wire. When the capacitor saturates, electrons are charged to the spark plug simultaneously so as to enlarge the current to have the effect of enhancing the discharge of the current. Thus, the ignition can be enhanced and the fuel is burnt completely.

Abstract: Roughly described, a floating gate memory cell is fabricated by forming an oxide-nitride dielectric layer above a floating gate of the memory cell and in an oxide growth region not above a floating gate. The nitride layer is removed in the oxide growth region using a mask that protects the nitride layer above the floating gate, and then the bottom oxide layer is removed in the oxide growth region using a wet etch that does not affect the nitride remaining above the floating gate. First and second oxide layers are then formed both above the floating gate and in the oxide growth region, to act as the top layer of ONO above the floating gate and as the gate oxide in the oxide growth region. One of the first and second oxide layers is formed using in-situ steam generation.

Abstract: A multi-input faucet comprises a spraying tube and a faucet body connected to the spraying tube. The faucet body comprises a cold water input tube and a hot water input tube being installed at a front side of a ceramic valve tank; a cold water inlet tube having a cold water inlet hole at an upper side thereof; the cold water inlet tube being connected to a lower cold water chamber through the cold water inlet hole; a cold water control valve for controlling the opening between the lower cold water chamber and the upper chamber so that the water flows into the upper water chamber; a hot water control valve for controlling hot water flow; a second isolating plate for separating the guide chamber from the cold water chamber; and a guide tube being connected below the guide chamber.

Abstract: The present invention provides a dye composition suitable for forming an information recording layer for carrying out recording and readout with laser beams, which includes at least one compound of formula (I): where n is selected from the group consisting of integer 0˜3; B represents boron; O represents oxygen; X1 and X2 are individually selected from the group consisting of oxygen and fluorine; Y is selected from the group consisting of alkoxyl, alkoxycarbonyl, phenylcyclo having substituent, phenylcyclo having non-substituent, a heterocyclic structure having boron, nitrogen, oxygen, sulfur and selenium (which is composed of Y and Z); Z is selected from the group consisting of hydrogen, alkoxyl, cyanogen radical, the heterocyclic structure having boron, nitrogen, oxygen, sulfur and selenium (which is composed of Y and Z); R is selected from the group consisting of alkoxyl, amino, phenylcyclo having substituent, phenylcyclo having non-substituent, ferrocenyl, a heterocyclic structure having boron, nitro

Abstract: A process for producing high speed transmitting dielectric materials comprises essentially mixing and reacting a proportion of polyphenylene ether (PPE) with a proportion of an epoxy resin of the type of low bromine content in a non-polar solvent in the presence of a catalyst in a reactor at a temperature of 90° C. to 220° C., characterized in that, in the course of the reaction, PPE needs not to be cleaved into small molecules and in stead, can mix and react directly with the epoxy resin to thereby produce a high speed transmitting dielectric material. The process of the invention can reduce greatly the synthetic reaction time, and is applicable in the production of the material useful in printed circuit board for wireless communication, base station and the like.

Abstract: A polymeric material applicable for making a data-recording layer of a multi-layer recording medium in the process using a plastic stamper is provided. In the manufacturing process of multi-layer recording media, a plastic substrate carrying data signals is used as a stamper. The stamper includes a plastic substrate formed thereon a signal-carrying layer. The polymeric material is applied on the plastic stamper to form a data-recording layer. The polymeric material has good duplicating characteristics and has different adhesion to a metallic layer and a polymeric layer so that data-recording layer made by the polymeric material is easy to be peeled off from the stamper. The stamper is also reusable for several times so as to save manufacturing cost.

Abstract: A manufacturing method of cover layer of optical information storage media is disclosed. A plate and a substrate having a signal structure or recording layer are provided, a polymer resin is applied on the substrate. The plate is made to come in contact with the radiation-setting resin and then the radiation-setting resin is compressed against the substrate. The resulting structure is placed on a rotatable table and the rotatable is rotated. A radiation-setting resin layer with a uniform thickness is formed. The radiation-setting resin layer is illuminated by a UV light to harden the radiation-setting resin layer. Next, the plate is separed from the radiation-setting resin layer while the radiation-setting resin layer remain adhered to the substrate. The hardened radiation-setting resin layer serves as a cover layer.

Abstract: A method of fabricating a semiconductor device includes providing a wafer substrate, forming a first oxide layer over the wafer substrate using a single wafer low pressure chemical vapor deposition oxidation process, forming a second oxide layer over the first oxide layer by a single wafer oxidation process, forming a nitride layer over the second oxide layer using a low temperature and pressure deposition process, and growing a top oxide layer over the nitride layer.