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    • 1. 发明专利
    • Automatic oil supply stopping plug
    • 自动供油停止插头
    • JP2005289502A
    • 2005-10-20
    • JP2004132230
    • 2004-03-31
    • Setsuo Saito節雄 齋藤
    • SAITO SETSUO
    • B67D7/46B67D5/372
    • PROBLEM TO BE SOLVED: To solve the problem of needing to monitor overflow of oil at all times, when oil is transferred from a oil tank to a container.
      SOLUTION: A main body (1) is fixed to a receiving opening of an oil-feeding container by attaching a fixing lever (8) to the receiving opening. A oil-feeding tank hose (14), filled with oil, is connected with a hose joint opening (10). Although an attraction valve (4) becomes vertical and is opened by a valve magnet (2) and a magnetic field of a magnet (3) which is applied from the outside. The main stopper of the oil tank is opened and oil flows into the container; and when the container is completely filled with oil, a float (7) is raised by buoyancy and the valve magnet (2) is separated from the magnetic field of the magnet (3) which is applied from the outside. The attraction valve (4) becomes horizontal, and is closed by weight of the valve magnet (2) and flow of oil. The raised magnet (3), which is applied from outside, is fixed to a steel plate (5) with a magnetic force, and closed state of the valve (4) is maintained.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:为了解决当油从油箱转移到容器时一直需要监控油溢出的问题。 解决方案:通过将固定杆(8)附接到接收开口,主体(1)固定到给油容器的接收开口。 装有油的给油槽软管(14)与软管接头开口(10)连接。 虽然吸引阀(4)变得垂直并且被阀磁体(2)打开,并且从外部施加了磁体(3)的磁场。 油箱主阀塞打开,油流入容器; 并且当容器完全充满油时,浮子(7)通过浮力升高并且阀磁体(2)与从外部施加的磁体(3)的磁场分离。 吸引阀(4)变为水平状态,并且以阀门磁体(2)的重量和油的流量关闭。 从外部施加的隆起的磁体(3)以磁力固定在钢板(5)上,并且保持阀(4)的关闭状态。 版权所有(C)2006,JPO&NCIPI
    • 2. 发明授权
    • Fundus camera
    • US06636696B2
    • 2003-10-21
    • US10054819
    • 2002-01-25
    • Setsuo Saito
    • Setsuo Saito
    • A61B314
    • G03B29/00
    • A fundus camera for photographing a fundus of an eye to be examined, in which a fixation target may be moved easily to guide a desired section of the fundus to a position intended for photographing. The fundus camera is provided with: observation means having a photographing element for picking up an image of the fundus illuminated in illumination light for observation and a monitor on which the picked-up image of the fundus is displayed; fixation target presenting means for movably presenting a fixation target in an arbitrary position, the fixation target being visually identified by the eye; designating means for designating a section of the fundus desired to be placed in the position intended for photographing on the fundus image displayed on the monitor; and control means for controlling the fixation target presenting means so as to shift a presenting position of the fixation target based on a signal indicating a designated position on the monitor.
    • 3. 发明申请
    • Fundus camera
    • 眼底相机
    • US20050225722A1
    • 2005-10-13
    • US11063840
    • 2005-02-23
    • Akira TawadaSetsuo Saito
    • Akira TawadaSetsuo Saito
    • A61B3/14A61B3/15
    • A61B3/156A61B3/152
    • A fundus camera capable of favorably obtaining a photographed fundus image and an observation fundus image, has an optical system having an objective lens and a diaphragm at a conjugate position with a pupil relative to the lens, for performing visible photographing and infrared observation via the lens and an aperture of the diaphragm, an optical system for illumination with visible and infrared light via the lens, a first plate, with a first black dot to cover an aperture image and at a conjugate position on an optical path with a position where a virtual image is formed relative to a lens surface reflecting the visible light, and a second plate, with a second black dot to cover an aperture image and in the vicinity of a conjugate position on the path with a position where a virtual image is formed relative to the surface reflecting the infrared light.
    • 能够有利地获得拍摄的眼底图像和观察眼底图像的眼底照相机具有在与瞳孔相对于透镜的共轭位置处具有物镜和光阑的光学系统,用于经由透镜进行可见摄影和红外观察 以及光阑的孔径,用于通过透镜可见光和红外光照明的光学系统,第一板,具有第一黑点以覆盖孔径图像,并且在光路上的共轭位置处具有虚拟 相对于反射可见光的透镜表面形成图像,第二平板具有第二黑点以覆盖孔径图像并且在路径上的共轭位置附近具有相对于虚拟图像形成的位置 表面反射红外光。
    • 4. 发明授权
    • Fundus camera
    • 眼底相机
    • US07354153B2
    • 2008-04-08
    • US11063840
    • 2005-02-23
    • Akira TawadaSetsuo Saito
    • Akira TawadaSetsuo Saito
    • A61B3/14
    • A61B3/156A61B3/152
    • A fundus camera capable of favorably obtaining a photographed fundus image and an observation fundus image, has an optical system having an objective lens and a diaphragm at a conjugate position with a pupil relative to the lens, for performing visible photographing and infrared observation via the lens and an aperture of the diaphragm, an optical system for illumination with visible and infrared light via the lens, a first plate, with a first black dot to cover an aperture image and at a conjugate position on an optical path with a position where a virtual image is formed relative to a lens surface reflecting the visible light, and a second plate, with a second black dot to cover an aperture image and in the vicinity of a conjugate position on the path with a position where a virtual image is formed relative to the surface reflecting the infrared light.
    • 能够有利地获得拍摄的眼底图像和观察眼底图像的眼底照相机具有在与瞳孔相对于透镜的共轭位置处具有物镜和光阑的光学系统,用于经由透镜进行可见摄影和红外观察 以及光阑的孔径,用于通过透镜可见光和红外光照明的光学系统,第一板,具有第一黑点以覆盖孔径图像,并且在光路上的共轭位置处具有虚拟 相对于反射可见光的透镜表面形成图像,第二平板具有第二黑点以覆盖孔径图像并且在路径上的共轭位置附近具有相对于虚拟图像形成的位置 表面反射红外光。
    • 5. 发明授权
    • Apparatus for examining an anterior-segment of an eye
    • 用于检查眼前段的装置
    • US06860602B2
    • 2005-03-01
    • US10261602
    • 2002-10-02
    • Miwako ToriiSetsuo SaitoToshifumi Sumiya
    • Miwako ToriiSetsuo SaitoToshifumi Sumiya
    • A61B3/10A61B3/107A61B3/117
    • A61B3/117A61B3/1005A61B3/107
    • An apparatus for examining an anterior-segment of an eye, capable of grasping each part of the anterior-segment of the eye three-dimensionally and the condition of the center of its pupil accurately. The apparatus is provided with a projection optical system for projecting slit light onto the anterior-segment, which has an optical axis of projection, an image-pickup optical system for picking up a cross-sectional image of the anterior-segment which is optical-sectioned by the projected slit light, which has an optical axis of image-pickup inclined toward the projection optical axis, and comprises an image-pickup lens and an image-pickup device arranged based on the Scheimpflug's rule, rotation means for rotating the projected slit light and the image-pickup optical system about the projection optical axis, and display means for displaying a three-dimensional image of the anterior-segment based on the cross-sectional images picked up at a plurality of angles and the image-pickup angles corresponding to the images.
    • 一种用于检查眼前段的装置,其能够三维地掌握眼睛前段的每一部分以及其瞳孔中心的状态。 该装置设置有用于将狭缝光投射到具有投影光轴的前段上的投影光学系统,用于拾取前段的横截面图像的图像拾取光学系统, 由具有朝向投影光轴倾斜的图像拾取光轴的投影狭缝光分割,并且包括基于Scheimpflug规则布置的图像拾取透镜和图像拾取装置,用于旋转投影狭缝的旋转装置 光和关于投影光轴的图像拾取光学系统,以及显示装置,用于基于以多个角度拾取的横截面图像显示前部的三维图像,并且对应于图像拾取角度 到图像。
    • 6. 发明授权
    • Apparatus for analyzing a sectional image of an anterior eye segment and a program for the same
    • 用于分析前眼部分的截面图像的装置和用于其的程序
    • US06805442B2
    • 2004-10-19
    • US10188793
    • 2002-07-05
    • Miwako ToriiSetsuo Saito
    • Miwako ToriiSetsuo Saito
    • A61B310
    • A61B3/0025A61F9/0017G06T7/0012G06T2207/30041
    • The present invention intends to provide an apparatus for analyzing a sectional image of an anterior eye segment and a program for the same which reduce a burden on an examiner, and to provide a more reliable, reproducible result. The apparatus for analyzing a sectional image of an anterior eye segment which is light-sectioned by slit light and photographed comprises a defining device for defining a target opacity part in the sectional image based on a density distribution being between a cornea and a fundus and being in a first direction perpendicular to an optical axis of an eye to be examined, a determining device for determining an area to be analyzed based on the defined opacity part, and an analyzing device for analyzing an opacity condition base on the density distribution in the determined area.
    • 本发明旨在提供一种用于分析前眼部分的截面图像及其程序的装置,其减轻了检查者的负担,并提供更可靠,可重现的结果。 用于分析由狭缝光进行光切割并拍摄的前眼部分的截面图像的装置包括:基于在角膜和眼底之间的密度分布来定义截面图像中的目标不透明部分的限定装置, 在垂直于要检查的眼睛的光轴的第一方向上,确定装置,用于基于所定义的不透明部分确定要分析的区域;以及分析装置,用于基于确定的密度分布来分析不透明度条件 区。
    • 7. 发明授权
    • Lawn mower
    • 割草机
    • US4527380A
    • 1985-07-09
    • US530010
    • 1983-09-07
    • Fusao FushiyaNobuhiro InoueSetsuo Saito
    • Fusao FushiyaNobuhiro InoueSetsuo Saito
    • A01D34/695A01D35/26
    • A01D34/695A01D2101/00
    • Disclosed herein is a lawn mower including a motor housing for vertically enclosing a motor; and a cutter casing disposed below the motor housing for housing a cutter fitted to the lower extremity of the shaft of the motor. The cutter casing is connected to the motor housing in such a manner that they communicate with each other. The cutter casing has at the upper portion thereof air-passing ports vertically extending therethrough. There is provided on the cutter casing a shroud for enclosing the motor housing, and the shroud has at a portion thereof apertures opening to communicate with the atmosphere; and air inlets opening to communicate through an air filter with the interior of the motor housing. In the cutter casing and above the cutter, there are provided an air impeller for creating a flow of air to support the mower on a cushion of air; and an axial impeller for cooling the motor. Both impellers are fitted to the motor shaft such that the axial impeller overlies the air impeller. The air impeller is adapted to draw air through the apertures and the air-passing ports to generate an air cushion in conjunction with said cutter casing. The axial impeller is adapted to create an air flow streaming down in the motor housing through the air inlets so as to cool the motor.
    • 本文公开了一种割草机,其包括用于垂直封闭马达的马达壳体; 以及设置在马达壳体下方的用于容纳装配到马达的轴的下端的切割器的切割器壳体。 切割器壳体以彼此连通的方式连接到电动机壳体。 切割器壳体的上部具有垂直延伸穿过的空气通过端口。 在切割器壳体上设置有用于封闭马达壳体的护罩,并且护罩在其一部分开口与大气连通; 并且空气入口打开以通过空气过滤器与电动机壳体的内部连通。 在切割器壳体和切割器上方,设置有空气叶轮,用于产生空气流以将割草机支撑在空气垫上; 以及用于冷却马达的轴向叶轮。 两个叶轮都安装在马达轴上,使得轴流叶轮覆盖在空气叶轮上。 空气叶轮适于通过孔和空气通过端口吸入空气以与所述切割器壳体一起产生气垫。 轴向叶轮适于产生通过空气入口在马达壳体中向下流动的空气流,以便冷却马达。