Abstract: A high-power thin film resistor includes a substrate, a resistance layer, an internal electrode layer, a passivation layer and a thermal conductive layer. The resistance layer is disposed on the substrate, and the internal electrode layer has a middle internal electrode area and two terminal internal electrode areas. The resistance layer is divided into a middle resistance area and two terminal resistance areas by the middle internal electrode area and the two terminal internal electrode areas. The passivation layer covers portions of the resistance layer and the internal electrode layer. The thermal conductive layer is disposed on the passivation layer, wherein the thermal conductive layer has two thermal conductors and a gap between the two thermal conductors. The middle internal resistance area and the two terminal resistance areas form a series resistance, and the two terminal resistance areas have the same resistance value.

Abstract: An interactive education system includes a storage, an output device, a processor, an input device and a recognition device. The processor controls the output device to produce voice based on a hint on a target answer stored in the storage. The recognition device generates a response through performing speech recognition on input data generated by the input device from voice of a user. The processor controls the output device to produce voice based on whether the response matches the target answer or any relevant characteristic. Depending on a count of consecutive occurrences of a failed event, the processor controls the output device to produce voice based on another hint or the target answer.

Abstract: A computer aided design system comprises a dividing module, a storage, an interface creating module, a selecting module, and a display module. The dividing module divides the names into groups according to a predetermined rule. The group comprises a plurality of the targets set on the different layers. The storage records the relationship between the groups and the targets. The interface creating module creates a user interface base on the groups and selects at least one group in the same user interface from the operation of the user. The selecting module selects targets according to the selected groups. The display module displays the selected targets.

Abstract: Methods and systems are described for assessing the results of a bioassay between probe biomolecules and target biomolecules using conventional optical disk drive.

Abstract: A computer aided design system comprises a dividing module, a storage, an interface creating module, a selecting module, and a display module. The dividing module divides the names into groups according to a predetermined rule. The group comprises a plurality of the targets set on the different layers. The storage records the relationship between the groups and the targets. The interface creating module creates a user interface base on the groups and selects at least one group in the same user interface from the operation of the user. The selecting module selects targets according to the selected groups. The display module displays the selected targets.

Abstract: Methods and systems are described for assessing the results of a bioassay between probe biomolecules and target biomolecules using a conventional optical disc drive.

Abstract: A sensing member for detecting total cholesterol of a blood sample is disclosed, which includes: a working electrode and a counter electrode respectively formed on a first substrate and a second substrate, wherein, an opening is formed in one of the first and second substrates corresponding in position to the electrode for allowing the blood sample to pass through; a dielectric layer formed on one of the surfaces of the first and second substrates and exposing the electrode and end connector such that the end connector can be electrically connected to an electronic device used for applying electric voltage; a reactive pad disposed between the working electrode and the counter electrode and containing an reactive reagent, wherein the reactive reagent comprises an electron transport material, an enzyme capable of reacting with the analyte and generating a current corresponding to the concentration, and a buffer solution; and a separating pad disposed on the opening for removing interfering materials from the bl

Abstract: An electrochemical biosensor formed by screen printing and method of fabricating such biosensor is disclosed in the present invention. The biosensor can quickly absorb a sample to be measured therein, effectively control volume of the sample fed and “fill-and-position” the sample therein. The biosensor includes an electrode layer (electrode area) comprising two or three electrodes, which are a working electrode, a reference electrode and an auxiliary electrode (tri-electrode) on an insulating substrate. An active reaction layer containing reactant, reaction catalyst, mediator, wetting agent and surfactant is spread on the surface of the electrode layer. A sample inflow area is formed above the electrode area by adding an upper cover on top of a middle insulating layer with a U-shaped opening formed therein. Sample solution with a minute amount about 0.

Abstract: An electrochemical biosensor formed by screen printing and method of fabricating such biosensor is disclosed in the present invention. The biosensor can quickly absorb a sample to be measured therein, effectively control volume of the sample fed and “fill-and-position” the sample therein. The biosensor includes an electrode layer (electrode area) comprising two or three electrodes, which are a working electrode, a reference electrode and an auxiliary electrode (tri-electrode) on an insulating substrate. An active reaction layer containing reactant, reaction catalyst, mediator, wetting agent and surfactant is spread on the surface of the electrode layer. A sample inflow area is formed above the electrode area by adding an upper cover on top of a middle insulating layer with a U-shaped opening formed therein. Sample solution with a minute amount about 0.

Abstract: An automatic opening umbrella mechanism which provides a new design, by which users can open an umbrella in a quick and accurate manner with enhanced efficiency. The structure primarily contains a spring disposed between the midpoint of a first main umbrella stretcher and the upper end of the umbrella runner. The resilient restoring force of the spring helps opening an umbrella.

Abstract: An opening structure of a multiple folded umbrella is provided that includes a shaft formed by several tubes, a runner provided around the shaft, an upper connector provided on an upper tube of the shaft, and a frame having many ribs pivotally connected with the upper connector and the runner. The upper tube of the shaft is provided with an inwardly directed flange at a position intermediate opposing ends of the upper tube, and a plate is provided on the flange. A connecting cap is slidingly received in the top end of the upper tube and receives a spring within the cap and within the upper tube, concealing the spring within the upper tube. The upper connector is cylindrical and slides on the upper tube and has a small volume, to thereby be carried and stored more easily and conveniently.

Abstract: An improved opening structure of an unfolded umbrella includes a shaft with an upper mounting ring, a runner around the shaft, a frame having many ribs connected with the upper mounting ring and the runner, a button mounted on the shaft to engage with the runner for closing the umbrella. A rod is provided in the shaft at a lower position, an aperture is formed on the shaft with a wheel, and an elastic rope having one end connected with the rod and the other end extending upward to pass by the wheel, and to connect with the runner. When the umbrella is closed, the elastic rope is stretched that obtains a recovering force to open the umbrella quickly and automatically when the runner is unlocked.

Abstract: This invention relates to an improved controlling apparatus of an umbrella which includes an opening slice, a closing slice, and an L-shape slice in a handle of the umbrella. A button on the handle can be pressed to control the opening slice or the closing slice moved inward to open or close the umbrella. Since the L-shape slice will be pushed downward before the button is pressed to open the umbrella, it is possible to prevent from any mistake when in opening operation of the umbrella.