Abstract: Disclosed is an LED-based streetlamp for emitting white light with easily adjustable color temperature. The LED-based streetlamp includes at least one substrate, at least three red LED packages, at least three green LED packages, at least three blue LED packages and a lamp holder. The red, green and blue LED packages are provided on the substrate. Each of the LED packages includes scattering particles for providing preferred senses of direction of light so that red, green and blue light beams cast from the red, green and blue LED packages almost completely overlap to provide a white light beam.

Abstract: A MEMS wireless monitoring bio-diagnosis system includes an implantable biosensor system chip, a surface transmitter and an external monitor center. The implantable biosensor system chip contains a biosensor for a cardio-vascular indicator and a wireless transmitter to deliver detected bio-signal data. With the MEMS wireless monitoring bio-diagnosis system, the bio-signal data can be monitored effectively and transmitted to a remote medical unit.

Abstract: In a tactile sensing array and its manufacturing method, the tactile sensing array includes first and second electrodes at different layers, conductors provided for cladding intersection positions of the first and second electrodes, and a cladding layer for cladding the first and second electrodes and conductors. Each of the first and second electrodes is a spiral conducting wire wound onto an elastic wire. During manufacture, a cladding layer solution is injected into a mold; first electrodes are installed in rows and apart, and each first electrode includes conductor solution drops; second electrodes are installed at the conductor solution drops; a cladding layer solution is injected again; and vacuum, heating and demolding process are performed. The invention has the effects of high extensibility, high elasticity and low manufacturing cost and prevents damages caused by high deformation when the tactile sensing array is used and covered onto a complicated surface.

Abstract: Disclosed is an illuminative module for enhancing the white balance while reducing thermal drift and color blocks. The illuminative module includes a substrate and light-emitting elements provided on the substrate to emitting light of the primary colors and a fourth color, respectively, so that the light of the primary colors is mixed with the light of the fourth color to provide white light.

Abstract: Disclosed is an illuminative module for enhancing the white balance while reducing thermal drift and color spots. The illuminative module includes a substrate and light-emitting elements provided on the substrate to emitting light of the primary colors and a fourth color, respectively, so that the light of the primary colors is mixed with the light of the fourth color to provide white light.

Abstract: A semiconductor die includes a semiconductor substrate, electrodes provided on the semiconductor substrate, an isolating layer provided on the electrodes, an upper protective layer provided on the electrodes and the isolating layer, pads provided on the upper protective layer and connectors inserted through the upper protective layer and used to connect the electrodes to the pads. The area of the pads is larger than that of the electrodes.

Abstract: A thermo-pneumatic peristaltic pump. A heating base board includes at least one heater. A membrane disposition board is disposed on the heating base board and includes at least one membrane chamber. The membrane chamber includes a first chamber body and a second chamber body. The first chamber body connects to the second chamber body and covers the heater. A fluidic receiving board is disposed on the membrane disposition board and includes at least one fluidic chamber, a fluidic inlet, and a fluidic outlet. The fluidic chamber is connected between the fluidic inlet and the fluidic outlet and is disposed on the second chamber body of the membrane chamber.

Abstract: The invention relates to a hybrid optical switch, which is composed of a silicon micro-mirror-array and a mini-actuator array mainly. The invention which combines microelectromechanical systems technology and traditional precision machining technology, possesses the advantages of low cost, high accuracy, high fabrication yield, low actuation voltage, low power consumption, self-aligned micro-mirrors, and easy fiber alignment.

Abstract: This invention relates to an optical switch with an arbitrary port number and its arrangement method for the optical communication system, and switches an optical path by using mirrors. The invention uses a network exchange algorithm to compute crossing points and reflecting points of the optical paths. Single-sided reflecting mirrors are disposed at the reflecting points of the optical path respectively, and double-sided reflecting mirrors are disposed at the crossing points of the optical path respectively. With the arrangement method, the arbitrary port number optical switch can be applied to satisfy the requirement for an arbitrary number of input and output terminals, so as to assure that an equal length of each optical path and to decrease the number of mirrors to minimize the cost, size and assembling time of the optical switch.

Abstract: The present invention discloses an optical switch having an optical switching function as well as an add/drop function. The optical switch includes two add optical fibers and two drop optical fibers. In addition to the optical switching function of the optical switch achieved by four movable mirrors, the optical switch also has the add/drop function when the four movable mirrors are moved out of the optical path. Therefore, the optical switch of the invention concurrently provides the optical switching function as well as the add/drop functions.

Abstract: A 2×2 mechanical optical switch includes a base, four collimators (two input collimators and two output collimators), an ultra thin mirror (double-sided reflection) and a switching mechanism of the mirror. This switch utilizes four collimators, which are arranged 90° with each other on a common plane, to emit and receive parallel light beams at a certain distance. The light beams are reflected by an ultra thin mirror. When the mirror is moved away from the intersection point of two optical paths, the input lights will directly enter into output channels (transmission state). While the mirror is moved to the intersection point which is the reflection position, the optical beams will be bent into alternate output channels (reflection state) simultaneously from both sides of the ultra thin mirror.

Abstract: A 2×2 mechanical optical switch includes a base, four collimators (two input collimators and two output collimators), an ultra thin mirror (double-sided reflection) and a switching mechanism of the mirror. This switch utilizes four collimators, which are arranged 90° with each other on a common plane, to emit and receive parallel light beams at a certain distance. The light beams are reflected by an ultra thin mirror. When the mirror is moved away from the intersection point of two optical paths, the input lights will directly enter into output channels (transmission state). While the mirror is moved to the intersection point which is the reflection position, the optical beams will be bent into alternate output channels (reflection state) simultaneously from both sides of the ultra thin mirror.

Abstract: A method for independently adjusting six color classes with the consideration of boundary colors on a display device comprises steps of: detecting a plurality of pixels of a display device and calculate a first tint and a second tint of the pixels; defining a first pixel, the first tint and second tint of the first pixel both locating in the targeted color class; defining a second pixel, the second pixel being close to the first pixel, and the first tint and the second tint of the second pixel both locating in the neighboring of the targeted color class; defining a third pixel, said third pixel being neither the first pixel nor the second pixel; finding the first pixel and second pixel and adjusting their colors; and finding the third pixel and keeping its original color.

Abstract: The present invention relates to an improved structure of producing white light for LED, and the structure is a light emitting element composed of two chips of different color lights. The two chips are bonded with each other in series. In an epitaxial formation and manufacturing process, a first metal contact end is formed on the backside of the chip in the front and a second metal contact end is formed on the front side of the chip at the back, and the interfaces of the first and second contact ends are bonded by an eutectic solder, so that the two chips are electrically and mechanically coupled with each other. The invention simply uses a current to drive two chips to produce white light, and thus effectively saving the space of a printed circuit board, and enhancing the performance of the LED semiconductor manufacturing process.

Abstract: The invention relates to a biodegradable BB pellet and preparation thereof.

Abstract: One embodiment of the present invention is a sensor for analyzing an analyte that includes: (a) an sensing element that is adapted to interface with the analyte; (b) an organic luminescent element that is adapted to excite surface plasmon resonance on the sensing element; and (c) a detector that is adapted to detect signals from the sensing element.

Abstract: A method for independently adjusting six color classes with the consideration of boundary colors on a display device comprises steps of: detecting a plurality of pixels of a display device and calculate a first tint and a second tint of the pixels; defining a first pixel, the first tint and second tint of the first pixel both locating in the targeted color class; defining a second pixel, the second pixel being close to the first pixel, and the first tint and the second tint of the second pixel both locating in the neighboring of the targeted color class; defining a third pixel, said third pixel being neither the first pixel nor the second pixel; finding the first pixel and second pixel and adjusting their colors; and finding the third pixel and keeping its original color.

Abstract: A method is proposed for independently adjusting single color on a display device, which contains following steps: detecting multiple pixels of a display device, and separating out the 1st and the 2nd tint of these pixels; if the 1st and the 2nd tint of a pixel are with the same color class, then adjust the color of the pixel; and if the 1st and the 2nd tint of a pixel are with the different color classes, then maintain the color of the pixel in the original status.