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    • 4. 发明申请
    • CAPACITIVE ELECTROMAGNETIC FLOWMETER
    • 电容式电磁流量计
    • US20100060298A1
    • 2010-03-11
    • US12447510
    • 2007-08-03
    • Yutaka HaradaKeiji KaneharaYoshio Yamazaki
    • Yutaka HaradaKeiji KaneharaYoshio Yamazaki
    • G01R27/26G01R33/12
    • G01F1/584G01F1/582
    • The surface of a signal electrode is treated as substrate treatment. For example, an oxide film on the surface of the signal electrode is removed for roughing, and the roughened surface is used as a surface treated face. A coating of a fluororesin is provided on the surface treated face for lining or thermal welding to the lining material. A signal electrode is provided in the resin lining. Since the oxide film has been removed from the surface of the signal electrode for roughening, the adhesive force of the coating of the fluororesin is increased. The fluororesin coating and the resin lining melt each other, and, as a result, the fluororesin coating is strongly bonded to the resin lining, whereby the adhesion between the signal electrode and the resin lining can be increased without opening a hole in the signal electrode. A method may also be adopted in which a primer film is formed by substrate treatment on the surface of the signal electrode.
    • 将信号电极的表面作为衬底处理。 例如,除去信号电极表面的氧化膜进行粗加工,将粗糙面用作表面处理面。 在表面处理面上设置氟树脂的涂层,用于对衬里材料进行衬里或热焊接。 信号电极设置在树脂衬里中。 由于氧化膜已经从信号电极的表面去除以粗化,所以氟树脂的涂层的粘附力增加。 氟树脂涂层和树脂衬里彼此熔融,结果,氟树脂涂层牢固地结合到树脂衬里,由此可以增加信号电极和树脂衬里之间的粘附,而不会在信号电极中打开孔 。 还可以采用在信号电极的表面上通过基板处理形成底漆膜的方法。
    • 5. 发明申请
    • CYLINDRICAL GROOVED CAM FOR LENS DRIVING
    • 用于镜头驱动的圆柱滚子
    • US20050157406A1
    • 2005-07-21
    • US10760773
    • 2004-01-20
    • Shigeru OshimaYoshio Yamazaki
    • Shigeru OshimaYoshio Yamazaki
    • G02B7/02G02B7/10G02B15/14
    • G02B7/10
    • A cylindrical grooved cam with a plurality of grooved cams provided on its inner cylindrical surface comprises an inner tube having at least two guide walls that are provided on its lower edge and represent one guide wall line of the grooved cam to be formed on the inner cylindrical surface; and an outer tube having at least two guide walls that are provided on its upper edge of protruded area on its cylindrical inner surface and represent the other guide wall line of the grooved cam to be formed on the inner cylindrical surface; wherein the inner tube is to be inserted into the outer tube from above so that the guide walls of the inner tube and the counter part guide walls of the outer tube form the grooved cams on the inner cylindrical surface of the cylindrical grooved cam.
    • 具有设置在其内圆柱形表面上的多个带槽凸轮的圆柱形凹槽凸轮包括内管,该内管具有至少两个引导壁,所述至少两个引导壁设置在其下边缘上并且表示要形成在内圆柱形上的带槽凸轮的一个引导壁线 表面; 以及具有至少两个引导壁的外管,所述至少两个引导壁在其圆柱形内表面的突出区域的上边缘上设置,并且表示将形成在内圆柱形表面上的带槽凸轮的另一引导壁线; 其中内管将从上方插入到外管中,使得内管的引导壁和外管的对置部分引导壁在圆柱形凹槽凸轮的内圆柱形表面上形成凹槽凸轮。
    • 7. 发明申请
    • Lens turret with back focal length adjustment
    • 镜头转盘后焦距调整
    • US20050068444A1
    • 2005-03-31
    • US10673835
    • 2003-09-29
    • Shigeru OshimaYoshio Yamazaki
    • Shigeru OshimaYoshio Yamazaki
    • G02B13/00H04N5/225
    • G02B13/0035G02B13/005H04N5/2254
    • An optical apparatus to be used for digital still cameras for setting any one of a plurality of lenses in a picture taking (image capturing) position comprising a lens turret rotatable around an axis and having the lenses mounted thereon, a driving mechanism to rotate the lens turret so that one of the lenses can be set at the picture taking position and a means to adjust and extend the back focal length of the lens shaped like a column or square column and made of glass, plastic or the like that has higher refraction index than that of air. By said means of back focal length adjustment, the position of the lens with shorter focal length can be fixed on the lens turret moving apart from the image sensor like CCD or C-MOS upward without changing its focal length itself, and fixed at the same level thereon as the lens with longer focal length. With this adjustment of back focal length, the lenses can be fixed on the turret as closely as possible with each other, yet any part of one lens does not cut in or disturb any part of light path of the other lens. Consequently the total size of lens turret could be minimized.
    • 一种用于数字静态照相机的光学设备,用于设置包括可绕轴线旋转并具有安装在其上的透镜的透镜转台的图像拍摄(图像拍摄)位置中的多个透镜中的任何一个,用于旋转透镜的驱动机构 转台,使得其中一个透镜可以设置在拍摄位置,以及调整和延伸透镜的后焦距的装置,其形状像柱或方柱,由具有较高折射率的玻璃,塑料等制成 比空气。 通过所述后焦距调节方式,可以将焦距较短的透镜的位置固定在像CCD或C-MOS上方的图像传感器上移动的透镜转台上,而不改变其焦距本身,并固定在相同的位置 作为具有较长焦距的透镜。 通过后焦距的调节,透镜可以彼此尽可能地紧密地固定在转台上,而一个透镜的任何部分都不会切入或干扰另一个透镜的光路的任何部分。 因此,镜头转塔的总体尺寸可以最小化。
    • 9. 发明授权
    • Copying system
    • 复制系统
    • US5812747A
    • 1998-09-22
    • US682932
    • 1996-07-08
    • Shizuo KayanoYoshio Yamazaki
    • Shizuo KayanoYoshio Yamazaki
    • H04N1/00H04N1/32G06K15/00
    • H04N1/32507H04N1/00954H04N1/32502H04N1/32523H04N1/32539H04N1/32545H04N1/3255H04N1/32609H04N1/32635H04N1/32678H04N2201/0081H04N2201/0082H04N2201/0087
    • A copying system includes a plurality of copying apparatus each capable of sharing image formation with other copying apparatus. The plurality of copying apparatus each having: reading device for reading an original document to obtain an image data thereof; memory device for storing the image data; image forming device for forming an image, based on the image data stored in the memory device; control device for determining allotment conditions for the image formation with other copying apparatus when an inter-connected mode in which the plurality of copying apparatus are connected and operated with each other is selected; sending device for sending the image data stored in the memory device to other copying apparatus; receiving device for receiving an image data sent from other copying apparatus. The image data received is stored in the memory means. When the inter-connected mode is selected, each of the other copying apparatus forms images on the basis of the image data received according to the determined allotment conditions. When one of the plurality of copying apparatus in the inter-connected mode during image forming operation becomes unable to form images, the control means determines new allotment conditions for the image formation with the other operable copying apparatus to form image which have not been formed among images allotted to the one of the copying apparatus.
    • 复印系统包括多个能够与其他复印装置共享图像形成的复印装置。 所述多个复印装置具有:读取装置,用于读取原稿以获得其图像数据; 用于存储图像数据的存储装置; 图像形成装置,用于基于存储在存储装置中的图像数据形成图像; 控制装置,用于当多个复制装置彼此连接并操作的互连模式时,选择用于确定与其他复印装置的图像形成的分配条件; 发送装置,用于将存储在存储装置中的图像数据发送到其他复制装置; 接收装置,用于接收从其他复印装置发送的图像数据。 所接收的图像数据被存储在存储装置中。 当选择相互连接模式时,其他复制装置中的每一个根据所确定的分配条件接收的图像数据形成图像。 当在图像形成操作期间处于相互连接模式的多个复印装置之一变得不能形成图像时,控制装置用另一个可操作的复印装置确定用于图像形成的新的分配条件,以形成在 图像分配给复印设备中的一个。
    • 10. 发明授权
    • Developing apparatus
    • 开发设备
    • US4867100A
    • 1989-09-19
    • US219862
    • 1988-07-12
    • Yoshio YamazakiKazuhiko UnemeTakeichi Shimada
    • Yoshio YamazakiKazuhiko UnemeTakeichi Shimada
    • G03G15/09G03G15/08
    • G03G15/0877
    • The present invention provides a compact developing apparatus, wherein there is provided a developer container having first magnetic brush carrier for developing the image information at one side thereof and a developing replenishing container at other side thereof, the developing container and the developing replenishing container are so constructed to be one body. The partition wall is located between the both containers and has a opening portion to communicate the both containers. Second magnetic brush carrier is provided at the opening portion to replenish the developer from the developer replenishing container to the developer container. The second magnetic brush carrier can be operated automatically in accordance with the concentration of the developer.
    • 本发明提供了一种紧凑型显影装置,其中提供了一种具有用于在其一侧显影图像信息的第一磁刷载体和在其另一侧的显影补充容器的显影剂容器,显影容器和显影补充容器是如此 构造成一体。 分隔壁位于两个容器之间,并且具有用于连通两个容器的开口部分。 第二磁刷载体设置在开口部分,以将显影剂从显影剂补充容器补充到显影剂容器。 第二磁刷载体可以根据显影剂的浓度自动操作。