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    • 22. 发明授权
    • Gearshift device for automatic transmission
    • 换档装置用于自动变速器
    • US07552659B2
    • 2009-06-30
    • US11424143
    • 2006-06-14
    • Atsushi KomatsuKotaro HiramineYoshiharu Saito
    • Atsushi KomatsuKotaro HiramineYoshiharu Saito
    • F16H59/00B60K20/00
    • F16H59/105Y10T74/19251Y10T74/20018
    • A gearshift device includes a gearshift lever adapted to move a plurality of gear selection positions, and a gear selection position detecting unit which detects a gear selection position. The gear selection position detecting unit has a magnet plate disposed at a lower end portion of the gearshift lever and movable in accordance with a movement of the gearshift lever and primary magnetic sensors and at least one secondary magnetic sensor, which are disposed so as to oppose to the magnet plate in a non-contact fashion at predetermined positions based on the individual gear selection positions. The primary magnetic sensor detects magnetic flux density and outputs ON/OFF signals in accordance with intensity of the detected magnetic flux density The secondary magnetic sensor detects magnetic flux density and outputs an output value according to the detected magnitude of the magnetic flux density.
    • 变速装置包括适于移动多个档位选择位置的换档杆,以及检测档位选择位置的档位选择位置检测单元。 齿轮选择位置检测单元具有设置在换档杆的下端部处的磁板,并且可以根据变速杆和主磁传感器以及至少一个副磁传感器的移动而移动, 基于各个齿轮选择位置,以预定位置以非接触的方式在磁体板上。 主磁传感器检测磁通密度并根据检测的磁通密度的强度输出ON / OFF信号。次级磁传感器检测磁通密度,并根据检测到的磁通密度的大小输出输出值。
    • 23. 发明授权
    • Scanning examination apparatus, lens unit, and objective-lens adaptor
    • 扫描检查装置,镜头单元和物镜适配器
    • US07436562B2
    • 2008-10-14
    • US11375042
    • 2006-03-15
    • Nobuyuki NagasawaYoshihisa TanikawaKazuhiko OsaYoshiharu Saito
    • Nobuyuki NagasawaYoshihisa TanikawaKazuhiko OsaYoshiharu Saito
    • G02B26/08G02B21/06
    • G02B21/006A61B5/0059A61B5/0068G02B21/0012G02B21/0028G02B26/0816
    • It is possible to easily and accurately confirm the position of an optical axis of an objective lens relative to an examination site on a specimen, and positioning of the objective relative to the specimen can be carried out rapidly in a preparation stage. The invention provides scanning examination apparatus comprising a first light source; a light scanning unit configured to scan light from the first light source on a specimen; an objective lens configured to form an image of the light scanned in the light scanning unit at the specimen; a light-detecting unit configured to detect return light emitted from the specimen; a second light source configured to emit visible light; a deflecting optical element, disposed between the light scanning unit and the objective lens, for making visible light emitted from the second light source enter the objective lens along an optical axis of the objective lens; and a beam-shaping unit configured to form the visible light from the second light source, which is irradiated onto a surface of the specimen via the objective lens using the deflecting optical element, into a pattern that enables the optical axis of the objective lens to be indicated.
    • 可以容易且准确地确认物镜的光轴相对于检体的检查部位的位置,能够在准备阶段快速地进行物体相对于检体的定位。 本发明提供一种扫描检查装置,包括:第一光源; 光扫描单元,被配置为在样本上扫描来自第一光源的光; 物镜,被配置为在所述样本处形成在所述光扫描单元中扫描的光的图像; 光检测单元,被配置为检测从所述样本发射的返回光; 配置为发射可见光的第二光源; 设置在光扫描单元和物镜之间的偏转光学元件,用于使从第二光源发出的可见光沿着物镜的光轴进入物镜; 以及光束整形单元,被配置为将来自所述第二光源的可见光通过所述偏转光学元件通过所述物镜照射到所述样本的表面上,使得能够使所述物镜的光轴 被指示。
    • 24. 发明申请
    • Scanning examination apparatus, lens unit, and objective-lens adaptor
    • 扫描检查装置,镜头单元和物镜适配器
    • US20060214095A1
    • 2006-09-28
    • US11375042
    • 2006-03-15
    • Nobuyuki NagasawaYoshihisa TanikawaKazuhiko OsaYoshiharu Saito
    • Nobuyuki NagasawaYoshihisa TanikawaKazuhiko OsaYoshiharu Saito
    • H01J40/14H01J3/14H01J5/16
    • G02B21/006A61B5/0059A61B5/0068G02B21/0012G02B21/0028G02B26/0816
    • It is possible to easily and accurately confirm the position of an optical axis of an objective lens relative to an examination site on a specimen, and positioning of the objective relative to the specimen can be carried out rapidly in a preparation stage. The invention provides scanning examination apparatus comprising a first light source; a light scanning unit configured to scan light from the first light source on a specimen; an objective lens configured to form an image of the light scanned in the light scanning unit at the specimen; a light-detecting unit configured to detect return light emitted from the specimen; a second light source configured to emit visible light; a deflecting optical element, disposed between the light scanning unit and the objective lens, for making visible light emitted from the second light source enter the objective lens along an optical axis of the objective lens; and a beam-shaping unit configured to form the visible light from the second light source, which is irradiated onto a surface of the specimen via the objective lens using the deflecting optical element, into a pattern that enables the optical axis of the objective lens to be indicated.
    • 可以容易且准确地确认物镜的光轴相对于检体的检查部位的位置,能够在准备阶段快速地进行物体相对于检体的定位。 本发明提供一种扫描检查装置,包括:第一光源; 光扫描单元,被配置为在样本上扫描来自第一光源的光; 物镜,被配置为在所述样本处形成在所述光扫描单元中扫描的光的图像; 光检测单元,被配置为检测从所述样本发射的返回光; 配置为发射可见光的第二光源; 设置在光扫描单元和物镜之间的偏转光学元件,用于使从第二光源发出的可见光沿着物镜的光轴进入物镜; 以及光束整形单元,被配置为将来自所述第二光源的可见光通过所述偏转光学元件通过所述物镜照射到所述样本的表面上,使得能够使所述物镜的光轴 被指示。
    • 27. 发明授权
    • Engine igniting coil device
    • 发动机点火线圈装置
    • US6011457A
    • 2000-01-04
    • US919722
    • 1997-08-28
    • Makoto SakamakiToshiyuki ShinozawaYoshiharu Saito
    • Makoto SakamakiToshiyuki ShinozawaYoshiharu Saito
    • H01F38/12H01F27/02H01F27/30
    • H01F38/12H01F2038/122
    • An engine igniting coil device directly attachable to an igniting plug, wherein both primary and secondary coil bobbins have flangeless ends, the secondary coil bobbin has inwardly protruding ribs for coaxially supporting the flangeless end of the primary coil bobbin mounted therein and the secondary coil bobbin also has protrusions formed at its external wall apart from a high-voltage terminal of the secondary coil wound thereon and is coaxially mounted in a coil case by abutting its protrusions on an inner wall thereof, thus eliminating the possibility of damaging the bobbins by a large thermal stress produced in solidified insulating resin in a coil case by a differential thermal shrinkage in an axial direction and preventing a leakage current from a high-voltage side of the secondary coil bobbin to the coil case through a flange-like connection.
    • 发动机点火线圈装置可直接安装在点火塞上,其中初级和次级线圈架均具有无凸缘端,次级线圈架具有向内突出的肋,用于同轴支撑安装在其中的初级线圈架的无法兰端,次级线圈筒管也 在其外壁处形成有突出部,其外部壁与卷绕在其上的次级线圈的高压端子隔开,并且通过在其内壁上抵靠突起而同轴地安装在线圈壳体中,从而消除了由于大的热量损坏线轴的可能性 通过在轴向上的不均匀热收缩在线圈壳体中的固化绝缘树脂产生的应力,并且通过法兰状连接防止从次级线圈架筒的高压侧到线圈箱的漏电流。
    • 28. 发明授权
    • Lock-up clutch control apparatus
    • 锁止离合器控制装置
    • US5975262A
    • 1999-11-02
    • US160035
    • 1998-09-25
    • Yoshiharu SaitoYasushi InagawaMasamitsu Fukuchi
    • Yoshiharu SaitoYasushi InagawaMasamitsu Fukuchi
    • F16H59/36F16H61/14F16H45/02
    • F16H61/143F16H2045/0294F16H59/36Y10T477/6351Y10T477/63525
    • In order to improve the fuel consumption by maintaining the lock-up clutch as tightly as possible during the down-shift operation, a lock-up clutch control apparatus is provided. The lock-up clutch control apparatus comprises a revolution control device for predicting the number of revolutions of the an input axis of transmission and the number of revolutions of an engine after the speed change before a down-shift operation; a torque converter judgement device for judging the state of the torque converter in terms of whether or not a torque ratio of the torque converter will be in the torque amplification range when the lock-up clutch is turned off, from the number of revolution of the input axis of the transmission and the engine speed obtained by the revolution prediction device; and a control device for turning off the lock-up clutch, if the lock-up clutch before the speed change is in a tight condition, in the case when the judgement device judges that the torque converter will be in the torque amplification range when the lock-up clutch is turned off.
    • 为了通过在下变速操作期间尽可能靠近地保持锁止离合器来提高燃料消耗,提供了一种锁止离合器控制装置。 锁止离合器控制装置包括:转速控制装置,用于在下变换操作之前,预测变速输入轴的转数和发动机转速之后的转速; 一种变矩器判定装置,用于根据变矩器的扭矩比是否处于锁止离合器关闭时的转矩放大范围内,判断变矩器的状态, 变速器的输入轴和由转速预测装置获得的发动机转速; 以及用于关闭锁止离合器的控制装置,如果在变速之前的锁止离合器处于紧密状态,则当判断装置判断变矩器将处于转矩放大范围时, 锁止离合器关闭。
    • 30. 发明授权
    • Cover structure for tubular support member
    • 管状支撑构件的盖结构
    • US5893602A
    • 1999-04-13
    • US898472
    • 1997-07-22
    • Yoshiharu Saito
    • Yoshiharu Saito
    • B60R21/00B60R21/13B62D25/08B62D25/06
    • B60R21/13B60R2021/0083
    • In order to simply and decently cover the clearance between the vehicle panel and the roll bar or support strut thereof, which extends through the vehicle panel, notches 12.sub.1 and 13.sub.1 in elements of a roll bar strut cover 10 formed in a foldable plate member made of resin are, by folding, made to form a circular enclosure, without any clearance, about a roll bar or strut thereof which is secured to a vehicle frame and which extends outside from an opening 9.sub.1 in a vehicle panel 9. A trim member 15 is mounted to the vehicle panel 9 from above the cover 10 such that the cover 10 is sandwiched between the trim member 15 and an upper surface of the vehicle panel 9. Even if there is a slight error in the mounting position of the roll bar strut 5, the strut cover 10 can move to follow the roll bar strut 5 and therefore, no clearance is generated between the cover 10 and the strut 5.
    • 为了简单且正确地覆盖车辆面板和延伸穿过车辆面板的滚动条或支撑支柱之间的间隙,在形成在可折叠板构件制成的可折叠板构件的滚动杆支撑盖10的元件中的切口121和131上的切口121和131 树脂通过折叠而形成为围绕其固定到车架并从车辆面板9中的开口91延伸到外侧的辊杆或支柱的无任何间隙的圆形外壳。修剪构件15是 从盖10的上方安装到车辆面板9上,使得盖10夹在装饰构件15和车辆面板9的上表面之间。即使滚子杆支柱5的安装位置有轻微的误差 支柱盖10可以移动以跟随辊杆支柱5,因此在盖10和支柱5之间不产生间隙。