Shih-Chiang
Shih-Chiang Chen, Taichung City TW
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20110199403 | COLOR DISPLAY DEVICE - A color display device includes a plurality of pixel display elements and a driving circuit. Each of the pixel display elements includes a plurality of sub-pixel display elements. Each of the sub-pixel display elements includes first and second supports, first and second electrodes attached to inner faces of the first and second supports, respectively, a solution disposed between the first and second electrodes, and particles dispersed in the solution. The particles of the sub-pixel display elements of a same one of the pixel display elements are electrically polarizable by voltage signals supplied by the driving circuit, the voltage signals having the same predetermined driving frequency. | 08-18-2011 |
Shih-Chiang Huang, Hsinchu City TW
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20090221144 | Manufacturing method for nano scale Ge metal structure - Manufacturing methods for nano scale Ge include: Form dielectric layer on the substrate surface, then etch the dielectric layer to form openings of three different dimensions, then use chemical vapor deposition process to deposit Ge metal layer to cover the substrate, dielectric layer and the openings; then on the opening of three different dimensions, nano-dot, nano-disk and nano-ring are formed. | 09-03-2009 |
20100216298 | Method for growing Ge expitaxial layer on patterned structure with cyclic annealing - A Ge epitaxial layer is grown on a silicon substrate with a patterned structure. Through a cyclic annealing, dislocation defects are confined. The present invention provides a method for manufacturing a high-quality Ge epitaxial layer with a low cost and a simple procedure. The Ge epitaxial layer obtained can be applied to high mobility Ge devices or any lattice-mismatched epitaxy on a photonics device. | 08-26-2010 |
Shih-Chiang Lee, Hsinchu TW
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20130054878 | SOLID STATE DRIVE AND WEAR-LEVELING CONTROL METHOD THEREOF - A flash memory includes a first block with a first erase count and a second block with a second erase count. A first data corresponding to a first history index number is stored in the first block. A second data corresponding to a second history index number is stored in the second block. A controlling unit is connected with the flash memory, and includes a history index number generator for generating a plurality of history index numbers, which at least comprise the first history index number and the second history index number. According to the first erase count, the first history index number, the second erase count and the second history index number, the controlling unit determines whether a data swapping operation for exchanging the first data and the second data has to be performed or not. | 02-28-2013 |
20130060991 | SOLID STATE DRIVE AND GARBAGE COLLECTION CONTROL METHOD THEREOF - A garbage collection control method for a solid state drive is provided. The garbage collection control method includes the following steps. Firstly, a total number of releasable spaces in a plurality of data-containing blocks of a flash memory is calculated and defined as A. A total number of spaces in a plurality of blank blocks of the flash memory is calculated and defined as B. If the ratio B/A is smaller than a first threshold value, a garbage collection is performed. During the garbage collection is performed, if the ratio B/A is larger than a second threshold value, the garbage collection is ended. The first threshold value is smaller than the second threshold value. | 03-07-2013 |
Shih-Chiang Lee, Daxi Township TW
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20110307200 | RECOGNIZING MULTIPLE APPLIANCE OPERATING STATES USING CIRCUIT-LEVEL ELECTRICAL INFORMATION - An approach to measuring power consumption of multiple appliances adopts a transition probability to model the correlation and causality of appliance events caused by human behavior. The sequential order and relevance of using appliances can be taken into account. For instance, correlation between the use of (e.g., states of) different electrical appliances may be used. | 12-15-2011 |
Shih-Chiang Lin, Taipei TW
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20120043884 | LED LAMP TUBE - An LED lamp tube comprises a tube body, at least one circuit board inside the tube body, at lease one LED module on the circuit board, and electrical connectors at the ends of the tube, wherein the tube body is an integrally formed hollow tube, and has at least one group of supporting and positioning ribs on the inner wall thereof along the length direction; the circuit board is fixed by the supporting and positioning ribs; the LED lamp tube disclosed by the present invention has a firm assembly structure with less thermal deformation, and more particularly just like the conventional fluorescent tubes it has a wide light-emitting angle, thereby providing better illumination effects. | 02-23-2012 |
20140282137 | AUTOMATICALLY FITTING A WEARABLE OBJECT - Image of a subject is received along with viewable representations of a user selected wearable object having a respective size indicative of physical dimensions of the wearable object. The physical proportions of the subject are determined and a display is generated that shows how the wearable object having a respective size will look when worn by the subject having the determined physical proportions. | 09-18-2014 |
20140358877 | METHOD AND SYSTEM HANDLING IMAGES ON A MULTI-TOUCH DEVICE - Disclosed is a system and method for gesture-based content-object rendering. The present disclosure provides for optimized display of a high-resolution image upon receiving input, such as a spread gesture, from a user respective of a displayed low-resolution image. The low-resolution and high-resolution image are subdivided into content objects or blocks and stored in a content database. Upon receiving the user input, the input areas respective of the image is identified, and the high-resolution image block is displayed. Subsequently, adjacent blocks corresponding to the input area are then displayed to effectuate an efficient download of the high-resolution image. | 12-04-2014 |
Shih-Chiang Lin, Dashu Township TW
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20110249317 | Quasi-Phase Matched Optical Waveguide for Preventing Back Conversion - A QPM waveguide includes an optical substrate having periodic domain-inverted regions and non-inverted regions which are arranged alternately, and a waveguide part passing through the domain-inverted regions and non-inverted regions. The substrate is divided into at least two sections each of which has a wave input facet and a wave output facet. At least one band-pass filter layer is disposed on the wave input facet of one section to filter out a signal wave for preventing back conversion so that the energy of the conversion wave can increase. A method for preventing the back conversion is also disclosed. | 10-13-2011 |
Shih-Chiang Lin, Kaohsiung City TW
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20120194892 | LIGHT EXTRACTING DEVICE AND LIGHT EXTRACTING METHOD - A light extracting device includes a dual light generating unit and a first order Bragg grating unit. The dual light generating unit is for receiving an input optical signal and a control signal, and for generating from the input optical signal first and second optical signals that have a phase difference there between. The phase difference is associated with the control signal. The first order Bragg grating unit is for receiving the first and second optical signals from the dual light generating unit, and for causing optical interference to occur between the first and second optical signals within a predetermined wavelength range to result in first and second output optical signals. | 08-02-2012 |
20130287408 | OPTICAL RADIATION SIGNAL GENERATING DEVICE AND TRANCEIVING SYSTEM, AND METHOD OF GENERATING AN OPTICAL RADIATION SIGNAL - A method of generating an optical radiation signal is to be implemented by an optical radiation signal generating device including a dual beam generating unit for receiving an original optical input signal, and a second-order fiber Bragg grating (FBG). The dual-beam generating unit is configured to generate, from the original optical input signal, first and second optical input signals having a phase difference therebetween. The second-order FBG is configured to receive the first and second optical input signals, and to radiate an optical radiation signal by interference between the first and second optical input signals. | 10-31-2013 |
Shih-Chiang Lin, I Lan City TW
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20150208470 | LED LIGHT WITH TRIAC-BALLASTED - A LED light with TRIAC ballasted contains a thermistor, Ceramic capacitors, resistors, DIAC, TRIAC, bridge rectifiers, and LED lights, such that after a power supply is conducted, a heat and an impedance of the thermistor change, and then a RC charging/discharging time changes to forward or to lag a phase of the DIAC for triggering the TRIAC, thus lowering the power to stabilize LED brightness or to ballast the LED lights. Since the TRIAC-ballasted LED light is simplified, i.e., electrolytic capacitors, transformers, inductors and chips are eliminated, so a failure rate is much lower than conventional switch-mode drive LED lights. Furthermore, high brightness, long service life, less operating current, lower cost, high reliability are achieved. Preferably, a number of the LED lights is increased or decreased based on required brightness and power voltage. | 07-23-2015 |
Shih-Chiang Wan, Zhubei City TW
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20150280792 | CIRCUIT WITH BOTH FUNCTIONS OF WIRELESS POWER TRANSMITTER AND WIRELESS POWER RECEIVER AND DEVICE THEREOF - A device with both functions of wireless power transmitter and wireless power receiver and a circuit thereof are provided in the present invention. The device with both functions of wireless power transmitter and wireless power receiver and the circuit thereof use the same winding for performing the energy output and the energy receiving function. In addition, in order to use the same winding for performing the energy output and the energy receiving function, the present invention adopts full bridge topology. However, two lower switches are controlled by the resonant circuit when the device is in the energy receiving mode. The upper switches are not only for receiving the power voltage, but also for rectifying the energy received from the winding to output to the device with both functions of wireless power transmitter and wireless power receiver. | 10-01-2015 |