Abstract:
A search method is provided to search available information and rank search results. The method retrieves a search query and bookmark-oriented information through an internet browser or a user search engine installed on a user terminal. According to the search query, the method obtains search results from the available information. Afterwards, the search results are ranked according to the bookmark-oriented information. More specifically, the bookmark-oriented information may be used as part of the search query during searching, or used to rank the search results. Those search results that match at least part of the bookmark-oriented information are provided and ranked on the internet browser or user search engine only, or provided and ranked prior to those search results not matching any of the bookmark-oriented information, thereby providing a preferable search result closest to the user's search query.
Abstract:
A portable electronic device includes a flat display, a transparent window, an optical element, an optical zoom lens set and an image sensing element. The flat display includes a display panel with a viewing direction. The transparent window, the optical element, the optical zoom lens set and the image sensing element are all configure in the outer frame of the flat display. The transparent window and the optical element correspond to each other and align in the viewing direction. The optical zoom lens set includes multiple lenses configured at one side of the optical element. The lenses move along a focusing direction to modify the focusing length. The focusing direction is substantially perpendicular to the viewing direction. The image sensing element is configured at one side of the optical zoom lens set, thereby allowing the light to pass through the transparent window, by the optical element guided to the optical zoom lens set, then passing through the lenses, and finally focusing on the image sensing element,
Abstract:
A display system and driving method thereof are capable of outputting a low luminance of red light, especially through descending a color level of red signals when displayed. The display system includes a display device and an image processing device. The image processing device outputs the red signals to the display device for displaying thereon. The color level of red signals is descended by a display chip or a switch device to allow the display device to display images with low luminance of red light, so that the display device is viewable through a night-vision device.
Abstract:
A liquid crystal display equipped with an overheat protection device and overheat protection method is disclosed. When a temperature sensor measures that the temperature of a LED (Light-Emitting Diode) backlight module is overheated and possibly will cause damage, the overheat protection device descend the luminance of the LED backlight module to lower the temperature inside the liquid crystal display.
Abstract:
A display interface for on screen display is disclosed. The display interface comprises a pattern and a layer with black and transparent background. When an on screen display (OSD) is activated, the pattern corresponding to the OSD is displayed, the black and transparent background is rendered, and radiative transition effect is implemented to the pattern.
Abstract:
A processing method for interactive displaying is provided and applied to an electronic device equipped with an interactive display screen. The display screen includes an up-down stacked digitizer board and a touch panel. The processing method for interactive displaying includes the following steps: determining whether the digitizer board senses existence of a digitizer pen; and when the digitizer board senses existence of the digitizer pen, performing a first designate operation on the touch panel.
Abstract:
A radio frequency IC tag is provided which is excellent in weatherability, dustproofness, waterproofness, and static protection and capable of making a communication distance long even though each antenna section is made small in configuration. A first antenna equipped with an IC chip is formed on an upper surface of a first spacer. A second antenna is formed on a lower surface of a top cover. A second spacer is shaped in hollow form. The first spacer and the top cover are disposed on both sides of the second spacer with the first antenna and the second antenna being opposite to each other. Each of the first spacer, the second spacer and the top cover is formed of a synthetic resin. Thus, the IC chip and each antenna section are not exposed to the outside and hence weatherability is enhanced.
Abstract:
A power-saving circuitry of CPU is provided. The power-saving circuitry comprises a switching transistor having a first source/drain electrode being grounded, a second source/drain electrode being electrically coupled to a DC power, and a gate electrode being electrically coupled to the CPU. When the CPU is under a normal operation mode, the switching transistor is turned on. When the CPU is under a power-saving mode (such as a C3 state), the switching transistor is turned off. In addition, the present invention further comprises a diode. Wherein, an anode of the diode is electrically coupled to the second source/drain electrode of the switching transistor, and a cathode of the diode is electrically coupled to a highest bit code of the voltage identification code of the CPU, so as to output the highest bit code of the voltage identification code of the CPU.
Abstract:
A computer system with window-based OS (Operating System) and a program plug-in management method is provided. Even though a non-plug-in application installed in the computer system is originally incapable of plugging into a target program, through the method, certain non-plug-in application will still be plugged into the desired target program. A plug-in management table is constructed in advance to store frame information of an assigned frame within the window of the target program and plug-in information of the non-plug-in application and the target program. The non-plug-in application will be plugged into the assigned frame within the window of the target program according to the plug-in management table. After activated, the non-plug-in application and the target program will be executed in parallel so that the non-plug-in application will remain in the window of the target program without shrinking into a bottom toolbar or disappearing from the window.
Abstract:
A case structure of an electronic device is used for directly integrating an antenna of a signal transceiver circuit and a case of the electronic device, so as to improve a space utilization rate of the electronic device. At least one trench pattern is formed on a specific region of the metal case of the electronic device. When the metal case is electrically coupled to the signal transceiver circuit of the electronic device, the metal case and the trench pattern constitute at least one antenna of the electronic device.