Abstract:
An image sensor has a supporting member for integrally supporting a reading system including illuminating means for illuminating an original document, a photoelectrically converting means and imaging means for imaging light reflected by the surface of the original document onto the photoelectrically converting means, and has a member disposed on the side surface of the supporting member. The image sensor has two or more substantially independent spaces formed in the supporting member. The illuminating means, the imaging means and the photoelectrically converting means are accommodated in one of the spaces.
Abstract:
An image sensor has a supporting member for integrally supporting a reading system including illuminating means for illuminating an original document, a photoelectrically converting means and imaging means for imaging light reflected by the surface of the original document onto the photoelectrically converting means, and has a member disposed on the side surface of the supporting member. The image sensor has two or more substantially independent spaces formed in the supporting member. The illuminating means, the imaging means and the photoelectrically converting means are accommodated in one of the spaces.
Abstract:
An image sensor has a supporting member for integrally supporting a reading system including illuminating means for illuminating an original document, a photoelectrically converting means and imaging means for imaging light reflected by the surface of the original document onto the photoelectrically converting means, and has a member disposed on the side surface of the supporting member. The image sensor has two or more substantially independent spaces formed in the supporting member. The illuminating means, the imaging means and the photoelectrically converting means are accommodated in one of the spaces.
Abstract:
PURPOSE: A document scanning device and an image forming device with the same are provided to make locations the same where lights of an image sensor unit are reflected when the image sensor unit is located on a scanning location or a calibration location. CONSTITUTION: An image sensor unit(220) obtains image data. A moving unit moves the image sensor unit between a scanning location and a calibration location. A transparent plate(230) transmits incident light and reflective light. A calibration sheet(250) is attached onto a surface exposed to the transparent plate. The calibration sheet is arranged on an area including the calibration location. A housing cover(210) is combined with a housing(270).
Abstract in simplified Chinese:为了避免由于光线在覆盖玻璃与接触玻璃间之接触面的干扰而导致干涉带的发生,必须将输出波均匀化以避免遭受干涉带的反效果,一种紧密接触型影像感应器包含了与原稿读取面接触的接触玻璃,发射光线至读取面的光源,将反射自读取面的光线进行会聚的影像形成透镜,用来读取形成于影像形成透镜之影像面上原稿影像的影像感应器部份,将前述之光源与影像形成透镜分别固定于外壳中之预定位置的覆盖玻璃,其中空气层形成于接触玻璃与覆盖玻璃之间。
Abstract in simplified Chinese:一种扫描模块包含一本体、一反射单元,及一影像截取单元。该本体包括一基壁及其内之一反射腔室,该基壁设有一入射孔供一入射光线进入该反射腔室。该反射单元安装在该反射腔室内,并包括可依序反射该光线之一第一反射件、一第二反射件及一第三反射件,其中该第一反射件之一法线与该入射光线之一轴线的夹角不小于30度。该影像截取单元包括一供该第三反射件反射光线折射穿过之镜头,及一感应光线后可转换成电性信号的传感器组件。