Abstract: A light source module includes a light source for generating light beams, a first lens array positioned on a side of the light source, and an invisible-light cut filter positioned on a side of the first lens array away from the light source, wherein the invisible-light cut filter is nonparallel with the first lens array.

Abstract: A method, which is for determining switching state of a transistor-based switching device that includes a set of transistors, includes the steps of: applying a bias voltage to a transistor having a fastest response so as to dispose the transistors in the set in a desired transistor state; detecting a voltage level at a transistor having a slowest response to the bias voltage; and comparing the detected voltage level with a predetermined threshold voltage level in order to determine the switching state of the switching device. A transistor-based switching device is also disclosed.

Abstract: A storage device comprised of process unit, memory unit and charging unit contains a built-in mobile source module; the source module being charged by a source externally connected to a data process device when the latter is connected to the storage device via a first communication interface; alternatively a second communication interface being disposed to the storage device to connect other electronic device to be charged by the source module via the second communication interface or directly supplied with the power from the source module in the storage device.

Abstract: A strap of a bag containing an electronic product such as a notebook, PDA, or cellular phone, is attached with a cell unit; the a cell unit connected and supplying power to the electronic product by means of a or a plurality of connection member.

Abstract: A wired mouse containing a circuit board, a connection line to connect the mouse to a PC, and a built-in mobile power module; the mobile power module being charged by the PC external source, or a second connection interface being provided to the mouse, the power source module charging any other electronic product through the second connection interface while the mouse is operating.

Abstract: In a delay cell, a capacitor and a current mirror are configured to have an equivalent capacitance, and the current mirror establishes a capacitor displacement current to charge the capacitor, by which it is equivalently generated a much smaller current to charge the capacitor for a desired delay time. Therefore, the actual layout is much reduced in size for the capacitor, and the capacitor could be implemented within a chip.

Abstract: A method, which is for determining switching state of a transistor-based switching device that includes a set of transistors, includes the steps of: applying a bias voltage to a transistor having a fastest response so as to dispose the transistors in the set in a desired transistor state; detecting a voltage level at a transistor having a slowest response to the bias voltage; and comparing the detected voltage level with a predetermined threshold voltage level in order to determine the switching state of the switching device. A transistor-based switching device is also disclosed.

Abstract: A light source module includes a light source for generating light beams, a first lens array positioned on a side of the light source, and an invisible-light cut filter positioned on a side of the first lens array away from the light source, wherein the invisible-light cut filter is nonparallel with the first lens array.

Abstract: Within both a lateral double diffused metal oxide semiconductor (LDMOS) device, and a method for fabrication thereof, there is formed a buried layer of polarity equivalent with a well region within which is formed a drain region. The buried layer is formed laterally aligned with respect to the well region, and separated therefrom by a portion of an epitaxial layer. The lateral double diffused metal oxide semiconductor (LDMOS) device exhibits enhanced electrical performance.

Abstract: A micro liquid dispenser that incorporates a liquid pillar injector and a method for depositing liquid on a substrate by the micro liquid dispenser are disclosed. The micro liquid dispenser is constructed by a liquid storage chamber, a micro-actuator and an aperture formed in a semiconductor substrate, such as a silicon substrate. The method for depositing liquid on the substrate can be carried out by positioning a substrate juxtaposed to the aperture of the micro liquid dispenser and then actuating the actuator of the dispenser to inject a liquid pillar from the aperture toward the substrate. Only a tip portion of liquid pillar contacts and thereby attaches to the surface of the substrate while the remaining portion of the liquid pillar breaks off and retracted into the aperture or the liquid storage chamber of the dispenser.

Abstract: Within both a lateral double diffused metal oxide semiconductor (LDMOS) device, and a method for fabrication thereof, there is formed a buried layer of polarity equivalent with a well region within which is formed a drain region. The buried layer is formed laterally aligned with respect to the well region, and separated therefrom by a portion of an epitaxial layer. The lateral double diffused metal oxide semiconductor (LDMOS) device exhibits enhanced electrical performance.

Abstract: A method of manufacturing a LDHOS transistor having a dielectric block under the gate electrode. A high voltage well, low voltage well (LV PW), and field oxide regions having bird beaks are provided in a substrate and overlay the high voltage well and the low voltage well. In a key step, a dielectric block is formed over the bird beaks of the field oxide regions. A gate is formed over the dielectric block. After this the LDMOS device is completed. The invention's dielectric block covers the bird's beaks of the field oxide regions and enhances the e-field tolerance. The invention's e-field enhancement dielectric block relieves the e-field near the bird's beak, thus increasing the breakdown voltage of the transistor.

Abstract: An EMI (electromagnetic interference) protective I/O connector holder plate formed of an electrically conductive shell and a foamed lining and back-glued and adhered to the back sidewall of a case for computer and having a plurality of insertion holes for the mounting of I/O connectors. The electrically conductive shell is composed of a layer of thermofusion gums, a layer of aluminum foil, a layer of cotton cloth 1, and a layer of polyester film.