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    • 4. 发明授权
    • Wide-angle shooting apparatus and optical device
    • 广角拍摄装置和光学装置
    • US07386230B2
    • 2008-06-10
    • US11183415
    • 2005-07-18
    • Yoshiaki OgawaraHidemi TakakuwaHiroaki Seki
    • Yoshiaki OgawaraHidemi TakakuwaHiroaki Seki
    • G03B11/00G02B17/00
    • G03B17/00
    • A wide-angle shooting apparatus includes a convex surface structure which reflects light from outside, a concave surface structure having a first polarizing device which permits the light from outside to be transmitted and reflects the light reflected by the convex surface structure. The concave surface structure is positioned before the convex surface structure. The apparatus also includes a second polarizing device which permits the light reflected by the concave surface structure to be transmitted and shielding direct light beam transmitted through the concave surface structure. The second polarizing device is positioned at a part to which the light reflected by the concave surface structure is concentrated. The apparatus further includes image-shooting device which receives the light transmitted through the second polarizing device and shoots an image.
    • 广角拍摄装置包括从外部反射光的凸面结构,具有允许来自外部的光透射并且反射由所述凸面结构反射的光的第一偏振装置的凹面结构。 凹面结构位于凸面结构之前。 该装置还包括允许由凹面结构反射的光透射并屏蔽透过凹面结构的直接光束的第二偏振装置。 第二偏振装置位于由凹面结构反射的光被集中的部分。 该装置还包括摄像装置,其接收透过第二偏振装置的光并拍摄图像。
    • 5. 发明申请
    • Wide-angle shooting apparatus and optical device
    • 广角拍摄装置和光学装置
    • US20060029386A1
    • 2006-02-09
    • US11183415
    • 2005-07-18
    • Yoshiaki OgawaraHidemi TakakuwaHiroaki Seki
    • Yoshiaki OgawaraHidemi TakakuwaHiroaki Seki
    • G03B17/00
    • G03B17/00
    • A wide-angle shooting apparatus includes a convex surface structure which reflects light from outside, a concave surface structure having a first polarizing device which permits the light from outside to be transmitted and reflects the light reflected by the convex surface structure. The concave surface structure is positioned before the convex surface structure. The apparatus also includes a second polarizing device which permits the light reflected by the concave surface structure to be transmitted and shielding direct light beam transmitted through the concave surface structure. The second polarizing device is positioned at a part to which the light reflected by the concave surface structure is concentrated. The apparatus further includes image-shooting device which receives the light transmitted through the second polarizing device and shoots an image.
    • 广角拍摄装置包括从外部反射光的凸面结构,具有允许来自外部的光透射并且反射由所述凸面结构反射的光的第一偏振装置的凹面结构。 凹面结构位于凸面结构之前。 该装置还包括允许由凹面结构反射的光透射并屏蔽透过凹面结构的直接光束的第二偏振装置。 第二偏振装置位于由凹面结构反射的光被集中的部分。 该装置还包括摄像装置,其接收透过第二偏振装置的光并拍摄图像。
    • 6. 发明申请
    • Position-detecting device
    • 位置检测装置
    • US20050023448A1
    • 2005-02-03
    • US10871019
    • 2004-06-21
    • Yoshiaki OgawaraHidemi Takakuwa
    • Yoshiaki OgawaraHidemi Takakuwa
    • G06F3/042G06F3/03G06F3/033G06F3/041G06K11/06G06M7/00H01L31/00
    • G06F3/0428
    • A liquid crystal display is provided with a detection range on its screen. Along right and left sides of this detection range, two mirrors are arranged as opposed to each other, and along one of sides perpendicular to the sides along which the mirrors are arranged a camera unit is arranged. The camera unit comprises a linear light sensor and a pinhole. When an arbitrary position in the detection range is pointed by a fescue, the linear light sensor detects a real image of a detection target. The linear light sensor also detects a mapped image of the detection target reflected by the mirror. Then, positional information of the real image and the mapped image of the detection target on the linear light sensor is used to obtain a two-dimensional position of the fescue in the detection range.
    • 在其屏幕上设置有检测范围的液晶显示器。 沿着该检测范围的左右两侧,将两个反射镜相互相对布置,并且沿着垂直于配置有反射镜的侧面的一侧设置相机单元。 相机单元包括线性光传感器和针孔。 当检测范围中的任意位置被羊毛指向时,线状光传感器检测检测目标的真实图像。 线性光传感器还检测由反射镜反射的检测目标的映射图像。 然后,使用线状光传感器上的实际图像和检测对象的映射图像的位置信息,以获得检测范围内羊茅的二维位置。
    • 8. 发明申请
    • Image display apparatus for mounting on vehicle
    • 用于安装在车辆上的图像显示装置
    • US20070177012A1
    • 2007-08-02
    • US11578864
    • 2005-04-14
    • Yoshiaki OgawaraHidemi Takakuwa
    • Yoshiaki OgawaraHidemi Takakuwa
    • H04N7/18
    • G02B17/086B60R1/00B60R11/0235B60R2300/105B60R2300/303G02B5/32G02B13/06G02B17/0808G02B27/0103G02B2027/0138H04N5/74
    • For an object for displaying output images of a plurality of imaging means equipped in a vehicle concurrently in a form in which the positional relation thereof can be comprehended easily, there are provided with projection means 30 for projecting output images of a plurality of imaging means; and a plurality of hologram films 21, 22 and 23 in which the output image of the projection means 30 is projected, a projection image is displayed imaginarily at a position different from an actual arrangement position, and at the same time the position on which the projection image is displayed imaginarily is made to be at lease two different positions. For a viewer seeing an image projected to the hologram films 21, 22 and 23, it looks such that a plurality of images are displayed at different positions and it becomes easy to comprehend which image picture it is imaged by an imaging means arranged at which position according to the image positional relation thereof.
    • 为了容易地显示配置在车辆中的多个成像装置的输出图像的目的,可以容易地理解其位置关系的形式,设置有投影装置30,用于投影多个成像装置的输出图像; 以及投影装置30的输出图像投射的多个全息图膜21,22,23,在与实际配置位置不同的位置上显示投影图像,同时, 投影图像显示成为至少两个不同的位置。 对于观看投影到全息图像片21,22和23的图像的观看者,看起来使得多个图像被显示在不同的位置,并且易于理解通过布置在哪个位置的成像装置成像的哪个图像图像 根据其图像位置关系。
    • 9. 发明授权
    • Circuit for correcting deflection distortion
    • 用于校正偏转失真的电路
    • US3968403A
    • 1976-07-06
    • US480204
    • 1974-06-17
    • Yoshiaki Ogawara
    • Yoshiaki Ogawara
    • H04N3/23H04N3/233H01J29/56
    • H04N3/233
    • A circuit for correcting vertical deflection distortion of an image displayed by a cathode ray tube is composed of first, second, third, fourth, fifth and sixth transistors, a common load connected to output electrodes or collectors of the first and fourth transistors and a variable DC source connected to a control electrode or base of the sixth transistor. A saw-tooth signal having the vertical deflection frequency is applied to a control electrode or base of the third transistor, and the first and firth transistors and the second and fourth transistors are differentially switched at a rate corresponding to the horizontal deflection frequency so as to obtain from the load a signal for correcting vertical pincushion distortion.
    • 用于校正由阴极射线管显示的图像的垂直偏转失真的电路由第一,第二,第三,第四,第五和第六晶体管组成,连接到第一和第四晶体管的输出电极或集电极的公共负载和可变 DC源连接到第六晶体管的控制电极或基极。 具有垂直偏转频率的锯齿信号被施加到第三晶体管的控制电极或基极,并且第一和第三晶体管和第二和第四晶体管以对应于水平偏转频率的速率进行差分切换,以便 从负载中获取用于校正垂直枕形失真的信号。
    • 10. 发明授权
    • Vertical deflection circuit
    • 垂直偏转电路
    • US3956668A
    • 1976-05-11
    • US533550
    • 1974-12-17
    • Yoshiaki Ogawara
    • Yoshiaki Ogawara
    • H04N3/16H03K4/72H04N3/23H01J29/70
    • H03K4/72H03K4/725
    • A vertical deflection circuit including a Miller integrator and a Schmitt trigger circuit in combination to obtain a sawtooth wave signal at an output terminal of the Miller integrator circuit and a vertical deflection coil connected to the output terminal of the Miller integrator circuit to be supplied with the sawtooth wave signal therefrom in which the Schmitt trigger circuit is controlled by a vertical pulse signal for synchronization and the Miller integrator circuit is preferably controlled by a parabolic wave signal of the vertical scanning rate in order to compensate for or correct the non-linearity in the vertical deflection. The circuit configuration is well suited for being formed as an integrated circuit on a single semiconductor substrate.
    • 包括米勒积分器和施密特触发电路的垂直偏转电路组合在一起,以在米勒积分器电路的输出端获得锯齿波信号,以及连接到米勒积分器电路的输出端的垂直偏转线圈, 锯齿波信号,其中施密特触发电路由垂直脉冲信号控制以进行同步,并且米勒积分器电路优选地由垂直扫描速率的抛物线波信号控制,以便补偿或校正其中的非线性 垂直偏转。 电路配置非常适合于在单个半导体衬底上形成集成电路。