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    • 3. 发明授权
    • Image data conversion on the basis of observation light of an output image
    • 根据基于多个光源信息转换的图像数据执行图像数据转换
    • US06240204B1
    • 2001-05-29
    • US08712262
    • 1996-09-11
    • Yumiko HidakaToshiyuki MizunoYoshinobu Shiraiwa
    • Yumiko HidakaToshiyuki MizunoYoshinobu Shiraiwa
    • G06K900
    • H04N1/6011H04N1/6013H04N1/603H04N1/6088
    • An image processing apparatus performs a conversion process according to observation environment light of an output image. The apparatus includes a conversion processor for performing a conversion process on image data, on the basis of light source information corresponding to the observation environment light of the output image. The apparatus has a first mode to perform the conversion process according to a plurality of light source information, and to output in parallel simultaneously the image data converted on the basis of the plurality of light source information, and a second mode to select desired light source information from among the plurality of light source information by an instruction of a user, and to perform the conversion process according to the selected light source information.
    • 图像处理装置根据输出图像的观察环境光进行转换处理。 该装置包括:转换处理器,用于基于与输出图像的观察环境光对应的光源信息,对图像数据进行转换处理。 该装置具有根据多个光源信息执行转换处理的第一模式,并且同时并行输出基于多个光源信息转换的图像数据,以及第二模式以选择期望的光源 来自用户的指示的多个光源信息中的信息,并且根据所选择的光源信息进行转换处理。
    • 8. 发明授权
    • Image processing method and image processing apparatus
    • 图像处理方法和图像处理装置
    • US06453066B1
    • 2002-09-17
    • US08785963
    • 1997-01-22
    • Yoshinobu ShiraiwaToshiyuki MizunoYumiko Hidaka
    • Yoshinobu ShiraiwaToshiyuki MizunoYumiko Hidaka
    • G06K900
    • G01J3/46G01J3/462G01J3/463G01J3/52G01J3/524H04N1/6088
    • An image processing method in which color-appearance matching of an output image to an input image is achieved regardless of ambient light. Color conversion is performed on image data representing an input image to fulfil color-appearance matching of an output image to be reproduced by an image, output device, to the input image. Color conversion is performed on the image data representing the input image obtained from the input device under a certain standard light source into image data dependent on a light source used for observation. The converted image data is further subjected to color conversion based on a reference white color determined when an observation is made. The resultant image data is output to the image output device.
    • 无论环境光如何,均能实现输出图像与输入图像的颜色外观匹配的图像处理方法。 对表示输入图像的图像数据进行颜色转换,以实现要由图像,输出装置再现的输出图像到输入图像的颜色外观匹配。 对表示从特定标准光源下的输入装置获得的输入图像的图像数据进行颜色转换,取决于用于观察的光源的图像数据。 转换的图像数据进一步基于当进行观察时确定的参考白色进行颜色转换。 所得到的图像数据被输出到图像输出装置。
    • 10. 发明授权
    • Structure for reducing wind noise
    • 降低风噪声的结构
    • US06276747B1
    • 2001-08-21
    • US09585574
    • 2000-06-02
    • Atomu OgawaToshiyuki Mizuno
    • Atomu OgawaToshiyuki Mizuno
    • B60J120
    • B60R9/05
    • A front crossbar of a roof rack provided above a roof along the width of a vehicle comprises an upper surface and a lower surface. The upper surface is smoothly curved and convex toward the upper direction, and the upper surface introduces an attached flow of air from the front of the vehicle to the rear of the vehicle. The lower surface of the front crossbar comprises a flow compression face in the front of the lower surface, a flow leading face in the center of the lower surface, and a flow separation portion in the rear of the lower surface. The flow compression face is hollowed toward the center point of the cross-section of the front crossbar, and introduces and compresses the air flow from the front of the vehicle. The flow leading face is a smooth convex arc of a circle as the cross-section, and leads the air flow compressed from the front of the front crossbar to the rear of the front crossbar. The flow separation portion is notch shaped like a step, and separates the air flow from the front of the front crossbar. Since the difference of the pressure, the velocity, or etc. between the two air flows separated to the lower and upper sides of the front crossbar is high, a Karman vortex which causes wind noise of the front crossbar can be avoided. Consequently, the wind noise of the roof rack can be reduced efficiently.
    • 沿着车辆宽度设置在屋顶上方的车顶行李架的前横梁包括上表面和下表面。 上表面平滑地弯曲并向上方凸出,并且上表面将附着的空气流从车辆的前方引入车辆的后部。 前横杆的下表面包括下表面前部的流动压缩面,下表面中心的流动引导面和下表面后部的流动分离部分。 流动压缩面朝向前横梁的横截面的中心点中空,并且引入并压缩来自车辆前部的空气流。 流动引导面是作为横截面的圆形的平滑的凸圆弧,并且将从前横杆的前部压缩的空气流引导到前横杆的后部。 流动分离部分是台阶形的凹口形状,并且从前横梁的前部分离气流。 由于分离到前横杆的下侧和上侧的两个气流之间的压力,速度等的差异很大,因此可以避免造成前横杆风噪声的卡曼涡流。 因此,可以有效地降低车顶架的风噪声。