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    • 81. 发明授权
    • Lens barrel with higher focusing accuracy
    • 镜头镜筒具有较高的聚焦精度
    • US5854712A
    • 1998-12-29
    • US896024
    • 1997-07-17
    • Hiroshi Okano
    • Hiroshi Okano
    • G02B7/04G02B7/10G02B7/02
    • G02B7/04G02B7/10
    • A lens barrel comprising a first member formed with a guide groove, and a second member having a main protrusion inserted into the guide groove and moving relative to the first member along the guide grove by moving the main protrusion within the guide groove. The lens barrel further comprises a displacement protrusion provided in a position, different from a position provided with the main protrusion, on the second member in a direction perpendicular to the guide groove. The displacement protrusion is inserted into the guide groove and contacts one side surface of the guide groove, thereby removing a play between the main protrusion and the guide groove.
    • 一种镜筒,包括形成有引导槽的第一构件和第二构件,所述第二构件具有插入到引导槽中的主突起并且通过使所述主突起在所述引导槽内移动而沿着所述引导槽移动。 透镜筒还包括设置在与设置有主突起的位置不同的位置处的位移突起,该位移突起沿垂直于引导槽的方向在第二构件上。 位移突起插入引导槽中并与引导槽的一个侧面接触,从而消除了主突起与引导槽之间的间隙。
    • 82. 发明授权
    • Locking mechanism for a camera vibration correction device
    • 相机振动校正装置的锁定机构
    • US5842052A
    • 1998-11-24
    • US688054
    • 1996-07-31
    • Hiroshi Okano
    • Hiroshi Okano
    • G03B5/00G03B17/00G03B17/42
    • G03B5/00G03B17/14G03B2205/0007
    • A camera with a locking mechanism for a vibration correction device in the camera. The camera includes a photographic optical system having a blur correction lens and is detachable from the camera body, a blur correction mechanism which moves the blur correction lens, a locking mechanism which has a first position that restricts the movement of the blur correction lens and a second position which allows the blur correction lens to move unrestricted by the locking mechanism, and a removal regulation member which regulates the detachment of the photographic optical system from the camera body, wherein the operation of the removal regulation member is conditional upon the position of the locking mechanism. The movement of the blur correction lens is restricted when the photographic optical system is detached from the camera body, thereby preventing damage to the blur correction lens, the photographic optical system, or other camera components.
    • 相机中具有用于振动校正装置的锁定机构的相机。 相机包括具有模糊校正透镜并且可从相机主体拆卸的照相光学系统,移动模糊校正透镜的模糊校正机构,具有限制模糊校正透镜的移动的第一位置的锁定机构和 第二位置,其允许模糊校正透镜由锁定机构不受限制地移动;以及移除调节构件,其调节摄影光学系统与照相机主体的分离,其中移除调节构件的操作取决于 锁定机构。 当照相光学系统与照相机主体分离时,模糊校正透镜的移动受到限制,从而防止对模糊校正透镜,照相光学系统或其它相机部件的损坏。
    • 85. 发明授权
    • Lens barrel having an image blur prevention system arranged with respect
to other lens barrel devices to efficiently utilize lens barrel space
    • 镜筒具有相对于其他透镜镜筒装置布置的图像模糊防止系统,以有效利用透镜镜筒空间
    • US5606384A
    • 1997-02-25
    • US377585
    • 1995-01-24
    • Satoshi YamazakiAkira KatayamaHiroshi Okano
    • Satoshi YamazakiAkira KatayamaHiroshi Okano
    • G03B17/00G02B7/04G02B27/64G03B5/00G03B5/06
    • G03B5/00G02B27/646G03B2205/0015G03B2205/0053
    • A lens barrel having an image blur prevention system including an image blur prevention optical system to prevent image blur, and an image blur prevention optical system drive mechanism to move the image blur prevention optical system within a plane that is generally perpendicular to the optical axis of a main optical system. The image blur prevention optical system drive mechanism is arranged around the image blur prevention optical system to most efficiently use the space in the lens barrel. A power transfer shaft, which is connected to a focusing system in the lens barrel, is arranged in parallel to the image blur prevention optical system, and the focusing system is located in front of the image blur prevention optical system so that it does not interfere with the image blur prevention optical system drive mechanism arranged around the image blur prevention optical system. By efficiently using the space in the lens barrel, the assembly and disassembly of the lens barrel is simplified. Further, by preserving space for the image blur prevention optical system, a large lens size may be maintained.
    • 一种具有防止图像模糊的图像模糊防止系统的图像模糊防止系统的镜筒,以及防止图像模糊防止光学系统的驱动机构,其将图像模糊防止光学系统移动到大致垂直于 主要的光学系统。 图像防止光学系统驱动机构设置在图像模糊防止光学系统周围,以最有效地使用镜筒中的空间。 连接到镜筒中的聚焦系统的传送轴与图像防止光学系统平行地布置,并且聚焦系统位于图像防止光学系统的前面,使得其不会干扰 其中图像防止光学系统驱动机构设置在图像防止光学系统周围。 通过有效地使用镜筒中的空间,可以简化镜筒的组装和拆卸。 此外,通过保留图像模糊防止光学系统的空间,可以保持大的透镜尺寸。
    • 87. 发明授权
    • Automatic focusing camera with control of focusing optical system
position and driving power source velocity
    • 自动对焦摄像机控制聚焦光学系统位置和驱动电源速度
    • US5444510A
    • 1995-08-22
    • US271245
    • 1994-07-07
    • Hiroshi OkanoYoshiharu ShiokamaHiroshi TaniokaShozo Yamano
    • Hiroshi OkanoYoshiharu ShiokamaHiroshi TaniokaShozo Yamano
    • G02B7/36G03B13/36
    • G02B7/36
    • An automatic focusing camera system has a lens barrel with a focusing optical system, and a camera body. A focus detecting device in the camera body outputs a focus detecting signal. A calculating device in the camera body calculates driving information of the focusing optical system based upon the focus detecting signal. A driving device in the lens barrel has a driving power source and a transmission member for transmitting driving power to the focusing optical system to drive it based upon the driving information. First and second signal generators in the lens barrel, at respective final and initial stages of the transmission member, generate first and second driving signals in response to driving of the focusing optical system. A driving control device in the lens barrel controls position of the focusing optical system based upon the first driving signal and the driving information, and controls velocity of the driving power source based upon the second driving signal.
    • 自动聚焦照相机系统具有带有聚焦光学系统的镜筒,以及照相机主体。 相机主体中的焦点检测装置输出焦点检测信号。 相机机体中的计算装置基于焦点检测信号计算聚焦光学系统的驱动信息。 镜筒中的驱动装置具有驱动电源和用于将驱动电力传送到聚焦光学系统以根据驾驶信息驱动的传动部件。 透镜筒中的第一和第二信号发生器在传输构件的各个最终和初始阶段响应于聚焦光学系统的驱动产生第一和第二驱动信号。 透镜镜筒中的驱动控制装置基于第一驱动信号和驱动信息来控制聚焦光学系统的位置,并且基于第二驱动信号控制驱动电源的速度。
    • 88. 发明授权
    • Automatic focusing camera with control of focusing optical system
position and driving power source velocity
    • 自动对焦摄像机控制聚焦光学系统位置和驱动电源速度
    • US5293193A
    • 1994-03-08
    • US58363
    • 1993-05-10
    • Hiroshi OkanoYoshiharu Shiokama
    • Hiroshi OkanoYoshiharu Shiokama
    • G02B7/36G03B13/36
    • G02B7/36
    • An automatic focusing camera system has a lens barrel with a focusing optical system, and a camera body. A focus detecting device in the camera body outputs a focus detecting signal. A calculating device in the camera body calculates driving information of the focusing optical system based upon the focus detecting signal. A driving device in the lens barrel has a driving power source and a transmission member for transmitting driving power to the focusing optical system to drive it based upon the driving information. First and second signal generators in the lens barrel, at respective final and initial stages of the transmission member, generate first and second driving signals in response to driving of the focusing optical system A driving control device in the lens barrel controls position of the focusing optical system based upon the first driving signal and the driving information, and controls velocity of the driving power source based upon the second driving signal.
    • 自动聚焦照相机系统具有带有聚焦光学系统的镜筒和照相机主体。 相机主体中的焦点检测装置输出焦点检测信号。 相机机体中的计算装置基于焦点检测信号计算聚焦光学系统的驱动信息。 镜筒中的驱动装置具有驱动电源和用于将驱动电力传送到聚焦光学系统以根据驾驶信息驱动的传动部件。 透镜筒中的第一和第二信号发生器在传输构件的各个最终和初始阶段响应于聚焦光学系统A的驱动而产生第一和第二驱动信号。在镜筒中的驱动控制装置控制聚焦光学器件的位置 系统基于第一驱动信号和驱动信息,并且基于第二驱动信号来控制驱动电源的速度。
    • 90. 发明授权
    • Ion source
    • 离子源
    • US4560907A
    • 1985-12-24
    • US505721
    • 1983-06-20
    • Hifumi TamuraHiroshi OkanoTohru IshitaniAkira Shimase
    • Hifumi TamuraHiroshi OkanoTohru IshitaniAkira Shimase
    • H01J37/08B01J19/08H01J3/04H01J27/26H01J49/16H01J7/24H05B31/26
    • H01J27/26
    • An ion source apparatus of surface ionization type comprises an emitter tip in the form of a round rod having a sharp-pointed end, an ion source material holder for holding the emitter tip coaxially within a crucible made of a material of a high melting point, the crucible having an opening formed in a bottom wall thereof through which the sharp-pointed end of the emitter tip extends outwardly, the ion source material is being filled in the crucible so as to enclose the outer periphery of the sharp-pointed end of the emitter tip, a filament for emitting electrons with which the emitter tip is bombarded from below, a heating power supply for the filament, an ion beam extracting electrode disposed between the emitter tip and the filament and maintained at a potential of a substantially the level as that of the filament, and an accelerating voltage power supply for applying a high voltage between the ion beam extracting electrode and the emitter tip to accelerate the electrons and ion beam.
    • 表面电离型的离子源装置包括具有尖锐端的圆棒形式的发射极尖端,用于将发射极尖端同轴地保持在由高熔点材料制成的坩埚内的离子源材料保持器, 所述坩埚具有形成在其底壁中的开口,所述发射极尖端的尖锐尖端通过所述开口向外延伸,所述离子源材料被填充在所述坩埚中,以便包围所述坩埚的所述尖端的外周 发射极尖端,用于发射发射极尖端从下方被轰击的电子的灯丝,用于灯丝的加热电源,设置在发射极尖端和灯丝之间的离子束提取电极,并保持在基本上等级的电位 以及用于在离子束提取电极和发射极尖端之间施加高电压的加速电压电源,以加速电子和离子束 m。