Abstract in simplified Chinese:一种文档承载件之保护设备,此保护设备包括支撑结构与补强贴片,其中文档承载件下缘周围借由补强贴片与支撑结构相链接,同时也局部强化了文档承载件。当文档承载件受到外力撞击时,可借由补强贴片吸收并缓和外来撞击力之能量,避免应力集中在文档承载件与支撑结构之接面处,以保护文档承载件。
Abstract in simplified Chinese:一种具有侧边反转设备之扫描仪,至少包括机壳、扫描平台、光机及侧边反转设备。扫描平台系配置于机壳之盖板中并用以置放稿件,光机系以可移动之方式配置于机壳中,且光机于扫描完稿件之正面时将输出一扫描完毕信号。侧边反转设备系位于扫描平台之一侧并具有控制单元,侧边反转设备用以于控制单元接收扫描完毕信号后反转稿件,使得光机可以扫描稿件之反面。
Abstract:
An apparatus of linear staggered sensors. The scan comprises a first sensor and a second sensor. The first sensor is laterally offset from the second sensor, the sensors comprises a plurality of charge coupled devices, wherein the each of charge coupled device comprises a photosensitive zones and a non-photosensitive zones, the charge coupled devices of the sensors are linear arrangement; and the first sensor is abutting with the second sensor, wherein the first sensor is abutting place with the second sensor is the non-photosensitive zones.
Abstract:
An apparatus for capturing a document with a plurality of compression models comprises an image-processing system and an image-capturing system. The image-processing system is for accepting a request of setting the compression models for the document and processing the data of the document according to the compression models, wherein the request is from an exterior electric device connected to the apparatus. The image-capturing system is for capturing the data of the document, and is connected to the image-processing system and comprises multitudes of optic devices. The method for capturing the document with these compression models comprises accepting a request of setting the compression models for the document; capturing the data of the document; and processing the data of the document with these compression models.
Abstract:
Apparatus for projecting a display interface on a remote screen comprises a means such as scanning device for capturing the display interface comprising a visual pointer appearing on the remote screen. The visual pointer is positioned to reference a subject portion of the display interface and produced by a pointer device. The apparatus comprises another a means such as a projector for projecting display content on the remote screen according to the capturing means. The display content is corresponding to the subject portion of the display interface and directly displayed after the scanning of capturing means.
Abstract:
A method for capturing images useful in a scanning system is provided. The present method comprises performing a preview scan of a picture and then displaying the preview image of the picture on a screen. Selecting a scanning area of the preview image and simultaneously performing a first normal scan of the picture from an initial scanning position relative to the picture. When the scanned area of the first normal scan corresponds to the selected scanning area, the scan image produced by the first normal scan is displayed. Otherwise, a second normal scan of a portion of the picture that corresponds to the selected scanning area is performed to produce a final scan image.
Abstract:
A document-loading panel structure for scanner is characterized that a document-loading panel of scanner and an up housing are made of a transparent acrylic material or the like by integral molding; and a chart is either printed or attached on the up housing, a document cover, and/or the document-loading panel.
Abstract:
An apparatus in a linear complementary metal-oxide-semiconductor sensor for dark calibration comprises a plurality of exposure control devices used for controlling corresponding a first electrical access to a photocell and located between the corresponding photocell and in common a voltage line. In the present invention, the exposure control devices comprise on/off switches that can enable and disable the first electrical accesses. The apparatus is applied with a method for dark calibration of a scanner with a linear sensor. The method comprises disabling a plurality of electrical connections between a plurality of corresponding photocells and in common a voltage line in said linear sensor, and thereafter exposing said photocells.
Abstract:
The present invention provides an optical sensor device for equally receiving light signals. The optical sensor device is composed of several optical sensor elements. The whole object of using the optical sensor elements to equally receive light signals depends on the formation of the optical sensor elements at an inclined plane on both sides of a substrate. Or, to make a central beaming pathway by equally increasing the height on both sides of the substrate.