Abstract:
A vehicle includes a control system and an electric energy battery system coupled to the control system; an electric energy consumption prediction module is coupled to the control system; a gyro is coupled to the control system to detect a road condition, and transmitted the detected road condition to the control system; wherein the electric energy consumption prediction module is in responsive to the detected road condition to generate a predict information for predicting a remaining travel distance of said vehicle.
Abstract:
A portable communication, comprises a control unit, a display coupled to the control unit; a contact book coupled to the control unit to store a list of contact person's phone number, e-mail address, account information, or the combination; a ranking module being responsive to a usage frequency of the list of contact person to re-arrange the list of contact person to allow high ranking contact person is listed on a top or a first page of an interface displayed on the display; a phone filter including an interface on a display to allow a user to input a black list of person and corresponding phone number to filter out a phone which is listed in the black list.
Abstract:
A method of accessing e mail system includes preparing a template by capturing a first bio characteristic of a user by a bio-characteristic capturing device of a computing device; storing the first bio characteristic in the computing device or in a remote server; activating an e mail system from the computing device; triggering the bio-characteristic capturing device of the computing device to capture a second bio-characteristic of the user; comparing the captured second bio-characteristic of the user with the first bio characteristic in the computing device or in the remote server; allowing the user to access the e mail system when the second bio-characteristic matches with the first bio characteristic. The first bio characteristic is replaced by the second bio characteristic to refresh a template.
Abstract:
A portable communicating device with an array of capacitors includes a control unit; a communication module is coupled to the control unit; a memory is coupled to the control unit; an antenna is coupled to the communication module; a display is coupled to the control unit and wherein the display includes a front side and a rear side, an image is displayed on the front side; an array of capacitors formed on the rear side to provide electricity. The capacitors include a first node and a second node. The first node and the second node include carbon nanotube, grapheme, conductive polymer or the combination to achieve the purpose of flexible purpose, thereby providing the bending display with flexible power supply.
Abstract:
A method of generating a user interface for a portable communication device includes providing a control unit, a display coupled to the control unit, and a handedness switching module coupled with the control unit to generate one of a right hand handedness user interface and a left hand handedness user interface, followed by generating the right hand handedness user interface or the left hand handedness user interface selected by a user; The next is to display the selected right hand handedness user interface or the left hand handedness user interface on the display, wherein the arc shaped dialing interface includes pluralities of number arranged along an arc shaped dialing zone on the arc shaped dialing interface, wherein the arc shaped dialing interface includes pluralities of number arranged along an arc shaped dialing zone on the arc shaped dialing interface.
Abstract:
A high resolution mouse includes an illumination source, a sensor, lens is formed along optical path between the illumination source and the sensor; a resolution enhancing element is formed on the sensor and between a reflection surface of an object and the sensor to improve pitch resolution; wherein an index of reflection of the resolution enhancing element is greater than one; wherein the resolution enhancing element includes liquid, gas or solid material.
Abstract:
A light signal transfer device comprises a substrate having a gate dielectric layer; a source and drain doped regions formed in the substrate; a gate formed on the gate dielectric layer; a carbon nano-tube material formed under the gate dielectric layer to act a channel; and a photo-diode doped region formed adjacent to one of the source and drain doped regions, wherein the areas of the channel and the photo-diode doped region are fixed, the carbon nano-tube material reducing area of the channel and increase photo reception area for the photo-diode doped region to improve performance of the light signal transfer device.
Abstract:
A filter-free projector includes a light source unit to generate light beam with different color and a color control module couple to the light source unit for switching the light source unit to emit one color light at a time. A digital mirror device panel having a plurality of mirror elements is provided so as to reflect light fed from the light source unit. Projection lens is positioned in the reflected light path from the digital mirror device panel to project image. The switching-on time of the two of the at least three independent lights is (1) non-overlap, (2) over-lapped with fifty percentage, (3) over-lapped higher than said fifty percentage, and (4) lower than said fifty percentage.
Abstract:
The present invention includes a light color controller, multiple mono-light sources are coupled to the light color controller to control the emission of the light sources. A display is located in accordance with the multiple mono-light sources to display a gray scale image. Three images with red, green and blue color are generated while the three color lights penetrate through the display, successively. A lens is located to responsive the three color images to project them on a screen.
Abstract:
A high resolution image capturing device comprises a lens; an image sensor; a resolution enhancing element formed on said image sensor and between said lens and said image sensor to improve resolution; wherein an index of reflection of said resolution enhancing element is greater than one. The resolution enhancing element includes liquid or solid material which has said index of reflection greater than one of air.